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Richland Place Senior Living, LLC offers an appealing physical structure with residential architecture and interior-design features with a homelike environment. We offer studio and one bedroom apartments tastefully decorated to match your furniture. Our philosophy of care is centered on professional and courteous staff that fosters maximum independence, optimum health and wellness. We offer meaningful social experiences with frequent opportunities make new friends and visit old friends.
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Please remember to follow the manual of style and code of conduct at all times.
Check BNN and Bulbanews for up-to-date Pokémon news and discuss it on the forums or in our IRC channel #bulbagarden on irc.systemnet.info.
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Cerosi Town
From Bulbapedia, the community-driven Pokémon encyclopedia.
Revision as of 12:59, 8 June 2012 by SnorlaxMonster (Talk | contribs)
| Cerosi Town
セルドスタウン Cerdos Town
|Let it Snow, Let it Snow, Let it Snorunt!
Cerosi Town (Japanese: セルドスタウン Cerdos Town) is a town located on Izabe Island in the Hoenn region. It is never seen on screen, but mentioned in Let it Snow, Let it Snow, Let it Snorunt! and Do I Hear a Ralts?. Ash, Brock, May and Max were traveling here because it has ferry services to Sootopolis City.
|This article is part of both Project Anime and Project Locations, Bulbapedia projects that, together, aim to write comprehensive articles on the Pokémon Anime and Locations, respectively.
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subset: commoncrawl


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Gelatin mold on platter with orange.
Credit: Victoria Pearson
Creative #: 154067247
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Gelatin Mold On Platter With Orange Stock PhotoCakestand,Color Image,Dessert,Dinner Party,Gelatin Dessert,Indulgence,Leaf,No People,Orange Color,Party - Social Event,Photography,Red,Spoon,Studio Shot,USA,Vertical,White BackgroundPhotographer Victoria PearsonCollection: DigitalVision Victoria Pearson


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Qadir gets two-match suspension for elbowing German player
New Delhi: Pakistan defender Muhammad Arslan Qadir was today suspended for two matches for a Level 2 offence which relates to a "physical assault, without injury, of another player" during their Pool A match against holders Germany at the ongoing Hero FIH Junior Men`s World Cup here.
Qadir was shown the red card for elbowing a German player in Pakistan`s 1-6 drubbing last night.
According to a statement from the International Hockey Federation (FIH), the tournament director David Collier has found Qadir to have violated the FIH Code of Conduct.
"Participants shall at all times conduct themselves fairly and properly on the field of play and any part of the hockey venue/accommodation. No person may conduct themselves in a manner or commit any act or omission which may prejudice the interest of hockey or which may bring the game of hockey into disrepute," Collier said in the statement.
"I have concluded that this constitutes a Level 2 offence referring to a physical assault, without injury, of another player. In accordance with the evidence provided at the hearing and taking into account the contrition displayed by the player, Muhammad Arslan Qadir of the Pakistan team shall be suspended for two matches," he added.
Qadir will miss Pakistan crucial match against Belgium December 10 and his team`s play-off match to be played on December 12.
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Police look for man who may have exposed himself to girl
MISSION VIEJO – Police are seeking the public's help in identifying a man who reportedly exposed himself to a 12-year-old girl while she was walking home from school last week.
Chief of Police Services Lt. Brad NewMyer said the girl was walking near the intersection of Via Pera and Los Alisos Boulevard around 3:15 p.m. Sept. 13 when a man jumped from the bushes and exposed himself.
The girl ran away and reported the incident, and a sketch of the man was created, NewMyer said.
"We're just looking for him," NewMyer said. "We have no substantial leads at this point. We're hoping for the public's help in identifying him."
The man is described as white, between the ages of 25 and 30, around 5 feet, 7 inches tall, and weighing 135 pounds, with short blonde hair and a mustache. He reportedly was wearing a gray T-shirt, dark camouflage shorts and dark sneakers.
Anyone with information is asked to contact the Orange County Sheriff's Department by calling 714-647-7000, or by submitting an anonymous tip to OC Crime Stoppers at 855-TIP-OCCS (855-847-6227) or at occrimestoppers.org.
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Latex - Bedroom Furniture
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Fri Jun 10 00:00:00 MDT 2016Maria L. Rating:5.0
We woke up with backaches each morning. We looked at $4,000 plus mattresses, but after reading the reviews decided to go to the tried-and-true foam/latex mattress. So far, after a few weeks, we have slept so well! This with a king size mattress for under 600 dollars!
Fri May 06 00:00:00 MDT 2016Kathryn F. Rating:5.0
I had read a previous review about this mattress that was very positive, but was nervous about spending so much money on a mattress we couldn't try out prior to purchase. I tried to review all mattress types on different sites and saw the satisfaction ratings for latex and memory foam were the highest. The latex offered some features I found advantageous--not sinking in as much, less gases, etc. This particular mattress design is ingenious. The four separate layers allowed us to pick our own firmness, they were light enough that I could assemble the bed myself, and to avoid the latex from compressing we can occasionally flip and switch the top layer so weight is distributed differently. The comfort of the mattress is superb, my shoulders don't fall asleep when I lay on my side. Great design, great product, and GREAT price--significantly cheaper than competitors. This was a big purchase for us, but good sleep is so important to our quality of life it was a wise choice.
Thu Apr 21 00:00:00 MDT 2016janieba Rating:5.0
This is a great bed frame. It does exactly what it's supposed to do, support a latex mattress. We're been using it for nearly a year with absolutely no problems.
Thu Jul 16 00:00:00 MDT 2015lbr80 Rating:5.0
I was worried about purchasing a mattress online but I would pick this over my $2500 latex mattress.
Wed Jan 13 00:00:00 MST 2016Lindsay V. Rating:5.0
I think Latex is the best of all mattresses and this one did not disappoint. It's a little firm but i read other reviews and bought a bamboo mattress cover from Amazon as recommended by another buyer. That makes the perfect combination of comfort and support.
Wed May 04 00:00:00 MDT 2016lisa c. Rating:5.0
I have lots of pain issues from past back surgery and other orthopedic problems and have been using a latex mattress for the past 18+ years -I was thrilled to find a king mattress at this price. I was a little skeptical of putting it on a platform bed and not using a box spring, but so far so good. No pressure points, and excellent support.
Tue May 03 00:00:00 MDT 2016msmaggieb Rating:5.0
This is a beautiful and very sturdy bed. My friend put it together for me in under 30 minutes. He delivers furniture for 2 major stores in the area and he was very impressed with it. I love the timeless style and the fact that it is a rich solid brown without the faux antiquing that I find grotesque although apparently many other like it. The headboard and footboard are tall enough for today's thicker mattresses. The bed frame is very heavy duty which I need for a latex mattress and matches the headboard and footboard which I have seen many that don't. Somewhere I saw in the questions that there was only 5 inches of clearance under the bed. Mine measured about 7 1/2 inches so I can fit some little things under it but with all the support legs (10 total) it is limiting. I would rather have the support than the storage. I couldn't be more pleased and if this is your style I can wholeheartedly recommend it.
Tue Dec 08 00:00:00 MST 2015armpit44 Rating:4.0
I bought this for my guest bedroom, and although also have a natural latex mattress on my own bed, I think this one is better..
Mon May 23 00:00:00 MDT 2016Joanna R. Rating:5.0
Fully fluffed in less than 5 minutes. Has kind of a strange smell. Almost like latex paint. But we aired it for 24 hours and my son says it is super comfortable. I was worried about it only being 6 inches and that being the only mattress on his bunk bed, but he say it is great! So I say it is great!
