US1650247A - Electrical voting apparatus - Google Patents

Description

Nm 2% mi mmm A. G. TURCK ELCTRICAL VOTING APPARATUS Filed Jamal. 1926-, v 5 sheets-shew v:L

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, A. G. TURQK ELECTRICAL VOTING APPARATUS Filed Jan. 21., 192e s 'Smets-sheet 2 l ,fro y. l gz?" 5E Nimm@ NZSMHTH N @Rm/MN f @REENE WHW@ A. G. TURCK ELECTRICAL VOTING APBARATUS FiledJan.2l. 1926 5 SheetS-Shee. 5

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Patented Nov. 22, 1927.

vSTATES PATENT OFFICE.

ALBERT G. TURCK, 0F MILWAUKEE, WISCONSIN, SSIGNOR T0 .AMERICAN SIGNAL CORPORATIUN, 0F WASHINGTON, DISTRICT 0F COLUMBIA, A CORPORATIQN OF DELAWARE. i

ELECTRICAL VOTING APPARATUS.

Application led. January 21, 1926. Serial No. 82,757.

This invention relates to a voting apparatus.

In voting apparatuses, 'as heretofore constructed, it has been a common custom `to provide mechanically movable members for making a permanent record. This has necessitated elaborate and delicate mechanism for eachvoter, or in other words, for each substation operated lby a voter.

Further, it has heretofore been customary to require each voter to remember the manner in which he has voted, without any individual indicating means at his substation for temporarily recording the manner in which he has voted.

This invention is designed to overcome the defects noted above, and objects of such in- Vention are, therefore, to provide a novel form of voting apparatus in which the means for forming a permanent record does not require mechanically movable members, but is actuated through the .medium of light in a manner to permit ready photographing of the record to thus secure a permanent record. A further main object is to provide a voting apparatus in which each substation is equipped with individual indicating means' for temporarily recording the manner in which the voter has voted, so that he need not memorize his mode of voting, but may, by visible means, directly ascertain it from a glance at his substation.

`More speoilically, vthis .invention is designed to provide a novel manner of forming a permanent photographic record of the individual votes by the use of lamps andy Without requiringjany enunciator or mechanically movable or electro-magnetic mechanism. y j

Further objects are to provide'a voting apparatus in which the operation 'of the individual y substations is controlled from a main switch, in which the releasing or resetting of the several substation switches is controlled from 'a main switch while still permitting individual resetting of the substations up to the time that the locking mechanism operates. l

lvi ed, for instance at `nlanent record.

idea

Further objects are to provide a voting ap aratus l1n which a main station is prothe clerks desk, with means for controlling the substations, and i with means for indicating the total ofthe votes, and to provide such an apparatus with algeneral indicating board exposed V,to the View of the assembly, and with a permanent record board which may be located at a remote point. and is equipped with means which both signals the operator of the permanent record apparatus and also prepares such apparatus for the making of the per- An embodiment 'of the invention is shown 1n 'the accompanying drawings, in which Figure l is an elevation partly in section of the mechanism at one of the substations. Figure 2 is a view looking at the top plate at the substation from its under side, such view corresponding to a 'section on the line 2-2 of Figure l.

Figurel 3 is a sectional view on the'line 3-3 of Figure l. i.

Figure 4 is a sectional view on the line 4-4 of Figure 3.

Figure 5 is a view of the locking slide. Figure 6 is a detail sectional view Ashowing one of the individual lamps employed at each substation. f'

Figure 7 is a'ace view of the permanent record board. f

Figure 8 -is a section on theline 8 8 of Figure 7.' Figure 9 is a side elevation of the permanent record apparatus. c

Figure l0 is a diagrammatic view showing theA wiring system employed' in the entire votmgvcapparatus.l Y

Referring first to Figure l0, the general of the manner of operating the apparatus may be most readily had. From this ligure, it will be seen that a main station M is provided preferably at the clerks desk, and that a plurality of substations indicated by the reference characters S and J, and are provided for the individual voter, the draw- 95 ing showing only twosubstatons, although it is intended that the requisite number for a complete voting body be provided. Further, it will be seen that a main indicating station I is provided, and it is intended that this station, which may be in the'form of an` indicating board, be displayed to the entire assembly and mounted in the assembly room.

