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Item description for Engines of Discovery: A Century of Particle Accelerators by Andrew Sessler & Edmund Wilson...This book for the first time chronicles the development of particle accelerators from the invention of electrostatic accelerators, linear accelerators, and the cyclotron to the colliders of today. It also addresses accelerators employed as sources of x-rays, for medical purposes, and in industrial applications. The book identifies the crucial discoveries in applied physics and engineering that have driven the field and gives the reader insight into the people who made these discoveries as well as the methods they used. Particle accelerators exploit every aspect of today s cutting edge technology to the full and they themselves have contributed to these technologies. It is a saga every bit as fascinating as man s mastery of transport and communications a century before and from which we have much to learn for the future. Thus, the book should appeal to the general public, scientists, and students. The field of accelerator physics is, at this time, a very active field. The governments of developed and developing countries spend hundreds of millions of dollars annually on particle physics research a pure science with important implications for the understanding of not only particle physics, but also astronomy and cosmology. At the same time there is much activity in developing light sources and spallation neutron sources both employed for extensive studies in surface science, chemistry, biology, and medicine. There is also large commercial activity in producing accelerators for industrial and medical use.
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Shana Luther Handbags Charlie Tote Bag
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'X Factor' judge Sharon Osbourne has slammed fellow mentor Louis Walsh for choosing to save Irish act The Conway Sisters over Maria Lawson in this weekend's live showdown.
Both acts lost out on the public vote on Saturday night and had to rely on the judges' votes to save them. Walsh was left with the casting vote after Sharon Osbourne and Simon Cowell chose to save their own acts.
After deciding to keep The Conway Sisters in the competition, Walsh said: "I judge the show on tonight's performance but I really think that the girls have a lot more to offer."
But fellow judge Osbourne was furious at seeing Maria, who was one of the favourites to win the show, being evicted. She accused Walsh of choosing to save The Conway Sisters because they are Irish.
Osbourne fumed: "I think this is a travesty. Maria is too talented to stop."
"It was the wrong song, she was way out of her comfort zone. It's a huge lesson for us and I take full responsibility for the song choice," Osbourne said.
Cowell also commented: "This is the very first contestant where the public will think that that artist did not deserve to go. She was definitely judged on her song."


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Plains is a town in Sanders County, Montana, United States. The population was 1,126 at the 2000 census. It was originally founded as Horse Plains. The name was later shortened to Plains when the US Postal Service established a presence in 1905.
Personal Injury Law Lawyers In Plains Montana
What is personal injury law?
Personal injury includes injuries to the body, mind or emotions, as opposed to an injury to property. If the negligence of another person can be proved, the person who is injured may be entitled to monetary compensation from that person who was negligent. Attorneys often represent clients on a contingency basis, in which the attorneys fee is a percentage of the compensation the plaintiff receives, payable when the case is resolved. Cases involving people who have suffered an injury for which someone else (an individual or business) may be legally liable -- may include injuries caused by car accidents, medical malpractice, dog bites, slip and fall incidents, and emotional distress.


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Any time of the year is a good time of year for pranks. Just because Valentine's Day is about love and romance, that doesn't mean there's no room for the odd practical joke. Assuming your partner has a sense of humor… Here are some ace ideas for the big day:
Home Prank Ideas 6 Epic Ideas For Pranking Your Valentine!


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|Publication number
|Publication type
|Publication date
|May 25, 1971
|Filing date
|Jan 2, 1969
|Priority date
|Jan 2, 1969
|Publication number
|Loshbough Richard C
|Original Assignee
|Reliance Electric Co
|Export Citation
|BiBTeX, EndNote, RefMan
|Patent Citations (4), Referenced by (71), Classifications (11), Legal Events (1)
|External Links: USPTO, USPTO Assignment, Espacenet
United States Patent Inventor Richard C. Loshbougli Toledo. Ohio Jan. 2, 1969 May 25, I971 Reliance Electric Company Toledo, Ohio Appl No Filed Patented Assignee ESCALATOR SYSTEM HAVING FAULT INDICATOR 8 Claims, 5 Drawing Figs.
References Cited UNITED STATES PATENTS 2/1953 Eggleston et al 198/232 2,686,585 8/1954 Margles et all 198/16 3,139,994 7/1964 Chasar 214/l6.4(2) 3,343,158 9/1967 Tellerman 1. 340/419 Primary ExaminerGerald M. Forlenza Assistant ExaminerFrank E. Werner AuorneyWilson and Fraser ABSTRACT: An escalator system having a safety circuit to prevent operation under unsafe conditions and including a trouble indicator arranged to respond to any of a plurality of trouble-sensing switches in an escalator control circuit and structure. Two indicators are provided for each trouble condition, one which is actuated while trouble persists and the other is latched to retain an indication of trouble after the sensing circuit has been reestablished whereby an indication of a currently existing trouble condition is augmented by an indication of a previously existing trouble condition. Advantageously, the indicator can be connected and disconnected from the escalator system and is mounted in a portable case.
RICHARD (L LOSHBOUGH SHEET 2 8F 2 UOF PATENTED HAY25 IQYI ESCALATOR SYSTEM HAVING FAULT INDICATOR SUMMARY OF THE INVENTION This invention relates to an escalator system and more particularly to a safety and testing means comprising a safety circuit to shut down the escalator for any of a plurality of malfunctions and an indicator means for identifying the malfunction or malfunctions. Each indicator means has memory means to retain a signal indicating a momentary malfunction as where a limit switch is tripped at a particular point in the travel of a step carriage and restored as the carriage travels beyond that point. Several indications of malfunctions can be accumulated in this manner to enable a serviceman to ascertain one or more problems in the system.
An object of this invention is to improve escalator systems.
Another object is to facilitate the servicing of escalator systems.
A further object is to monitor a plurality of safety mechanisms of an escalator for both intermittent and sustained operation and to indicate the individual malfunctions sensed by the mechanisms.
In accordance with the above, a feature of this invention involves a safety circuit made up of a plurality of switches arranged such that operation of any one switch actuates safety circuits which prevent continued unsafe operation. The safety circuit includes means responsive to individual safety switch operation to indicate the malfunction which occurred.
