US1381638A - Hedley - Google Patents

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US1381638A
US1381638A US1381638DA US1381638A US 1381638 A US1381638 A US 1381638A US 1381638D A US1381638D A US 1381638DA US 1381638 A US1381638 A US 1381638A
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car
cars
controlling
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    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05FDEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
    • E05F15/00Power-operated mechanisms for wings
    • E05F15/60Power-operated mechanisms for wings using electrical actuators
    • E05F15/603Power-operated mechanisms for wings using electrical actuators using rotary electromotors

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  • This invention relates to multiple unit door control for cars such as are employed in street, elevated, and subway systems.
  • the object of the invention is to provide an arrangement for simultaneously or selectively controllin the door movements of a car, or train 0 cars, which is simple in structure, eiiicient in operation, and economical of manufacture, installation and maintenance.
  • a further object of theinvention is to prowhich are'simple for effecting selectivity of control with regard to the sides of the car on which the door control is effected.
  • the invention consists substantially in the construction, combination,1'locatio11, and relative arrangement of parts, all as will he more fully hereinafter set forth, as shownhy drawing. and finally ointed out in the appended claims.
  • the figure is a diagrammatic view of the system embodying our invention diagrammatically illustrating the circuital arrangement employed in accordance therewith.
  • the switch 4 when the position shown in full lines in the drawing establishes circuit connection from shoe 3 to wire 7 whic communicates with all of the magnet valves 8, which, when energized, cause the respective doors to assume their open position.
  • the switches 3 4 and 5 are of the usual type which are thrown when the door completes its closed or its open position. in other words, when the door assumes its completely open osition the switches are in the position shown by dotted lines and when the doors assume their completely closed osition the positions are shown by the full ines of the drawing.
  • means provide a contacthiiil 2 and a wire 9 for located on the station for controlling said each car, where a train of cars is employed, means, and means for positively determinand the multiple switch 1:") simultaneously iug the side of the car on which the door completes the circuit from the current movements may take place.
  • circuits controlled firom said station for car this may be effected simultaneously by controlli gsaid 'devicesIand means for posiagain closing the multiple switch 15, as will ,tively determining the side of the car on e readily understood, inasmuch as the which the door movements may take lace.
  • 0 switches 3", 4 and 5 upon the doors; reaching 4 The combination with a train 0 cars their open position have been.
  • each of said cars board 11 may be actuated to complete the for controlling the door movements on 0 45 circuit connection from the current source posite sides thereof, circuits controlled from 13 to handle 12 to any one of the contacts said station for controlling said devices, and

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  • Power-Operated Mechanisms For Wings (AREA)