by a battery 4 for a Further, it will be seen that a permanent record station P is also provided, and this station may be located in a room remote from the assembly room. The main portion of the apparatus is supplied from apair ot mains 2 and 3, a separate source of steady current being supplied purpose hereinafter to appear. Themains 2 and 3 may be either direct or alternating current mains. From the supply mains, a main supply conductor 5 extends and is controlled by the locking switch 6 in the main station M. This main leads to the several substations, as indicated at S and J. For instance, the conductor 5 is connected by means of the conductor 7 with acontact 8 oftherelease switch 9, the other contact 1() of such release switch'being connected to one side of therelease coil 12 hereinafter described in detail.y This release coil has its opposite side connected to the return conductor 11 by means ot theconductor 53. Thus, when the release button or switch is depressed, the release coil'is energized.

Further, it will be noted that the conductor 7 extends to one side of thelocking coil 13 The other side of the locking coil -is connected by means of vthe conductor 14 with the return lead 11. As will appear hereinafter, button or switch indicated at 15, and the nay button or switch indicated at 16 whenever such release 'coil is energized. It is also to be understood that thelocking coil 13 locks all thebuttons 9, 15 and 16 against operation when the locking coil is ydeen'ergized as described in greater detail herein after.

-Each vsubstation is provided with a key controlledswitch 17, one of whosecontacts 18 is connected b means of theconductor 19 to asupply lea 20 extending to the main 2. The other contact 21 ot the key controlled switch is connected to aplate 22 forming oner ol: the contacts for each of thebuttons 15 and 16. Thus, when the key controlled switch is closed by the key of the individual voter, theplate 22 is connected with the main 2. Theaye button 15 is pro-vided with asecond contact 23 which is connected tol anindividual indicating lamp 24 in the substation, and thence is connected by means of theconductor 25 to the permanent record station, the indicating station, and to devices in the main station M. For example, in following theconductor 25 in Figure 10, it will be seen that it extends to the the release coil releases theaye lamp 26 of the permanent record station and thence to the main 3, and also extends to the lamp 27 of the indicating station and thence to the main 3. Further, aconductor 28 leads from theconductor 25 to one side of the coil of arelay 29 associated with the main station M, lthe other side of the coil of the relay being connected to the main 3. Thus, when thebutton 15 isdepressed, the clamps Y26 and 27 are lighted and therelay 29 is energized.

Therelay 29 closes a circuit including the battery 4, afixed resistance 30, and amilliammeter 31. Thebutton 16 is adapted to connect theplate 22 with astationary fcontact 32, such contact being connected to alamp 33 at the individual substation and thence by means of aconductor 34 to thelamp 35 of the permanent record station and to a lamp 36 of the indicating station, the otherside of thelamps 35 and 36 being connected to the main 3. Further, it will be seen that theconductor 34 i-s connected by means of awire 37 to one side of the coil of arelay 38, the other side of such relay coil being connected tothe main 3. The armature or" this relay controls a local circuit including the battery 4, a ixedresistance 39 and a milli-amineter 40.

From the descriptionthus far given, it is apparentpthat the substations each control theirindividual lamps 26 or 35'indicating ayel or nay at the permanent record station and their lamps 27 and 36 at the indicating station I, and also theirrelays 29 and 38 at the main station M.

It is clear, therefore, that for the closing of eachswitch 15, a certain fixed Value ot current is allowed to pass through themilliammeter 31, and that as the number of closedswitches 15 increases, the corresponding rik) number of additional indications will be given by the milli-ammeter 31, thus totaling the caye vote.

Eachrelay 2,9 cuts in parallel afixed rei sistance 30 in the local circuit including they battery 4 and the inilli-ammeter 31, so that the deflection of the ammeter accurately totals the vote Jfor the ayes. In a similar manner, the dellection of theammeter 40 totals the nay Votes.

In addition to this, the indicating station I has a definite number of lights 27 or 3G illuminated corresponding to the voting at the individual substations. Further, the permanent record station l? has a delinite Vnumber oflights 26 or 35 illuminated cor- .responding also to the voting at the individual substations.

