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Buy MX Bicycle Brakes | eBay
MX Bicycle Brakes
1983 Dia compe MX900 Rear Caliper with Pads Old School Bmx Vintage
Great rider / survivor Dia Compe MX900 Rear Caliper dated July 1983. Includes the dia compe pads in the pictures. Ask any questions before buying. UK postage is £4 Worldwide shipping is £15 Immediate PayPal payment required to stop messers. Thanks for looking and please see my other items 👍
Dia-Compe MX1000 - MX121 Dark Blue Brake Set. 1 x Front MX121 Tech 3 Dark Blue Lever. 1 x Rear MX121 Tech 3 Dark Blue Lever. DIA COMPE BRAKES. 1 x Front MX1000 Dark Blue Caliper. 1 x Rear MX1000 Dark Blue Caliper.
Dia-Compe MX1000 - MX121 White Brake Set. 1 x Front Dia-Compe - MX121 Tech 3 Lever White. 1 x Rear Dia-Compe - MX121 Tech 3 Lever White. DIA COMPE BRAKES. 1 x Front Dia-Compe - MX1000 Caliper White. 1 x Rear Dia-Compe - MX1000 Caliper White.
Brand: DIA-COMPEColour: WhiteType: Caliper - Side Pull
£70.67 to £73.93
Colour: WhiteType: Caliper - Side Pull
New listingMOWA MX1 Mountain MTB CX Bicycle Bike Hydraulic Disc Brake Set 160mm rotors Red
MOWA MX1 Mountain MTB Cyclocross Bicycle Bike Disk Rotor Brake Set. Rotors: 160mm(6") x 2pcs. PM to IS Mounting adapters for 160mm x 2pcs. Weight:approx.746g (w/ rotors). Brake Fluid:DOT#4. Front:PM mount with, Rear:PM mount with IS adapter.
Brand: DIA-COMPEColour: RedType: Caliper - Side Pull
New listingMOWA MX1 Mountain MTB Cyclocross Bicycle Bike Hydraulic Disc Brake Set 160mm Red
MOWA MX1 Mountain MTB Cyclocross Bicycle Bike Disk Rotor Brake Set. Rotors: 160mm(6") x 2pcs. PM to IS Mounting adapters for 160mm x 2pcs. Brake Fluid:DOT#4. Front:PM mount with, Rear:PM mount with IS adapter.
Brand: MOWAColour: RedType: Disc Brakes - Hydraulic
New listingMOWA MX1 Mountain MTB Bicycle Bike Hydraulic Disc Brake Set w/160mm rotors Red
Brand: DIA-COMPEColour: BlackType: Caliper - Side Pull
Dia Compe MX1000 #8 Brake Caliper 83 for Old School BMX 900 901 Tech 2 3 4
Dia Compe MX1000 Rear Brake caliper. 100% Genuine Dia Compe MX1000 Calipers are now becoming increasingly harder to find. Dia Compe MX1000Silver Brake Caliper #8 for Old School BMX. (can be used as front with longer spindle, not supplied).
Dia-Compe MX1000 - MX121 Black Brake Set. 1 x Front MX121 Lever. 1 x Rear MX121 Lever. DIA COMPE BRAKES. 1 x Front MX1000 Caliper. 1 x Rear MX1000 Caliper. &amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;lt;style&amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;amp;gt;.
1 x Front MX132 - 45 Degree Pre Bent Red Lever. 1 x Rear MX132 - 45 Degree Pre Bent Red Lever. 1 x Front MX890 Red Caliper. 1 x Rear MX890 Red Caliper. DIA COMPE BRAKES. 2 x Silver Lever Ferrules. Genuine Dia-Compe Made Re-Production of their famous Old School BMX Brakes.
Dia-Compe MX883 Black Brake Calipers Pairs. Genuine Dia-Compe Reproduction of their famous MX883 (Nippon Style) Calipers. 1 x Front Black MX883 Caliper. 1 x Rear Black MX883 Caliper. DIA COMPE BRAKES.
Dia-Compe V733 MX-2 Front or Rear V-Brake BMX Racing Mountain Bike Shimano
Dia Compe MX901 Brake Caliper Arms NOS for Old School BMX Tech 3 4 MX1000 880 5
Dia Compe MX901 Brake Caliper Arms for Old School BMX. Dia Compe MX901 Rear Brake caliper Arms Only. 100% Genuine Dia Compe Calipers are now becoming increasingly harder to find. Dia Compe Card Not Included.
Colour: PinkType: Caliper - Side Pull
Brand: DIA-COMPEColour: MulticolouredType: Caliper - Side Pull
NOS Dia Compe MX 1000's in Black Matching set dated 10/85 with Weinmann semi adjusters. These are Beautiful, un used at any time Please see the images for condition & do not buy if you are not sure you want these as there are no returns (I'm not a shop). Perfect for your old school BMX build be it a : Skyway t/a Haro Freestyler Rickman Rebel Dp Patterson Robinson Hutch TRM MRD Se Racing PK Ripper / Quadangle Yes BMX All of my items are accurately described & will need signing for once posted, please ask any sensible questions before purchasing.
£35.88 to £41.26
Genuine Dia-Compe MX890 - MX121 - Tech 3 Dark Blue Brake Set
1 x Front MX121 - Tech 3 Dark Blue Lever. 1 x Rear MX121 - Tech 3 Dark Blue Lever. 1 x Front MX890 Dark Blue Caliper. 1 x Rear MX890 Dark Blue Caliper. DIA COMPE BRAKES. 2 x 5mm x1500mm Generic Blue Brake cables - (Cut them to the length you need).
Brand: DIA-COMPEColour: BlueType: Caliper - Side Pull
Brand: DIA-COMPEColour: BluePosition: Rear
1 x Front MX120 Tech 2 Dark Blue Lever. 1 x Rear MX120 Tech 2 Dark Blue Lever. DIA COMPE BRAKES. 1 x Front MX1000 Dark Blue Caliper. 1 x Rear MX1000 Dark Blue Caliper. 2 x 5mm x1500mm Generic Blue Brake cables - (Cut them to the length you need).
1 x Front MX132 - 45 Degree Pre Bent Gold Lever. 1 x Rear MX132 - 45 Degree Pre Bent Gold Lever. 1 x Front MX890 Gold Caliper. 1 x Rear MX890 Gold Caliper. DIA COMPE BRAKES. 2 x Silver Lever Ferrules.
MX COPY BMX FRONT BRAKE CALIPER BOLT ON HANDY RARE RETRO SPARE RRP £19.95
Old School Bmx Mx Rear Caliper
Old School BMX - Pair Of MX Black Brake Calipers
MX Brake Calipers NOS
MX COPY BMX REAR BRAKE CALIPER BOLT ON HANDY RARE RETRO SPARE RRP £19.95

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The Pink Hardhat: November 2012
Hi Blog friends! I have a super nerdy/awesome blogosphere experience to share! I got to go to the Young House Love book signing.
For those that don't know Young House Love is a DIY/Home Improvement Blog by Sherry and John Petersik. There blog is so popular (like 5.5 Million page views in a month popular) that they both do it full time. This means all of their days are consumed with doing projects, writing, editing, and then posting, and answering comments (check out their day in a life page..certainly not easy work!).
In addition to all that craziness, they also wrote a book called Young House Love with 243 DIY ideas. They had a photoshoot at their house while doing a kitchen renovation..they are crazy! Now that book has been released, they are in the middle of a book tour, while still maintaining the normal blog schedule and answering questions..wowza.
When I found out they were coming to Toronto I was super excited!!! And the location was right down the street from me at a local West Elm. Huzzah! So I dragged Mike along and after a long line up process this happened....
Mini Blogger with Real Life Impressive Bloggers
The signing started at 6, so we got there at 4:30 and there was no line, so we went to grab Starbucks, and then went back in and there was a huge line up! We waited patiently and made some friends in line, then around 6 John and Sherry came out to sign. After waiting our turn we got our chance to say hi, and get their awesome book signed.
Everyone had to make a little note of what we wanted them to say to speed up the process. I made them do a mad lib-esqe note. They laughed and took a photo of it...maybe I will be included in the highlights from Toronto tour!!!!
Hammering the Wall :)
They were super sweet and nice, and the best part was we got to the desk and Sherry says "Hi I'm Sherry" and then kind of caught herself and said "oh but I guess you know that". It was hilarious and just showed how humble they are. They also asked what the deal with Mike and I was because it must of been serious if he waited in line for that long. Mike is a good sport with these kind of things, and is a little bit of a DIY/home improvement nerd too!
The book looks like it is going to be full of awesome ideas and projects, and now I am going to be completely distracted reading through it for the next little while!
The weird thing is I am not a fangirl by any stretch. I would probably not ask actors or actresses for autographs, and wouldn't go see an author do a book signing, but when you read about these people's lives every day it is different. Another blogger described it as meeting a pen-pal. Of course they have no idea who I am, so that makes it weird, but still it was a neat experience to get to meet them!
If you could meet another blogger who would it be??? Who would you wait in line for 2+ hrs to see??
Posted by Kaylee at 7:20 PM 1 comment:
Posted by Kaylee at 5:12 PM 1 comment:

type: global

value: Blogger is an American online content management system (CMS) which enables multi-user blogs with time-stamped entries. Pyra Labs developed it before being acquired by Google in 2003.