Another feature resides in providing circuitry to a releasable connection for a portable trouble indicator assembly including individual malfunction indicators and malfunction memories. The memories are controlled through controlled rectifiers to provide compact unitized circuits which can be packed in a convenient portable assembly with an indicator such as a neon lamp for a current malfunction and a storage indicator for a momentary malfunction. The storage indicator will retain its indication until reset as by manually depressing a switch-actuating button on the assembly.
DESCRIPTION OF THE DRAWINGS The above and additional objects and features will be more fully appreciated from the following detailed description when read with reference to the accompanying drawings wherein:
FIGS. 1 and 2 are schematic diagrams of the elevation of the left side and right side respectively of an escalator system showing the general location of safety switches and major components of the system;
FIG. 3 is an end view of the lower head of an escalator showing the panel for access to the connection for a portable trouble indicator assembly;
FIG. 4 is a perspective of a portable trouble indicator assembly and its connection to the permanent escalator installation as at section 4-4 ofFlG. 3; and
FIG. 5 is a diagram of the system safety circuit, the connections to the indicator assembly and typical portions of the indicator assembly.
DESCRlPTlON OF A PREFERRED EMBODIMENT FlGS. l and 2 illustrate the left and right side of an escalator system and the location of the various safety devices. These devices in general are switches having a set of normally closed contacts and a set of normally open contacts. as will be more fully appreciated from the description of FIG. 5 which respond to various conditions by transfer of their contact states.
As in typical escalator systems, motor ll drives step sprockets 12 through chains 13 whereby the chain of step carts (not shown) is caused to move along a step path 14 and around lower sprockets l5. Handrail I6 is guided along balustrade 17 and advanced in synchronism with the step carts by a drive 18 which may be in the form of a sprocket l9 where the handrail is of the type having chain links as shown in L. V. Cole U.S. Pat. No. 2,979,l80 of Apr. ll, 196l for "Hand Rail For Moving Stairs. Sprocket I9 is driven by sprocket 21 from chain 22 guided by idler sprockets 23 and driven by sprocket 24 coupled to their main step drive as at sprockets 12. A service brake is mounted on the shaft of motor 11 and is arranged for electromagnetic release (by means not shown) through energization of a brake solenoid. ln view of the flexible coupling between motor H and main drive sprockets 12 an emergency brake (not shown) is provided on the drive sprockets. This emergency brake can be in the form of a drag clutch having one plate secured to sprocket l2 and a fractionally engaged second plate having a circular array of dogs (not shown) concentric with the sprockets 12. A pawl (not shown) is arranged to engage a dog of the emergency brake and is arranged for electromagnetic release prior to operation of the escalator.
The safety switches comprise a governor switch GO associated with the drive motor of the unit which is tripped upon an overspeed of the motor. An emergency brake pawl arm switch BA responds to a setting of the emergency brake (not shown) on the main drive sprocket 12 as where the drive chain 13 is broken and the dog (not shown) of the emergency brake is dropped into braking engagement. Since it is possible under certain conditions for the pawl to seat so firmly on a dog of the emergency brake that the release solenoid cannot fully retract the pawl, absence of complete release of the emergency brake pawl is indicated by a switch BB on the emergency brake pawl arm.
A normal stop of the moving stairway is by means of a service brake (not shown) which, when set actuates service brake arm switch BC in response to the setting motion of the arm (not shown) of the service brake. The drop of the solenoid which, when energized. releases the service brake, actuates service brake switch BS2 for a normal stop of the moving stairway.
Access to the operating mechanism located below the landings is through floor plates (not shown) to the pits (not shown) containing the drive and guiding mechanism for the steps and handrails. Safety interlock switches are responsive when the floor plates are not mounted and secured adequately as by lower landing floor plate switch FL and upper landing floor plate switch FU.
A failure or excessive slack in the various drive chains can be dangerous. Accordingly, switches which are responsive to these conditions are provided. including a triple drive chain slack switch TDC responsive to a slack condition in the drive chains [3 between the motor it and step sprocket drive. Each drive chain 22 between the step drive and the handrail drive has a switch responsive to a slack condition as left handrail drive chain switch HDL and right handrail drive chain switch HDR. Tension in the step chain is adjusted by horizontal displacement of a carriage supporting the lower sprocket 15 (by means not shown). and deviation from a preset range of tension in that step chain actuates step chain tension carriage switch SCL.
In operation, the condition of the steps and handrails is monitored to sense various malfunctions and respond thereto before hazardous conditions result. A loss of tension in either handrail is sensed as by left handrail tension switch HL and right handrail tension switch HR both of which respond to displacement of a shoe 25 which is biased downward at the lower light 26 of the return run of the handrail.
The step carts can be displaced from their intended paths or debris can bind them against cooperating elements of the system to create a potentially hazardous condition. At the landings, the step tread cleats (not shown) interdigitate with combplates (not shown). Foreign matter caught on the treads and carried into the combplates can bind the plates and cause their displacement transversely of the step path to trip combplate switches on either side of the combplate as those at the upper landing, switches CU, and at the lower landing, switches CL.
As adjacent step carts approach the landings, their treads rise along the riser of the next cart so that at the landing they are aligned horizontally. If a foreign object is engaged frictionally with the riser as where the toe of an overshoe is jammed against the riser, it can be carried between the tread and riser of adjacent steps with serious consequences. The riser side of the step carriage can be lifted from the track when such binding occurs to actuate an upthrust switch as lower landing upthrust device switch UL or upper landing upthrust device switch UU.
Transverse displacement of a step cart or the lodging of material along the side of the cart is sensed by displacement of the skirt panels along the step path as by left segment skirt switch SLL and right segment skirt switch SLR.
In FIG. 3 an end view of the lower head a moving stairway is shown including the newels 27 and portions of the skirts 28v Stop switch button PL is mounted in a plate 29 at the base of the newel with start switch 31, preferably of the key-operated type. Cover plate 32 in the base of the opposite newel covers a multiterminal receptacle 33 as shown in H6. 4 arranged to receive a plug 34 for coupling a failure indicator unit 30 to the system so that the operating conditions of the several switches can be read and analyzed.
A mounting plate 35 secured to the inner face of the newel base as by screws 36, supports a receptacle box 37 from which suitable cabling 38 runs to the various switches as depicted in H65. 1, 2 and 3. Plug 34 is connected to cable 41 which extends to the failure indicator unit 30 including a pilot lamp 42 for indicating that power is available to the failure indicator unit 35 and the escalator system. A window 43 in the face of the box 44 containing unit 30 displays an array of indicator lamps which advantageously include paired neon and incandescent lamps 45 and 46 respectively each designated by an adjacent symbol corresponding to a safety switch displayed on the panel 47 centered between the paired columns of lamps. The box 44 is provided with a handle 48 to enable it to be transported conveniently and utilized as a service instrument with a plurality of moving Stairways.
