Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.


  1. Advanced Patent Search
Publication numberUS3653323 A
Publication typeGrant
Publication dateApr 4, 1972
Filing dateNov 3, 1969
Priority dateJul 26, 1968
Also published asUS3631535
Publication numberUS 3653323 A, US 3653323A, US-A-3653323, US3653323 A, US3653323A
InventorsEdward Kelly, John Di Lello, Jared Mcgowan
Original AssigneeCredit Systems Inc
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Card positioning and printing unit for credit card reading and imprinting equipment
US 3653323 A
Abstract  available in
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

' United States Patent 1151 3,653,323 McGowan et a1. 45 A 4, 1972 54] CARD POSITIONING AND PRINTING 3,283,711 11/1966 Lew 101/269 UNIT FOR CREDIT CARD READING ggggg- 8x32? SW13 um1 a IMPRINTING EQUIPMENT 2,935,939 5/1960 Doherty et al [72] Inventors: Jared McGowan, Lansdale; John Di Lello, ,2 9, 6 ight Warminster; Edward Kelly, Philadelphia, 3,277,822 10/1966 11 6! l i all of Pa. 1,032,510 7/1912 Scott ..lOl/269 [73] Assigneez C r edit Systems, Inc., Colmar, Pa. Examiner clyde L coughenour [22] Filed: 1 Nov. 3, 1969 Attorney-Sperry and Zoda 21 'A pl. N615 873,384" 57 ABSTRACT v v A tray supporting a credit card and sales slip, when advanced, [52] 'U.S.'Cl..... .....l01/269, 235/61. causes a-hold-down plate to' clamp the -card and slip in print [51] 1 Int. Cl. .L ..-.....'.....B4lt3/20 position. The plate is adjustably presettable to meet customer v 51; Field of Search 101 269, 274, 282, 284, 285 requirmems- An Operating meehanism drives a Spring-loaded printing roller to imprint the slip, and has a long-stroke capa- [56 References cited bility toincrease the print area. The insertion of a card allows 2,092,026 9/1937 -Schaefer.

UNITED STATES PATENTS 1/1969 MauletaL. 101/269 3,003,4151o/1961 Herbert ..101 269 38 36 34 41 7o 42 1v-|u1mI -1111|111v 1111111-"i .64

imprinting either from the side or end'of the slip anywhere along its length and also allows extension of the credit card legend longitudinally of the path of roller travel to improve print quality.

PATENTEUAPR 4x912 SHEET 1 [1F 3 swam m we... u m m m \N mm 0M w v H w A Q E I. l W M Y, MJ E W. Uh IIIL l|.. PI W\ l 1* n w 7 I. m" 1 f 3 i} i it 1 u m a L 7 sq N\ N V A; l m m n k. A ll xlq m I. 9 iiiP-I Q 11 Q Q M w @W Q N PATENTED APR 4 I972 SHEET 2 OF 3 mvem'orLs JAR-ED Mc Gownu;

Jon-m DILELLO Eownrlo KELLY EY w F ATTOFLNEYS The present application is related to application Ser. No. 748,014 filed July 26, 1968 by Thomas Bilinski, Jr., Donald W. Fleischer and Jared M. McGowan.

BACKGROUND OF THE INVENTION 1. Field of the Invention The invention relates to electrical communications, in particular those incorporating a selective function wherein transmission of a selected impulse to a remote location produces at said location-an electrical comparison of said impulse with stored intelligence to effect a return signal which, according to the stored intelligence will be either affirmative or negative.

Although apparatus having the characteristics described above is usable in any of various fields, one in which it can be employed advantageously is consumer credit information. Thus, in a department store, a salesperson is enabled to insert a customers coded credit card in the apparatus constituting the present invention, together with a sales slip, and receive almost instantaneously intelligence as to whether the customer is or is not permitted to charge the purchase.

In the prior art, further, to our knowledge there have not been provisions for imprinting 'a sales slip upon an area along the length thereof, except of course by special modification of the apparatus. In this connection, sales slips as used by department stores and other mercantile establishments vary widely in size and format-In some cases, a department store may desire that the imprint of credit card information be placed upon the sales slip in an area extending along one side edge of the slip. In another instance, a department store may desire that the information transferred from the credit card be imprinted at the top of the sales slip. In still other instances, it may be desired that the credit card legend including the card holders name, address, and account number be placed at the bottom of the slip.