Small bedroom spaces don't have to feel cramped. They can be an opportunity to get creative with the space you do have. Bedroom furniture can multi-task to provide more storage. The colors you choose can make your bedroom go from looking small to looking fabulous. The placement of your bedroom furniture can have a huge impact on the look of your room. Follow these tips to create a comfortable bedroom, no matter how small. Read More
Shop Overstock™ and find the best online deals on everything for your home and your family. We work every day to bring you discounts on new products across our entire store. Whether you're looking for memorable gifts or everyday essentials, you can buy them here for less. Not just anyone's mobile outlet, your mobile outlet.O.com ® Ethical Pricepoints ™


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Pixie is a May 2015 dun filly with black points. She has a star and hind socks. She is friendly and easy to work with, she should be a little over 15…SOLD
Jewel" is a horseman's "gem". She is what you hope for when you put a mare and a stallion together. All cow horse but would not be ashamed in a halter…SOLD
Pete is SOLD SOLD !!!! Pete is a dandy colt just needing a home with a good future. He is smart and athletic . He will give you all he's got. I have…SOLD
Pickle is a 3 YO AQHA palomino gelding that is riding very well. He has the pedigree and the build for speed and turns, plus the brains and heart to make…SOLD
Pee we is a very personal colt, has great breeding Leo, and chocolate chip Chex, king fritz, ect... has been started on halter braking, should be 15hands…SOLD
Mick is a 2013 red dun AQHA gelding with blond mane. He should have enough size for roping, he's 14-2 hands now and should mature a little over 15 hands…SOLD
Honky is a stunning horse with with a willing attitude and is a very fast learner. He is super athletic and going to make one heck of a roping/ranch horse…SOLD
This gelding is gonna be big. He will most likely stand between 15 to 15.2h. Ace is quick and very agile. He is built to rope a calf or turn a can. Well…SOLD


text:
|Publication number
|Publication type
|Application number
|Publication date
|Dec 10, 2002
|Filing date
|Jun 29, 2000
|Priority date
|Jun 29, 2000
|Fee status
|Publication number
|Vasily Vasilievich Sukhorukov, Serguei Borisovich Belitsky
|Original Assignee
|Intron Plus, Ltd.
|Export Citation
|BiBTeX, EndNote, RefMan
|Patent Citations (3), Referenced by (20), Classifications (9), Legal Events (3)
|External Links: USPTO, USPTO Assignment, Espacenet
The present application claims priority benefits under 35 U.S.C. �119 to Russian Federation application N99126933/28 filed Dec. 17, 1999.
1. Field of the Invention
The present invention relates to the non-destructive testing of product quality, and in particular, to magnetic testing of elongated ferromagnetic objects like steel rods, tubes and wires to determine variances in a cross sectional area of object as well as the presence of local flaws.
2. Background of the Invention
A method and apparatus for magnetic non-destructive testing of elongated objects, e.g. steel ropes, by measurement of loss of metallic area (LMA) due to wearing and for local flaw (LF) detecting are described in U.S. Pat. No. 4,659,991, US C1. 324/241, Int.C1.G01N27/82, issuing in 1987. The method includes the axial magnetizing of the rope part by permanent magnets to a condition close to magnetic saturation and measuring the magnetic flux leakage variation near the rope surface by using sensing coils, in which an electromotive force (emf) is induced while rope moves relative to the magnets.
The disadvantage of the method of U.S. Pat. No. 4,659,991 is the insufficient accuracy of the LMA measurement as the method requires the measurement of a very small leakage flux change, resulting from a small value of the LMA (about one percent), at the significant initial level of the flux passing through the coils by the nominal rope cross sectional area.
The magnetic flux leakage change caused by LMA is quite commensurate with the flux leakage variation due to the magnetic flux instability of the magnet, particularly, when the environment temperature and hence, temperature of the permanent magnets, is changed. In addition, the emf in the coils is induced only while a rope moves relative to the coils and the emf depends on the rate of travel of the rope. Thus, the apparatus of U.S. Pat. No. 4,659,991 is relatively complicated and requires decreasing the speed and influence on measure readings. In addition, measurement is not possible when the rope is not traveling.
Also known in the prior art is a steel wire rope flaw detector in which there is no rope speed influence on readings (see, e.g. U.S. Pat. No. 5,565,771, Int.C1. G01N 27/72, 1996). The flaw detector disclosed in the '771 patent contains magnetizing means with poles encircling a rope under test and Hall sensors. The sensors are located in gaps between poles of the magnetizing means and the rope. The second portion of the sensors are positioned in a gap of a magnetic core which is formed by a ferrous ring encircling the rope and by a ring-shaped magnetic shield with three-leg shape of cross section. The magnetic shield shields the second portion of the Hall sensors from magnetic field of the poles. The second Hall sensor portion provides LF detecting by magnetic flux leakage induced by the LF. A digital signal processor processes signals of all the Hall sensors.
The flaw detector of U.S. Pat. No. 5,565,771 is more convenient due to Hall sensor signals being independent of rope speed and their measure is possible when the rope is stopped. However, the flaw detector sensitivity to LF increases due to the ferrous magnetic core use.
The LMA measurement accuracy is often insufficient because of slight dependence of the magnetic flux density in the gaps between the poles of the magnetizing means and the rope from area of the rope cross section. The reason is that magnetic flux via the gaps is defined by the magnetizing means and by use of the high-energy modem permanent magnets. Magnetic flux density changes in the gaps around the rope, when the rope cross section changes only due to redistribution of magnetic flux portions: the main flux through the rope and the flux leakage in magnetizing means inter pole space. Relative change of the main flux is significantly less than the flux leakage relative change. That is why the relative change of Hall sensor voltage is insignificant. This results in an error caused by small voltage change of Hall sensor at high initial level of the voltage, and particularly, the temperature error is significant.
Further, LF detecting reliability of the flaw detector of U.S. Pat. No. 5,565,771 is often not sufficient. This appears to be due to the location of the Hall sensors in the magnetic core gap between the ring encircling the rope and the ring shield of three-leg shaped cross section. When the LF gets to the zone of sensitivity of the sensor, the leakage flux, induced by the LF and captured by the magnetic core, is divided into two portions. One portion goes through the gap with the Hall sensors and the remaining portion goes trough the three-leg shaped magnetic core bypassing the Hall sensors. Consequently, the LF signal of the Hall sensor decreases because of the bypass effect as like as LF detecting reliability. Accordingly, the accuracy of rope under test cross sectional area measurement is insufficient as well as the reliability of LF detecting.
Therefore the need exists for an apparatus for the magnetic testing of elongated ferromagnetic objects like steel rods, tubes, wires, wherein increased accuracy is achieved.
An object of the present invention is the solution of the problem of increasing the accuracy of cross sectional area measurements and local flaw detection in steel wire ropes. A further object of the invention is increasing the reliability of LF detecting in elongate ferrous objects.
In accordance with the method of the present invention, a section of an object under test, e.g. of a steel wire rope, is magnetized longitudinally by a magnetizing device having poles spaced along a longitudinal dimension of the wire rope. The longitudinal spacing of the poles along the longitudinal dimension of the rope defines a longitudinally extending inter-pole area between the poles. A magnetic field parameter, e.g. magnetic flux density, is measured by magneto-sensitive sensors forming a pair, in at least one pair of points in an area between the spaced poles (the inter-pole area) at the object surface. The pair of sensors is formed by two sensors placed along a line, which is parallel to the longitudinal axis of the rope in area of the most homogeneous magnetic field in the inter-pole space.
The rope cross sectional area is defined by a sum of the signals from the sensor pair. When the rope cross sectional area is changed, the magnetic fluxes through the rope and through the area surrounding the rope are redistributed. In particular, loss of the rope cross section metallic area (LMA) leads to an increase in magnetic flux leakage within the inter-pole space round the rope, which increases magnetic flux density in the inter-pole area. The relative increase of the leakage flux occurs significantly more than the relative decrease in the base flux. Therefore, a resulting signal change from the sensors within the inter-pole space is significantly more than the signal change of the sensors in the gaps between the poles and the rope. This provides an increased LMA measurement accuracy.
