US443726A - ongley - Google Patents

Description

(No Model.) 3 Sheets-Sheet 1.

0. E. ONGLEY'. ELECTRICAL SIGNAL SYSTEM.

No.443,'726. PatentedDe c.30,1890.

WITN SSES INVENTDH (No Model.) 3 Sheets-Sheet 2.

G. E. ONGLE'Y.

ELECTRICAL SIGNAL SYSTEM. No. 443,726. Patented Dec. 30, 1890.

WITNESSES: INVENTOH (No Model.) a sheets shet 3.

O. E. ONGLEY.

ELECTRICAL SIGNAL SYSTEM.

Patented Dec. 30, 1890.

iHlll ,0 III INVENTOH WITNES S:

CZMmLCm ATTORN EYS'.

.lsm and switch-contacts.

UNITED STATES PATENT @rmcn.

onAnLEs E. ONGLEY, on NEW YORK, N. Y.

ELECTRICAL SIG NAL SYSTEM.

STPECIFICATION forming part of Letters latent No. 443,726, dated December 30, 1890.

Application filed May 13, 1390. $erial No. 3511619- (No model.)

To all whom it may concern.-

Be it known that 1, CHARLES E. ONGLEY, a citizen of the United States, residing at New York city, in the county and State of New York, have invented a new and useful Improvement in Electrical Signal Systems, (Case 1,) of which the following is a specification.

My object is to constructan apparatus by means of which a signal or other device having several operating-magnets may be operated by use of a single line-wire, said magnets being separately energized in the desired order; and the invention consists in a device for throwing any one of several magnets at a receiver into an operative circuit at will, and in combinations of devices embodied 111 such apparatus.

In the accompanying drawings, Figure 1 is diagram of a system embodying the invengzn. Fig. 2 is a view of the propelling mech- Fig. 3 is a plan or a portion thereof, and Fig. i is a detail of the switch-contacts. I

1 1s a line or circuit wire leading from any suitable transmitter or transmitters placed at any desired points andindicated at 1-for example, at the stations along a 'railroad the receiver being at the main railroad oflice, or the transmitters may be placed at firealarm stations, the receiver being located at theoffice of the fire department; but I do not limit myself to using the present improve ment 1n connection with these particular systems, since it is of broader application. In line 1 is included a relay-magnet 2 and a battery MB, and in the form illustrated the relay-magnet is in a normally-closed circuit, and one of the local circuits hereinafter described is closed by each movement of the relay-magnet; but it is evident that a reversal of this arrangement might be made to operate equallywell. The armature 3 of the relay is connected by wire 4 to the local battery LB, and thence by wire 5 to wire 6 to magnet 7, which is the first magnet to be operated in the receiver R. The receiver shown is a diagrammatic View of a well-known form of recorder, the armatures of magnets 7 7, 850., each controlling a type-wheel and the magnet 17 be- 5 ing the printing-magnet. Above cach magnet of the receiver are shown in the drawings a type-wheel t and an attached ratchet-wheel r, with which a propelling-pawl moved by the armature of its magnet engages, as is common in this class of devices. It will be evident that the several magnets may be utilized for operating other devices than those here shown. From magnet 7 wire 8 extends to the starting-magnet 9, and thence to the contact 10. From this point the circuit is continued through the movable co-operatin g contact 11 to the frame of the mechanism, wire 12, contact-raising magnet 1 3, and back to the second contact 1a of the relay. The contact is connected in similar manner to the second magnet of the receiver, 10 to the third magnet, and so on for succeeding contacts. The last two contacts 15 are in the following circuit: wire 16, through the printing or other similar magnet 17, to local battery, wire 18, to the stopping-magnet 19, and back to the second contact 15.

Referring now to Figs. 2 and 3, the mechanism of the device which I term an automatic distributer or switch will be described. Any suitable motor mechanism is employed. This mechanism is normally held from movement by means of the detent-armature and pawl 21, which, when the apparatus is at rest, occupies the position shown in Fig. 2.

2 is a weighted escapement controlling the rapidity of movement of the mechanism.

23 is a screw turned by the motor during its operation. Adjacent to the screw is the contact- 11, loosely pivoted or sleeved on the axis 2%. Said contact carries a pin 25, which rides in the thread of the screw, whereby as the screw turns the contact is moved bodily along the length of the screw. It is evident that this arrangement may be varied somewhat. For example, contact 11, instead'of moving bodily on the rod 2i, may be hinged or supported on a spring at the rear end, and its contact end may movein the arc of acircle.

26 is an armature, an extension of which bears on one end of the contact lever 11. When, therefore, the armature is attracted, the pin will be raised from the screw-thread, at the same time leaving the lower contact 10.