text:
Patent US7932896 - Techniques for reducing jitter for taps - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign in<nobr>Advanced Patent Search</nobr>PatentsDistinguishing sloppy taps from sliding motions is disclosed using an algorithm that can take into account both a time instability factor Tinst and a touch instability factor Zinst. A limited amount of motion per frame can be subtracted off immediately following the detection of a touch event. Small...http://www.google.com/patents/US7932896?utm_source=gb-gplus-sharePatent US7932896 - Techniques for reducing jitter for tapsAdvanced Patent SearchPublication numberUS7932896 B2Publication typeGrantApplication numberUS 11/818,476Publication dateApr 26, 2011Filing dateJun 13, 2007Priority dateJun 13, 2007Also published asCN101689091A, CN101689091B, CN103455200A, EP2168033A2, US20080309630, US20110171998, WO2008157239A2, WO2008157239A3Publication number11818476, 818476, US 7932896 B2, US 7932896B2, US-B2-7932896, US7932896 B2, US7932896B2InventorsWayne Carl WestermanOriginal AssigneeApple Inc.Export CitationBiBTeX, EndNote, RefManPatent Citations (20), Non-Patent Citations (1), Referenced by (6), Classifications (6), Legal Events (3) External Links: USPTO, USPTO Assignment, EspacenetTechniques for reducing jitter for tapsUS 7932896 B2Abstract Distinguishing sloppy taps from sliding motions is disclosed using an algorithm that can take into account both a time instability factor Tinst and a touch instability factor Zinst. A limited amount of motion per frame can be subtracted off immediately following the detection of a touch event. Small lateral motions indicative of a sloppy tap can be suppressed, while fast finger motions indicative of a quick, long cursor movement can immediately pass through the filter without being suppressed by a significant amount. A motion pass-through suppression factor can be applied subtractively to motion in particular direction as a function of Zinst and Tinst, wherein Zinst can represent a suppression value given as a finger speed for a particular percentage change in touch instability per frame, and Tinst can represent a suppression value given as finger speed for a particular tpress.
computing a time instability factor in accordance with a time instability function that provides a first amount of suppressed position change per frame for a given time since the image of touch was detected;
subtracting the first amount of suppressed position change per frame from a first position change per frame value for the detected image of touch to obtain a suppressed position change per frame for the detected image of touch; and
2. The method of claim 1, the time instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
3. The method of claim 1, wherein the first amount of position change per frame is a detected position change per frame.
applying a hysteresis filter to a detected position change per frame to generate a reported position change per frame that delays the detected position change per frame by a predetermined number of pixels;
wherein the first position change per frame is the reported position change per frame.
5. The method of claim 4, further comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
6. The method of claim 5, further comprising setting the event flag if the reported position change per frame is not from a detected hover event.
7. The method of claim 5, further comprising setting the event flag if the suppressed position change per frame is non-zero.
8. A method for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, comprising:
computing a touch instability factor in accordance with a touch instability function that provides a first amount of suppressed position change per frame for a given amount of touch instability per frame;
9. The method of claim 8, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
10. The method of claim 8, wherein the first amount of position change per frame is a detected position change per frame.
12. The method of claim 11, further comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
13. The method of claim 12, further comprising setting the event flag if the reported position change per frame is not from a detected hover event.
14. The method of claim 12, further comprising setting the event flag if the suppressed position change per frame is non-zero.
15. A method for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, comprising:
computing a time instability factor in accordance with a time instability function that provides a first amount of suppressed position change per frame for a given time tpress since the image of touch was detected;
computing a touch instability factor in accordance with a touch instability function that provides a second amount of suppressed position change per frame for a given amount of touch instability per frame;
subtracting a larger of the first and second amount of suppressed position change per frame from a first position change per frame value for the detected image of touch to obtain a suppressed position change per frame for the detected image of touch; and
16. The method of claim 15, the touch instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
17. The method of claim 15, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
18. The method of claim 15, wherein the first position change per frame is a detected position change per frame.
20. The method of claim 19, further comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
21. The method of claim 20, further comprising setting the event flag if the reported position change per frame is not from a detected hover event.
22. The method of claim 20, further comprising setting the event flag if the suppressed position change per frame is non-zero.
23. A method for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, comprising:
computing a time instability factor in accordance with a time instability function that provides a first amount of suppressed position change per frame immediately after the image of touch is detected to account for position changes during touchdown, and tapering off thereafter;
computing a touch instability factor in accordance with a touch instability function that provides a second amount of suppressed position change per frame for large amounts of touch instability per frame to account for position changes during touchdown and liftoff;
24. The method of claim 23, the touch instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
25. The method of claim 23, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
26. The method of claim 23, wherein the first position change per frame is a detected position change per frame.
28. The method of claim 27, further comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
29. The method of claim 28, further comprising setting the event flag if the reported position change per frame is not from a detected hover event.
30. The method of claim 28, further comprising setting the event flag if the suppressed position change per frame is non-zero.
31. A computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
32. The computer-readable medium of claim 31, the time instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
33. The computer-readable medium of claim 31, wherein the first amount of position change per frame is a detected position change per frame.
34. The computer-readable medium of claim 31, the program code further for causing performance of a method comprising:
35. The computer-readable medium of claim 34, the program code further for causing performance of a method comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
36. The computer-readable medium of claim 35, the program code further for causing performance of a method comprising setting the event flag if the reported position change per frame is not from a detected hover event.
37. The computer-readable medium of claim 35, the program code further for causing performance of a method comprising setting the event flag if the suppressed position change per frame is non-zero.
38. A computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
39. The computer-readable medium of claim 38, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
40. The computer-readable medium of claim 38, wherein the first amount of position change per frame is a detected position change per frame.
41. The computer-readable medium of claim 38, the program code further for causing performance of a method comprising:
42. The computer-readable medium of claim 41, the program code further for causing performance of a method comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
43. The computer-readable medium of claim 42, the program code further for causing performance of a method comprising setting the event flag if the reported position change per frame is not from a detected hover event.
44. The computer-readable medium of claim 42, the program code further for causing performance of a method comprising setting the event flag if the suppressed position change per frame is non-zero.
45. A computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
46. The computer-readable medium of claim 45, the time instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
47. The computer-readable medium of claim 45, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
48. The computer-readable medium of claim 45, wherein the first position change per frame is a detected position change per frame.
49. The computer-readable medium of claim 45, the program code further for causing performance of a method comprising:
50. The computer-readable medium of claim 49, the program code further for causing performance of a method comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
51. The computer-readable medium of claim 50, the program code further for causing performance of a method comprising setting the event flag if the reported position change per frame is not from a detected hover event.
52. The computer-readable medium of claim 50, the program code further for causing performance of a method comprising setting the event flag if the suppressed position change per frame is non-zero.
53. A computing system comprising the computer-readable medium of claim 45.
54. A mobile telephone comprising the computing system of claim 53.
55. A digital audio player comprising the computing system of claim 53.
56. A mobile telephone including a computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
57. A digital audio player including a computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
58. An apparatus for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, comprising:
means for computing a time instability factor in accordance with a time instability function that provides a first amount of suppressed position change per frame for a given time since the image of touch was detected;
means for computing a touch instability factor in accordance with a touch instability function that provides a second amount of suppressed position change per frame for a given amount of touch instability per frame, wherein Z represents a total finger signal for the detected image of touch;
means for subtracting a larger of the first and second amount of suppressed position change per frame from a first position change per frame value for the detected image of touch to obtain a suppressed position change per frame for the detected image of touch; and
59. A computer-readable medium comprising program code for suppressing position change in a detected image of touch to assist in distinguishing tapping motions from sliding motions on a touch sensor panel, the program code for causing performance of a method comprising:
60. The computer-readable medium of claim 59, the time instability function starting at a maximum suppressed position change per frame value at a time when the image if touch is first detected and tapering off to a minimum suppressed position change per frame value for a time greater than or equal to a predetermined delay after the image of touch was first detected.
61. The computer-readable medium of claim 59, the touch instability function starting at a minimum suppressed position change per frame value at zero percentage change in touch instability per frame and reaching a maximum suppressed position change per frame value for percentage changes in touch instability per frame greater than or equal to a predetermined percentage.
62. The computer-readable medium of claim 59, wherein the first position change per frame is a detected position change per frame.
63. The computer-readable medium of claim 59, the program code further for causing performance of a method comprising:
64. The computer-readable medium of claim 63, the program code further for causing performance of a method comprising identifying the reported position change per frame as an actionable position change per frame if an event flag is set.
65. The computer-readable medium of claim 64, the program code further for causing performance of a method comprising setting the event flag if the reported position change per frame is not from a detected hover event.
66. The computer-readable medium of claim 64, the program code further for causing performance of a method comprising setting the event flag if the suppressed position change per frame is non-zero.