The safety circuit of a moving stairway, the safety switches, typical indicator circuits for the failure indicator unit as housed within box 44 and the plug 34 and jack 33 are represented schematically in FlG. 5.
The safety circuit located in the escalator controller is supplied from one phase of a three-phase, 220 volt, 60 cycle supply (not shown) on leads S1 and 52 through transformer 53 having parallel, split primaries for selection of the proper voltage windings and a secondary having several taps. Leads 54 and 55 supply the safety circuit start and run relays RS and RM which control the escalator motor (not shown) and the escalator brake solenoid (not shown). Lead 55 is grounded through lead 56. Lead 54 is connected through fuse 57 to lead 58 extending to receptacle 33 at jack 59 and to a series of safety switch contacts 6] corresponding to those switches discussed and thence to the control circuit 61 for relays RS and RM.
Each of the safety switch contact pairs is identified in circuit 61 with the symbol applied in FIGS. 1, 2 and 3. Each of these switches include a normally open and a normally closed contact pair arranged to have their states transferred to closed and open respectively in response to actuation by a malfunction or unsafe condition indicated to the condition-sensing means with which it is associated. it will be noted that the series safety switch circuit 61 includes both normally open and normally closed switch contact pairs. Normally closed switches 00, TDC, PU, CU, l-lDR, HDL, SLL, HL, CL, SCL, PL, SLR and HR are closed when it is safe to run indicating respectively: no overspeed of the motor (GO), no excessive slack in the drive chain (TDC), no operation of the upper newel stop button (PU), no displacement of the upper combplate (CU), no excessive slack in the right handrail drive chain (HDR), no excessive slack in the left handrail drive chain (HDL), no displacement of the left skirt adjacent the lower landing (SLL), proper tension in the left handrail (HL), no displacement of the lower combplate (CL); no displacement out of the acceptable range of the step chain tension carriage (SCL), no operation of the lower newel stop button (PL), no
displacement of the ,right skirt adjacent the lower landing (SLR), and proper tension in the right handrail (HR). Normally open safety contacts FU, UU, UL and FL in series in safety switch circuit 61 must be closed to indicate respectively the upper floor plate is in position (FU the upper and lower landing upthrust devices have not been tripped (UU and UL), and the lower floor plate is in position (FL). It will be noted that the safety switches for the upper head of the escalator are grouped in the series above those for the lower head of the escalator and further, that the switches in the right-hand portion of each head are grouped separately from those for lefthand portion, all as designated by the bracketed legends for circuit 61. In some instances safety switches are duplicated on the right-hand and left-hand sides of the heads of the escalator as PU, CU and UU in the upper head and UL, CL and PL in the lower head. In such instances, operation of either of the duplicated switches in response to a sensed malfunction will stop the escalator drive and set its brake while energizing an indicator unit terminal shared with its counterpart.
Lead 63 extends from the series of safety switches to a start and direction control switch 31 (also shown in FIG. 3) which is a double'pole double-throw switch biased to a normally open position so that in starting the escalator upward movable contacts 64 are engaged with poles 65 and when starting downward contacts 64 are engaged with poles 66. Switch 31 is ordinarily of the key-operated type. The escalator is started by turning the key to connect the switch for the desired drive direction and holding the switch until the start controls are set and movement of the escalator initiated. Thus for an ascending escalator, contacts 64 are engaged with poles 65 to ener gize star relay RS provided the circuit is completed to ground at lead 56 through overload relay back contacts K1 and reverse phase relay contacts RVl of the overload and reverse phase relays respectively (not shown).
A down start is subject to an additional condition. The emergency brake pawl must be fully retracted from its dogs. As noted above, the pawl occasionally will hang up so that its solenoid is unable to retract it in the usual starting sequence. Under conditions of an attempt to retract the pawl and its hanging up, safety switch BB is actuated to open its back contacts BB in circuit with switch 31. This prevents damaging the system by attempting to divert against its energizing brake. Under these conditions the persons starting the escalator momentarily operates switch 31 for an up start. This causes movement of the dog to release the pawl as the escalator moves. Thereafter switch 31 is operated for a down start, the freed pawl is fully retracted by its solenoid, back contacts BB are therefore maintained closed and the escalator runs. When relay RS pulls in it closes contact RS1 to connect lead 63 to run relay RM which is also connected to ground lead 56 through contacts K1 of the overload relay and RV! of the reverse phase relay. Back contacts RS2 in lead 67 open during starting of the escalator to avoid a false indication of operation of the service brake ann switch BC. in a normal start, key switch 31 is held closed until the escalator begins to move. At that time, the service brake has been released to actuate BC closing front contact BC in lead 68, and opening back contact BC in lead 67. Emergency brake pawl arm switch BA closes its contact in lead 68 if the pawl is fully retracted so that upon closure of contact RM4 in lead 68 a seal circuit is provided around contact RS1 for relay RM. Release of switch 31 at this time drops relay RS to open contact RS1, without effect, and closes back contact RS2 in lead 67. if the service brake has released, back contact BC in lead 67 is open and the closure of R52 has no effect. If, on the other hand the service brake failed to fully release, back contact BC would remain closed and the closure of back contact RS2 would apply a signal on lead 67 to terminal T, thence jack 69 of female receptacle 33 from which it would actuate the failure indicator circuit for indicators BC as shown in FIG. 4.
Typical failure indicator circuits for indicators G0, the motor governor, and TDC, the triple drive chain slack switch TDC are shown for failure indicator unit 30. Each of the safety switch contact pairs in the series circuit 61 has a counterpart in a branched circuit having ajunction with the series circuit immediately preceding the safety contacts of that switch. Thus junction 71 on the power supply side of governor switch safety back contacts GO extends a lead through governor switch safety front contacts GO to terminal A and thence to the receptacle 33. Each of the safety switch branch circuits is shown extending to a terminal having a letter designation A through H, I through N. or P through T with corresponding letter designation in receptacle 33 indicating the point of interconnection of the individual safety circuit branch or branches with ajack in the receptacle. it will be noted that all branch circuits are open when the respective monitored conditions are satisfactory for running the escalator and that any unsatisfactory condition is indicated by a closed branch circuit from lead 58 at the time its series circuit contacts are opened.