After the voting has been completed, the clerk opensY the main `switch 6 thus deenergizing all of the locking coils and locking the substations against any further voting or alteration of the votes `made. as will be hereinafter described. Thereafter, the clerk 1,650, aat' closes the switch 41. This connects themalin 2, through the mediuml of theconductor 42, with aflood light 43 in the permanent record station P. The other side of the flood light is connected by means of theconductor 44 Vwith the main 3. This flood light illuminates a plate, hereinafter described, in the per manent record station and also is a signal to the operator at such station to make a permanentrecord. After the permanent record has been made, as will hereinafter appear, the clerk opens the switch 41 and closes theswitch 45. Theswitch 45 connects the main 2 by means of the conductor 46 with one side of the -coil ofeach of therelays 47. The other side of the coils of these relays are connected by means of the `M opens the 6. The apparatus is now in condition forb conductors 48 to the ret-urn lead 11. Thus therelays 47 are energized and their armatures individually close circuits includin their corresponding release coils 12. For example, referring to station S in Figure x10, it will be seen that thearmature 49 connects the conductor 5.0 from one` side of therelease coil 12 to theconductor 51, such latter conductor being connecte-d to the lead and thence to the main 2. The other side of the release coil l2 is connected by means ofconductors 52 and 53 to the return lead 11, and such lead 11 connects in turn with the main 3. Thus each of the release coils is energized and the locking buttons or switches are restored to their initial position simultaneously by the closing of theswitch 45, as will be hereinafter described.

Therefore, the clerk in the main station switch and closes the switch another cycle of operation.

The details of construction of the parts will now be described. The construction of the substation mechanism is shown in Figures 1 to 5. Thismechanism comprises a shaped like a bell cranktop plate 54 which may be mounted at the voters desk, for instance. This top plate carries a'frame provided with abase member 55 uponwhich'the locking coil 13 andrelease coil 12 are mounted. These coils or magnets are each provided with armatures lever. For instance, therelease coil 12 has anarmature 56 extending over its upper end and provided with a downwardly extending arm 57. This downwardly extending arm contacts with a downwardly extending arm 58 of aslide 59. Thisslide 59 is apertured or slotted, as indicated at 60 to accommodate the button `9. llt is also slotted, as indicated at 61 and`62 to receive the reduced portions of the spacingsleeves 63. Further, thisslide 59 is provided with enlarged apertures 64land 65 which are equipped with flat rear fac'es, as shown in Figure 2. These flat faces normally work against theconical portions 66 and 67 of thebuttons 15 and 16 and retain them locking plate,

in elevated position. However, when one of the buttons is depressed, the conical portion slides through the appropriate aperture and theslide 59 snaps forwardly under the action of thespring 68 to thus temporarily hold the button depressed. Tf, however, the other b utton depressed, the conical portion thereof slides theslide 59 rearwardly and thus releases the first button. Further, l

tures formed in the locking sli-de 69. This g locking slide is shown in greater detail in Figure 5 from which it will be seen that the apertures are formed with anenlarged portion 70 and with a restrictedportion 71. Further, this slide is guided by means ofslots 72 and 73 adjacent the ends which receive the lower reduced portions of the spacingsleeves 63. This slide is urged towards locking position by means of a spring or other suitable member. llt is moved to un position by means of the arm 74 of thearmature 75 of the locking coil ormagnet 13.

Referring to the buttons orswitches 9, 15 and 16, it will be seen from reference to Figure 3, that they are provided with a U- shapedContact member 76 which engages the stationary Contact members. Further, it will e seen that aspring 77 is provided for urging the buttons upwardly. Y

Referring to the individual signal lamps,

- indicated generally by thereference characters 24 and 33 in Figures 1, 10 and 6, with particular reference to Figure 6, it will be seen that such lamps are formed by means of `atransparent member 78, for example, a

lThis lamp may be of the usual switch board type of lamp provided withcontacts 80 on its cylindrical sides which engage suitable retaining and contacting clips.

The permanent record apparatus consists of anopaque plate 81, as shown in Figures either black or of a neutral color. Upon the names, such as indicated by thereference character 82 in Figure 7, are printedv or otherwise formed. These names are preferably white or other contrasting color to that of the body ofthe plate. Further, theplate 81 is provided withwinsignia such as the letters N and Y cut therethrough. These letters are indicated by reference characters llO This opaque plate is preferably y A83 and 84.Y Above the cut letters are the titles Aye and Nay indicated by thereference characters 85 and 86, such legends being printed or otherwise formed upon the outer face of the opaque plate.

