US969113A - Cash-register. - Google Patents

Description

F. G. OSBORN. CASH REGISTER.

Patented Aug. 30,1910.

APPLICATION FILED MAY 18. 1B 92. 969,113 Y 4 SHEETS-SHEET 1. 4 5

KJYWESSES FIG. OSBORN. CASH REGISTER. APPLIOATION FILED MAY 18, 1892.

[/VVELW'OZ? 4 0 2M; QM

oliiorneys.

Patented Aug. 30, 1910.

4 SHEETS-SHEET 2.

' P. 0. OSBORN CASH REGISTER.

. APPLICATION FILED- MAY 18, 1892. 969,1 1 3. V Patented Aug. 30, 1910.

4 SHEETS-SHEET 3.

i To all 'whomit may concern: 4

rnaiiors o. sebm, or DE TROI C LyMI GI-IIGAN, AssIsNon, BY ransnn assremvrnnrs; T0

THE-NATIONAL CASH REGISTER ooivrranv; or narrow, OHIO, A conronarron or OHIO, ,(mconron'arnn IN 1906.)

Be it knownthat I, FnANc s G OSBOR N, citizen'of the United States, residing at Detroit, county ofW'ayne, State of Michigan;

have invented a cert-ainnew and useful Improvement in Gash-Registers, and declare the following to be a full, clear, and exact description of the same, such as will enable .others skilled in the art to which it pertains to make and use the same, reference being had to the accompanying drawings, which form a part of this specification.

This invention relates to cash registers,-

and has for its object improvements in that class of registers in -which a printed tabletis brought to a position to be seen by the customer, so that the customer may be able to know that the person operating the register has properly actuated it.

In carrying my invention into effect, I employ a Series of vertically movable tablet rods a corresponding set of keys, key levers or primary actuators, which control the movement of the tablet rods to an intermediate position; that is, a movement toward but not into full indicating position;

a secondary actuator which moves the shifted tablet rods to full indicating or exposed po'sitionyand a register actuated by devices carried by the key levers, which devices drive'the register during a stroke in one direction and become operatively disengaged during the stroke in the opposite direction, said'devices being arranged and constructed so that the engagement of the register and an actuating device during the positive or actuating stroke will prevent the overthrow of the register- The secondary actuator which I employ 3 5 common to all the tablet rods so thatwhen two or more tablet-rods are moved tog-the intermediate position, the secondaryactuator will move them simultaneously tothe exposed or indicating position.

In the register to which these impr0ve-- ments are applied I use several sections or" banks, of keys; thus the keys pertaining to the tablets which indicate cents'are in'one section, thekeys pertaining to 'th'e. tablets used to indicate dimes or fractional'p arts of a dollar are in another sectionfandthe keys pertaining to the tablets used to indicate dollars are in a third section. One key in each section may be in a position with.-

its inner end raisei at the same timethat a aspec ification of Letters Patent. Pmt t d A 3% 1 I "Application filed May 18, 1892. Serial lilo. 433,483. r i

key in another section isoperated to raisea tablet, but two'keys cannot be operated in the same" section simultaneously5'the main object of this is to render it unnecessary to I employ in the recording part ofthe machine a total adding mechanlsm .in which the wheels will carry from. one to another while p in simultaneous operation.

In the drawings, Figure 1 is a sectional View from front to rear showing one key and the parts operated by it. Fig. 2 is a front elevation of the stops that prevent simultaneous movement of more than a single key in the same srntion. Fig. 5?. is a perspective of a pair of the stops of Fig. 2, showing the'position of the front and rear fbanks with respect to each other. Fi 3 shows a form of stops adapted to pro uce equivalent results. Fig. 4 is a detail of the cam guide used to effect proper movement of the tablet rods. Figs. 5 and 6 show the same parts that are shown in Fig. 1 and indicate the position taken by the parts at different times in the movement of-them. Fi 7 is a rear elevation showing particular y the tablet rods and their location above the keys, and Fig. 8 a perspectiveview of the rods and graduated racks actuated thereby.