In case of a fault, the appropriate safety switch operates to open the series circuit 6!, drop relay RM, and thereby stop the drive motor and set the brakes.
Correction of a fault is greatly facilitated by an immediate indication of the element which has malfunctioned. To the extent the safety switches indicate such element a failure indication is afforded by failure indicator unit 30. While a failure indicator unit can be integrated with the escalator controller, as a servicing instrument, its use is limited to occasions when service personnel are working on the system. Hence, it is advantageous to arrange the indicator in a portable form and provide convenient means to couple it to the system. In the illustrative embodiment, the failure indicator unit 30 is coupled to the escalator system by the insertion of plug 34 into receptacle 33 to connect energized lead 58 and ground 55 to the unit power supply and the safety circuit branches from circuit 61 to the individual indicator circuits for the safety switches. Brake switches BA and BC indicate a malfunction of the brake through indicator BC when an effort is made to run the escalator by operation of switch 3] whereby power is applied to lead 68 and thence to lead 67 and terminal T.
An indicator circuit is provided for each ofjacks A through H, J through N, and P through T of the receptacle 33 as shown in FIG. 5. Only typical indicator circuits, typical connections to the receptacle 33, and typical connections from plug 34 to unit 30 are shown in FIG. 5. Thus, it is to be appreciated that the arrowheaded leads bearing single letter designations and branching from the safety switch circuit 61 are connected to arrowheaded leads having similar designations extending from receptacle 33. Similarly, the discontinuous leads from plug 34 extend to the AC signal inputs to the individual indicator circuits corresponding to the safety switch designations in safety switch circuit 61. The unidirectional power supply to these indicator circuits is shown with arrowheaded leads to signify that it is connected to the individual indicator circuits in the same manner as those illustrated.
Each indicator circuit includes a neon lamp 45 and an incandescent lamp 46 arranged so that the neon lamp is illuminated while power is supplied through the monitor circuit from the safeties and the incandescent lamp is illuminated continuously from the initiation of the neon illumination until the indicator is disconnected or reset by operation of reset button 72. Ground lead 55 is coupled to the indicator unit power supply at jack and plug 73 and the opposite side of the line 58 from transformer 53 is connected through lead 59 to jack and plug 74 whereby transformer 75 has its primary energized throughout, the time plug 34 is inserted in receptacle 33 and power is available to the escalator system at leads 5] and 52. The availability of power is indicated by illumination of lamp 42 connected across the full wave rectifier circuit between transformer secondary center tap 77 and lead 78. Rectifiers 79 cooperate with capacitor 81 to provide a unidirectional source between grounded lead 82 and lead 83.
The basic indicator circuit is neon lamp 45 connected across an alternating current source from lead 58 to grounded lead 82 in the indicator unit 30 to indicate. when illuminated. the currently existing failure condition and a latch circuit for triggering and maintaining an incandescent lamp 46 illuminated even though the triggering condition has been terminated. The circuit for the governor safety is designated by G0 adjacent lamps 45 and 42 and is connected through terminal A of the receptacle 33 and terminal A of the branch safety circuits to normally open contact GO such that an overspeeding of the motor closes contact GO and opens back contact GO to shut down the escalator motor 11 and set the escalator brake by dropping relay RM, and to apply alternating current to lead 84 through resistor 85 and neon lamp 45 to lead 82.
A silicon-controlled rectifier 86 provides the latching means for illumination of latching indicator, the incandescent lamp 46 located in its anode-cathode circuit connected across the leads 82 and 83 of the indicator unit unidirectional power supply. The gate 87 of the SCR is supplied with a positive signal from alternating current supplied lead 84 through the network comprising resistors 88, 89 and 91, capacitors 92 and 93, and rectifier 94. Rectifier 94 protects the SCR gate and the resistors and capacitors bypass spurious signals. Thus, as voltage is applied to lead 84 by the closure of the switch contact, it triggers SCR 86 through gate 87 whereby anodecathode conduction is set up to illuminate lamp 46.
It is to be appreciated that a fault may be intermittent and thus extremely difficult to locate with ordinary servicing procedures. The present system responds to brief faults and retains an indication thereof by means of the latched indicator lamp 46. Further, multiple faults can be detected where a first fault is corrected or intermittent since the latched indication of the first fault is retained while another fault passes a signal to the indicator unit. For example, the system might experience a misalignment in a step tread with a combplate to actuate a combplate switch as at CL and a binding of the step to actuate upthrust device switch UL. This would open contact UL and back contact CL in circuit 61. With contact UL preceding contact CL; in order from the power supply at transformer 53, the closure of back contact UL to terminal R would apply an AC signal to the indicator circuit for UL illuminating its neon lamp 45 and incandescent lamp 46. The open contact UL interrupts the safety switch circuit 6! to those contacts and branches to its right in FIG. 5 whereby the signal is blocked from the branch to terminal M including closed contact CL. Upon correction of the step alignment so that the upthrust device at the lower landing is restored to its operating condition to permit contacts UL to close and back contacts UL to open to terminal R neon lamp 45 for UL is extinguished, incandescent lamp 46 for UL remains illuminated and the circuit 61 is completed from transformer 53 through contact UL to open back contact CL and the indicator branch to terminal M through closed contact CL. This operates neon lamp 45 for CL and incandescent lamp 46 for CL to provide indication of the second fault requiring correction. Alternatively, a service man can ascertain multiple faults by shunting the open contacts in safety circuit 6!. after proper precautions to avoid aggravation of any unsafe condition, whereby the alternating signal is passed from transformer 53 to safety switches following the indicated switch to operate any indicator for an operated safety switch following the shunted switch. The latched incandescent lamps of those safety switches indicated to be operated thereby provide the service man with a complete picture of multiple faults even before correction of any fault is undertaken.
The latching indicator circuit can be reset for all such indicators by opening the lead 82 to ground. Normally closed button-actuated switch 72 provides the reset function since it terminates the anode-cathode current in the SCRs 86, thereby eliminating the current flow in lamp 42 until a gating signal is again applied to control electrode 87.