A further increase in accuracy is provided by a subtraction of additional magneto-sensitive sensor signals from the sum of the sensor pair signals. The additional sensor signal is provided from a sensor located in a gap between the rope under test and a pole of the magnetizing device. That is, along a radius extending from the longitudinal axis of the rope, there is the rope surface, the additional sensor and then the pole of the magnetizing device. The resulting second signal difference is used to measure LMA. Thus, an LMA measurement error, from the instability of magnetic flux density round the rope, e.g. from the influence of temperature variation on the magnetizing device, is decreased.
The presence of a LF in the rope is detected by a first signal difference of sensors forming the pairs. When a rope section under test contains no LF, then signals from the sensors in a pair equal each other and the first difference of the signals is close to zero. If the section, containing a LF, gets to a sensitivity zone of one of the sensors in the pair, then magnetic field homogeneity is destroyed in the zone due to a local magnetic flux leakage induced by the LF. The pair of the first sensors is thus unbalanced and the first signal difference differs from zero. Unavoidable radial displacements of the rope during a test do not destroy magnetic field homogeneity. Due to this, the output signal of the sensor pair remains close to zero, thus a noise level, e.g. because of rope vibration, is low. An increased signal to noise ratio is thereby provided as well as LF detecting reliability.
The flaw detector includes a magnetizing device, having poles spaced along the longitudinal axis of the rope and inducing a sufficient magnetic flux to provide magnetic saturation of the section of a rope being tested, a sensor unit located between the poles, a digital signal processor and a recorder. The sensor includes magneto-sensitive sensors and a magnetic core. The magnetic core is arranged as three ferrous elements surrounding the rope and positioned with respect to each other along the rope with gaps in which pairs of the magneto-sensitive sensors are located. Each the pairs is formed by two sensors located in gaps between the ferrous elements of the core on a direct line, which is parallel to the longitudinal axis of the rope.
The following figures show preferred embodiments of the invention, which are illustrated in the following detailed description.
FIG. 1a is a cross sectional view of the magnetizing device providing a magnetic flux in the rope under test, the magneto-sensitive sensors and the magnetic flux distribution, wherein a section of rope under test contains no LF.
FIG. 1b is a cross sectional view of the magnetizing device providing a magnetic flux in the rope under test, the magneto-sensitive sensors and the magnetic flux distribution, wherein a section of rope under test contains a LF.
FIG. 2a is a cross sectional view of the magnetic head with the magnetizing device and the sensor unit having a cylindrical form.
FIG. 2b is a cross sectional view with a top half taken along lines A—A of FIG. 2a and a bottom half taken along lines B—B of FIG. 2a.
FIG. 3a cross sectional view of an alternative the flaw detector magnetic head with a U-shaped magnetic core of the magnetizing device laced on the rope under test.
FIG. 3b is a cross sectional view with a top half taken along lines A—A of FIG. 3a and a bottom half taken along lines B—B of FIG. 3a.
FIG. 4 is a block-diagram of the flaw detector.
FIG. 5 is a cross sectional view showing the influence of a broken wire rope on the magnetic flux distribution through the rope under test and through the magneto-sensitive sensors.
The present description is set forth in terms of the magnetic non-destructive measurement of a cross sectional area of an elongated ferrous object such as a steel rod, tube, wire or wire rope. It is understood the cross section of these structures can define a circular, curvilinear, rectangular, triangular, or faceted profile. For purposes of description the term "rope" or "wire rope" shall be understood to encompass each of these structures. Since NDT of steel ropes in use is an actual problem, this particular case is set forth in an exemplary manner below.
Referring to FIG. 1, the magnetic flux through a rope 1 under test is provided by a magnetizing device 40 having a magnetic core 2 with spaced apart poles 3, 4 on the ends adjacent to and facing the rope 1. The poles 3, 4 are spaced along the longitudinal axis of the rope 1. The spaced apart poles 3, 4 thereby define an inter-pole area (or length) extending parallel to the longitudinal axis between the longitudinally spaced poles. The poles 3, 4 are formed by permanent magnets 5 and 6 as shown in FIG. 1. However, it is understood the poles 3, 4 can be formed by pole-pieces surrounding the rope 1 under test. The magnetic core 2 is made of soft-iron material. The magnetizing device 40 is hollow cylindrical shape, surrounding the rope under test 1, as shown in FIG. 2. Alternatively, the core 2 may include one, two (as shown in FIG. 3) or more U-shaped parts.
A direct or alternating current can be used in the magnetizing device 40 to create the magnetic flux through the rope 1 under test.
The main part of the full magnetic flux induced by the magnetizing device 40 extends through the rope 1 under test and forms a base flux 7. A leakage flux 8 as a part of the full flux extends through air in the inter-pole area, i.e. between the poles 3 and 4. The leakage flux 8 is most homogeneous in the center of the inter-pole area.
Magneto-sensitive sensors 9 and 10 are located adjacent to the rope 1 surface on a direct line parallel to the longitudinal axis of the rope 1 and are symmetrically located relative to a center plane of inter-pole area between the poles 3, 4. That is, the sensors 9, 10 are symmetrically disposed about a centerline of the two longitudinally spaced poles 3, 4. The magneto-sensitive sensors 9, 10 form a pair of sensors.
It is preferable to use Hall generators as the magneto-sensitive sensors 9, 10. The sensors 9, 10 measure the magnetic flux density in this configuration.
In addition, it is preferable to measure the magnetic flux density of the leakage flux 8 by the pair of similar sensors 11, 12 located diametrically across the rope 1 from the sensors 9, 10.
Signals of the sensors 9, 10 (11, 12) correspond to a LMA value of the rope 1 under test and the presence of a LF in the section.
A change in the cross sectional area of the rope 1 leads to magnetic flux redistribution in the rope 1 and the area surrounding the rope 1. Particularly, the LMA leads to a leakage flux increase in the inter-pole area, consequently, increasing the magnetic flux density in the inter-pole area. The relative increase of the leakage flux 8 is significantly more than the relative decrease of the base flux 7 because of the leakage flux 8 is significantly less then the base flux 7. Hence, a relative change of magnetic flux density in the inter-pole area surrounding the rope 1 is significantly more than in gaps between the poles 3, 4 and the rope 1 under test.
Due to this relative change in fluxes, the LMA measurement accuracy is higher as compared to prior devices, where the LMA is measured using signal change of sensors located in gaps between the poles 3, 4 of the magnetizing device and the rope 1, i. e. using the base flux change.
The metallic area (MA) value is defined by a sum of the sensor 9-12 pair signals referencing the sum value to a nominal value of MA. Additional increase in the measurement accuracy of the MA is attained by the summation, because of increase of the LMA measure channel sensitivity without a gain change of the channel. Consequently, measurement errors from gain instability of the channel do not change and the signal to noise ratio increases. Increase of the accuracy of the measurement is thus obtained.
Local flaws (LF) of the rope 1, e.g. a gap 13 between the ends of a wire broken shown in FIG. 1b, are detected by using a difference of signals of the sensor pairs 9, 10 and 11, 12, e.g. by using the difference of signals of sensors 9 and 10, or 11 and 12. This difference is defined as a first signal difference.
The sensor unit can be supplied by several pairs of sensors like the pairs, 9, 10 and 11, 12, which are placed on a circumference about the rope 1 under test in the inter-pole area.
Therefore, use of the first signal difference of sensors 9, 10 (11, 12) provides an increase in the signal to noise ratio, when subject to vibration or other disturbance influences. Consequently, the LF detecting reliability is increased.