FIELD OF THE INVENTION This relates to touch sensor panels used as input devices for computing systems, and more particularly, to techniques for determining whether a touch event detected at the touch sensor panel with some amount of sliding movement should be interpreted as a �tapping� gesture or a �sliding� gesture.
BACKGROUND OF THE INVENTION Many types of input devices are presently available for performing operations in a computing system, such as buttons or keys, mice, trackballs, touch sensor panels, joysticks, touch screens and the like. Touch screens, in particular, are becoming increasingly popular because of their ease and versatility of operation as well as their declining price. Touch screens can include a touch sensor panel, which can be a clear panel with a touch-sensitive surface, and a display device that can be positioned behind the panel so that the touch-sensitive surface can substantially cover the viewable area of the display device. Touch screens can allow a user to perform various functions by touching the touch sensor panel using a finger, stylus or other object at a location dictated by a user interface (UI) being displayed by the display device. In general, touch screens can recognize a touch event and the position of the touch event on the touch sensor panel, and the computing system can then interpret the touch event in accordance with the display appearing at the time of the touch event, and thereafter can perform one or more actions based on the touch event.
When using a touch screen, a user can make a selection on the display screen by pointing directly to objects (such as GUI objects) displayed on the screen (usually with a stylus or finger) and touching the screen at that location. To provide additional functionality, gesture recognition can be implemented to recognize more than a simple finger touch. By way of example, various operations such as a selection function can be made when one or more taps are detected on the surface of the touch screen. In addition to taps, various operations such as dragging or scrolling functions can be made when a sliding motion is detected on the surface of the touch screen. Tapping and sliding gestures are described in Applicant's co-pending U.S. patent application Ser. No. 11/818,341 entitled �Detecting Gestures on Multi-Event Sensitive Devices,� filed on Jun. 13, 2007 the contents of which are incorporated by reference herein.
However, it can be difficult for a user to control finger motion to produce a tapping motion with little or no sliding motion. Tapping gestures with some amount of sliding motion, so-called �sloppy taps,� can be difficult to distinguish from a true sliding gesture as intended by the user.
SUMMARY OF THE INVENTION This relates to distinguish sloppy taps from sliding motions using an algorithm that can take into account both a time instability factor and a touch instability factor. A limited amount of motion per frame can be subtracted off or canceled during a time period immediately following the detection of a touch event. Small lateral motions indicative of a sloppy tap can be suppressed, while fast finger motions indicative of a quick, long cursor movement can immediately pass through the filter without being suppressed by a significant amount.
Δ   Xsuppr  ( tpress ) = Δ   X - max ( Zinst , ( if   Δ   X > 0   and   max ( Zinst ,  Tinst )  Tinst ) ≤  Δ   X  ) , or = Δ   X + max ( Zinst , ( if   Δ   X < 0   and   max ( Zinst , Tinst )  Tinst ) ≤  Δ   X  ) , or = 0 ( if   max  ( Zinst , Tinst ) >  Δ   X  ) , wherein Zinst can represent a suppression value given as a finger speed in the X direction for a particular percentage change in Z per frame, and Tinst can represent a suppression value given as finger speed in the X direction for a particular tpress. Thus, it should be understood that, on a per frame basis, Zinst and Tinst can have the same units as ΔX, which can be a distance measurement such as millimeters (mm). Both Zinst and Tinst can have as an upper bound the maximum amount of travel in the X direction for a sloppy tap. The same suppression can be applied to motion in the Y-direction.
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 illustrates an exemplary computing system implementing the algorithm for distinguishing sloppy taps from sliding motions according to one embodiment of this invention.
FIG. 3 a illustrates an exemplary plot of time vs. Z for a series of touch events.
FIG. 3 b illustrates an exemplary plot of time vs. ΔX and ΔY for the series of touch events shown in FIG. 3 a. FIG. 3 c contains an exemplary plot of a touch pass-thru factor, a time pass-thru factor, and a combined motion pass-thru factor over time for the series of touch events shown in FIG. 3 a according to one embodiment of this invention.
FIG. 5 a illustrates an exemplary plot of tpress vs. position change per frame representing a Tinst function according to one embodiment of this invention.
FIG. 5 b illustrates an exemplary plot of ΔXin vs. ΔXout corresponding to the Tinst function of FIG. 5 a at various moments in time tpress according to one embodiment of this invention.
FIG. 6 a illustrates an exemplary plot of instability in Z (finger touch area) per frame vs. position change per frame representing a Zinst function according to one embodiment of this invention.
FIG. 6 b illustrates an exemplary plot of ΔXin vs. ΔXout corresponding to the Zinst function of FIG. 6 a at various % changes in Z per frame according to one embodiment of this invention.
FIG. 9 a illustrates an exemplary mobile telephone that can include a touch sensor panel, a display device, and other computing system blocks in the computing system of FIG. 1 that can execute the X and Y suppression functions and hysteresis filter according to one embodiment of this invention.
FIG. 9 b illustrates an exemplary digital audio/video player that can include a touch sensor panel, a display device, and other computing system blocks in computing system of FIG. 1 that can execute the X and Y suppression functions and hysteresis filter according to one embodiment of this invention.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT In the following description of preferred embodiments, reference is made to the accompanying drawings which form a part hereof, and in which it is shown by way of illustration specific embodiments in which the invention can be practiced. It is to be understood that other embodiments can be used and structural changes can be made without departing from the scope of the embodiments of this invention.
Although some embodiments of this invention may be described herein in terms of identifying a tapping or sliding gesture from a single touch detected on a sensor panel, it should be understood that embodiments of this invention are not limited to single-touch sensor panels, but can be generally applicable to either single-touch or multi-touch sensor panels, the latter of which is described in Applicant's co-pending U.S. application Ser. No. 10/842,862 entitled �Multipoint Touchscreen,� filed on May 6, 2004 and published as U.S. Published Application No. 2006/0097991 on May 11, 2006, the contents of which are incorporated by reference herein. Furthermore, although the touch sensors in the touch sensor panel may be described herein in terms of an orthogonal array of touch sensors having rows and columns, it should be understood that embodiments of this invention are not limited to orthogonal arrays, but can be generally applicable to touch sensors arranged in any number of dimensions and orientations, including diagonal, concentric circle, and three-dimensional and random orientations.
At the �intersections� of the traces, where the traces pass above and below (cross) each other (but do not make direct electrical contact with each other), the traces can essentially form two electrodes (although more than two traces could intersect as well). Each intersection of row and column traces can represent a capacitive sensing node and can be viewed as picture element (pixel) 126, which can be particularly useful when touch sensor panel 124 is viewed as capturing an �image� of touch over a frame (one complete scan of the panel). (In other words, after panel subsystem 106 has determined whether a touch event has been detected at each touch sensor in the touch sensor panel, the pattern of touch sensors in the multi-touch panel at which a touch event occurred can be viewed as an �image� of touch (e.g. a pattern of fingers touching the panel).) The capacitance between row and column electrodes appears as a stray capacitance when the given row is held at direct current (DC) voltage levels and as a mutual signal capacitance Csig when the given row is stimulated with an alternating current (AC) signal. The presence of a finger or other object near or on the touch sensor panel can be detected by measuring changes to a signal charge Qsig present at the pixels being touched, which is a function of Csig. Each column of touch sensor panel 124 can drive one or more analog channels 108 (also referred to herein as an event detection and demodulation circuit) in panel subsystem 106.
FIG. 2 illustrates exemplary image of touch 200, which can be defined as having centroid 202 at the �center of mass� (X,Y) of the touch image with major and minor axes 204 and 206 defining the approximate boundaries of the touch area. Z 208 can be defined as the total finger signal (computed as the sum of all the capacitance for a finger as detected by the analog channels) integrated over the touch area.
FIG. 3 a illustrates exemplary plot 300 of time vs. Z for a series of touch events. First bump 302 in FIG. 3 a can be caused by a crisp finger tap, which can produce sharp rises and falls in Z as the finger touches down and lifts off the touch surface. A crisp tap can be characterized by a rise in Z of dZ in time dt1. Second bump 304 can be caused by a sloppy finger tap, which can produce more gradual rises and falls in Z. The rise in Z of dZ in time dt2 can be slower in a sloppy tap. Note that a sliding motion can appear as a bump of a longer duration in FIG. 3 a, most likely with gradual rise and fall times.
FIG. 3 b illustrates an exemplary plot of time vs. ΔX and ΔY for the series of touch events shown in FIG. 3 a. ΔX and ΔY can represent the change in the X and Y locations of the centroid within the touch area per frame (the time of one full panel scan). Note that a sharp or crisp finger tap can have generally smaller ΔX and ΔY values (see 306), because such finger taps can have less slipping or sliding in the X and/or Y directions. However, a sloppy finger tap can have generally higher ΔX and ΔY values (see 308). Note that a sliding touch can produce high ΔX and/or ΔY values for the duration of the slide, depending on the direction of the motion.
To distinguish between sloppy taps and sliding motions, lateral motion in one or more directions can be suppressed. For example, in the X-direction, a �ΔX suppr� value can be computed by modifying the raw ΔX value by some factor. Some touch sensor panel systems can modify the raw ΔX value as a function of the time since a touch event was detected, tpress, according to the formula:
FIG. 3 c illustrates an exemplary plot of touch pass-thru factor 310 (dot-dash line), time pass-thru factor 312 (dashed line), and combined motion pass-thru factor 314 (solid line) over time for the series of touch events shown in FIG. 3 a according to embodiments of the invention. FIG. 3 c shows that for motion in the X direction, the touch pass-thru factor can be lowest (i.e. suppression can be greatest) when the tap is first detected at 316 to suppress any inadvertent sliding motions, and also at liftoff 318, when again there may be some inadvertent sliding. Sloppy tap 304 can generally lead to a lower touch pass-thru factor than crisp tap 302, due to the larger |dZ| value (see suppression areas 320 and 322). Additionally, the suppression at touchdown or liftoff can help to suppress changes to the centroid location that are not necessarily due to sliding, but rather due to the change in the center of mass of the centroid as it rapidly changes shape as it rolls on or off during touchdown or liftoff.
In addition, FIG. 3 c also illustrates time pass-thru factor 312, showing that the time pass-thru factor can be lowest (i.e. suppression can be greatest) when a touch is first detected at 316, and increases after that point. If a liftoff or touchdown of one finger is detected and the touch and time pass-thru factors of FIG. 3 c are obtained over time, the total motion pass-thru factor 314 can also be applied to all other fingers on the same hand under the assumption that the liftoff or touchdown of one finger can cause an unstable hand position and slipping of the other fingers.
Δ   Xsuppr  ( tpress ) = Δ   X - max ( Zinst , ( if   Δ   X > 0   and   max ( Zinst ,  Tinst ) Tinst ) ≤   Δ   X  ) , or = Δ   X + max ( Zinst , ( if   Δ   X < 0   and   max ( Zinst , □ Tinst ) Tinst ) ≤   Δ   X  ) , or = 0 ( if   max  ( Zinst , Tinst ) >  Δ   X  ) , wherein Zinst can represent a suppression value given as a finger speed in the X direction for a particular percentage change in Z per frame, and Tinst can represent a suppression value given as finger speed in the X direction for a particular tpress. Thus, it should be understood that, on a per frame basis, Zinst and Tinst can have the same units as ΔX, which can be a distance measurement such as millimeters (mm). Both Zinst and Tinst can have as an upper bound the maximum amount of travel in the X direction for a sloppy tap (e.g. 2 mm).