I claim:
I. An escalator system comprising an escalator, an electrical drive for said escalator; an electrically controlled brake for said escalator; means for sensing a malfunction in said system; means for disabling said drive and applying said brake in response to said sensing means; indicator means responsive to said sensing means while said sensing means responds to said malfunction; latching indicator means responsive to said sensing means and maintained responsive following the termination of response of said sensing means; and reset means for said latching indicator means.
2 A combination according to claim 1 including a second means for sensing a second malfunction in said system; a second means for disabling said drive and applying said brake in response to said sensing means; a second indicator means responsive to said second sensing means while said second sensing means responds to said second malfunction, and a second latching indicator means responsive to said second sensing means and maintained responsive following the ter mination of response of said second sensing means; said reset means resetting said first and second latched indicator me ans.
3. A combination according to claim 2 including portable means mounting said indicators and releasable means for connecting said indicators to said sensing means.
4. A combination according to claim 1 including a bistable trigger circuit responsive to said sensing means and operatively coupled to said latching indicator to maintain said latching indicator responsive following the termination of response of said sensing means.
5. A combination according to claim I wherein said indicator comprises a lamp and wherein said latching indicator comprises a lamp.
6. A combination according to claim I wherein said means responsive to said sensing means comprises. means responsive to an electrical signal for maintaining said drive in operation and said brake released while a signal is applied, a source of an electrical signal, a first switch to couple said source to said signal responsive means and which is transferred from a circuit-closing to a circuit-opening condition in response to a sensed malfunction, and a second switch to couple said source to said indicators which is transferred from a circuitopening to a circuit-closing condition in response to a sensed malfunction.
7. A combination according to claim 6 including a source of direct current a controlled rectifier having an anode, a cathode and control electrode, means connecting said anode, cathode and latching indicator including a unidirectionally conductive device across said source of direct current, and a network connected between said second switch and said control electrode to apply a signal to said controlled rectifier initiating anode-cathode conduction therein.
8.'A combination according to claim 7 wherein said firstmentioned source supplies alternating current, and said firstmentioned indicator comprises a lamp across which said source is connected by said second switch, and wherein said network includes a unidirectionally conductive device to apply a unidirectional signal from said first-mentioned source to said control electrode.
|Cited Patent
|Filing date
|Publication date
|Oct 28, 1950
|Feb 24, 1953
|Standard Conveyor Co
|Stoppage cause locator for conveyers
|May 4, 1949
|Aug 17, 1954
|Otis Elevator Co
|Moving stairway
|Nov 2, 1960
|Jul 7, 1964
|Triax Co
|Mechanical load handling, transfer and storage equipment
|Mar 4, 1964
|Sep 19, 1967
|Stop Motion Devices Corp
|Electronic control for fault detection and stop-motion system
|Citing Patent
|Filing date
|Publication date
|Dec 2, 1983
|Jan 14, 1986
|Mitsubishi Denki Kabushiki Kaisha
|Safety device for a passenger conveyor
|May 14, 1991
|Dec 17, 1991
|Otis Elevator Company
|Escalator handrail stop device
|Jul 16, 1990
|Jan 28, 1992
|Hitachi, Ltd.
|Control apparatus for passenger conveyer
|Jun 13, 1991
|Mar 3, 1992
|Ecs Corporation
|Handrail monitoring system
|Apr 9, 1991
|Mar 31, 1992
|Hitachi, Ltd.
|Control apparatus for people mover systems
|Jul 20, 1990
|Apr 28, 1992
|Mitsubishi Denki Kabushiki Kaisha
|Control device for passenger conveyor
|Apr 6, 1992
|Aug 17, 1993
|Bartmann Horst M
|Escalator broken roller detector
|Dec 30, 1992
|Mar 22, 1994
|Otis Elevator Company
|System for emergency stopping of escalator handrail
|Nov 25, 1992
|May 31, 1994
|Otis Elevator Company
|Escalator missing step detection
|Mar 14, 1994
|Nov 8, 1994
|Otis Elevator Company
|Apparatus for detecting an irregularity in the frequency of steps passing a particular point within a passenger conveying device
|Jul 25, 1994
|Jan 9, 1996
|Otis Elevator Company
|Operation panel for a passenger conveying device
|Dec 19, 1995
|Dec 16, 1997
|Otis Elevator Company
|Passenger conveyor control system having decentralized inputs and outputs
|May 1, 2001
|Dec 10, 2002
|Pflow Industries, Inc.
|Inclined shopping cart conveyor system
|Dec 27, 2001
|Feb 18, 2003
|Inventio Ag
|Combplate load and obstruction sensor apparatus
|Jan 10, 2002
|Nov 11, 2003
|Inventio Ag
|Escalator combteeth force detector
|Jan 17, 2000
|Dec 9, 2003
|Stannah Stairlifts Limited
|Safety brake for stairlifts
|Aug 12, 1999
|Jul 6, 2004
|Kone Corporation
|Method for disconnecting transport systems and a security circuit for transport systems
|Jan 16, 2002
|Feb 7, 2006
|Sd3, Llc
|Table saw with improved safety system
|Nov 12, 2002
|Jul 18, 2006
|Sd3, Llc
|Detection system for power equipment
|Mar 4, 2004
|Aug 29, 2006
|Sd3, Llc
|Retraction system and motor position for use with safety systems for power equipment
|Sep 13, 2002
|Apr 3, 2007
|Sd3, Llc
|Logic control with test mode for fast-acting safety system
|Jun 13, 2002
|Jun 19, 2007
|Sd3, Llc
|Apparatus and method for detecting dangerous conditions in power equipment
|Feb 17, 2006
|Nov 18, 2008
|Pflow Industries, Inc.
|Shopping cart conveyor with gated access
|Aug 13, 2001
|Oct 13, 2009
|Sd3, Llc
|Logic control for fast-acting safety system
|Aug 13, 2001
|Nov 3, 2009
|Sd3, Llc
|Replaceable brake mechanism for power equipment
|Jun 4, 2007
|Mar 23, 2010
|Sd3, Llc
|Motion detecting system for use in a safety system for power equipment
|Dec 31, 2004
|May 4, 2010
|Sd3, Llc
|Table saws with safety systems
|Jul 2, 2002
|May 11, 2010
|Sd3, Llc
|Actuators for use in fast-acting safety systems
|Dec 20, 2007
|Aug 24, 2010
|Pflow Industries, Inc.