Description

F. HEDLEY AND J. S. DOYLE. MULTIPLE UNIT 000R CONTROL ARRANGEMENT FOR CARS.
Emma June 14, 1921 APFLICM'ION FILEQ'SEPT. 30, 8919- !m ATTORNEY FRANK HEDLEY, OF YONKER S,
PATENT OFFICE.
AND JAMES S. DOYLE,
lam na-nun nooacon'mox. Ammonium roa cans.
Application filed September To all whom it may mean,-
Be it known that we, FRANK Hnnusr and JAMES S. DOYLE, both citizens of the United States, and residents, respectively, of Ionkers and Mount Vernon county of Westchester, ,State of New ork, have made a certain new and useful Invention in u tiple-Unit Door-Control Arrangement for Cars, of which the following is a specification.
This invention relates to multiple unit door control for cars such as are employed in street, elevated, and subway systems.
' vide means the accompanying The object of the invention is to provide an arrangement for simultaneously or selectively controllin the door movements of a car, or train 0 cars, which is simple in structure, eiiicient in operation, and economical of manufacture, installation and maintenance.
A further object of theinvention is to prowhich are'simple for effecting selectivity of control with regard to the sides of the car on which the door control is effected. l
Further objects of the invention will appear more fully hereinafter.
The invention consists substantially in the construction, combination,1'locatio11, and relative arrangement of parts, all as will he more fully hereinafter set forth, as shownhy drawing. and finally ointed out in the appended claims.
Referring to the drawing:
The figure is a diagrammatic view of the system embodying our invention diagrammatically illustrating the circuital arrangement employed in accordance therewith.
It is among the special purposes of oun present invention to provide a simple arrangement for controlling the door movements on a car or train of cars from the station where the car or train of cars comes to rest to thereby eliminate the necessity of having a conductor or other operator stationed on each car to open and close the doors thereof, and making it' possible to have one operator to simultaneously effect the actuation of the doors on all of, the cars where a train isemployed or to selectively effect the actuation of the doors on any one car of the train. We further propose, in accordance with our present invention, to provide means for automatically rendering op ,erative the control system only for the doors on the sideof the car from whioh'it is de- Bpeclflcation 01' Letters Patent.
Patented June 14, 1921.
30, 1919. Serial No. 327,576.
sired to discharge passengers or to take on passengers.
Referring to the drawing: We have shown diagrammatically the cars 1, and wh le we have shown and will now describe a tra1n compr1s1ng a plurality of cars of any desired number we wish it to be understood that we do not desire to be limited or restricted in this respect as the system is equally well applicable to a single car sys tem. Weprovlde a contact rail 2 adjacent or between the tracks or located upon the track ,bed of the railway s stem, which con tact rail 2 may as the position of the car when coming to rest is always the same at the station, and one contact rail 2 is provided for each car of the train. We aso provide a shoe 3 which shdabLy contactswlth the rail 2 when the par is at the station, and which shoe is in circuital connection with the switches 3,
OF MOUNT VERNON, NEW YOBK.
be relative y short inasmuch 4 and 5. These switches when in the position shown by dotted lines in the drawing establish circuital connection between the shoe 3 and electrical devices 6, which electrical devices mav be of any nature, for example, magnet valves such as'are commonly employed in door operation for controlling the door movements whereby when the devices G are energized the doors which they control are caused to assume their closed position. Such an arrangement is well (DOWII in the art whereby the devices 6 are in the nature of,magnct valves and will hereinafter he so termed for controlling the supply of fluid pressure and exhaust thcrcof from the usual wellknown type of pneumatic motor at present employed in door actuation on car systems of this nature. The switch 4 when the position shown in full lines in the drawing establishes circuit connection from shoe 3 to wire 7 whic communicates with all of the magnet valves 8, which, when energized, cause the respective doors to assume their open position. The switches 3 4 and 5 are of the usual type which are thrown when the door completes its closed or its open position. in other words, when the door assumes its completely open osition the switches are in the position shown by dotted lines and when the doors assume their completely closed osition the positions are shown by the full ines of the drawing. From the foregoing it will be seen that when current is supplied to the the position shown in full lines all of the Many bther modificationsand changes in magnets 8 will be ener iced; tllereby op'endetails wixl readilyioccur to those skilled in in all the doors on that side of the car. the art w thout departing from the spirit en the doors assume their fully opened and scope (it our invention as defined in the position the switches 3, 4 and 5 assume claims, andl many other arrangements will their dotted line positions so that current suggest themselves for accomplishing the may be supplied at will to the closing magpurposes of this invention, and we therefore net valves 6 to efi'ect the closure of all of desire to have the foregoing specification the doors on that side of e car. The conand the illustrations accompanying the same 10 tact rail 2 is connected by means of wire 9 to be re arded in an illustrative sense rather to a contact 10 on aswitch board 11 located than hi h limiting one.
at the station. The contacts 10 are con- Having now set forth the objects and natrolled by means of a manually operated ,t dre of our invention, and having shown a level-12 which is rotatably mounted and is system embodying the principles thereof,
5 connected to a source of current 13. onete what we claim as new and useful and desire so minal of which is grounded as illustrrtiell. to sccure by Letters Patent is,- A shunt or by-path circuit around i witch l. The combination with a car and a, fixed board 11 is provided in the nature of line station without said car, of means carried n lfl'tipl by the car for controlling the door move- 20 switch 15. It will lie/hf stage that we hhents on opposite sides of said car, means provide a contacthiiil 2 and a wire 9 for located on the station for controlling said each car, where a train of cars is employed, means, and means for positively determinand the multiple switch 1:") simultaneously iug the side of the car on which the door completes the circuit from the current movements may take place.' v