Additional magneto-sensitive sensors 14 (15) can be placed in the radial gap between the pole 3 (4) of the magnetizing device 40 and the adjacent portion of the rope 1 as shown in FIGS. 1a, 2 a, 2 b, 3 a and 3 b. Subtraction of a sensor 14 (15) signal, modified by a weight coefficient A, from the sum of signals of the sensor pairs 9, 10 and 11, 12, provides a second signal difference which is used to measure the MA (or the LMA) of the rope 1. The weight coefficient A is a constant obtained by testing ropes with identical nominal MA values. The coefficient value is chosen to provide a minimum value of the second signal difference when the rope under test MA equals a nominal value, i.e. the LMA equals to zero.
This provides additional increase in measurement accuracy due to decrease of measurement error caused by instability of the flux density round the rope 1, e.g. due to temperature variation influence on the magnetizing device 40. When the temperature of the magnetization device 40 changes, the base magnetic flux 7 provided by the device also changes. This leads to a change of the leakage flux 8 and its density on which the Hall sensors, and the signals from sensors 9, 10 and 11, 12 are correspondingly changed. Simultaneously, the base magnetic flux 7 and its density under the poles 3, 4 of the magnetizing device 40 change to the same side. Therefore, the second signal difference changes only by a negligible amount when the base magnetic flux 7 of the magnetizing device 40 changes. Thus, the MA measurement accuracy of the rope 1 increases.
To set the weight coefficient A, a magnetic head is placed on a rope 1 part with a nominal value of MA and then the coefficient A is varied so to get a minimal magnitude of the second signal difference. Due to this, higher accuracy is reached. In this case, the second signal difference of sensor signals is directly proportional to the MA change relative to a nominal value. It is necessary to measure small changes of MA (of the order of one percent of nominal value) by non-destructive testing of steel ropes. Measurement of slight changes of the sensor signals relative to a level close to zero allows obtaining a higher accuracy than the same measurement relative to a significant original level.
Thus, the method according to the invention provides higher accuracy by measurement of the MA and higher reliability of the LF detecting in steel ropes.
The apparatus includes the magnetizing device 40 (FIG. 2) in which permanent magnets 5, 6 with the poles 3, 4 are facing a channel 16 for receiving the rope 1 under test. The poles 3, 4 of the magnetizing device 40 can be supplied by accessory inserts 17, 18 made of soft-iron material and are snug against inner side of the poles 3, 4.
The sensor unit magnetic core consists of the elements 19, 20, 21 and is placed between the poles 3, 4 of the magnetizing device 40. The middle element 19 of the sensor unit magnetic core is located along the longitudinal axis of the rope 1 in the middle of the inter-pole area. Two identical side elements 20 and 21 are located along the channel 16 axis to form symmetric gaps relative to the middle element 19. All the elements 19-21 are formed as rings made of soft-iron material. The middle element 19 can be displaced slightly relative to the middle of inter-pole area, but a central placement is believed to provide the best testing accuracy.
The ferrous inserts 22, 23, 24 are snugged in a coaxial relation against inner side of the elements 19, 20, 21 respectively.
The magneto-sensitive sensors 9, 10, forming a pair of sensors of the sensor unit, are placed in the gaps between the middle element 19 and the side elements 20, 21 of the sensor unit magnetic core. Another pair of magneto-sensitive sensors 11, 12 of the sensor unit is located symmetrically on the opposite side of the channel 16. Several such pairs of sensors can be uniformly placed in gaps about a circumference in the channel 16.
One or several additional magneto-sensitive sensors 14, 15 can be placed under the poles 3, 4 of the magnetizing device 40.
Various types of sensors (magneto-resistors, magneto-transistors, magneto-diodes etc.) can be used as the magneto-sensitive sensors at the sensor unit. However, it has been found most advantageous to employ Hall effect generators because of their high sensitivity to magnetic flux density variation and stability.
A shell 25 made of non-ferrous material is placed under the poles 3, 4 along the entire magnetizing device 40. The shell 25 forms the smooth channel 16, through which the rope 1 passes. The shell 25 reduces damage of the sensors 9-12 of the sensor unit and the additional sensors 14, 15 from passage of the rope 1. The shell 25 also limits possible radial vibration and skewing of the rope 1 within the channel 16. The accessory nonferrous shell 25 is advantageously made of a nonferrous metal or alloy, i.e. brass to be wear resistant. A preferred material of the shell 25 for ropes having a damageable protective coating, e.g. a polymer, is a plastic, e.g. polyvinyl chloride (PVC) since a metallic shell could damage the protective coating.
The ferrous inserts 17, 18, 22, 23, 24 and the nonferrous shall 25 are formed as replaceable accessories and are of several standard sizes, since the apparatus is intended for testing of ropes having various diameter within predetermined range.
Another embodiment of the apparatus according to the invention disclosed in FIG. 3 is employed primarily for testing of ropes located close each to other, e.g. elevator ropes. In these situations, the distance between adjoining elevator ropes is typically about 80 mm. The embodiment of FIG. 2 is not convenient for elevator ropes testing because of space limitation for the magnetization device 40 and the sensor unit location.
The embodiment of FIG. 3 is analogous to the embodiment disclosed in FIG. 2 as can be seen by comparison of their longitudinal cross sections. A difference is that the magnetic core 2 of the magnetization device in the embodiment FIG. 3 has a U-shape profile and the permanent magnets 5, 6 are provided by the pole pieces 26. The pole pieces 26 encircle the channel 16 and the ferrous inserts 17, 18 to form a continuous loop. Since the external diameter of the pole pieces 26 is significantly less than the height of the magnetic core 2 of the magnetization device 40, the apparatus clearance along a transverse or cross sectional axis is significantly less than in a perpendicular axis. Due to the constriction of the apparatus along one axis, the apparatus can be located around the rope 1 under test even by small distance between ropes.
For more convenient use of the embodiments FIG. 2 and FIG. 3, the magnetic systems which are symmetrical relative to the axis of the channel 16, the magnetizing device and the sensor unit are constructed as split halves along a longitudinal plane of symmetry. The halves can be joined on one side of the channel 16 axis by hinges (not shown in the drawings) and retained by a lock (not shown).
The magnetization device and the sensor unit are assembled together (FIG. 4) forming the magnetic head 27 for location adjacent the rope 1 under test.
Located in the magnetic head 27 are sensors 9-12 of the sensor unit and the additional sensors 14, 15 under the poles 3, 4 of the magnetization device. The sensors are connected to a signal-processing unit 28, e.g. to a digital signal processor. An output of the signal-processing unit 28 is connected to a recorder 29, e.g. to a printer which prints a chart diagram, a display screen or a data storage device.
It is also understood, the magnetic head 27 can be provided in any embodiment by a track generator for definition of a distance from a rope 1 zero point to a current point on a record. As track generators are well known, the track generator is not shown on the drawings.
The flaw detector operates in the following manner.
The magnetic head 27 is placed on the rope 1 under test and generates a longitudinal magnetic flux 7 in the rope by the magnetizing device 40 containing magnets 5, 6 and the magnet core 2. Magnets 5, 6 magnetize a section under test of the rope 1 to substantially magnetic saturation.
The base part 7 of the magnetic flux induced by the magnetizing device 40 passes through the rope 1 and the leakage flux 8 passes through the inter-pole area surrounding the rope 1 intermediate of the poles. The inter-pole leakage flux 8 (or its portion) intersects the ferrous elements 19-21 of the sensor unit magnet core and the pairs of the Hall sensors 9, 10 and 11, 12.