A represents the case of the machine, B is a key lever fulcrumed on the rod Zr and extending throughthe walls of the case; the

e'nd outside of the case is provided with a finger plate B; the end inside of the case extends under the tablet rods C, and under the stops S S. y i

S represents a stop of which there-are in the machine a number equal to all the keys. Each stop S hangs from a pin 8 that is supported by the case or apart of the frame work; from the same pin 8 depends asecond stop S; thestops are wedge shaped in form and hang from their small end; the large ends occupy the entire space between fixed points, except just sufficient space to permit lever is thrown upward between the stops, the stops and lever fill the entire space be; "tween the fixed points. The fixed points for the passage of one key leverwhen one key the stops S are "the posts or framework P P, shown .in Fig. 2. The fixed points for the stops S arev P, P, P and P posts P P divide the stops S into three sec- The" p tion's, one of which is between the posts I posts I? and P. The stops S of the front- .key lever B has passedi .and'while it is still there P'Pflasecond of which is between the posts P P and a third of which is between the rank differ in shape from the rear stops S;

each'stop S has-a portion cut away from each side, leaving a narrow stem 1 sand forming-anopening between each two ad-' acent stops; the openingio is ,of. a size to permit the end of a key: -ver B to'be re- .10

teem of the the opening 0 e stops S will 'ceived within it, and w swing to one side and permit a second key bars working" in guides formed in two hori, 'zontal pl'atesm and the upper one of "which, a, supports the tablet rods m the normal or inexposed position by means of position the pawl will hold the tablet in shown in F ig '1. c ofeachfpawl stands 1n the wide notch 0 'of its respective tablet rod. When a tablet lever tobe thrown up between them; but the rearmost bank of stops S not vbeing provided with any similar cut away part, av .jsec'ondkey lever in the same section cannot be raised. The combined action of the stops thus prevents the lifting of more thanrone key lever in a section, but allows one key lever iii each section to be lifted immediately succeeding the lifting of a key lever in another section, and while the first liftedv key lever is still in its'elevated position.

The tablet-rods C are preferably straight lugs w on the tablet rods. .Each tablet rod is provided'with two wide notches '0 and c, and a'number'of small teeth 0' between the two wide notches. The tablet rods are raised slightly by means of the primary actuator,

in this case the key lever B,,and' the tablet rods-are held in the intermediate posit on by triangular-shaped pawls. C. These pawl's are pivoted-on the pin or rods, and

for each pawl is provided a spring d which tendsto hold thepawl in the'normal posit on .In this-position the point rod vis raised by its key lever, the lower shoulder formed by the notch 0 strikes the point of its respective paw-l and tilts 1t into the position shown in Fig. 5, so that the point of the pawl will engage theteeth c and in this the intermediate position, the spring d resting upon one of the points of the triangular pawl as 7 shown. It will be seen that the tablet rod between the teeth a? andthe lower wide'notch 0 is provided with a smooth surface the object of which is to permit the tablet rod to drop back so that the teeth a will engage. the-pawl in case the tablet rod is overthrown by the key lever. When the tablet rod is raised by the secondary actuator to expose the tablet, the point of the.

pawl C will be opposite'ithe wide notch c and free 'to resume its normal position as shown in Fig. 6, the tablet being held 'in the exposed position by 'the lifting device of the 'secondary actuator. When the rod'ofgan ex- 'of the pawl when the tablet rod descends 'normal position the'pawl will again be'op- I key levers B.

eaiis posed. tablet becomes disengaged from the lifting device upon a subsequent operation of the machine, the upper shoulder at the lower wide notch a will strike the point and rotate the pawl to the position shown indotted lines in Fig. 6, so that the awl will not interfere with the descent of the tabletv rod. When such tablet rod'is in its link L, crank K, the-ratchet wheel and shaft w. The lifting bar or wing W is rigidly carried-bytheshaft w which is journaled in suitable hearings in the side frames of Y the machine and this shaft is provided with a ratchet wheel with which a pawl Q, engages to permit rotation in one direction only. The shaft is also provided with a the upper end of the link L. The pin. K? also works in two eccentric channels is having-shoulders g and g, as shown in Fig. -l. At the lower end of the link L is a-weight Z carried by two arms pivoted at Z and which weight extends across vthe entire series of The-operation of the primary and secondaryactuators in elevating a tablet rod,

.is as follows: When the parts are at rest,

the tablet rods-all down in their concealed position, the pin K will be at the lowerpart of the cam track 7: resting against the stop when the finger rest B is pressed downward, the inner end of the key bar B is raised,the link L is raised until the pin K traversing half of the. cam slot It strikes against the stop the tablet rod is also par tially raised by the same movement passing up high enough so that the pawl O catches into the teeth 0 and prevents the tablet rod from. dropping again; if now the operp 115 B, the Weight Z becomes operative, the link L drops, the pin K drops out of engageative force beremoved fromthe finger plate ment with the stop g,'and the pinK continues'the circuit of the cam slot k until it strikes against the stop g1; Thefirst move:

ment of the t'abletrod lifted the arm to into the path of the rotating wing W, and

the rotating wing V is so adjusted that 'at the moment the pin K 'engages the stop 9, the wing W is nearing thearm w, asshown in Fig. 3 and as the link L drops, and the crank K. completes its'revolution under the impelling force .of the weighted link'L, the wing W liftsthe tablet rodcompletely. up v The tabletthus moved, to the exposed; pos 3 g.