FIG. 4 illustrates an exemplary plot 400 of an input ΔX (ΔXin) vs. an output ΔX (ΔXout), wherein the plot can represent the ΔXsuppr function described above at a particular moment in time tpress according to embodiments of the invention. Note that in a stable case 402 with no suppression of the input ΔX value, ΔXin=ΔXout for all values of ΔXin. However, in non-stable situations, there can be a �dead� zone 404 on either side of the y-axis in which ΔXsuppr can be held at zero (maximum suppression) to ignore sloppy taps. The boundaries of the dead zone can be equivalent to the current maximum of Zinst and Tinst at time tpress. Outside of dead zone 404, on either side, the plots can resume a linear function. Thus, just outside the dead zone, a particular value for ΔXin can yield a small ΔXout, indicating that a large amount of suppression is still occurring. However, as ΔXin gets large, ΔXout can approach ΔXin, at least on a percentage basis, indicating an ever-decreasing suppression percentage that may not be very noticeable to the user. Note that FIG. 4 can change over time, so that as instability decreases, the plots tend to move towards the stable case 402, with ever-decreasing dead zones 404.
FIG. 5 a illustrates an exemplary plot 500 of tpress vs. position change per frame representing the Tinst function according to embodiments of the invention. For a given time tpress, the Tinst function represented by plot 500 can return a value representing an amount of suppressed position change per frame. FIG. 5 a also shows an exemplary situation in which an image of touch is moving at a constant speed (i.e. a constant position change of 1 mm per frame) in the direction represented by plot 500. Until the suppressed position change per frame Tinst is less than the position change per frame of the image of touch (1 mm per frame in this example; see 510) at a particular tpress, there can be full suppression and zero reported position change per frame (see 502). Thus, there can be a significant amount of position change suppression soon after a finger touch is detected, which serves to suppress the sliding of sloppy finger taps.
As tpress increases, and the suppressed position change per frame Tinst becomes less than the position change per frame of the image of touch, the reported position change per frame starts to go positive (see 504). The reported position change per frame (see 506) continues to be a function of position change per frame of the image of touch and the suppressed position change per frame Tinst until Tinst reaches zero (at tpress=312 ms in this example), at which time there is no longer any suppression and the reported position change per frame can be equal to the position change per frame of the image of touch (see 508). Note that plot 500 is only exemplary. Embodiments of the invention can utilize a more complicated function than what is shown in FIG. 5 a, which can be implemented in a lookup table or computed when needed.
FIG. 5 b illustrates an exemplary plot of ΔXin vs. ΔXout corresponding to the Tinst function 500 of FIG. 5 a at various moments in time tpress according to embodiments of the invention. Note that as time tpress increases, the instability decreases and the stable condition is reached at tpress=312.
FIG. 6 a illustrates an exemplary plot 600 of Zinst representing a suppression value given as position change per frame vs. a percentage change in Z (touch instability) per frame. Touch instability Z, as referred to herein, can represent any of a number of parameters that can exhibit instability during taps. For example, Z can represent the touch area, which can vary greatly during the time that a user is applying a tap to a sensor panel. However, other contact measurements besides touch area can exhibit noticeable touch instability during taps, and whose instability measures can therefore be used to affect dead zone width and the suppression of position change according to embodiments of the invention. One such contact measurement is �patch density,� which can be generally defined as the total signal of a particular patch divided by the radius of the patch. Patch density is disclosed in U.S. application Ser. No. 11/619,464 entitled �Multi-Touch Input Discrimination,� filed on Jan. 3, 2007, the contents of which are incorporated by reference herein. Other contact measurements that can be used to suppress motion change include the major radius, eccentricity (ratio of major/minor axes), or major angle of the patch, contact force (for touch sensor panels with a compliant force-sensing layer), all of which can display instability during taps. All of these contact measurement instabilities are referred to generally herein as touch instabilities.
In FIG. 6 a, for a given % change in Z per frame, the Zinst function represented by plot 600 can return a value representing an amount of suppressed position change per frame. Very small % changes in Z per frame (below 6% in the example of FIG. 6 a) can be indicative of very little touch instability and therefore indicative of a sliding motion wherein the user is keeping a finger in constant contact with the touch surface. In this region of the Zinst function, there can be no suppressed position change per frame in a particular direction.
Larger % changes in Z per frame (above 12% in the example of FIG. 6 a) can be indicative of large touch instability and therefore can be indicative of a tapping motion wherein the finger makes only momentary contact with the touch surface. In this region of the Zinst function, there can be maximum suppression of position change per frame in a particular direction (e.g. about 2 mm/frame). Intermediate % changes in Z per frame (between 6% and 12% in the example of FIG. 6 a) can be a �gray area� within which the amount of suppression of position change per frame in a particular direction can vary linearly with respect to the % change in Z per frame. Note that plot 600 is only exemplary. Embodiments of the invention can utilize a more complicated function than what is shown in FIG. 6 a, which can be implemented in a lookup table or computed when needed.
FIG. 6 b illustrates an exemplary plot of ΔXin vs. ΔXout corresponding to the Zinst function 600 of FIG. 6 a at various % changes in Z per frame according to embodiments of the invention. Note that as the % change in Z per frame decreases, the instability can decrease and the stable condition can be reached at a % change in Z per frame of 6% or less.
In parallel, �actionable� position changes can be identified and reported. Actionable position changes can be used to control whether an apparent position change should be interpreted as a sliding motion. The application can interpret an apparent position change as a sliding motion when the actionable position change is non-zero (i.e. when an event flag is set, and ΔX and ΔY values indicate a non-zero actionable position change). Absolute position information can be used to determine the location of a tap or where a drag/scroll gesture starts, but whether or not to do the drag can be controlled by the parallel channel which can certify the apparent position changes as actionable.
For example, if a touch location has an apparent position change of three pixels, and it passes through a hysteresis filter having a delay of two pixels, the reported position will be one pixel. Normally, an actionable position change of one pixel will also be reported. However, there can be situations when the reported location of one pixel will not cause an actionable position change to be reported. If, for example, the reported position change is fully suppressed by the Tinst and/or Zinst functions described above, no actionable position change will be reported. In another example, a hovering finger can be detected as a weak image of touch, and an absolute position can be reported, but if the weak image of touch is interpreted to be a hovering finger, the event flag will not be set, the reported position change will not be certified as �actionable,� and the actionable position change would be zero. Hovering fingers can be beneficially precluded from generating actionable position changes to prevent wavering of the hovering finger from being interpreted as a sliding motion.
FIG. 9 a illustrates an exemplary mobile telephone 936 that can include touch sensor panel 924, display device 930, and other computing system blocks in computing system 100 of FIG. 1 that can execute the X and Y suppression functions and hysteresis filter according to embodiments of the invention.
FIG. 9 b illustrates an exemplary digital audio/video player 938 that can include touch sensor panel 924, display device 930, and other computing system blocks in computing system 100 of FIG. 1 that can execute the X and Y suppression functions and hysteresis filter according to embodiments of the invention.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS4686331 *Apr 23, 1986Aug 11, 1987Hewlett-Packard CompanyDigitizing method and apparatus for compensating cursor of stylus velocity errorsUS5229551 *Nov 4, 1991Jul 20, 1993Summagraphics CorporationHysteresis compensation for a digitizer tabletUS5488204Oct 17, 1994Jan 30, 1996Synaptics, IncorporatedPaintbrush stylus for capacitive touch sensor padUS5666113Sep 5, 1995Sep 9, 1997Microtouch Systems, Inc.System for using a touchpad input device for cursor control and keyboard emulationUS5880411Mar 28, 1996Mar 9, 1999Synaptics, IncorporatedObject position detector with edge motion feature and gesture recognitionUS6188391Jul 9, 1998Feb 13, 2001Synaptics, Inc.Two-layer capacitive touchpad and method of making sameUS6288711 *Feb 25, 1999Sep 11, 2001Canon Kabushiki KaishaCoordinate input apparatus, method of controlling same and computer-readable memoryUS6323846Jan 25, 1999Nov 27, 2001University Of DelawareMethod and apparatus for integrating manual inputUS20020056575Dec 15, 2000May 16, 2002Keely Leroy B.Highlevel active pen matrixUS20040246240Jun 9, 2003Dec 9, 2004Microsoft CorporationDetection of a dwell gesture by examining parameters associated with pen motionUS20060026521Jul 30, 2004Feb 2, 2006Apple Computer, Inc.Gestures for touch sensitive input devicesUS20060092142Dec 15, 2005May 4, 2006Synaptics, Inc., A California CorporationObject position detector with edge motion feature and gesture recognitionUS20060097991May 6, 2004May 11, 2006Apple Computer, Inc.Multipoint touchscreenUS20060197753Mar 3, 2006Sep 7, 2006Hotelling Steven PMulti-functional hand-held deviceUS20060232567Jul 3, 2006Oct 19, 2006Fingerworks, Inc.Capacitive sensing arrangementUS20060238521 *Jul 3, 2006Oct 26, 2006Fingerworks, Inc.Identifying contacts on a touch surfaceUS20070229466Mar 30, 2006Oct 4, 2007Cypress Semiconductor CorporationApparatus and method for recognizing a tap gesture on a touch sensing deviceUS20070291009Jun 19, 2006Dec 20, 2007Cypress Semiconductor CorporationApparatus and method for detecting a touch-sensor pad gestureUS20080165140Jun 13, 2007Jul 10, 2008Apple Inc.Detecting gestures on multi-event sensitive devicesWO2008157239A2Jun 12, 2008Dec 24, 2008Apple IncTechniques for reducing jitter for taps* Cited by examinerNon-Patent CitationsReference1International Search Report mailed Oct. 23, 2009, for PCT Application No. PCT/US2008/066729, filed Jun. 12, 2008, six pages.Referenced byCiting PatentFiling datePublication dateApplicantTitleUS8253697 *Sep 26, 2007Aug 28, 2012Wacom Co., LtdHeight dependent filter for a pointing device or a digitizer tablet, a method of reducing jitter in position data of a pointing device or a digitizer tablet, a computer readable medium and driver for performing the methodUS8314779 *Feb 23, 2009Nov 20, 2012Solomon Systech LimitedMethod and apparatus for operating a touch panelUS8427447Jan 27, 2012Apr 23, 2013IgtMulti-user input systems and processing techniques for serving multiple usersUS20090078474 *Sep 26, 2007Mar 26, 2009David FleckHeight dependent filter for a pointing device or a digitizer tablet, a method of reducing jitter in position data of a pointing device or a digitizer tablet, a computer readable medium and driver for performing the methodUS20090195518 *Feb 17, 2009Aug 6, 2009IgtMethod and apparatus for detecting lift off on a touchscreenUS20100214232 *Feb 23, 2009Aug 26, 2010Solomon Systech LimitedMethod and apparatus for operating a touch panel* Cited by examinerClassifications U.S. Classification345/173International ClassificationG06F3/041Cooperative ClassificationG06F3/0418, G06F3/04883European ClassificationG06F3/041T2, G06F3/0488GLegal EventsDateCodeEventDescriptionDec 6, 2011CCCertificate of correctionJan 18, 2008ASAssignmentOwner name: APPLE INC., CALIFORNIAFree format text: CORRECTIVE ASSIGNMENT TO CORRECT THE ASSIGNEE S STATE OF INCORPORATION AS IT APPEARS IN THE BODY OFTHE DOCUMENT PREVIOUSLY RECORDED ON REEL 019496, FRAME 0221;ASSIGNOR:WESTERMAN, WAYNE CARL;REEL/FRAME:020394/0863Effective date: 20070612Free format text: CORRECTIVE ASSIGNMENT TO CORRECT THE ASSIGNEE S STATE OF INCORPORATION AS IT APPEARS IN THE BODY OFTHE DOCUMENT PREVIOUSLY RECORDED ON REEL 019496, FRAME 0221. ASSIGNOR HEREBY CONFIRMS THE ASSIGNMENT OF THE ENTIRE INTEREST;ASSIGNOR:WESTERMAN, WAYNE CARL;REEL/FRAME:020394/0863Jun 13, 2007ASAssignmentOwner name: APPLE INC., CALIFORNIAFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:WESTERMAN, WAYNE CARL;REEL/FRAME:019496/0221Effective date: 20070612RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google