The prior art also, to our knowledge, has failed to give consideration to the necessity of adjusting the hold-down or clamping means, that holds the credit card and sales slip in place for reading of the card and imprinting of the slip. Yet, customer requirements vary widely with respect to the thickness of the material to be imprinted, and this causes a problem with respect to presetting the hold-down means according to the requirements of the department store or other establishment intending to make use of the device.

The prior art, further, has also left unsolved the problem of assuring, at all times, a print of high quality, and in many instances, it is found that the information imprinted upon the sales slip cannot be deciphered due to the fact that the printing pressure was either too light or even too heavy.

SUMMARY OF THE INVENTION To provide the simplified, compact unit which to my knowledge has heretofore not been produced when the teachings of the prior art are followed, the apparatus constituting the present invention incorporates a tray sliding upon a support frame or chassis within a suitable housing. The tray receives a coded credit card, on which the holders name, address, and usually his account number, are embossed. A document on which the indication of good credit is to be without imprint (or which is to be left imprinted to show bad credit) is positioned over the credit card, and the tray is shifted inwardly by the user. This operation effects movement of a codesensing block, which is carried by the tray assembly, into an engagement with the card. According to the code which the block reads upon contact with the card, a signal is automatically transmitted to a remotely located computer or central memory. There is returned, instantaneously to all intents and purposes, to the apparatus constituting the invention, an answering signal, which may be that the credit is good. Altematively. the answering signal may be that the customer has poor credit.

The apparatus comprising the invention includes a motordriven roller assembly, mounted above the tray assembly. If the good credit signal is received, the motor is energized, and drives the roller through a single printing cycle. The roller is, in this instance, moved over the sales slip, and causes, by pressure upon the embossed characters of the credit card, imprinting of the customer's name, address and account number upon the sales slip. At the same time, the roller assembly unlatches the advanced tray, and ejects the tray with the card and sales slip. If, alternatively, a bad credit" signal is received, a solenoid is actuated instead of the motor, which unlatches the tray assembly without imprinting of the sales slip. The ejection of the sales slip without imprint informs the salesperson that the customers credit is not good, and that the charge sale is not approved.

In the present invention, the means for driving the roller is designed to incorporate a long-stroke, so that the roller can traverse an increased length of printing area as compared to prior art devices. The arrangement, further, taken in combination with the insertion of the credit card from the side, allows the legend that is to be imprinted upon the sales slip by transfer from the credit card, to extend longitudinally of the path of roller travel. In this way, the roller contacts each digit or character of said legend separately, in consecutive order, rather than passing over all the characters of each line of information simultaneously as heretofore has been the case. In this way, print quality is improved.

Summarized further, the invention incorporates a roller assembly that is particularly adapted to cause a resilient, uniform roller pressure upon the credit card, accommodating varying thicknesses of material to be traversed by the roller without changing the quality of the print. And, in conjunction with this arrangement, the invention includes an adjustably presettable means for acting upon the hold-down or clamping plate, whereby adjustment in the clamping pressure can be made according to a customers requirements, before the apparatus is shipped to the customer.

BRIEF DESCRIPTION OF THE DRAWING FIG. 1 is a top plan view of a credit card reader imprinter, the outer casing being omitted, portions being broken away and other portions being shown in section;

FIG. 2 is a longitudinal sectional view, substantially on line 2-2 of FIG. 1, the card support tray being advanced and latched in its card reading and imprinting position, the roller assembly being in its normal, rest position immediately prior to traversing the area to be imprinted;

FIG. 3 is a view similar to FIG. 2 in which the card support tray has been unlatched and retracted following traverse of the printing area by the roller; and

FIG. 4 is a transverse sectional view substantially on line 4- 4 of FIG. 2.

DESCRIPTION OF THE PREFERRED EMBODIMENT It will be understood that in a commercial embodiment of the invention, the entire apparatus illustrated in the drawing would be housed in a suitable outer casing such as shown, for example, in co-pending application Ser. No. 748,014 filed July 26, 1968. However, since said casing is not essential to disclosure of the present invention, it has been omitted.