27 is a cord connected to the movable arm 1.1, and, passing over a pulley 28, is connected with a weight sliding t'reelyin atubefltl, thus serving as a retracting device for 11. when it is raised from the screw. A spring or other retracting device might be employed. Over the several contacts 10". &c., is placed a track or way 30, having an inclined end 31 adjacent to the end contacts 15, and over each of the contacts 10', the, near one edge, as shown, is placed a depending arm or stop 32. The first contact 10 is provided with a similar stop 38. At the outer end of screw 23 is placed a disk or plate 34, preferably being capable of lengthwise. movement by the compression of the spring and having a projecting pin 35, for a purpose which will hereinafter appear.

The operation of this system and apparatus is as follows: Let it be supposed that in line 1 is a transmitter constructed to break and make the circuit twice in succession, then after a comparatively long pause to break it again, then after another pause to break it twice, thus sending over the line the signal 21.2. The eilect of the iirst break would be to close the circuit 3, 4-, L13, 5, (3, 7,8, 9,10, 11.12, 13, and 14. This closure energizes magnet 7, which in the present case is supposed to operate a type-wheel in a recorder, but which may operate a numbered disk in an annunciator or indicator or any other suitable rceeiving device. At the same time magnet 9 pulls down the detent 21, allowing the motor to operate. At the same time, also, magnet 1-3 attracts its armature, raising arm 11, breaking the circuit at 10, allowing the armatures of magnets 7 and 13 to move back to their original positions. As soon as this arm is raised the weight pulls it against the stop \Vhen the line-circuit is re-cstablished by the spring passing off the first insulating-space of the signal-wheel, the relay-armature is again attracted. The movement of the armature 26 allows arm 11 to again come into working contact with screw 23, whereupon said screw begins to carry the arm along toward contact 10'; but before said contact is made the local circuit is opened at the relay, so that magnets 7and 13 will not be again energized m1- til the transmitter closes the circuit at the relay. The mechanism is so adjusted that arm 11 will not travel off of the contact on which it rests during the interval between two of the quicl zly-succeeding breaks and makes of the transmitter. llenco when the second break occurs and the relay is closed contact 11 is still resting on contact 10, and consequently magnets 7, 9, and 13 will be again energized, magnet 7 moving the typewheel or the other device a second space, magnet 9 accomplishing nothing, since its armature is already attracted, and magnet 13 again raising arm 11, allowing it to return against stop 33. Then when the circuit is opened at the relay the screw again carries arm 11 forward, as before described. In the example which we are supposing a comparatively long interval succeeds before another first stop 33, instead of against stop 3 since arm 11 has had time to move along onto contact 1.0. Next follows a long space before succeeding breaks and makes of the circuit by the transmitter. This allows the screw to carry armll along into line with contact 10". Consequently when the next break and make occurs at the transmitter it will close the re lay-circuit as follows: 3 -1- LB 5 (i 7 Sf, to contact 10, and back to the relay. This moves the third type-wheel one space and raises arm 11 from the screw, allowing it to move back against the second stop Then follows another break and make at the trans mitter, moving the same type-wheel a second space. The type-wheels having thus been arranged to indicate the desired signal,the transmitter ceases to operate, and arm 11 is moved along by the screw into line with the final contacts 15 and electrically connects the same. This closes the following circuit: battery LB, wire 18, magnet 19, lower contact 15, upper contact 15, wire 16, magnet 17, and back to the battery. This energizes magnet 17, which in the present instance is supposed to be the printing-magnet of the recorder. It also energizes magnet 19, moving its detent-armature back into the position shown in Fig. 2, thereby stopping the motor it. Before this occurs, however, the pin on plate 3t is brought in its revolution with the screw under the arm 11, raising the arm above the lower end of the inclined portion 31 of the track 30. Arm 11 is notched on one side, so that the pin shall not strike the arm in its downward motion, but shall be allowed to revolve and come against the arm on the opposite side of the screw.

It will be evident that any number of typewheels may be used in the recorder, that they maybe each operated in succession or in any desired order, and that all these may be 0perated by the use of a single line-wire, and that the failure or disarrangement of any part of the receiving apparatus would not break. or disturb the main line.

Vithout limiting myself to all the details of construction which I- have shown and described, what I claim is 1. The combination, in a signal system, with a circuit including suitable transmitters, a relay-magnet, and battery, of a receiving apparatus comprising an instrument having two or more operating-magnets in separate local circuits or branches, an automatic distributor or switch, a motor therefor, a releasing-magnet brought into operation by the first movement of the relay, and means for controlling the distributer, substantially as described.