9o crank K having a slot. in which works the y wrist pin K projecting laterally through inn is held in that position by the engagement of thewing W and the lug w on the tablet rod and will remain in that position until the subsequent depression of a key lever" which causes the wing to rotate as above described, whereupon the wing passes from under the lug wand the tablet rod will as;

scen'd, the downward movement of the tablet rod shifting the pawl C as before explained.

In connection with each tablet rod, is a rack adapted to givemotion to the register wheelfthe rack is on a vertical rod independent of the tablet rod but operated by the same key. At the upper end of the vertically movable rod 1" is a rack. r connected to therod 1" by pins traversing oblique parallel slots in the rack 1'', above the rack r onthe pin M is-an ,arm m, and across the case behind the rods 7 are two rods 4; o; the free end of the arm on engages when the rod 1" is dropped with the rod 11 and the arm is thrown into a position to hold the rack firmly down upon the pins 7' W; the teeth of the rack are also thrown forward to a po sition to engage with and actuate the pinion R intermediate between the rack and the, register wheel B. When the rod 1' islifted in operating the key B, the free end of the arm m engages with the rod 2; and turns the arm to a position to permit the rack r to rise and move backward on the pins r r and drop with the rod r past the pinion It without actuating it in the reverse direction.

' [By looking the rack 4" to the rode", the rack ca not become disengaged from pinion R untilreleased by arm m, and since this release takes place at the end of the upward stroke ofrod r-the're can be no overthrow of the register during the positive stroke of the I keysij This is of the utmost importance,

sincef if means are not employed for positivelylocking the keysto the register during the positive stroke, it will be possible .by suddenly arresting the depression of a key during the positive stroke to effect an overthrow of the register. Any suitable mechanism may be employed to prevent overthrow at the completion of the positive stroke of the key, such, f0r example, as by. engaging the rack r with the casing, as shown, at the end of the positive stroke. This engagement of a rack which operates a register with a stationary stop at the completion of the positive stroke of a key to prevent over throwhas been suggested in, the art. I am not aware, however, that anyone prior to myself has suggested means by which a key can be coupled positively to a register to effect a positive movement thereof without overthrow. of that with such mechanism has been employed a device for preventing overthrow at the completion of the positive stroke.

In, place of th'e triangular shaped S with their cutaway parts forming the opening 0, the form of the stop showh in Fig. 3 may be used in which one set of stops consist of a number of disks Usliding on arod u, and the second set of stops consist of an equal number 'of similar disks U slid ing'ion a rod u; The-key stem B passes between the rods u, a and between the ad acent stops on the rods. The stem of the key B is cutaway at B so that a-fter the stem.

their edges beveled so that the o'peningatv the edges between adjacent stops on the same? bar is much greater than is the space between them nearer the bar, and a second key in the same section cannot be forced between the stops, because in the same section there would only be space for the stops belonging to that section and for one key bar.

connection with the disk steps of Fig. 3, the un-cut-away portion of the key bar en-v gages with the section stops U, and the -cut away portion B engages with the stops U that pass entirely across the case.

lVhat I claim is 1. In a cash register, the combination with a series ofkeys and key lovers, of a series'of pivoted wedge-shaped stops preventing the simultaneous movement of two or more key levers, saidstops being provided with recesses which receive the key levers at the completion of their movement in one direction and permit the separation of the stops by the movement of a second key, substantially as set forth. 2. In a cash register, the combination with a series of keys divided into two or more sections or groups, of a stop mechanism for each of said. groups, preventing the operation ofa second key in that group until the first key has returned to its normalposition, and a stop mechanism common to said two or more groups, preventingtthe simultaneous operation of any two of said keys,obut permitting the successive operation-ofkeysof different groups, substantially as setforth. 3. In a cash register, the combinationwi-th a series of keys and key levers, divided into two or more sections or groups, of a series of pivoted wedge-shaped stops cooperating with the key levers of each group and preventing the movement of a second key lever of the group until the first key lever has returned to its normal position, and a second series of pivoted wedge-shaped stops cooperating with all the key levers and acting to prevent the simultaneous movement of two or more of such key levers, said second series of stops having recesses which receive the key. levers at the end of their movement andzpermit the movement of "a second key leveri,=..'sub stantially as set forth.

first key has returned to its normal position,

substantiallyas' set forth.