Nor, since the present invention is concerned primarily with an improved roller assembly, roller assembly drive mechanism, and card-receiving area, it is believed essential to illustrate circuitry, contact block details used in reading the code of the credit card, etc. All of these have been illustrated and described in complete detail in the mentioned co-pending application.

For the purposes of the present invention, it is sufficient to note that as in the co-pending application, the device includes a support frame that would be housed within the outer casing, said support frame being generally designated 10 and including a base 11 and side plates 12 of opposite but identical formation.

Formed in the side plates are transversely aligned, longitudinally extending, inclined guide slots 14,16, and engaged slidably in said slots are the ends of transversely extending tray support bars 18,20. These extend through openings formed in depending side flanges 21 of a horizontally disposed tray support plate 22, welded or otherwise fixedly secured to the under side of a wide, elongated, flat card support tray 24 of substantially greater width than frame (see FIG. 1) and projecting at one end beyond frame 10. The projecting end of tray 24 is formed with a depending lip 26 providing a handle.

To accommodate the laterally projecting side portions of tray 24, and also to provide side openings through either of which a credit card C can be inserted, side plates 12 are formed with elongated longitudinal recesses 28 opening at one end upon the front end of the frame (the right hand end as seen in the various figures of the drawing).

At the other end of the frame or chassis, side plates 12 have integral, inwardly turned flanges 30 overlying a gear reduction motor 32 having a vertically upper projecting shaft 34 the end of which extends above flanges 30 and is connected to a crank arm 36. Arm 36 is rotatable with shaft 34, and at its outer end is pivotally connected at 38 to one end of an elongated link 40 the other end of which has a pivotal connection 42 to a roller assembly generally designated 44.

Roller assembly 44 includes a generally horizontal top plate 46 the rear end of which (see FIG. 1) is formed with a longitudinally, centrally extending guide slot 48 receiving motor shaft 34. Depending side flanges 50 formed on the front end portion of plate 46 have laterally outwardly extending guide lugs 52 at their front ends, slidably engaging in guide plates 54 mounted upon the inner side surfaces of side plates 12. Plates 54 may advantageously be molded of a low-friction plastic material, and have guide slots 56 in which the lugs 52 slide, and which have upturned ends 58.

Roller assembly 44 also includes a pair of roller support arms 60 pivotally supported at their rear ends by pivot pins 62 that extend laterally inwardly from flanges 50. Between the front ends of arms 60 a printing roller 64 is rotatably mounted.

Referring to FIG. 4, formed in the arms 60 are upwardly opening recesses 66 receiving compression coil springs 68 held under compression between top plate 46 and roller support arms 60.

Screws 70 (FIG. 3) extend through slots 71 formed in top plate 46, and after passing through springs 68 threadedly engage in openings formed in arms 60, for adjusting the tension of the springs.

Referring to FIG. 1, a roller shaft 72 extends between the distal ends of arms 60, and is held in place by set screw 74. Rotatable on shaft 72 is the printing roller 64.

A hold-down or clamping arm 76 (see FIGS. 2 and 3) is normally in an inclined or raised position as shown in FIG. 3, and at one end has depending ears 78 apertured to receive bar 18, on which arm 76 is thus pivotally mounted to swing between its FIG. 2 and FIG. 3 positions.

Biasing arm 76 from its FIG. 3 to its FIG. 2 position is a cam pin 80, upon which a rotatable sleeve 81 may be provided. Pin 80 is adjustable in a direction having both a vertical and horizontal component, to provide for fine adjustments in its position in respect to the clamping plate 76, through the provision of inclined adjustment slots 86 (see FIG. 3) formed in plate 84, through which extend screws 88 threadedly engaged in openings provided in the adjacent side plate 12.

Normally biasing the clamping plate upwardly to its FIG. 3 position is a torsion spring 89 (FIG. I

Tray 24 is normally in a rest position shown in FIG. 3, also termed a retracted position. When in this position, it is adapted to receive a card C and sales slip S or other accompanying document. These may be inserted either from the side, through slots 28, or from the front of the device. Thereafter, the user pushes the tray forwardly to its advanced position shown in FIG. 2. In this connection, the tray is normally biased yieldably and resiliently to its retracted position by extension springs 90 connected between retaining pins 92 of the support frame, and the projecting end portions of cross bar 18.