2. The combination, in asignal apparatus, of a receiver having several operating-magnets, each in a local circuit separate from the main line, an automatic distributer for said local circuits, consisting of a series of contacts each connected to a circuit leading to one of the magnets, a single co-operating contact movable along the several contacts and connected to the relay, and means for bringing the movable contact against the desired local circuit contact and for returning it to its original position, substantially as described.

The combination of a receiver having several operating-magnets in separate circuits, the contacts to which said circuits are connected, the co-operating contact, the screw for moving the latter, amagnet and armature for raising said co-operating contact, and means for retracting the movable contact, substantially as described.

4. The combination of a receiver having several operating-magnets in separate circuits or branches, the contacts to which said circuits are connected, the co-operating movable contact, a magnet and armature for raising the movable contact, and means for retracting said contact, substantially as described.

5. The combination,with the relay in the main line, of the receiver having several op eratinganagnets, an automatic distributer for the several circuits including said magnets and a battery, a circuit closed by the relay, including the battery, the contact-raising magnet, the movable contact controlled thereby, and a local-circuit contact, the startingmagnet, and a magnet of the receiver, substantially as described.

6. The combination, in a distributer or switch, of the several contacts connected to separate circuits or branches, the movable cooperating contact sleeved on an axis, a screw for moving said contact along, and the magnet and armature for raising the contact from the screw, substantially as described.

7. The combination, in a distributer or switch, of the several contacts and local circuits connected thereto, each local circuit including a magnet, the movable cooperating contact, a screw for moving the said contact, means for raising the contact from the screw, and means for drawing it back to its original position, substantially as described.

8. The combination, in a distributer or switch, of the several contacts, local circuits or branches including independent magnets connected to said several contacts, the movable co-operating contact, means for moving the said contact along against a retracting device, the retracting device, and means for controlling the return movement of the contact, substantially as described.

9. The combination of contacts suitably supported and connected to separate magnets, the movable contact co-operating therewith, means for raising the latter contact and for retracting the same, and a limiting-stop for each of the first-mentioned contacts, substantially as described. I

10. The combination of stationary contacts connected to separate magnets of a receiver, a movable co-operating contact, a magnet and armature for raising the movable contact from the stationary contact at any desired point, a device tending to draw it back to its original position, and a track or way over which the contact moves during its return, substantially as described.

11. The combination of contacts suitably supported, local circuits or branches connected,rcspectively, to said contacts and containin g independent magnets, movable co-operating contact, means brought into operation at the limit of movement of said co-operating contact for raising it, and means for retracting the same, substantially as described.

12. The combination of the switch-arm,the screw for moving the same, the projecting pin 35, movable with the screw and operating to raise said arm, and a support for said arm during its return movement, substantially as described.

13. The combination of the switch-arm, the screw for moving the same, two or more contacts in operative relation to said switch-arm, a local circuit or branch connected to the several contacts and including magnets, means for moving the switch-arm at the end of its movement, and a support for the arm during its return movement, substantially as described.

14. The combination, in an automatic distributer, of several contacts connected to independent magnets, a co-operating contact and means for moving the same, a startingmagnet in circuit with the first contact and first magnet, and a stopping-magnet in circuit with the final contact or contacts, substantially as described.

This specification signed and witnessed this 10th day of May, 1890.

CHARLES E. ONGLEY.

Witnesses:

CHARLES M. OATLIN, O. S. CHAMPION.

It is hereby certified that Letters Patent No. 443,726, granted December 30, 1890, upon the application of Charles E. Ongley, of New York, N. Y., for an improvement in Electrical Signal Systems, were erroneously issued to said Ongley as sole owner of the invention; that said Letters Patent should have been issued to said Charles E. Ongley and Thmnas W. Robertson, jointly, each being owner of one-half interest, as shown by the record of assignments in this office; and that said Letters Patent should be read with this correction therein that the same may conform to the record of the case in the Patent Office.

Signed, countersigned, and sealed-this 24th day of March, A. D. 1891.

[SEAL]- CYRUS BUSSEY,

Assistant Secretary ofthe Interior. Gountersigned:

O. E. MITCHELL,

Commissioner of Eatents.

It is hereby certified that Letters Patent No. 443,726, granted December 30, 1890,

upon the application of Charles E. Ongley, of New York, N. Y., for an improvement in Electrical Signal Systems, were erroneously issued to said Ongley as sole owner of the invention; that said Letters Patent should have been issued to said Charles E.

Ongley and Thomas W. Robertson, jointly, each being owner of one-half interest, as shown by the record of assignments in this office; and that said Letters Patent should be read with this correction therein that the same may conform to the record of the case in the Patent Office. v

Signed, countersigned, and sealedthis 24th day of March, A. D. 1891.

CYRUS BUSSEY, Assistant Secretary of the Interior.

[SEAL]- Gountersigned:

O. E. MITCHELL,

Commissioner of Batents.

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