25 source 13 to all of the lines 9 and conse 2. he combination with a train of cars quently to all of the rails 2 and shoes 3 and and a station outside of said train, of means magnet valve circuits of the system. The carried by each of said carsfor controllin operation of the system thus far described the door movements on opposite s idesstl ereis as follows: The carswin coming to rest of, -ans located in the station for control- 0 at the station havetheir shoes 3 in contact lin; said meansfand means for positivel with the, contact rail 2. Thc. multiple determining the side of the train on whic switch 15' is then closed. supplyin; current the door movements may take place. from thqsourck; 13, "by-path wire 1 mul- 3. The combination with a car and a fixed tiple switchiol \vi es. -Q,fcontact rail and station outside of said car, of electrical de, from them ou'as bean-e described to er viccs carried by said our for controlling the 1 gize the, opening maguets 8 of' the (Jr. dooi; movementsonDPPQSite sides of said Then i't is desired to clrfi the doors of t e car, circuits controlled firom said station for car this may be effected simultaneously by controlli gsaid 'devicesIand means for posiagain closing the multiple switch 15, as will ,tively determining the side of the car on e readily understood, inasmuch as the which the door movements may take lace. 0 switches 3", 4 and 5 upon the doors; reaching 4 The combination with a train 0 cars their open position have been. shifted; or, if anda station outside of said train, of elecdesired, the handle 12 of the selective switch trical devices carriedby each of said cars board 11 may be actuated to complete the for controlling the door movements on 0 45 circuit connection from the current source posite sides thereof, circuits controlled from 13 to handle 12 to any one of the contacts said station for controlling said devices, and
' 10 to thereby supply current to the shoe 3 of means for positively determining the side any desired car or number of cars of the of the train onwhich the dqoi-movements train. I may take place.
50 Inasmuch asv both sides of the car are 5. The combination with a car and a sta'r equipped with doors in the usual practice tion, of electrical devices carried by said car of the railway art, and as it is sometimes for controllin the door movements on opnecessary to allow passengers to board or posite sides 0 said car, circuits for said dealight from the car on either side we duplivices, a shoe carried on each slde of said car 55 cate the equipment of the switches 3, 4, 5, and controlling the circuit of. the devices #20 the circuits controlled thereby and the conlocated on the same side therewithfia. source tact shoe 3 for supplying current thereto on of current, and means for connecting said each side of the car. It will be apparent source of current and the shoe of theetetion that by positioning the contact rail 2 411B side of the platform. a
60 station toward or away from either sideiof 6. The combination with a car and a stathe car to come incontact with either of the 15111, of electrical devices carried by sad car contact shoes 3' it is possible thereby to for -controlling the door on o render the system on one side of the car opsidesoi-said canolt'muts for said ecrative while the system on the other g-side V1 BS.-fl hoeoarfled m ad; 81 8 of 3 &
5 of the car remains moperative,'or vice versa. and comrolling'the circuit f devices located on the same side therewith, a source of current, a rail located 111 'alinement iwlth one of said shoes and a circuit including a trolling said rail circuit. 8. The combination with a trainof cars and a station, oi electrical devices carried by each of 7 said cars for controlling the door movements on opposite sides thereof, circuits on each car for said devices, a shoe carried on each side of each car and controlling the circuit of said devices thereon on opposite sides thereof, a source of current, and means for connecting the source of current to one of the shoes.
9. The combination with a train of cars and tstatiomnf electrical devices carried by each of said cars for controlling the door movements on opposite sides thereof, circuits on each. car for-said devices, a. shoe carried on eachside of'each carand controlling the circuit of said devices thereon on opposite sides thereof, a source of current, rail sections located in alinement with one of said shces,'and a circuit including a source of current foreach of said rail sections.
10. The combination-with a train of cars and a station, of electrical devices carried by each of said cars for controlling the said car, circuits for said'de-.
door movements on opposite sides thereof, CIICIHlZSOn each car for 'said devices, a shoe carriedon each side of each car and control' ling the circuit of said devices thereon on opposite sides thereof, a source of current,
rail sections located in alinement with the shoes, and a circuit including a common' source of current for each of said rail sections. r
11. The combination with a train of cars and a station, of'electrical devices carried by each of said cars for controlling the door movements on opposite sides thereof, circuits on each car for said devices, a shoe carried on each side of each car and controlling the circuit of said devices thereon on opposite sides thercdf, a source of cur ent, rail sections located in alinement with the shoes.- a circuit including a source of current for ear-h of said rail sections, and means for .con-
trolling said rail circuits.
12. The combination with a train of cars and a station. of electrical devices carried by each of said cars for controlling the door movements on opposite sides thereof, circuits on each cz'u' for said devices, a shoe carried on each side of each car and controlling the circuit of said devices thereon on' opposite sides thereof, a source of current; rail sections located in alincment with the shoes, and a circuit including a common source of current for each of saidrail sections,'and means for controlling said rail circuits.
In testimony whereof we have hereunto set our hands on this 24th day of September,
FRANK HEDLEY. JAMES s. DOYLE.
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