. 4. In a cash register, the combination with the key levers B, divided into sections or groups, of the stops S having recesses s and cooperating with all the key'levers, and a series of stops S cooperating with the key levers of each" group, substantially as and for the purpose set forth.

5. In a cash register, the combination with a series of keys arranged in two or more banks or sections, of a stop mechanism arranged to prevent the simultaneous operation of any two keys but permitting the operation of a second key in a different bank before the first key has returned to its normal. position and preventing the operation of a second key of the same bank'before the 6. In a cash register, the combination with a series of tablet, rods, of a series of key levers adapted to move the tablet rods toward but not into indicating position in a direction only substantially vertical, means for holding the tablet rods at the intermediate position, and a second actuator acting on the tablet rods to complete the movement of the tablets to the indicating position, substantially as set forth.

7 In a cash register, the combination with a series ,of tablet rods, of a series of key levers adapted to -move thetablet rods toward but not into indicating positions in a direction only substantially Vertical, means independent of the key levers for holding the tablet rods at the intermediate position, and

a second, actuator acting on the tablet rodsto complete. the movement of the tablets to .the indicating position, substantially as set forth.

"8. In. a cash register, the combination with a series of tablet rods, of a series of key levers acting on the tablet rods to move .them toward but not into indicating posi tion' in a direction only substantially vertical means independent of the key levers for holding the tablet rods at the inter mediate position, and a'seconc actuator acting upon said tablet rods to e them to the indicating position, said second actuator acting tomove the. tablet rods with the return movement of the key levers, substantially as set forth.

9. In a .cash register, the combination with a series of tablet rods, of a series of key levers moved in one direction by hand and lifting said tablet rods to an intermediate position, a weight raised by the movement of the key levers and com elling their return movement, and a secon actuator for completing the lifting-movement of lthe tablet rods, connected with said weight and operated by the movement thereof, sub- 'stantially as set forth.

. .10. In a cash register, the combination- 1 with tablet rods which are lifted by succes- I a, sive movements ,to the indicatlng position,

.of a pawl holding the tablet rods at the" intermediate position by engaging with teeth thereon, turning notches on the opposite sides of said teeth for permitting the reversal of thepawl, and a plain or untoothed surface between the lower turning tablet rod to return to the intermediate position if overthrown, substantially as set forth. A

-11. In a cash register, the combination of a series of tablet rods, key levers adapted notch and the holding teeth to cause the.

to 'enga c with said tablet rods and partially lift them, a lifting wing rotated in one direction only and adapted-to engage with said tabletrods in the r partially elevated position, and means for rotating said wing and thereby completin the elevation of said tablet rods, substantia 1y as set forth.

12. In a 'cash register, the combination of a series of tablet rods, key levers adapted to engage said tablet rods and partially lift them, a lifting wing rotatable 1n,one direc 'tion only, a stop causing the rotary action of said wing to intermit, means for bringing the partially lifted tablet rod and the wing into engagement and for rotating said wing and thereby completing the elevation of said tablet rod, substantially as set forth.

13. In a' cash register, the combination of a series of tablet rods, means for" partially lifting them, a lifting wing having intermittent rotary motion, means for on aging the wing with the partially elevate rods, means for partiallyrotating thewing, and

means for stopping the rotary motion of said wing when the tablet is fully elevated, substantially as set forth.

14. In a cash register, the combination with a series of tablet rods, a lifting wing,

having an intermittent rotary movement and'adapted to engage with and lift said tablet rods,'and a stop adapted to intermit 1 the rotary movement of sald wing at each half revolution, substantially as set forth.

l5. Ina cash register, the combination of a tablet rod, a rotating lifting wing, and

means for giving intermittent. motion to said llfting wing, consisting of an actuating eccentric guide slots, and a link connecting said key as set forth. v

16. In a cash register, the combination of key, a crank, a radially movable crank pin,

and said crank pin, substantially a tablet rod .and a ,rotating lifting wing, a crank actuating said lifting wing,'a crank pin radially movable along said crank, means for actuating said crankpimand eccentric guide' slots provided with stops 9 substantially asset. forth.