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Ponder This: The Insurgence
Darn! It had to happen and it did with a vengenace! First a few little ones. They attacked last night and again this morning! And now the big ones! I sure wish all the rain hadn't had to encourage such menaces! Maybe if I put some signs up like this.....You can't blame a girl for wishing!


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Polk Small Farms Canning 2016 Tickets, Multiple Dates | Eventbrite
Polk Small Farms Canning 2016
Circle of Friends Book Club: The Hate U Give by Angie Thomas
Barnes & Noble, Brandon
10-13-18 Florida Native Wildflowers, Vines and Groundcovers
Participant Water Bath Canning Session 3 days before event starts $10.00 $0.00
Share Polk Small Farms Canning 2016
July 14 and November 4, 2016 9 a.m. - 1 P.M.
Have questions about Polk Small Farms Canning 2016? Contact UF/IFAS Polk County Extension Service

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Juan Jacinto - Wikipedia
For the Argentine musician, see Juan Jacinto (musician).
Juan Carlos Jacinto Jiménez
(1978-07-02) 2 July 1978 (age 39)
1999 Winnipeg 100 kg
Juan Carlos Jacinto Jiménez (born July 2, 1978) is a Dominican judoka, who played for the extra and half lightweight categories.[1] He won the bronze medal for the 60 kg class at the 1999 Pan American Games in Winnipeg, Manitoba, Canada.[2]
Jacinto made his official debut for the 2000 Summer Olympics in Sydney, where he competed in the men's 60 kg class. He lost the first preliminary match to Algeria's Omar Rebahi, who successfully scored a single yuko within the five-minute period.
At the 2004 Summer Olympics in Athens, Jacinto switched to a heavier class by competing in the men's half-heavyweight division, despite that he weighed 68 kilograms. He lost again in his first preliminary match to Kazakhstan's Muratbek Kipshakbayev this time, by a waza-ari (half-point) and a sukui nage (double leg takedown).
At the 2008 Summer Olympics in Beijing, Jacinto competed for the second time in the men's 66 kg class. He received a bye for the second preliminary match, before losing out by an automatic ippon to Japan's Masato Uchishiba, who eventually won a gold medal in this event.[3] Unlike his two previous Olympic games, Jacinto offered another shot for the bronze medal by entering the repechage rounds. Unfortunately, he was defeated in his first match by Iran's Arash Miresmaeili, who successfully scored a yuko and a koka, before the five-minute period had ended.[4]
^ "Juan Carlos Jacinto". Olympics at Sports-Reference.com. Sports Reference LLC. Retrieved 18 December 2012.
^ "DR wins bronze in judo at the Pan Am Games". DR 1. 3 August 1999. Retrieved 18 December 2012.
^ "Men's Half Lightweight (66kg/145 lbs) Preliminaries". NBC Olympics. Retrieved 18 December 2012.
^ "Men's Half Lightweight (66kg/145 lbs) Repechage". NBC Olympics. Retrieved 18 December 2012.
Retrieved from "https://en.wikipedia.org/w/index.php?title=Juan_Jacinto&oldid=759954837"
Dominican Republic male judoka
Olympic judoka of the Dominican Republic
This page was last edited on 14 January 2017, at 02:21.

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K Thiagarajan: Latest News, Videos and Photos | Times of Indiaad blocker detectedWe have noticed that you have an ad blocker enabled which restricts ads served on the site.Please disable to continue reading.STEPS FOR DISABLING AD BLOCKERmore videosWatch latest videos from THE TIMES of INDIALoading latest videos...',{ class: 'nic_container ad_column1' });
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23 Jan 2017, 03:30Nagpur: In a major boost to the infrastructure of Nagpur metro region, RITES has found the second phase of Metro Rail viable. The feasibility report will be ready in the second week of February. The total cost of the project is about Rs 7,000 crore at today’s prices.
A source in Mahametro (earlier NMRCL) said that RITES, which is the general consultant for phase I, had done three types of surveys for finding the viability of phase II - traffic, topographic and geotechnical. “These surveys for Automotive Square to Kamptee stretch, Prajapati Nagar (near Wardhaman Nagar) to Kapsi (on Bhandara Road) and Lokmanya Nagar to Hingna have been completed while that for Mihan to Butibori and Wasudeo Nagar to Wadi stretches is going on. The process will be completed in the coming days,” he further said adding that RITES had found enough traffic volume on the three stretches to make Metro Rail on them viable. The expansion of Metro Rail is being done on the advice of union transport minister Nitin Gadkari, who believes that the project would not become viable until it provided connectivity to nearby towns and villages like Kamptee, Hingna, Kapsi and Butibori. The total length of the expansion project will be 34km and it will have four lines. “The longest is from Mihan to Butibori whose length is 13km. Next is 10km stretch from Automotive Square to Kamptee. The metro corridor will be extended up to Hingna from Lokmanya Nagar (Hingna depot) covering a distance of 2km. The east-west corridor will also be extended up to Kapsi from Prajapati Nagar (near Wardhaman Nagar). A branch line will connect Wadi with Wasudeo Nagar station,” the source told TOI.
Most of the expansion project will be elevated. “Mahametro will try to build maximum at grade (ground level) stretch between Mihan and Butibori. The cost of elevated corridor is about Rs200 crore per km and so the total cost will be approximately Rs7,000 crore. The cost of the present project is Rs8,680 crore,” the source said.
The execution of phase II of Metro is a long way. Once the feasibility report is ready, RITES will start preparing the detailed project report (DPR). The DPR will submitted to Mahametro board followed by state cabinet, Planning Commission and union cabinet. “Work on this phase will start only after union cabinet approves it,” the source said.
19 Jan 2017, 11:14With its higher pollution levels, Delhi recorded more premature deaths due to ingestion of PM10 from vehicle exhaust, construction dust and other industrial processes.« 123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116»Most PopularSamajwadi Party to field 298 candidates, Congress 105 in alliance for Uttar Pradesh pollsNo grand alliance in UP? SP rules out tie-up with RLDBrexit trade deal with India ‘at risk’ without visa reformFrom around the WebMore From The Times of IndiaRecommended By Colombia

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Go Yoon | dramachaser
Tag Archives: Go Yoon
“Love on a Rooftop ” ep 101 ~ Final episode!	Posted on September 10, 2015	by lemonmirae Hearing that Seung Hye will leave Korea, Do Jin goes to her to tell her who he really feels. Still Seung Hye rejects him and goes on a tea promotion tour. When Seung Hye returned she and Do Jin got … Continue reading →
Tagged Ahn Nae Sang, Choo So-Young, Go Yoon, Ham Eun Jung, Im Se Mi, 오늘부터 사랑해, Jung Sang Hoon, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Lee Eung Kyeong, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, T-ara, Yoon Seo	|
“Love on a Rooftop ” ep 99~ep 100 ~ Seung Hye:” It’s time for me to go alone now.”	Posted on September 8, 2015	by lemonmirae Seung Hye decided that she can’t marry Yoon Ho and broke up with him. Meantime Mi Ja went to Dongnakdang and asked Dong Seok to not divorce Dae Ho. Seung Jae also tries to convince Dong Seok to give up … Continue reading →
Tagged Ahn Nae Sang, Go Yoon, Im Se Mi, 오늘부터 사랑해, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Lee Eung Kyeong, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, Yoon Seo	|
“Love on a Rooftop ” ep 97~ep 98 ~ “It’s always the quiet ones.”	Posted on September 6, 2015	by lemonmirae Chae Won asks Seung Hye to reconsider her marriage with Yoon Ho at least until Seung Hye is over Do Jin. At first Seung Hye didn’t like Chae Won’s advice, but the day of the families meeting she got scared … Continue reading →
Tagged Ahn Nae Sang, Choo So-Young, Go Yoon, Ham Eun Jung, Im Se Mi, 오늘부터 사랑해, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, T-ara, Yoon Seo	|
“Love on a Rooftop ” ep 95~ep 96 ~ Do Jin:”I shouldn’t have done that.”	Posted on September 2, 2015	by lemonmirae Seung Hye and Do Jin work together for a business meeting. After the business meeting Do Jin, Seung Hye, Yoon Ho and Chae Won have dinner together. Form something that Chae Won said, Seung Hye got upset and after getting … Continue reading →
Tagged Ahn Nae Sang, Go Yoon, Ham Eun Jung, Heo Jung-Gyu, Im Se Mi, 오늘부터 사랑해, Jung Sang Hoon, Kim Seo Ra, Kim Yong Rim, Lee Eung Kyeong, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, T-ara, Yoon Seo	|
“Love on a Rooftop ” ep 93~ep 94 ~ Seung Hye:”It’s too big for just the two of us.”	Posted on August 31, 2015	by lemonmirae Seung Hye received a phone call from Kyeong Min and went to help Do Jin at his café, but there she sees Do Jin and Chae Won hugging and feels jealous. Realizing how great Seung Hye is compared to Se … Continue reading →
Tagged Ahn Nae Sang, Choo So-Young, Go Yoon, Ham Eun Jung, Im Se Mi, 오늘부터 사랑해, Jung Sang Hoon, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Lee Eung Kyeong, Love From Today, Love on a Rooftop, Park Jin Woo, T-ara, Yoon Seo	|
“Love on a Rooftop ” ep 91~ep 92 ~ Seung Jae:” Thank you for bringing me into this world.”	Posted on August 27, 2015	by lemonmirae Seung Jae wants to confirm what he heard and asked Seung Hye. After knowing that he is adopted too, Seung Jae insisted that he wants to visit the tree his and Seung Hye’s biological parents planted.
Tagged Choo So-Young, Go Yoon, Ham Eun Jung, Im Se Mi, 오늘부터 사랑해, Jung Sang Hoon, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Lee Eung Kyeong, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, T-ara, Yoon Seo	|
“Love on a Rooftop ” ep 89~ep 90 ~ Seung Jae finds out the truth!	Posted on August 25, 2015	by lemonmirae When Seung Hye asked Chae Won to not tell Kyeong Tae about Dae Shil’s condition, Chae Won wants to know how Seung Hye made Do Jin fell in love with her. The wedding invitations are out and Yoon Ho, feeling … Continue reading →
Tagged Ahn Nae Sang, Choo So-Young, Go Yoon, Ham Eun Jung, Im Se Mi, 오늘부터 사랑해, Jo Eun Sook, Jo Hee Bong, Jung Sang Hoon, Kim Seo Ra, Kim Yong Rim, Lee Chang Wook, Love From Today, Love on a Rooftop, Oh Seung-Yun, Park Jin Woo, T-ara, Yoon Seo	|