The sensor 9, 10 and 11, 12 signals in form of the Hall electromotive force (emf.) are supplied to the digital processor 28 where they processed according to the present method. Results, or output from the signal processor 28 are recorded by the recorder 29, e.g. by a printer, in form of traces figured by the track generator in length units, e.g. in meters. One trace displays the LMA of the rope 1 value in percent of the nominal value of a cross section and another trace displays the LF signals.
The inter-pole flux leakage 8 intersecting the elements 19, 20 and 21 depends on the rope 1 cross sectional area. Thus, the signal sum of sensors the 9-12, forming the pairs (as well as of others similar pairs of sensors surrounding the rope 1), corresponds to the rope 1 cross sectional area. The signal processor 28 adds the signal of sensors 9, 10 as well as the signal of sensors 11, 12 and any other similar sensor pairs. The printer 29 creates a chart record of the rope LMA from the signal sum of the sensors and of signal of the track generator by the processor 28.
Since the leakage flux 8 is significantly less than the base flux 7, then the relative increase (in case of the LMA) of the leakage flux 8 is significantly more than the relative decrease of the base flux resulting from redistribution of the fluxes due to a change in the rope 1 cross sectional area. Consequently, the relative change of magnetic flow density in the inter-pole area surrounding the rope 1 is significantly greater than the corresponding change in the gaps between the poles 3, 4 and the rope 1. The use of the larger relative change provides an increased accuracy in measurements.
Signals of the additional sensors 14 and 15 placed under the poles 3, 4 of the magnetization device 40 as modified by the weight coefficient A are deducted from the sum of signals of the pairs 9-10, 11-12 and any other sensor pairs, after averaging by the signal processor 28. By deducting the signal of the additional sensors 14, 15 as multiplied by the weight coefficient A, from the sum of signals, the second signal difference is obtained which is used to measure the cross section of the rope 1. Thus, the measurement accuracy increases since the measurement error associated with instability of magnetic flux density from temperature variations and other random factors decreases.
The first signal difference of the sensors 9 and 10 as well as 11 and 12, and of any other similar sensor pairs is close to zero if a rope section, located within zone of sensitivity of the sensors, has no LF, such as broken wires. The same flux leakage 8 passes through the sensors 9 and 10 in this case. The same applies to the sensors 11 and 12 as well as to any other sensor pairs. Consequently, a sum of the first differences of the sensor pairs signals is close to zero when there are no wires broken of the rope 1 within the zone of sensitivity of the sensors 9-10, 11-12.
When a wire broken end 13 of the rope 1 gets into the zone of sensitivity of the sensors, e.g. into the zone of sensitivity of the sensor 9, a local flux leakage 30 arises which is caught by the elements 19 and 20 of sensor unit magnetic core (see FIG. 5). As a result, the total flux leakage, passing through the sensor 9, increases and the first difference of signals of the sensor pair 9 and 10 increases.
When the wire broken end 13 moves into the zone of sensitivity of the sensor 10, the total flux leakage through this sensor increases and the first difference of signals of the sensor pair 9-10 changes in sign. This creates a bipolar pulse of the Hall emf at the output of the sensor pair 9-10. The pulse is recorded by the recorder 29 after processing by the signal processor 28 and can be identified as the signal of rope 1 wire broken.
Thus, signals of the sensors 9-12 correspond to a cross sectional area of an object under test and upon the presence of the LF in the section. The sum of the signals corresponding to the cross sectional area of the rope in the sensor sensitivity zone and the first signal difference of sensors of each pair corresponds to the presence of the LF in the rope in the sensor sensitivity zone.
Since the same sensors are used in the apparatus to measure the LMA of a section of the rope 1 and to detect the LF in the section, then signals of the LMA channel and of the LF channel appear simultaneously when a section of the rope 1 with the LF gets into sensitivity zone of sensors 9-12. Additional increase of the LF detecting reliability is provided by comparison of signals of both channels. A further benefit results from a simplification of the design is simplified because quantity of magneto-sensitive sensors decreases.
When a rope 1 of a smaller cross section is to be tested, the radial gaps between the elements 19-21 of the sensor unit, the magnetic core and the rope increase. This leads to spread of the ring zones of sensor sensitivity and to their mutual overlap. This appears as the first signal difference of sensor pairs 9, 10 (11, 12) decreases and a decrease in the LF detection reliability of the rope 1. In addition, an increase of the gaps decreases sensitivity of the sensors 9-12 to the LF of the rope 1, which in turn leads to additional decrease of the LF detection reliability. The accessory ferrous inserts 22-24 inside the elements 19-21 decreases the radial gaps between the rope 1 and the elements 19-21 of the sensor unit magnetic core, thereby providing for the highest reliability of the LF detection by various nominal value of the object 1 under test cross sectional area.
An increase of radial gaps also takes place under the poles 3, 4 of the magnetizing device 40 when the rope 1 under test cross sectional nominal value decreases. This leads to decrease of magnetic flux density in the rope 1 as well as the rope material going from a magnetically saturated (or substantially saturated) condition to non-saturated condition. Consequently, the linear dependence of magnetic flux density to the cross sectional area of the rope 1 is destroyed in a zone of measuring it by the sensors 14 (15). This leads to an increase of error in the cross sectional area measurement. Location of the accessory ferrous inserts 17, 18 under the poles 3, 4 provides the radial gaps between the poles 3, 4 and the rope 1 are sufficiently small to maintain the rope 1 material in a condition close to, or at magnetic saturation. Thus, the measurement error does not increase by testing a rope having less than the nominal cross sectional area.
Additional increase of measurement accuracy of the rope 1 cross sectional area is provided by the middle element 19 location in the middle of the inter-pole area, as the magnetic system of the magnetization device 40 and of the sensor unit becomes symmetrical. If the magnetic system is not symmetrical, then an additional error appears because of magnetic hysteresis phenomena in the rope by travel of the rope 1 relative to the magnetization device.
The flaw detector is calibrated by the following way prior to the LF measurements. The calibration procedure of the flaw detector is divided into two stages: at a first stage the channel of the LMA measure is calibrated, and at a second stage the LF channel is calibrated.
At the first stage, the magnetic head 27 is placed on a section of the rope 1 having a nominal value of cross sectional area that correlates to the zero value of the rope LMA. Using the signal processor 28, one fixes the coefficient A value to obtain a zero value of LMA at the recorder 29. Then, the magnetic head 27 is placed on a section of the rope 1 having a known value of LMA and one gets this value on the recorder 29 using the signal processor 28. Two points of a calibration coefficient are thus obtained.
Calibration by the two points provides sufficient measurement accuracy as the sensor signal dependence on the LMA value is close to a linear dependency. When the relationship is non-linear, significantly more than two points calibration points are used. That is, two or more sections of a rope with different known LMA values are used for calibration.
It is possible to use 100% value of the LMA, which correlates to absence of the rope 1 within the magnetic head 27. This is the end of the first stage calibration procedure.
At the second stage of the calibration procedure, the magnetic head 27 is placed on the rope section having broken wires of known cross sectional area, e.g. 1% of nominal value of the rope 1 of a nominal cross sectional area. Moving the magnetic head 27 along the rope 1 section, a pulse of a wire broken signal is generated and ultimately recorded on a chart record of the recorder 29 after adjustment to a proper magnitude by the signal processor 28. This is the end of the calibration procedure.
Industrial Application
The present invention can be used in all areas of technology for producing and using elongated ferromagnetic objects like steel rods, tubes, wires and ropes (as round so flat ones) for non-destructive testing of objects mentioned and, first of all, for checking of steel wire rope wear by measuring their cross sectional area and by detecting local flaws like broken wires and local corrosion in them. It can be used, in particular, for checking ropes in mining, at rope ways, at elevators, at cranes, at rope bridges.