17. In acash indicator, the. combination of a series of keys representing different values,'-a. series of tablets indicating corresponding values cooperating with said keys,

:35 ating with any djusted-indicator tojca'rry 4 'stantially as set forth.

a horizontal'shaft carrying a ratchet Wheel, a dog cooperating with said wheel to permit of the rotation of said shaft in one direction only, a weighted reciprocating bar moved in one direction by said keys, and connections between said wei hted bar-and said shaft whereby the. raising of said Weighted bar causes the partial rotation of said shaft,'the weight of said bar being sufficient to complete the rotation of said shaft, and the operation of the connected parts after the movement of said key, sub- 18. In a cash register, the combination with a series of keys representing different values, a series of tablets indicating corresponding values cooperating with said keys,

a registering mechanism, a series of pivoted bars carried by the keys and each arranged to actuate the registering mechanism an amount corresponding to the value of its key, a horizontal shaft carrying a ratchet wheel, a dog cooperating with said Wheel topermit rotation of said shaft in one direction only, a weighted reciprocating bar moved in one direction by said keys, and connections between said weighted bar and said shaft whereby the reciprocations of i said weightedbar causes the rotation of said shaft, allcombined and operating so that the operation of any key moves its indicating tablet and operates the registering member the required amount, substantially as 'set forth.

, 19. In a cash indicator, the combination with a series of indicating tablets representing different values, a series of keys for directly lifting said tablets toward but not into indicating position in a direction only substantially vertical, a rotary bar coiiperating with;any lifted tablets to carry them into indicating position, and a motor con-- trolled by said keys for operating said rotary bar, substantially as set forth.

20. In a cash indicator, the combination with a series of indicators, a series of keys for adjusting said indicators vertically toward but not into indicating position, a

rotary member cooperating with any adjusted indicators to carry them vertically to indicating position, and a motor controlled by said keys for operating said rotary member.

21. In a cash register, the combination with a series of indicators having vertically movable stems, of a serles of keys for giving said stems a slightvertical movement, and a rotary actuating member arranged to engage and fully elevate such lndicator stems as have been partly elevated.

22. In a cash register, the combination witha series of indicators, of a series of keys for adjusting the'findica'to'iS- toward dicating position. a rotary v member coeperjit' to its. indicating position, and means Qper. ated by the keysforactuating said rotary member. a, t

In cash fai'ster, cQmbination' with a series of indicators -of a series of keys arranged to move said indicators toward indicating. position, a movable member common to said keys, and'a rotaryinemberoperated from the movable memberand arranged to complete the movementofi the said indicators to their indicating position.

124.. In a cash register, the combination with a'register actuating pinion, ofa, y-

ing bar, a rack carried bysaid bar andiaenqf gaging the pinion and movable onfusaid bar 30 laterally away from the pinion, and a cam carried by said bar and engaging fixed points on the framework for moving the rack into engagement with the stantially as set forth. 7

with an actuating pinion, of an operating bar, a rack earned by said bar for engaging Said pinion and movable laterally on the"? ing bar, a rack carried by said bar and engaging said pinion and movable on saidbar j laterally awayfrom said pinion, alocking mechanism between saidbarand saidrack for locking said rack in its position of engagement with said pinion, and a fixed projection uponjthe framework of the machine arranged to. move said locking mechanism out of locking position, substantially as set forth.

. with a registering member,a bar mounted on each key and adapted to engage the regis: tering member to actuate it according to the value of the key, a camon each of said bars and a fixed rod common to all of said bars and cooperatingwith the cams on said bars 5! 'to efiect a posltive engagement of said bars with said registering mechanism, substan;

tially as set forth. 1 28. In a key-operated cash rcgisterpthe combination withthe registering mechan ism, of a bar connected to andfmove the key and adapted to operate said tering mechanism, andacam operat g cause the positive engagement ofjsa"d with the registering mechanism, sub tially asset forth; 29.111 a key-operated cash'=register;., the combination with a fregistering v fmec'hi isn't- 6f a series ofbars "moved byT-the and *adapted to operate saidf regis e mechanism, means "for bringing said 'bar's 1 pinion, sub- V H A 4 J5,- 25. In a cash register, the combination 27. In acash register,the combination ofg ter, and means for unlocking-said device on thereturn stroke of the .key lever so as not to'actuate the register during the return stroke of said key lever, substantially as set forth. v

31. In a cashregister,=the combination of a series of key levers representing different values, a reg1ster,.and devices between said register and key levers for automatically locking-the key levers to, the register at the 1 as i the register accordin beginning of its movement and for keeping the lever and register locked together during the positive stroke of the lever, whereby overthrow offthe register is prevented, and for giving-varying degrees of movement to to the valueof the key levers substantial y as set forth.