|Shopping cart conveyor system with pivoting lug
|Aug 19, 2005
|Aug 31, 2010
|Sd3, Llc
|Router with improved safety system
|Apr 10, 2006
|Sep 7, 2010
|Sd3, Llc
|Brake mechanism for power equipment
|Jan 28, 2005
|Nov 9, 2010
|Sd3, Llc
|Table saws with safety systems and systems to mount and index attachments
|Mar 14, 2007
|Nov 9, 2010
|Sd3, Llc
|Elevation mechanism for table saws
|Jun 11, 2007
|Nov 16, 2010
|Sd3, Llc
|Brake positioning system
|Dec 29, 2006
|Nov 23, 2010
|Sd3, Llc
|Woodworking machines with overmolded arbors
|Mar 14, 2007
|Jan 11, 2011
|Sd3, Llc
|Elevation mechanism for table saws
|May 19, 2010
|Mar 1, 2011
|Sd3, Llc
|Power equipment with detection and reaction systems
|Oct 9, 2009
|Apr 12, 2011
|Sd3, Llc
|Logic control for fast-acting safety system
|Mar 31, 2008
|Apr 26, 2011
|Pflow Industries, Inc.
|Jam sensor for shopping cart conveyor
|May 18, 2009
|Aug 2, 2011
|Sd3, Llc
|Detection systems for power equipment
|Nov 8, 2004
|Nov 22, 2011
|Sd3, Llc
|Safety methods for use in power equipment
|Oct 24, 2005
|Nov 29, 2011
|Sd3, Llc
|Translation stop for use in power equipment
|May 3, 2010
|Jan 3, 2012
|Sd3, Llc
|Detection systems for power equipment
|Apr 19, 2010
|Jan 24, 2012
|Sd3, Llc
|Miter saw with safety system
|May 3, 2010
|Feb 28, 2012
|Sd3, Llc
|Table saws with safety systems
|Mar 31, 2011
|Apr 10, 2012
|Sd3, Llc
|Logic control for fast-acting safety system
|Aug 20, 2010
|Jun 5, 2012
|Sd3, Llc
|Power equipment with detection and reaction systems
|Aug 20, 2010
|Jun 12, 2012
|Sd3, Llc
|Power equipment with detection and reaction systems
|Dec 23, 2009
|Dec 11, 2012
|Pflow Industries, Inc.
|Shopping cart conveyor with gate assembly
|Apr 20, 2009
|Mar 12, 2013
|Otis Elevator Company
|Conveyor safety control
|Apr 9, 2012
|Apr 2, 2013
|Sd3, Llc
|Method of operating power equipment with detection and reaction systems
|Dec 31, 2004
|Jun 11, 2013
|Sd3, Llc
|Brake cartridges and mounting systems for brake cartridges
|Dec 23, 2011
|Jul 16, 2013
|Sd3, Llc
|Detection systems for power equipment
|Dec 19, 2011
|Jul 30, 2013
|Sd3, Llc
|Detection systems for power equipment
|Nov 8, 2010
|Aug 13, 2013
|Sd3, Llc
|Table saws with safety systems and systems to mount and index attachments
|Apr 9, 2012
|Sep 3, 2013
|Sd3, Llc
|Logic control for fast-acting safety system
|Aug 29, 2013
|May 26, 2015
|Sd3, Llc
|Logic control for fast-acting safety system
|Aug 20, 2010
|Dec 20, 2016
|Sd3, Llc
|Power equipment with detection and reaction systems
|Sep 3, 2015
|Apr 18, 2017
|Sd3, Llc
|Table saws
|Mar 13, 2002
|Aug 8, 2017
|Sd3, Llc
|Safety systems for power equipment
|Aug 13, 2001
|Feb 21, 2002
|Gass Stephen F.
|Logic control for fast-acting safety system
|Feb 17, 2006
|Sep 6, 2007
|Pflow Industries, Inc.
|Shopping cart conveyor with gated access
|Dec 20, 2007
|Jun 25, 2009
|Pflow Industries, Inc.
|Shopping cart conveyor system with pivoting lug
|Mar 31, 2008
|Oct 1, 2009
|Pflow Industries, Inc.
|Jam sensor for shopping cart conveyor
|May 8, 2007
|Dec 3, 2009
|Feng Xu
|Overspeed protection device for escalator or moving walkway
|Dec 23, 2009
|Jun 23, 2011
|Pflow Industries, Inc.
|Shopping cart conveyor with gate assembly
|Jun 5, 2015
|Apr 27, 2017
|Mijuhitec Co., Ltd.
|Low-speed brake apparatus for escalator
|Apr 20, 2009
|Mar 5, 2014
|Conveyor safety control
|Jun 1, 1983
|Dec 6, 1984
|Maschf Augsburg Nuernberg Ag
|Device for switching off escalators and travolators
|Feb 17, 2012
|Aug 22, 2013
|Kone Corp.
|Verfahren und Einrichtung zur �berwachung der Funktion einer Rolltreppe oder eines Rollsteiges
|Apr 20, 2009
|Oct 28, 2010
|Otis Elevator Company
|Conveyor safety control
|U.S. Classification
|198/323, 340/644, 340/648, 340/520, 340/525, 340/691.6, 340/676, 340/691.8
|International Classification
|Cooperative Classification
|European Classification
|Jan 12, 1987
Owner name: SCHINDLER ELEVATOR CORPORATION
Free format text: CHANGE OF NAME;ASSIGNOR:SCHINDLER HAUGHTON ELEVATOR CORPORATION;REEL/FRAME:004667/0586
Effective date: 19850410


text:
Cases involving individuals who have been injured in crashes and collisions involving commercial airlines and private airplanes. An aviation Accident is an occurrence associated with the operation of an aircraft which takes place between the time any person boards the aircraft with the intention of flight and all such persons have disembarked, in which a person is fatally or seriously injured, the aircraft sustains damage or structural failure and/or the aircraft is missing or is completely inaccessible.
Waka is an unincorporated community in western Ochiltree County, Texas, United States. It lies along State Highway 15 southwest of the city of Perryton, the county seat of Ochiltree County. Its elevation is 3,045 feet (928 m). Although Waka is unincorporated, it has a post office, with the ZIP code of 79093; the ZCTA for ZIP code 79093 had a population of 76 at the 2000 census. The community, initially named Wawaka, was founded by German settlers in 1885, and its post office was opened in 1901. When another community, Burnside, was platted along the Panhandle and Santa Fe Railway 3 miles (5 km) away, Wawaka's residents and its postmaster moved to Burnside; the community was renamed Waka in 1921, two years after the Wawaka residents moved, but the post office remained "Wawaka" for six years.