While the invention has been described with reference to preferred embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the invention. In addition, many modifications may be made to adapt a particular situation of material to the teachings of the invention without departing from the scope of the invention. Therefore, it is intended that the invention not be limited to the particular embodiments disclosed as the best mode contemplated for carrying out this invention, but that the invention will include all embodiments falling within the scope and spirit of the appended claims.
|Cited Patent
|Filing date
|Publication date
|Mar 31, 1983
|Apr 21, 1987
|Ndt Technologies, Inc.
|Method and apparatus for magnetically inspecting elongated objects for structural defects
|Jan 18, 1995
|Oct 15, 1996
|Noranda, Inc.
|Apparatus for increasing linear resolution of electromagnetic wire rope testing
|Nov 29, 1996
|Sep 8, 1998
|Noranda Inc.
|Wire rope damage index monitoring device
|Citing Patent
|Filing date
|Publication date
|Apr 16, 2002
|Apr 13, 2004
|Thomas Energy Services Inc.
|Magnetic sensor system useful for detecting tool joints in a downhold tubing string
|Nov 10, 2006
|May 26, 2009
|Infinitum Solutions, Inc.
|In-plane magnetic field generation and testing of magnetic sensor
|Mar 9, 2007
|Sep 25, 2012
|European Advanced Superconductor Gmbh & Co. Kg
|System and method for the non-destructive testing of elongate bodies and their weldbond joints
|Apr 14, 2008
|Mar 5, 2013
|Mitsubishi Electric Corporation
|Wire rope flaw detector for increasing accuracy independent of speed while conserving detector size
|Jan 28, 2013
|Jul 14, 2015
|Ge Healthcare Bio-Sciences Corp.
|Split sensor and housing assembly for flexible wall
|Nov 20, 2002
|Jul 3, 2003
|Dean Richard F.
|Reverse link power controlled repeater
|Nov 2, 2006
|May 8, 2008
|Rogers John P
|Magnetic flux leakage system and method
|Nov 10, 2006
|May 15, 2008
|Infinitum Solutions, Inc.
|In-Plane Magnetic Field Generation
|Mar 9, 2007
|Jul 2, 2009
|European Advanced Superconductors Gmbh & Co., Kg
|System and method for the nondestructive testing of elongate bodies and their weldbond joints
|Apr 14, 2008
|Jan 13, 2011
|Mitsubishi Electric Corporation
|Wire rope flaw detector
|Mar 2, 2011
|Sep 6, 2012
|Larry Dean Underbakke
|Onboard Data Recorder for a Nondestructive Test Wire Rope Sensor Head
|Jan 28, 2013
|Aug 1, 2013
|Xcellerex, Inc.
|Split sensor and housing assembly for flexible wall
|Mar 2, 2011
|Jul 2, 2013
|The United States Of America, As Represented By The Secretary Of The Navy
|Onboard data recorder for a nondestructive test wire rope sensor head
|May 20, 2008
|Jun 8, 2011
|Inspection equipment for wire rope
|Jun 25, 2010
|Dec 28, 2011
|Sep 12, 2013
|Apr 29, 2015
|Enamelled wire particle online-detection device
|Jun 19, 2012
|Apr 2, 2014
|Magnetic flux leakage error detection in cords
|May 21, 2008
|May 26, 2010
|Hitachi Ltd.
|Flaw detector of wire-rope
|Dec 15, 2009
|Oct 12, 2011
|NDT Technologies, Inc.
|Magnetic inspection device
|Jun 19, 2012
|Feb 21, 2013
|Nv Bekaert Sa
|Magnetic flux leakage error detection in cords
|U.S. Classification
|324/242, 324/235, 324/240
|International Classification
|Cooperative Classification
|European Classification
|Oct 16, 2000
Owner name: INTRON PLUS, LTD., RUSSIAN FEDERATION
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:SUKHORUKOV, VASILY V.;BELITSKY, SERGUEI BORISOVICH;REEL/FRAME:011507/0335
Effective date: 20000807
|Jun 15, 2004
|Reissue application filed
Effective date: 20030813
|Jun 6, 2006
|Fee payment
Year of fee payment: 4


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hvac mechanic jobs near Providence, RI
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Refrigeration Mechanic Pennsylvania Division
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Interact and coordinate with purchased maintenance refrigeration and HVAC vendors. Repair refrigeration and HVAC equipment for both emergency and non-emergency...
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Brown University - Providence, RI
HVAC Refrigeration MechanicDepartment:. Must be capable of working independently on all HVAC and refrigeration maintenance and repair projects....
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Ten (10) years experience as a HVAC mechanic. Supervise other mechanics or trades as needed. Eight (8) years experience as a journeyman AC&R mechanic....
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Chugach Alaska Corporation - United States
Eight (8) years as a HVAC mechanic. Two (2) years experience as a HVAC mechanic. Formal HVAC or equivalent trade school education....


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Horse Racing on TV
June 4
TVG – Belmont: Penine Ridge. Evangeline: Evangeline Mile, Need for Speed, Lafayette. Gulfstream: Sea Lilly, Parrot Key, Big Cypress, Royal Palm, Sawgrass, Raymond Earl, Amelia Island. Japan: Yasuda Kinen. Monmouth: Crank It Up. Penn National: Penn Mile, Mountainview, Penn Oaks, Pennsylvania Governors Cup. Pimlico: Stormy Blues. Santa Anita: Vanity Mile, Shoemaker Mile.
TVG2 – Churchill: Aristides, Mighty Beau. Indiana Grand: Harley Greene Derby, Jaguar Rocket, Gordon Mobley Futurity. Parx: Jostle, Foxy J G, Lyman. Prairie: Gray's Lake. Remington: Speedhorse Graham Paint & Appaloosa, Heritage Place Derby, Heritage Place Futurity, Heritage Place Juvenile, Remington Park Distance Championship, Junos Request, Remington Park Invitational, Easy Jet. Woodbine: Ballade.
June 5
TVG – Belmont: Wonder Again. Emerald: Coca-Cola. Monmouth: Red Bank. Santa Anita: Siren Lure.
TVG2 – Woodbine: Connaught.
June 8
TVG – Delaware: Our Mims.
June 9
TVG – Belmont: Astoria, Intercontinental, Belmont Coronation.
TVG2 – Prairie: Panthers.
June 10
TVG – Belmont: Rags to Riches, Jersey Girl, Belmont Gold Cup, Tremont, New York, True North. Prairie: Prairie Mile.
June 11
TVG – Belmont: Woody Stephens, Ogden Phipps, Easy Goer, Manhattan, Metropolitan Handicap, Jaipur, Just a Game, Brooklyn, Acorn. Golden Gate: Albany. Monmouth: Honey Bee. Santa Anita: Crystal Water
TVG2 – Canterbury: Northbound Pride Oaks, Dark Star Cup. Churchill: Mint Julep. Delaware: Obeah. Indiana Grand: ITOBA Stallion Season Fillies, ITOBA Stallion Season. Penn National: Danzig. Woodbine: Bold Ruckus.
June 12
TVG – Monmouth: Select. Santa Anita: Possibly Perfect. Woodbine: Woodbine Oaks, Plate Trial.
June 17
TVG2 – Prairie: Hawkeyes.
June 18
TVG – Belmont: Poker. Los Alamitos: Ivan Ashment. Monmouth: Dan Horn. Santa Anita: Desert Stormer, Summertime Oaks.
TVG2 – Churchill: Stephen Foster, Fleur de Lis, Matt Winn, Wise Dan, Regret. Indiana Grand: Jaguar Rocket, Gordon Mobley Futurity. Parx: Donald LeVine Memorial. Prairie: Cyclones. Woodbine: Achievement.
June 19
TVG – Belmont: Wild Applause. Emerald: Washington State Legislators. Los Alamitos: Ed Burke Million Futurity, Ed Burke Juvenile. Monmouth: Pegasus. Santa Anita: Honeymoon.