As shown in Figure 8, behind each of theletters 83 and 84 are positionedcompartments 87 and 88 within which thelamps 85 and 26 are mounted. Further, it will be seen from Figure 8 that aground glass plate 89 is mounted within thecabinet 90 and is spaced rearwardly a slight distance from theopaque plate 81. This causes the cut letters to appearv black or neutral when thelamps 35 and 26 are not lighted. However, when these lamps are lighted they cause the cut lettersl 83 and 84 to be brilliantly illuminated and to be thus susceptible of photographing by ordinary means.

The`cabinet 90 is mounted upon any suitable stand, such as indica-ted by the reference character 91 'in Figure 9, and a camera orlphotostatic apparatus 92 is mounted upon -such stand and faces theplate 81.

When theflood light 43 is lighted, it is a signal for the operator lin the permanent record Station to photograph theplate 81. This iood light also illuminates the plate and causes the printed names and the legends Aye and Nay to standout. Further, theletters 83 and 84, cut through the plate, are illuminated in accordance with the voting by means of thelamps 35 and 26, the unilluminated letters ,appearing black or neutral and failing to register in the print made by the `photographic apparatus.

The detailed operation of the device has been given above and it is not believed neci essary to repeat this description in connection with the specific elements described above. However, it may be briefly stated that the procedure in voting is as follows: The clerk at the main station M closes the switch '6 and thus energizes and releases the locking magnets or coils, and releases the locking devices at the several substations.-

The voters are each provided with separate keys, such as v'indicated at 93 in Figure "3, and lthey insert theirrespective keys in the locks of their substations and thus close the ykey controlled switches. Thereafter, the individual voter depresses the appropriate key '15 or 16, corresponding to his vote. If a mistake has been made prior to the final'registering of the vote, it may be rectified -by pressing therelease key 9 at the substation. After the voting is complete, the clerk opens the switch 6 and closes the switch 41. This locks all`of the substations against further `voting and,-at thesame time, illuminates the iiood light inthe permanent substation P signalling to the operator at such station that the vote is complete. The permanent record operator then takes a picture of the 4() indicate tothe clerk at the main stationv the totals of the vote so that he is apprized of the way the vote is going at all stages of the voting.

After the permanent record has been made, the operator opens the switch 41 and A closes theswitch 45. This switch, through the medium of therelays 47, permits the energization of the release coils which reset all of the keys at the several substations.

Thereafter, the operator opens theswitch 45 and closes the switch 6, thus placing the apparatus in condition for a subsequent cycle of voting.

Although the invention has been described in considerable detail, such description is intended as illustrative rather than limiting as the invention may be variously embodied and as the scope of such invention is to be [determined as claimed.

I claim:

1./In a voting apparatus, the combination of a permanent record station having an opaque plate with insignia cut therethrough with lamps back of said plate and photographic means in front of Said plate, said plate'l having names thereon corresponding to said insignia, said permanent record station having a fioodlight adapted to illuminate said plate, a plurality of substations each having a plurality of locking switches cont-rolling said indicating means and ,the said lamps, said substations each having electromagnetic means for releasingI said locking switches and for resetting said switches, and main switches for controlling said electromagnetic means and said iood light.

2. In a voting apparatus, the combination of an indicating station having a plurality of indicating means, a plurality of substations each having a pluralityl of locking and a main switch for controlling said relays.

8. In a. voting apparatus, the combination of an indicating station having a plurality of indicating means, a plurality of substations each having a plurality of locking switches controlling said indicating means,

sai subst-ations having an electromagnetiently controlling the releasing coil ah such cally operated releasing device'for releasing substation.

said switches and having an electromagnetilin testlmony that l claim the foregolngli 10 cally operated locking means for locking said have hereunto set my hand at Milwaukee, in.

= switches, a main 'svvitchcontrolling said the county of Milwaukee and State of Wise electromagnetic locking meanss and. a ieleasconsin.,r

ing switch at each substation for inepcndu `All'aBElE'll G. TURCK.

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