Aviation Accident Litigation Lawyers In Waka Texas


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Order Updates
All orders placed before 30th November will be completed by TUESDAY 13th December
Orders placed between 1st December and 7th December will be ready by FRIDAY 14th December
Orders placed between 8th December and 14th December will be ready by FRIDAY 23RD December
Last order Dates for Christmas Delivery
Albums - 9th December
Frames & Wall Art - 14th Decemeber
Prints - 18th Decemeber
USB - 20th Decemeber
We are extremely busy on the lead up to Christmas, Could we politely ask that you bare with us while we complete all the orders.
Once your order is ready for collection we will text/call you to arrange a time to collect.
Pearce Photography - Unit 8, Pickwick Park, Corsham, Wiltshire, SN13 0HN. Tel +44 (0)1249 701703
Portaits, Emma's Diary, Baby of the Month, National Portrait Awards, Fine Art Photography, Prints to canvas, Pet Photography and Print Restoration.
© Pearce Photography. All rights reserved. All other trademarks are the property of their respective owners.
Portrait photographer in chippenham,Portrait photographer in chippenham, Portrait photographer in corsham, Portrait photographer in Bath portrait photographer in wiltshire, Cherubs photographer, Cherubs baby scheme, Emma's Diary photographer in chippenham,
Family photographers in wiltshire
wiltshire Portrait studio, corsham portrait photographers, wiltshire portrait photographers


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Great Lakes Psychological Services
4901 Towne Centre
Ste 205
Saginaw, MI 48604
United States
ph: 989-921-5715
fax: 989-921-5960
Licensed Pediatric Psychologist
Dr. Pfander is a Pediatric Psychologist who has been in private practice for over 20 years treating children with various behavior and learning disorders. She is a former school psychologist who also has worked in the pediatric department of a large hospital and been a consultant to a residency training program for family physicians. This wide range of experience and training allows Dr. Pfander to provide uniquely comprehensive services to children and their families.
Her expertise includes the evaluation and treatment of childhood disorders such as: ADHD, Autism Spectrum Disorders, behavior problems, adjustment difficulties, anxiety, depression and learning disabilities. Services include: Psychological Testing, individual and family therapy, and consultation with schools and physicians.
The Quotient®ADHD Test provides a reliable and objective method for assessing the deficits in neural control processes associated with Attention-Deficit Hyperactivity Disorder (ADHD). Quotient ADHD Test reports an individual's ability to control motion, sustain attention and inhibit impulsivity. The Quotient®ADHD System gives a clear picture of the core symptom areas of ADHD (also known as ADD) even in the presence of conditions other than ADHD.
As such, the results from the Quotient assessment can be utilized as key components of a comprehensive diagnostic evaluation for ADHD.
How the Quotient® ADHD System can be helpful:
The Quotient® ADHD Test may be administered at the initial visit to help quantify the severity of deficits related to hyperactivity, impulsivity and inattention.
The Quotient® ADHD Test is used to evaluate the progress toward goals and to help guide treatment planning.
Once treatment is stable, test with the Quotient® ADHD System periodically at med-check visits to help evaluate whether treatment is still effective.
Please call our office to find out more information on the Quotient ADHD Test.
Education and Training
Doctoral Degree, Central Michigan University, 1986.
Internship in Pediatric Psychology, Department of Pediatrics and Human Development, Michigan State University, 1985-1986.
Specialist Degree in School Psychology, Central Michigan University, 1982.
Masters Degree in Psychology, Central Michigan University, 1982.
Licensed Psychologist, State of Michigan
Certificate of Professional Qualification in Psychology.
Professional Organizational Memberships
APA: American Psychological Association
NRHCPP: National Register of Health Care Providers in Psychology
Paneled Insurance Companies
BCBS of MI (AP)
ASR/Physcians Care (AP)
(AP) Accepting New Patients
(NA) Not Accepting New Patients
Dr. Pfander's Hours:
Monday 9:00 am-4:00 pm
Tues-Wed 9am-4pm
Registration Forms
Please print off and complete all of the forms listed below and bring them with you to your appointment.
Great Lakes Psychological Services
4901 Towne Centre
Ste 205
Saginaw, MI 48604
United States
ph: 989-921-5715
fax: 989-921-5960


text:
Commemorated on August 4
The Holy Martyr Eudokia was a native of Anatolia, living in the fourth
century. The army of the Persian emperor Sapor took her into captivity
with 9,000 Christians. Since she knew the Holy Scriptures well, she
instructed the prisoners. The saint also preached to the Persian women
and converted many of them to Christianity. For this she was subjected
to lengthy and fierce tortures and then beheaded.
SAINT OR FEAST POSTED THIS DATE 2015(with 2014's link here also and further: 2013, 2012, 2011, 2010, 2009, 2008 and even 2007!):
Erdogan Protesters Beaten during NY Speech; Many Shouted "Terrorist" at Turkey's Dictator - Violence erupted at a New York hotel after protesters heckled a speech by Turkey's President Recep Tayyip Erdogan with chants of "terrorist," the Yahoo New...
3 hours ago


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Christy said she would love to have a boysenberry or olallieberriy patch for her birthday. We all got busy in the orchard this week and now she has both! #brambleberries #backyardorchard #freshfruit
we love to hear from you...but the only thing we like grimy is our dirt...so keep it clean please!


text:
Britt Padded Bandeau Bikini in Red spot
The Britt bandeau bikini offers a nautical look in a red and white mini spot print. Fully printed detachable straps are provided to offer additional support and provide an alternative style if desired. Cross back wings with swan hook fastening are on GG + sizes for maximum support and comfort.
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Wednesday, June 15, 2011
Sanyo to expand Eneloop battery offerings
After releaseing the Eneloop XX, Sanyo is expanding again his eneloop offering with 2 new batteries: the Eneloop PLUS and the Eneloop PRO.