TVG2 – Canterbury: Lady Canterbury, Mystic Lake Mile. Presque Isle: Satin and Lace.
June 20
TVG – Emerald: Budweiser. Presque Isle: Karl Boyes Memorial.
June 22
TVG – Indiana Grand: Hoosier Breeders Sophomore, Hoosier Breeders Sophomore Fillies.
June 25
TVG – Belmont: Bed o' Roses. Japan: Takarazuka Kinen. Monmouth: Eatontown. Santa Anita: Triple Bend, Gold Cup.
TVG2 – Churchill: Roxelana. Indiana Grand: Indiana Grand Classic, Indiana Grand QHRAI Derby. Parx: Turning for Homes. Woodbine: Nandi.
June 26
TVG – Belmont: NYSS Cupecoy's Joy, NYSS Spectacular Bid. Emerald: Kent. Los Alamitos: Vandys Flash. Monmouth: Mr Prospector.
TVG2 – Woodbine: Frost King.
June 30
TVG – Prairie: Saylorville, Iowa Derby.
July 1
TVG – Delta: Firecracker Derby. Prairie: Iowa Distaff, Iowa Derby.
TVG2 – Hastings: Lt Governors, Supernaturel, Monashee, Chris Loseth. Woodbine: Dominion Day
July 2
TVG – Belmont: Mother Good, Perfect Sting. Delta: Fireracker Futurity. Evangeline: Louisiana Legends Classic, Distaff, Sprint, Mademoiselle, Turf, Cheval, Soiree, Starter. Gulfstream: Princess Rooney, Smile Sprint, Carry Back, Azalea, Bob Umphrey Turf Sprint, Miesque's Approval, Spook Express, Birdonthewire, Cassidy. Los Alamitos: Independence Day. Monmouth: Salvator Mile. Pleasanton: Juan Gonzalez Memorial. Santa Anita: Affirmed.
TVG2 – Arlington: Arlington Sprint. Churchill: Kelly's Landing, Bashford Manor, Debutante. Prairie: Iowa Sprint, Cornhusker. Woodbine: King Edward, Passing Mood.
July 3
TVG – Belmont: Saginaw, Dancin Renee. Emerald: Seattle Slew. Los Alamitos: Vessels Maturity. Monmouth: United Nations. Pleasanton: Everett Nevin. Santa Anita: Southern Truce. Woodbine: Queen's Plate.
TVG2 – Woodbine: Highlander, Dance Smartly, Singspiel.
July 4
TVG – Belmont: State Dinner, Manila. Monmouth: Lady's Secret. Pleasanton: Oak Tree Sprint. Santa Anita: Spring Fever, Thor's Echo.
TVG2 – Parx: Dr James Penney Memorial.
July 8
TVG2 – Prairie: Iowa Stallion Futurity.
July 9
TVG – Belmont: Suburban Handicap, Victory Ride, Dwyer, Belmont Sprint Championship, Belmont Oaks, Belmont Derby. Delta: Delta Derby, Lee Berwick Futurity, Louisiana Classic. Monmouth: Long Branch. Santa Anita: Santa Anita Juvenile, Landaluce.
TVG2 – Arlington: American Derby, Arlington Handicap, Modesty, Stars and Stripes. Delaware: Dashing Beauty, Delaware Oaks, Cape Henlopen, Robert G Dick Memorial. Delta: Louisiana Juvenile, Louisiana Starter, Flashy Hemp, Live Oak, Flying Breed. Indiana Grand: QHRAI Derby, Heartland Futurity, Bradford, Blue River Derby. Parx: Parx Dash.
July 10
TVG – Belmont: River Memories. Monmouth: Wolf Hill.
TVG2 – Presque Isle: Leematt, Northern Fling. Woodbine: Bison City.
July 13
TVG – Indiana Grand: Snack, Ellen's Lucky Star.
July 15
TVG – Del Mar: Oceanside.
TVG2 – Prairie: Iowa Stallion Futurity.
July 16
TVG – Belmont: Forbidden Apple, Rockville Centre. Del Mar: Wickerr, Yellow Ribbon. Delaware: Delaware Handicap, Kent. Evangeline: D S "Shine" Young (two divisions). Indiana Grand: Indiana Derby, Indiana Oaks, Mari Hulman George, Michael G Schaefer Memorial, Indiana General Assembly Distaff, Warrior Veterans. Monmouth: Lamplighter.
TVG2 – Delaware: Carl Hanford Memorial, Hockessin. Prairie Meadows: Iowa Stallion. Woodbine: Ontario Damsel.
July 17
TVG – Belmont: Lynbrook. Del Mar: Sandy Blue, Eddie Read. Emerald: Mt Rainier, Boeing, Angie C, Emerald Express. Monmouth: Miss Woodford.
TVG2 – Woodbine: Victoria, Ontario Matron.
July 19
TVG – Indiana Grand: Brandywine.
July 20
TVG – Del Mar: CERF. Indiana Grand: Ta Wee. Woodbine: Deputy Minister.
July 22
TVG – Del Mar: Fleet Treat. Saratoga: Lake George, Schuylerville.
July 23
TVG – Del Mar: San Diego, San Clemente. Monmouth: Jersey Shore. Sacramento: Governor's. Saratoga: Sanford, Diana.
TVG2 – Arlington: Arlington Oaks. Parx: Crowd Pleaser, Power by Far. Woodbine: My Dear, Bold Venture.
July 24
TVG – Del Mar: California Dreamin', Cougar II. Emerald: Washington Oaks. Monmouth: Boiling Springs. Saratoga: CCA Oaks.
TVG2 – Woodbine: Toronto Cup, Nijinsky.
July 25
TVG – Saratoga: Lucky Coin
July 27
TVG – Del Mar: Real Good Deal. Saratoga: Honorable Miss. Woodbine: Eternal Search.
July 28
TVG – Prairie Meadows: Prairie Gold Lassie. Saratoga: John Morrissey.
July 29
TVG – Del Mar: CTBA. Saratoga: Curlin.
TVG2 – Prairie Meadows: Prairie Gold Juvenile.
July 30
TVG – Del Mar: Clement L Hirsch. Los Alamitos: Governor's Cup Futurity, Governor's Cup Derby, Spencer L Childers, California Breeders' Matron, California Breeders Freshman Fillies, California Breeders Debutante, Jens L List Memorial, California Breeders 550, California Breeders Sprint, Sign of Lanty. Monmouth: Regret. Saratoga: Alfred Vanderbilt, Amsterdam, Jim Dandy, Bowling Green.
TVG2 – Canterbury: Minnesota Derby, Minnesota Oaks. Indiana Grand: Heartland Futurity, Blue River Derby. Woodbine: Victoriana.
July 31
TVG – Del Mar: Bing Crosby. Emerald: Emerald Downs Derby. Monmouth: Haskell, Matchmaker, Monmouth Cup, Oceanport, Molly Pitcher. Saratoga: Shuvee, Caress.
TVG2 – Woodbine: Royal North.
Are you happy with TVG? They skipped a lot of race stakes. I like to watch them other than regular races. I play and wager with up to 10 horse runners per race.
wait a minute nbcsn is on at 12 pm et Saturday live till nbc telecast ...why not post that and Friday at 3 pm live
what about fox sports 1 and nbcsn
Woodward on NBC
so NBC is not televisding Belmont Stakes according to the above? Really?
que bien
Which TV network is going to cover Ky. Derby?