32.-In a cash register, thecombination with a series of key levers representing dif ferent'values, a register, a series of graduated actuating devices interposed between the key levers and the register, and means for lockin the actuating device of-each key lever to t e register at the beginning of movement of the latter and for keeping the leverand register locked together during the positive. stroke of the lever, whereby over-,

throw of the-register is prevented, substan- 'tially as set forth.

.ferent values,a register, a. series of gradu- 33."In a, cash register, the combination with a series of key leversrepresenting different values, a register, a series of graduated actuating devices pivoted to the key levers and interposed between them and the register, and means for locking the actuatg device f each key lever to the register at the beginning of movement of the latter, and for'keeping'the lever and register locked together during the positive stroke of the lever, whereby overthrow of the register is prevented, substantially as set forth.

- 34. In a cash register, the combination with a series of key levers representing difated actuating devices interposedv between the key levers and the register, means for f 4 locking the actuating device of each key leverto the register at the beginning of movement of the'latter, and for keeping the lever and register locked together during the positive stroke of the lever," whereby overthrow of" the register is prevented, and means for automatically rendering the actuating de= vice of each key lever inoperative in connection with the register subsequent to the operative stroke of a key lever, substantially as set forth.

35. In a cash register, the combination with a registering Wheeland an actuating device therefor, of means mounted on said actuating device for automatically locking the same to said registering wheel during the registering movement.

36. In a cash register, the combination with a registering wheel and an actuating device'therefor, of means mounted on said actuating device for locking the same to said registering wheel during the registering movement, and means independent of said actuating device for acting upon said locking means to control the locking eflectiveness thereof.

37. In a cash register, the combination with a registering Wheel and an actuatin device therefor, of means mounted on said actuating device for locking'the same to said registering wheel during the registering movement, and means independent of said means to lock the actuating device to'the registering wheel during the movement'of registration, and unlock the actuating device v to permit it to ride free of the registering wheel during the non-registering movement of the actuating device. 3

38. In a cash register, the combination with a registering wheel and a reciprocatory actuating device for operating said locking registering element therefor, of a movable register engaging device carried bysaid reciprocatory element for engaging said registering wheel, and locking means also mounted upon said reciprocatory element in proximity to said engaging device for locking the latter to said registering wheel,

39. In a cash register, the combination with a registering wheel and a reciprocatory registering element therefor, of a movable register engaging device carried by said reciprocatory element-for engaging said registering wheel, locking means also mounted upon said reciprocatory element in proximity to said engaging device for locking the latter to said registering wheel, and means independent'of said reciprocatory element for operating said locking means to control the locking effectiveness thereof,

40. In a cash register, the combinatio with a registering wheel and, a reciprocatory registering element therefor, of a movable register engaging device carried bysaid reciprocatory element for engaging said registering wheel, locking means also mounted upon said reciprocatory element in proxim I ity to said engaging device for locking the latter to said registering wheel, and"means.

independent of said reciprocatory element foroperat-ing said locking means to lock said engaging device. to said-registering wheel.

during the registering movement in one direction of reci rocation'of said element, and unlocklng sa1 engaging device from S5116,

wheel prior to the reverse movement of re ciprocationof said element.

41. In ajcashregister, the combination with a registering wheel and a reciprocatory registeringelement therefor, of a movable register engaging device carried by said reciprocatory element for engaging said registering wheel, and means mounted on said reciprocatory element for operating upon said engaging device to lock the same to said registering Wheel during the registering movement of reciprocation and for blockingsaid engagingdevice from overthrow movement at theend of such registering move:

ment. a

42. In a cash register, the combination with registering devices, of actuating devices for same, register engaging elements carried on said actuating devices, arms mounted on said actuating devices for looking said engaging elements to said registering devices, means for causing said arms to move to locking and unlocking position, and a stationary element for preventing disengagement of said register engaging-devices from the registering devices until the actuating devices begin their return strokes.

43. In a cash register, thev combination with registering wheels, of driving elements therefor, register Wheel engaging elements carried by said driving. elements, arms mounted on said driving elements positioned In testimony whereof, I sign this speci' fication in the presence of two Witnesses.

I FRANCIS o. OSBORN. l/Vitnesses EFFIE I CROFT, CHARLES E. BURTON.

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