The eneloop PLUS comes with a resistor that prevents the batts from reaching skin-scorching heat levels in kids' toys
The Eneloop PRO promises 25% juice for power draining application which can be very interresting for us (i.e. full house F3X plane)
These new batteries will be commercialized in Japan, from the 21th of July (PRO) and the 1st of December (PLUS). The price should be around 10 euros for 2 cells.
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My grand daughter LOVES to help me unload the dishwasher–and I LOVE her help! She is only 3 but she does a grand job. She is very careful and hands them to me one at at time, with two hands–most … Continue reading
Category Archives: Living Skills
Recently we celebrated a birthday in the family and my daughter made this beautiful ice cream cake! (I love it when we get to be the "guinea pigs" for the dishes she makes!) In case you are wondering how she … Continue reading
When my 3 yo grand daughter gets hurt she loves to have me get Booboo Bunny out for her. Although this bunny is faceless, … Continue reading
I am a vegetarian (lacto-ovo to be specific, which means I eat milk, cheese, and eggs) and occasionally you will see me post one of my favorite recipes. I've been asked a million times, especially in the earlier years, … Continue reading
The final product is sort of "pretty" (if you like what looks like a lizard or unicorn head embedded in it) and they ARE tasty–but boy did they FLOP!! During the holidays I found a nice recipe for homemade peppermint … Continue reading
Have you ever wanted to try Chocolate Mouse but every recipe you ran into just seemed too fussy to bother trying to make? Well here is the solution. So easy you'll never believe it, but watch out, it's RICH! Mmmm, … Continue reading
Yummy cheese stuffed shells and… Turtles! Aren't these cute? Mmmm, the BEST seafood EVER!! ***Both of these delicacies were made by my daughter. … Continue reading
The title refers to a game my mother and I used to play in order to accomplish tasks. Since my mom was a busy teacher, this was her way of getting things done at home. She would set a timer … Continue reading
You LOVE the idea of corn on the cob for dinner but the thought of husking it and trying to remove all the silk, especially for a large family–is NOT something you look forward to–let alone boiling a HUGE pot … Continue readingPin It


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THE GOOD FIGHT Cast / CBS
CBS All Access has renewed "The Good Fight" for a second season, the network announced today.
"We're only a few episodes into the first season and the reaction from CBS All Access subscribers and critics alike has been phenomenal," said Marc DeBevoise, president and chief operating officer, CBS Interactive, in a statement. "This series and its characters are just beginning and we can't wait to see where Robert and Michelle King, their creative team and the amazing cast take The Good Fight next."
Erica Tazel and Delroy Lindo join Cush Jumbo, Christine Baranski and Rose Leslie in CBS' spin-off of its critically-acclaimed legal drama series, "The Good Wife," titled "The Good Fight," which premiered on February 19, airing Sundays on CBS' standalone streaming platform CBS All Access. Along with the upcoming "Star Trek" reboot, it it's the second original series developed specifically for CBS All Access.
"The Good Fight" picks up one year after the events from the finale episode of "The Good Wife," as Diane Lockhart (Christine Baranski) joins Lucca Quinn (Cush Jumbo) at one of Chicago's pre-eminent law firms - a successful African American owned and operate firm called Reddick Boseman and Kolstad.
Jumbo, Leslie and veteran of the franchise Baranski are the spin-off series' leads.
Lindo plays Robert Boseman, an attorney and partner at Reddick Boseman and Kolstad, who poaches Diane's (Baranski) associates and clients when she gets into financial trouble, threatening her ability to stay in business. Lindo's character "dominates every scene, intimidates every lawyer, and is beloved by every client," executive producers Robert and Michelle King said in a previous statement. "He needs to look like a Chicago lawyer, but have a Shakespearean facility with language."
Tazel plays Barbara Kolstad, Boseman's (Lindo's) partner at Reddick Boseman and Kolstad, again, an African American firm on the rise, that generates a portion of its revenue from trying police brutality cases successfully, in the Chicago area.
Rounding out the key cast are Sarah Steele, Paul Guilfoyle, and Bernadette Peters.
Have you been watching the series which is noteworthy for centering most of the action in an African American owned law firm? If so, share your thoughts in the comment section below.


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Please find all the Bank Owned properties in Orlando
200,000 – 400,000
400,000 – 600,000
600,000 – 800,000
800,00 – 1,000,000
Bank Owned Properties → Read more
1. Bank Owned property in Lake Butler Sound:
2. Bank owned property in Arlington Bay:
3. Bank owned property in desirable Toscana:
→ Read more
Excellent opportunity. Foreclosure available in Windermere.
BRAND NEW LOWER PRICE! Executive Pool Home Overlooking the Golf Course!! In East Orlando/Wedgefield community. This home boasts 3 Larger Bedrooms and 3.5 Bathrooms plus → Read more
This magnificent 5 BD 4.5 BA with a 3 car garage and an enclosed pool sits on a large lot in a quiet cul de → Read more
Excellent opportunity to purchase a foreclosure in east Orlando near UCF. Property is water front and features 6 bedrooms, 4 baths and 4001 sq ft. → Read more
Beautiful new home located in a Vacation/Short Term Rental community Solterra Resort just minutes from Disney World and shopping. This Home features Granite counter in → Read more
Excellent opportunity. Bank owned property in Windermere. Located in prestigious community of Lake Sheen Estates. Home features a large yard, swimming pool, 5 beds, 3 → Read more
Excellent opportunity. Bank owned property in desirable area of Orlando. Home features 3000 sq ft, 4 beds, 2 baths and swimming pool. Gated community. Excellent → Read more
Excellent opportunity to purchase a Bank owned property in Windsor Hills. Link to visit property for more info
Waterfront,3/2.5 two story town home located in the highly desirable community of Merrick Landing in Summerport. Master bedroom is on the first floor and the → Read more
Excellent opportunity. Bank owned property in popular Windermere area. Home is located in Lake Sheen. Very prestigious community with access to Butler chain of → Read more
Immaculate 3 bedrooms, 3 baths condo with beautiful views of the Golf Course. The unit offers stainless steel appliances, designer hospitality carpet throughout the unit, → Read more
Excellent opportunity for a foreclosure in the popular Davenport area close to Disney.
[idx-listing mlsnumber="S4829364″ showall="true"]
Amazing opportunity at Reserve at Lake Butler Sound. Very prestigious community. Gated and guarded 24 hours. Beautiful homes with pool. Nice upgrades.
[idx-listing mlsnumber="O5390594″