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An active inductor-based voltage-controlled oscillator (VCO) with a wide frequency tuning range was designed and fabricated using a standard 0.13-μm CMOS process. The oscillator has an LC-tank topology with cross-coupled transistors, and the active inductor was realized using a pair of fully differential very high-speed operational transconductance amplifiers. Due to the differential nature of the inductor, the even harmonics of the output signal were much reduced. Measured results show that the VCO is tunable from 833 MHz to 3.72 GHz, representing a tuning range of 127%. The VCO can produce -0.9 dBm of radio-frequency power. The core circuit, excluding output buffers, consumes 13 mW from a 1.2-V supply.
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BT Tower centre of record breaking 320-gigapixel panoramic photo
BT has commissioned a 360-degree panoramic photograph of London and in the process has set a new record, resulting in the largest panoramic photo ever taken.
The BT Tower was at the centre of the feat, performed by experts from 360Cities, and the gigantic image was commissioned as a celebration of BT's involvement in the London 2012 Olympic Games.
"The BT Tower is such an iconic London landmark, and became a focus for the capital's celebrations in 2012," said Suzi Williams, BT group marketing & brand director. "What better way to capture that remarkable year than with a full panoramic photograph taken from its roof?" It was actually taken from the 29th floor, but who's counting?
Beautiful as the doughnut photo is, the technicalities of its capture make for sexy reading. The photo is comprised of 48,640 frames captured with Canon EOS 7D cameras fitted with the EF 400mm f/2.8L IS II USM lens, with the Extender EX 2x III teleconverter.
The camera equipment was mounted on specialist Clauss Rodeon VR Head ST mounts which are capable of breaking a 360-degree arc into 72,000 individual steps. In this case, firing four frames a second.
The capturing process took three days, but it has taken three months for the Fujitsu Celcius R920 computer to produce the final result. The workstation is equipped with 256GB of RAM and has 16 cores running at 3.2GHz.
If printed, the resultant image would be 98 metres long, with a height of 24 metres. In terms of double-decker buses (the SI measure for anything large in London), that's 11 buses long and almost three buses high.
You can check out the image itself at btlondon2012.co.uk/pano.html and, like other images of this type, you can pan and zoom to take a look around. It's quite magnificent, and full of roofs.
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Lovely Design is also a very conscientious designer whose concerns fall well beyond just making beautiful objects. She's recently updated her packaging, addressing the use of plastic she was using previously (top-left image)...
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As you can see the results are beautiful and now more environmentally friendly. Way to go, Sharilyn!
Be sure to check out our past house tour of Sharilyn's Vancouver studio too. It's as beautiful and inspiring as the product she creates.


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ST. FRANCIS, WI -- People struggling with chronic health issues can learn ways to cope with these challenges and improve their quality of life through an upcoming workshop: Living Well with Chronic Conditions. The workshop empowers those living with conditions like arthritis, heart problems, asthma, stroke, pain, osteoporosis, high blood pressure, diabetes, obesity, emphysema, and cancer and allows them make the best of their situation through:
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Forum indexNikon SLR Lens TalkChange forum
Review of Nikon 70-300 f/4.5-5.6 VR II
Started Apr 23, 2013 | User reviews thread
Shop cameras & lenses ▾
tomface • Regular Member • Posts: 277
Re: Review of Nikon 70-300 f/4.5-5.6 VR II
In reply to meloury • Apr 23, 2013
I have this lens and I'm baffled with the results that I'm getting above 200mm. I don't recall ever getting an acceptable capture @300mm. From 70 to almost 200, it is great, but I don't even try using it past 200 because of the result. I'd sure like to find out that I'm doing something wrong. I've tried hight shutter speeds, 1000 and up, in bright daylight, with and without the VR on. I understand that a moving subject, like the pic I posted can be a little tricky without good form, but the static shots are suffering the same fate. I'm ready to give up on this lens, maybe someone here can suggest something I could be missing.
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VISALIA, Calif. -- Former Major League catcher Robby Hammock will manage the 2014 Visalia Rawhide, the Arizona Diamondbacks announced yesterday.
Arizona also sends former Tampa Bay Devil Rays outfielder Bobby Smith back to Tulare County as the Rawhide hitting coach, while 10-year Major League veteran Gil Heredia will serve as pitching coach.
Hammock, 36, played in parts of six Major League seasons for the D-backs, and played in 16 professional seasons overall; he made his big league debut in 2003 and retired after the 2011 season. His most memorable moment came on May 18, 2004, when he was behind the plate for Randy Johnson's perfect game.
Hammock spent last season as manager of the Missoula Osprey, the Diamondbacks' Class A Short-Season affiliate. This will be his second managerial season overall. He originally hails from Macon, Ga., and now resides in Peoria, Ariz.
Smith, 39, returns for his second season as Rawhide hitting coach. He played in parts of five seasons for the Tampa Bay Devil Rays from 1998-2002 and collected a pinch-hit in their first game as an expansion franchise. This will be his fourth season as a hitting coach in the D-backs farm system.
Gil Heredia, meanwhile, also returns for his second season as Rawhide pitching coach. It will be his fifth season in the D-backs organization. He spent parts of 10 seasons in the Major Leagues, making his debut with the San Francisco Giants and ending his career with the Oakland A's, where he once defeated Roger Clemens in a playoff game.
With exciting new Diamondbacks Draft picks working their way through the system, the Rawhide coaching staff figures to have plenty of talent to work with.
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Glover and Stanning retain titleHelen Glover and Heather Stanning notched their 44th women's pairs win as they retained their European title at Brandenburg an der Havel in Germany on Sunday. The world record holders won European gold for Britian, finished eight seconds ahead of ... Sky Sports, 1 month ago
Glover & Stanning among four Euro golds - BBC, 1 month ago
2012 rowing duo Glover and Stanning win gold at Europeans - Team GB, 1 month ago
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Team GB Exclusive: Glover gearing up for milestone Europeans
As reigning Olympic and World champion, Helen Glover accepts she will be one of the favourites heading into Rio but insists she is in a great position to defend her title from four years ago. The final squad for this summer's Olympic Games will ...Team GB, 1 month ago Team GB name rowing men's pair for Rio 2016 Team GB, 1 day ago New Zealand Rowers face final showdown before Rio New Zealand Olympic Committee, 1 week ago Road to Rio: 53 days to go Team GB, 1 week ago
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2:08 PM Helen Mirren is joining the cast of Fast 8 1:29 PM Marty the robot has one adorably surprised face 1:23 PM AT&T brings Wi-Fi calling to Android 1:20 PM Call of Duty: Infinite Warfare comes full circle with space Nazis 1:15 PM ...Benton Foundation, 1 week ago
Glover joins Catapult team
18/04/2016 Biologist and academic Anne Gloverhas been appointed to the board of the Offshore Renewable Energy Catapult. Glover ( pictured )is Dean for Europe at the University of Aberdeen and was also a formerChief Scientific Adviser to the ...Renewable Energy News Europe, 2 months ago Renowned Scientist Joins ORE Catapult Board Offshore Wind, 2 months ago
June 28 DVD roundup
Political intrigue and comedy headline this week, with the releases of Eye in the Sky and Whiskey Tango Foxtrot. The kids (and their parents) will enjoy Kung Fu Panda 3. And the Star Wars documentary Elstree 1976 looks intriguing. Mainstream : ...MySanAntonio, 1 day ago
Could Britain's glory days in women's rowing be blacked out at the Olympics?
Great Britain, beware- that's the message commentators have given some of Europe's finest rowers on behalf of New Zealand after a stunning final day at Poland's regatta. NZ rowers dominate final regatta before Rio: 'The British will be scared ...ONE News, 5 days ago Olympic24: GB top Euro rowing medal table, Murray is runner up in Madrid Team GB, 1 month ago Austria's Magdalena Lobnig stars at 2016 European Rowing Championships The Sports Campus, 1 month ago 2016 European Rowing Championships will be a key Olympic test The Sports Campus, 1 month ago
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