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text:
Brevet US4044889 - Cosmetic container including integrated lens structure - Google Brevets
A cosmetic container includes one member on which a listing of the ingredients of the material contained is printed in letters which are too small to be read without magnification. An overlying member of the container includes a Fresnel lens structure, which, when the container is in a closed condition,...http://www.google.fr/patents/US4044889?utm_source=gb-gplus-shareBrevet US4044889 - Cosmetic container including integrated lens structure
Numéro de publication US4044889 A
Numéro de demande US 05/722,527
Date de dépôt 13 sept. 1976
Date de priorité 13 sept. 1976
Numéro de publication 05722527, 722527, US 4044889 A, US 4044889A, US-A-4044889, US4044889 A, US4044889A
Inventeurs Seymour Orentreich, Joseph Vogelman
Cessionnaire d'origine Seymour Orentreich, Joseph Vogelman
Citations de brevets (6), Référencé par (124), Classifications (12)
US210274 * 4 nov. 1878 26 nov. 1878 Improvement in thermometer-cases
GB845561A * Titre non disponible
US4263734 * 31 août 1979 28 avr. 1981 Bradshaw Vincent L Method of making a ceramic article and article of manufacture
US4900129 * 16 déc. 1988 13 févr. 1990 Minnesota Mining And Manufacturing Company Dual grooved Fresnel lens for overhead projection
US4979332 * 20 déc. 1988 25 déc. 1990 Kirin Beer Kabushiki Kaisha Culture vessel
US5538161 * 5 août 1994 23 juil. 1996 Koehler; Steven M. Container having content level indicator
US5647151 * 30 déc. 1994 15 juil. 1997 Insight, Inc. Multi-purpose image display systems
US5782347 * 31 juil. 1995 21 juil. 1998 Insight, Inc. Box container systems and display frames with multiple view optics
US5809674 * 28 mars 1996 22 sept. 1998 Key; Stephen M. Apparatus and method for increasing an effective information carrying surface area on a container
US5823344 * 6 janv. 1997 20 oct. 1998 Insight, Inc. Display systems with multiple view optics
US5833068 * 6 févr. 1997 10 nov. 1998 Insight, Inc. Flat box system with multiple view optics
US5842802 * 14 sept. 1992 1 déc. 1998 Federal Package Network, Inc. Dispenser
US5850913 * 12 déc. 1996 22 déc. 1998 Insight, Inc. Compliant image carrying printed insert
US5986823 * 31 mars 1997 16 nov. 1999 Yang, Jr.; Peter S. Fresnel magnifying lens for forming a hand-held pocket-sized hybrid assembly and method therefor of providing the hybrid assembly
US6070349 * 8 juil. 1998 6 juin 2000 Insight, Inc. Multi-purpose easel for displaying multiple, 3D, and animated images
US6366401 27 sept. 2000 2 avr. 2002 Unilever Home And Personal Care Usa Clear container with magnifying feature
US6409374 * 30 avr. 2001 25 juin 2002 Boyd I. Willat Beverage tasting vessel with aerating ridges and agitating ribs
US6631578 * 25 mai 2001 14 oct. 2003 Stephen Key Design, Llc Roll-fed method for constructing a rotatable label system
US6637964 * 4 nov. 2002 28 oct. 2003 Chen-Hui Kuo Lipstick case made of paper
US6644846 * 30 avr. 2002 11 nov. 2003 Boyd J. Willat Beverage tasting vessel with multiple rim portions
US6814237 * 7 mars 2002 9 nov. 2004 Sara L. Gorvett Organizer for cosmetics
US6910600 3 juil. 2003 28 juin 2005 Gerald J. Keberlein In-line windowed facial tissue carton
US7044295 18 nov. 2002 16 mai 2006 Taichi Sugiyama Case and case holder
US7243812 21 oct. 2005 17 juil. 2007 Hurricane Shooters, Llc Plural chamber drinking cup
US7273147 1 nov. 2004 25 sept. 2007 Willat Ergonomic Technologies, Llc Wine glass
US7377707 11 févr. 2004 27 mai 2008 Breidenbach Diane C Lip product applicator
US7413082 25 janv. 2005 19 août 2008 Target Brands, Inc. Pharmacy bottle system including label
US7886924 31 oct. 2007 15 févr. 2011 By The Glass, Llc Wine glass
US8444337 7 déc. 2009 21 mai 2013 The Kind Group Lip balm with spherical surface and method for producing
US8567635 3 juil. 2006 29 oct. 2013 By The Glass, Llc Wine glass
US8844722 24 juin 2008 30 sept. 2014 Tom Y. Wang Medication container with Fresnel lens
US8875935 3 oct. 2013 4 nov. 2014 Govino, Llc Wine glass
US8888391 12 juil. 2013 18 nov. 2014 The Kind Group Llc Lip balm with spherical surface and method for producing
US9089233 20 févr. 2013 28 juil. 2015 Govino, Llc Wine glass
US9320339 * 21 mai 2014 26 avr. 2016 Elc Management Llc Cosmetic applicator system comprising a magnifying cap for a non-functional applicator head
US9585458 4 févr. 2016 7 mars 2017 Eos Products, Llc Lip balm with spherical surface and method for producing
US9764885 2 juil. 2013 19 sept. 2017 Colgate-Palmolive Company Oral care implement package and kit therefor
US20030168377 * 7 mars 2002 11 sept. 2003 Gorvett Sara L. Organizer for cosmetics
US20030226899 * 20 nov. 2002 11 déc. 2003 Lenscard U.S., Llc Method for making a financial transaction card with embedded electronic circuitry
US20040028452 * 17 sept. 2001 12 févr. 2004 Peter Koreska Adhesive stick
US20040144795 * 3 juil. 2003 29 juil. 2004 Keberlein Gerald J. In-line windowed facial tissue carton
US20040256255 * 18 nov. 2002 23 déc. 2004 Taichi Sugiyama Case and case holder
US20050000976 * 3 juil. 2003 6 janv. 2005 Keberlein Gerald J. Wedged tissue container
US20050092759 * 1 nov. 2004 5 mai 2005 Willat Boyd I. Wine glass
US20050167307 * 25 janv. 2005 4 août 2005 Cheng Shao C. Cosmetic container
US20060021986 * 21 oct. 2005 2 févr. 2006 Mansfield Bryan D Plural chamber drinking cup
US20070119726 * 29 janv. 2007 31 mai 2007 Willat Wine glass
US20070144932 * 3 juil. 2006 28 juin 2007 Willat Wine glass
US20070236813 * 5 avr. 2007 11 oct. 2007 Robert Gary Josephberg Magnifying apparatus
US20080047865 * 31 oct. 2007 28 févr. 2008 By The Glass, Llc Wine glass
US20080087352 * 16 oct. 2006 17 avr. 2008 Red Lime Products Inc. System and method for custom formulation, non-adulterating mixing and packaging of personal care products
US20080222929 * 14 mars 2007 18 sept. 2008 The Procter & Gamble Company Cleaning wipe container having content-specific display
US20100133139 * 7 oct. 2009 3 juin 2010 Lowe John R Pharmacy medication safety bottle with pill viewer window and label verification system
US20120012551 * 15 juil. 2011 19 janv. 2012 Russell Sinacori Container having interchangeable sleeve
CN103057824A * 21 janv. 2013 24 avr. 2013 浙江欧诗漫集团有限公司 Bottle
CN103057824B * 21 janv. 2013 6 janv. 2016 浙江欧诗漫生物股份有限公司 一种瓶子
CN103057825A * 21 janv. 2013 24 avr. 2013 浙江欧诗漫集团有限公司 Cosmetic bottle with inner container
CN103057825B * 21 janv. 2013 18 nov. 2015 浙江欧诗漫生物股份有限公司 一种带内胆的化妆品瓶
EP0375152A2 * 16 nov. 1989 27 juin 1990 Minnesota Mining And Manufacturing Company Double-sided grooved Fresnel lens for overhead projector
EP0375152A3 * 16 nov. 1989 28 août 1991 Minnesota Mining And Manufacturing Company Double-sided grooved Fresnel lens for overhead projector
EP1006055A2 23 sept. 1999 7 juin 2000 Trisa Holding AG Package for toothbrush
EP1006055A3 * 23 sept. 1999 4 oct. 2000 Trisa Holding AG Package for toothbrush
EP1790578A1 * 29 nov. 2005 30 mai 2007 Inve Asia Services Limited A container with a rotatable label comprising a transparent window
EP3051976A4 * 29 sept. 2014 21 juin 2017 Oreal Packaging systems and methods
WO1997005041A1 * 23 juil. 1996 13 févr. 1997 Insight, Inc. Display systems with multiple view optics
WO1998030473A1 * 5 janv. 1998 16 juil. 1998 Insight, Inc. Display systems with multiple view optics
WO2000076857A2 * 16 juin 2000 21 déc. 2000 Clawson Burrell E Apparatus to identify information on containers
WO2000076857A3 * 16 juin 2000 20 sept. 2001 Burrell E Clawson Apparatus to identify information on containers
WO2017164896A1 * 6 mai 2016 28 sept. 2017 Wartersian Kevork Magnifying container assembly
Classification aux États-Unis 206/459.5, D28/88, 359/809, 401/194, 401/98, 401/192, 359/742, 206/38, 220/662
Classification internationale A45D40/00
Classification coopérative A45D40/00
Classification européenne A45D40/00


text:
Life of John C. Calhoun; Presenting a Condensed History of Political Events from 1811 to 1843 Volume P72-3390 book | 9 available editions | Alibris Books
Books History Americas (North, Central, South, West Indies) Life of John C. Calhoun; Presenting a Condensed History of Political Events from 1811 to 1843 Volume P72-3390
Life of John C. Calhoun; Presenting a Condensed History of Political Events from 1811 to 1843 Volume P72-3390
Title: Life of John C. Calhoun: presenting a condensed history of political events from 1811 to 1843: together with a selection from his speeches, reports, and other writings subsequent to his election as vice-president of the United States, including his leading speech on the late war delivered in 1811.Author: John C CalhounPublisher: Gale, Sabin ...
Title: Life of John C. Calhoun: presenting a condensed history of political events from 1811 to 1843: together with a selection from his speeches, reports, and other writings subsequent to his election as vice-president of the United States, including his leading speech on the late war delivered in 1811.Author: John C CalhounPublisher: Gale, Sabin Americana Description: Based on Joseph Sabin's famed bibliography, Bibliotheca Americana, Sabin Americana, 1500--1926 contains a collection of books, pamphlets, serials and other works about the Americas, from the time of their discovery to the early 1900s. Sabin Americana is rich in original accounts of discovery and exploration, pioneering and westward expansion, the U.S. Civil War and other military actions, Native Americans, slavery and abolition, religious history and more.Sabin Americana offers an up-close perspective on life in the western hemisphere, encompassing the arrival of the Europeans on the shores of North America in the late 15th century to the first decades of the 20th century. Covering a span of over 400 years in North, Central and South America as well as the Caribbean, this collection highlights the society, politics, religious beliefs, culture, contemporary opinions and momentous events of the time. It provides access to documents from an assortment of genres, sermons, political tracts, newspapers, books, pamphlets, maps, legislation, literature and more.Now for the first time, these high-quality digital scans of original works are available via print-on-demand, making them readily accessible to libraries, students, independent scholars, and readers of all ages.++++The below data was compiled from various identification fields in the bibliographic record of this title. This data is provided as an additional tool in helping to insure edition identification: ++++SourceLibrary: Huntington LibraryDocumentID: SABCP04096800CollectionID: CTRG02-B841PublicationDate: 18430101SourceBibCitation: Selected Americana from Sabin's Dictionary of books relating to AmericaNotes: Commonly attributed to R.M.T. Hunter, but actually written by Calhoun himself, according to a statement made in 1854 by R.H. Rhett, in a letter to R.K. Cralle, editor of Calhoun's works. Cf. Gaillard Hunt's John C. Calhoun (Philadelphia, 1908), p. 250-251.Collation: 74, [9]-554 p., [1] leaf of plates: port.; 23 cm
9781173236397
9781240006496
9781141746101
9781145573598
9781145822030
12799796043
New. pp. 96. Lang: -eng, Pages 96, Print on Demand. Reprinted in 2013 with the help of original edition published long back[1843]. This book is Printed in black & white, sewing binding for longer life with Matt laminated multi-Colour Soft Cover {HARDCOVER EDITION IS ALSO AVAILABLE}, Printed on high quality Paper, re-sized as per Current standards, professionally processed without changing its contents. We found this book important for the readers who want to know more about our old treasure so we brought it back to the shelves. Hope you will like it and give your comments and suggestions.
12800175694
New. pp. 96. Lang: -eng, Pages 96, Print on Demand. Reprinted in 2013 with the help of original edition published long back[1843]. This book is in black & white, Hardcover, sewing binding for longer life with Matt laminated multi-Colour Dust Cover, Printed on high quality Paper, re-sized as per Current standards, professionally processed without changing its contents. We found this book important for the readers who want to know more about our old treasure so we brought it back to the shelves. Hope you will like it and give your comments and suggestions.
12802775640
New. pp. 97. Lang: -English, Pages 97, Print on Demand. Reprinted in 2013 with the help of original edition published long back(1843). This book is in black & white, Hardcover, sewing binding for longer life with Matt laminated multi-Colour Dust Cover, Printed on high quality Paper, re-sized as per Current standards, professionally processed without changing its contents. We found this book important for the readers who want to know more about our old treasure so we brought it back to the shelves. Hope you will like it and give your comments and suggestions.
12802775420
New. pp. 131. Lang: -English, Pages 131, Print on Demand. Reprinted in 2013 with the help of original edition published long back(1843). This book is in black & white, Hardcover, sewing binding for longer life with Matt laminated multi-Colour Dust Cover, Printed on high quality Paper, re-sized as per Current standards, professionally processed without changing its contents. We found this book important for the readers who want to know more about our old treasure so we brought it back to the shelves. Hope you will like it and give your comments and suggestions.
1173236392
11352331448
1240006497
11405644316
1141746107
11348171696
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ISBN-13: 9781275844810
ISBN-13: 9781154255836
ISBN-13: 9781273046971
ISBN-13: 9781154377255
ISBN-13: 9781240006496
ISBN-13: 9781141746101
ISBN-13: 9781143087578
ISBN-13: 9781145822030
ISBN-13: 9781173236397
All Editions of Life of John C. Calhoun; Presenting a Condensed History of Political Events from 1811 to 1843 Volume P72-3390 2012, Trade paperback
9781275844810
9781154255836
9781273046971
9781154377255
9781143087578
Starting at $0.99	A disquisition on government, and selections from the Discourse.
Starting at $0.99	A disquisition on government
Starting at $0.99	John C. Calhoun: Selected Writings and Speeches
Starting at $8.08	The Works of John C. Calhoun (Volume 3)
Starting at $15.17	The Works: Speeches Delivered in the House of Rrepresentatives and in the Senate of the United States...
Starting at $26.15	The Works of John C. Calhoun; Reports and Public Letters Volume 6

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text:
The GREAT iDEas: Wildfires blaze in 12 states, forcing evacuations, killing 2
By the CNN Wire StaffJune 21, 2011 11:54 p.m. EDTSmoke billows from the Monument Fire near Sierra Vista, Arizona, on Sunday.STORY HIGHLIGHTSAcreage burned this year is three times the 10-year average, U.S. agency saysA fast-moving Texas wildfire forces the evacuation of 1,800 homes and businessesTwo firefighters die in a wildfire in FloridaNationally, more than 10,000 firefighters are battling wildfiresRead more about the fires from CNN affiliates WJXT and KHOU. Are you there? Share your photos, videos and stories, but please stay safe.(CNN) -- Wildfires burning across some 1.4 million acres in 12 states have forced the evacuation of 1,800 homes and businesses in one Texas county and claimed the lives of two firefighters in Florida, authorities said Tuesday.The two Florida Division of Forestry firefighters died Monday while fighting a wildfire in north-central Florida that had been declared contained but suddenly burst out of control, Amanda Bevis, a division spokeswoman, said Tuesday."They were both in tractors, and the fire literally just caught up with them," she said.The firefighters were identified as Josh Burch, 31, and Brett Fulton, 52. Both were rangers with the forestry division working the Blue Ribbon Fire in Hamilton County."The wildfires have ravaged our state, burning more than 200,000 acres, and now, they have taken the lives of two of our very own men," Agriculture Commissioner Adam Putnam said in a statement.Texas fires force evacuationsAir tankers play a big role in ArizonaSouthwestern wildfires worsenArizona wildfires pose extreme riskRELATED TOPICSWildfiresFloridaTexasArizonaTwo other firefighters were injured trying to rescue their colleagues, Bevis said. They were treated and released Monday and will make full recoveries, she said.In Texas, a fast-moving fire near Grimes County destroyed at least 26 homes as it burned across more than 4,000 acres.The fire was caused by homeowners grilling near Stoneham, Texas, CNN affiliate KHOU-TV reported.Grimes County Sheriff Don Sowell said officials have identified a person of interest who is believed to have built the barbecue pit that started the fire, but as of now authorities do not believe there was any intent of arson.The speed of the fire forced evacuations of whole subdivisions throughout the area.Jerome Seeberger, who owns 40 acres of land in Grimes County, said there's just one word to describe the scene."Apocalypse," he told KHOU against a backdrop of charred trees. "I've never seen anything like this. Such a beautiful forest two days ago and now look at it."The fires in Florida and Texas were just two of 53 large uncontained wildfires burning in 11 U.S. states, from Alaska to Florida, according to the National Interagency Coordination Center. All told, the fires have burned 2,166 square miles -- nearly the size of Delaware.About 10,400 firefighters are involved in efforts to contain the fires, with more than 7,000 of them in Arizona and New Mexico, where fires have burned 853,518 acres, according to the center.The largest of the fires continues to be the Wallow Fire in east central Arizona and west central New Mexico. That fire has burned 527,774 acres so far, the fire's incident command team announced Tuesday, and is about 56% contained.While residents of Greer, Arizona, are being allowed to return home, evacuation orders remain in effect in other parts of Arizona and in Luna, New Mexico. Residents in parts of Apache County, Arizona, also have been told to be prepared to evacuate should the need arise.Power has been fully restored in Alpine and Nutrioso, Arizona, but remains out in areas north of Blue River, fire officials said.In North Carolina, Forest Service officials said they are closely monitoring a fire in Pender County, which has burned more than 4,000 acres.Though evacuations have not been ordered, residents of Pender County said they are worried. Diane Kuzina's voice broke as she described the fire's path. Kuzina owns land near the Pender County line."I don't want to lose my home," she said. "It's just scary."Critical fire weather was forecast Tuesday for parts of Arizona, Colorado, Florida, New Mexico, Oklahoma and Texas, with a combination of low humidity and high winds in many locations raising the threat from wildfires.The weather service also warned that scattered storms forecast in southeast Texas could bring welcome rain but also lightning that could spark new fires.The number of wildfires so far this year is below the 10-year average for the United States, according to the U.S. Forest Service. But the number of acres burned is three times that 10-year average, according to the agency.While some state and local authorities have reported stretched resources from the widespread fires, Forest Service Chief Tom Tidwell told Congress last week that there's plenty of capacity to continue fighting fires.The U.S. Forest Service and the Department of the Interior have about 16,000 trained firefighters available nationwide, Tidwell said.The agency also has left-over funds from previous years to pay higher-than-usual firefighting costs.


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sipXcom (formerly sipXecs) News, Tips and Equipment: Exchange 2010 / Lync
Exchange 2010 / Lync
How did Microsoft manage to make Exchange 2010 such a pig?
Can you tell I'm a little frustrated? I'm trying to with with Exchange 2010 Unified Messaging to test out interoperability with sipXecs/openUC. I've been at this now for well over 2 days worth of time between installing and trying to get systems upgraded.
I'm trying to install Exchange 2010 SP1 at this point and the requirements are killing me. First off, stupid IE won't download anything on the 2008 R2 server so I have chrome installed on that box which works but you can't directly click on the pre-reqs in Microsoft's setup tool. The links don't come up correctly in Chrome. Ok, so I type them all in and get to the last one... Microsoft Speech Server Runtime. The freaking thing won't install because something else is in place. Well, MS in their wisdom upgraded another component that replaced this piece but the server needs this one installed in order to do the upgrade.
What happened to the nice simple days of Exchange 5.5? Man they've gone down hill with this product since then. At least 5.5 was manageable (even if the database puked once in a while, it was easy to fix).
I'm sure Lync will be much better to work with.... gack! No praise coming from this camp.
Posted by Michael Picher at 4:41 PM


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NEW BOOKS: "Becoming a Marine Biologist"
New from Simon & Schuster: Becoming a Marine Biologist (Masters at Work) by Virginia Morell.
Coffee with a Canine: Virginia Morell and Buckaroo.


text:
Materials Control Tech
Performs a combination of manual and clerical shipping and/or receiving duties which may require the use of hand trucks, forklifts, and other devices, as well as computers to maintain data. Receives incoming materials or prepares materials...
Animal Care&Res Sup Technologist
Aseptic Processing Tech
Sanitize and prepare lines for filling of sterile pharmaceutical products. To ensure that sterile suites and other classified areas are adequately prepared for daily production of sterile pharmaceutical products including but not limited...
Animal Care & Research Support Technologist
Performs clean in place and steam in place for fill lines, product flushes and assembly of equipment for filling line set up. Technicians are expected to learn automated system utilized to perform and monitor activities. Performs filter...
Group Lead, Materials Control - 3rd shift
General Job Description: Direct subordinates in the receipt, storage, issuance and transportation of Raw Materials and Finished Goods for the shift while being in compliance with company standards and applicable Federal Regulations (CGMP...
Complaint Monitor - Consumer

value: Bloomberg Businessweek, previously known as BusinessWeek, is an American weekly business magazine, published 50 times a year. Since 2009, the magazine is owned by New York City-based Bloomberg L.P. The magazine debuted in New York City in September 1929.


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Birth Lottery Winners Expect “Character and Values” Litmus Test for the Poor | radical eyes for equity
Birth Lottery Winners Expect “Character and Values” Litmus Test for the Poor
Before examining President Barack Obama’s recent—and some suggest promising—willingness to address poverty, in the wake of a similar slow-to-wake concern for racism, we must clarify who are the poor. As Matt Bruenig explains, and presents in graphic form (below):
As you can see, more than 80% of the officially poor are either children, elderly, disabled, students, or the involuntarily unemployed (while the majority of the remaining officially poor are carers or working people who didn’t face an unemployment spell). I bring up these 80%+ because these are the classic categories of people that are considered vulnerable populations in capitalist economies. These are the categories of people that all welfare states target resources to in one form or another, the good ones very heavily.
Now, as we are clear that the largest single group of poor are children and the vast majority of poor are “vulnerable populations,” let’s consider the qualified comments by President Obama on poverty:
In Tuesday’s discussion with Robert D. Putnam, a Harvard professor, and Arthur C. Brooks, the president of the American Enterprise Institute, Mr. Obama said it was important for liberals to accept the importance of character and values in confronting the poverty and violence in some of America’s communities.
“I am a black man who grew up without a father, and I know the costs that I paid for that,” Mr. Obama said. But he blamed Republicans for suggesting that a focus on values means that government does not have to invest in public institutions like early childhood education, job training or public infrastructure that could benefit the poor.
And he chided religious organizations for sometimes focusing too heavily on issues like abortion rather than keeping the pressure on politicians to confront poverty.
While Obama wades into the Conservative call for having a character and values litmus test for the poor, as Charles Blow examines, Obama also confronts the popular and media efforts to demonize the poor as inherently lazy, and thus deserving their poverty:
This week, during a panel discussion on poverty at Georgetown University, President Obama lambasted the media, and in particular Fox News, for creating false, destructive narratives about the poor that paint them broadly as indolent and pathological.
“Over the last 40 years, sadly, I think there’s been an effort to either make folks mad at folks at the top, or to be mad at folks at the bottom. And I think the effort to suggest that the poor are sponges, leeches, don’t want to work, are lazy, are undeserving, got traction.”
Ultimately, however, a character and values litmus test for the poor as a condition for addressing poverty proves to be inexcusable in the context of no such litmus test exists for the wealthy; in fact, being wealthy facilitates avoiding the consequences of having low character and flawed values.
The selective and biased demand that the poor have character and values not required of other social classes is paralleled by the political, popular, and media concern about “giving money to the (undeserving) poor“—although there seems little concern about the wealthy giving money (inheritance) to people who haven’t earned that money.
To address the plague of poverty without conditions is an act of high character and values by a people; to demand something of the powerless that we do not demand of the powerful as a condition of addressing inequity is the lowest sort of character and values.
As well, however, we must be willing to confront that the “character and values” mantra of the elite Right (since those on the Right do not embody either but maintain their wealth and power) is code for valuing property over human dignity, and even human life—disturbingly reflected in the discourse from the Right about Baltimore’s uprising.
Privilege and disadvantage driven by racism and classism trump all consequences of character and values in the U.S.
Demanding a character and values litmus test for the poor as a condition for addressing social inequity is a veneer for those who have won the birth lottery but either believe themselves or want others to believe that their lot in life has been earned, is deserved.
It is the mantra of those born on third base who think they hit a triple.
May 13, 2015 by plthomasedd	Categories: Poverty	| 2 Comments
← CFM: Unheard Learners: Children and Youth Experiences in Neoliberal Schools	SchoolED Podcast: Paul Thomas on Grit, Slack, and the Effects of Poverty on Learning →
2 thoughts on “Birth Lottery Winners Expect “Character and Values” Litmus Test for the Poor”	David Kaib says:	May 17, 2015 at 11:56 am	Excellent piece. “is code for valuing property over human dignity, and even human life”
This isn’t quite right. Remember that a key facet of the Drug War is civil forfeiture – which means government can (and does) take property without much process pre-conviction, often property which has a tenuous connection to the alleged crime. Also think of the government’s role in facilitating fraudulent foreclosures. It’s less that property is valued over people than the some people (and therefore their property) are valued over others.
Reply	plthomasedd says:	May 17, 2015 at 12:15 pm	Thank you, David. My shorthand is duly noted, and you have stated this quite well—you are, of course, exactly right.


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Mary Woodruff Sympathy Flowers - Coshocton, OH | Legacy.com
Sympathy Flowers can help you express your condolences and support the bereaved. Offering your sympathy directly to those who grieve is a traditional way to add warmth to the service. Help celebrate the life of a lost loved one by sending funeral flowers arranged and delivered by a local florist. Mary Woodruff
Express your condolences by sending funeral flowers in remembrance of Mary Woodruff. Celebrate the Legacy of Mary Woodruff and comfort those who have lost a loved one.

value: In law, a legacy is something held and transferred to someone as their inheritance, as by will and testament. Personal effects, family property, marriage property or collective property gained by will of real property.


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Luxury Sleep. Great for COTA, SXSW, BUSINESS TRIPS - Houses for Rent in Austin, Texas, United States
Luxury Sleep. Great for COTA, SXSW, BUSINESS TRIPS
7 guests · 4 bedrooms · 4 beds · 2.5 baths
Location and superior comfort are everything while traveling and this modern, new and beautifully decorated oasis will not disappoint. Perfectly located 12 minutes from the airport, downtown and COTA. The neighborhood is safe, family friendly and quiet. There is easy access to all major highways to zip you around easily.
Easy access to all freeways and short time to downtown.
From start to end the house was exactly what we were looking for. Great space and location!!!
Wow!!! This Airbnb lives up to mike being a super host! You will not be disappointed. It’s super close to the Austin airport, which is a plus when you have early or late flights. But don’t worry you don’t hear the planes. Austin downtown is only 20 min away.! The house is so…
We had a really early flight, so we found Mike’s place for location reason. But Mike’s place was more than location (airport), it was stylish clean and filled up with what we need :)
Great host, great house and great location. You won’t be disappointed if you stay here!
This house was even better than the pictures. It’s a cute quiet neighborhood, with lots of friendly neighbors. The space is perfect, with amazing touches like a kitchen with oil and spices! It’s not far from the hustle and bustle of the city, but far enough to decompress after a…
We loved staying at Mike's wonderful house! The place was SPOTLESS and had everything we needed. There are tons of towels (which is really nice) and there was laundry detergent with the washer! The location is also great. The kitchen was appropriately stocked and even though we…
Prior Lake, MN · Joined in August 2014

value: Airbnb, Inc. (pronounced  AIR-bee-ehn-bee and stylized as airbnb) is an American company that operates an online marketplace for lodging, primarily homestays for vacation rentals, and tourism activities.