Tray 24 and tray support plate 22 comprise a tray assembly generally designated 94. This may appropriately be considered as a component portion of a card support means generally designated 92.

Card support means 92, in this regard, also includes a code sensing means carried by the tray assembly. Referring to FIGS. 2 and 3, a pair of yoke arms 96 are pivoted at one end, upon cross member 20. Carried by and extending transversely between yoke arms'96 is a pin or contact block 98. This is normally supported by yoke arms 96 in a lowered, retracted position shown in FIG. 3. In use of the apparatus, however, it is biased upwardly to a code-sensing position shown in FIG. 2, in response to advancement of the tray assembly from its .retracted to its advanced position.

The shifting of the sensing block 98 upwardly to its FIG. 2 position is accomplished through the medium of a downwardly projecting nose 100 on the distal end of each yoke arm 96. Nose 100, in the illustrated, preferred embodiment, is formed as a roller freely turning upon its associated arm 96, and rollably supported upon an upwardly, rearwardly inclined cam plate 102. Plate 102 is affixed to and extends between side plates 12 and constitutes a portion of the support frame. Yoke arms 96 normally tend with their supported block 98 to gravitate to a position effective to maintain the rollable contact of nose 100 with cam plate 102. Accordingly, when the tray assembly is advanced as previously described herein, the inclination of the cam plate 102 causes yoke arms 96 to be pivoted upwardly from their FIG. 3 to their FIG. 2 positions, thus bringing the block 98 into contact with the credit card C supported upon tray 24.

The details of construction of the block 98 have been fully set forth in the hereinbefore mentioned, co-pending application Ser. No. 748,014. Such details, accordingly, need not be repeated herein. It is sufficient to note that the credit card C is provided with apertures according to the particular code of the card, which apertures are located to receive pins 104 of block 98 when the block is in its FIG. 2, sensing position. As shown in FIGS. 2 and 3, the tray assembly has a rectangular opening 106 receiving block 98 in these circumstances.

Thus, some of the pins 104 will be depressed, these being the pins that register with and hence are received in code apertures of the card. Other pins, however, will be depressed, due to the absence of apertures in the card at the location of these other pins. By suitable circuitry, discussed in detail in the co-pending application, the sensed code number is transmitted to a central memory, not shown, for a credit check. Again, as discussed in the co-pending application, the central memory signals the unit, either that the credit of the card holder is good, or alternatively, that the credit is bad.

Also, as shown in the co-pending application, there is provided in the apparatus a latching means adapted to releasably engage the tray 24 in its advanced position. To this end, a latch element or pawl 108, of right-angular shape, has a lower end formed with a latching recess or notch 110. A torsion spring 112 bears at one end against the latch element, and is coiled about the cross bar 18 with its other end engaged against an adjacent projecting portion of the tray support plate 22.

It is mainly important that the spring be so retained as to exert a resilient, yielding pressure upon the latch element tending to bias the same clockwise as viewed in FIG. 3, about the cross bar 58.

By reason of this arrangement, when tray 24 is advanced from its FIG. 3 position with the latch element 108 overlying cam plate 102, the latch element will be biased against the tension of its associated spring in a counter clockwise direction by the cam plate, until the latch element moves to a position in which its notch 110 will receive the upper or rear edge of the cam plate. This is shown in FIG. 2, wherein it is seen that the engagement between latch element 98 and cam plate 102 will retain the tray in its advanced position. At the same time, the

advancement of tray 24 will be efiective to cause the cam bar or pin 80 to bias plate 76, against the tension of its associated spring 89, to its clamping position shown in FIG. 2.

Further, with movement of tray 24 to its advanced position, the cam plate 102 will bias the codesensing means constituted byarms 96 andblock 98, upwardly. This causes the pins 104 to sense the code of card C, closing a circuit according to the sensed code that signals the remotely located central memory. Here would be stored the desired intelligence with respect to all accounts. Substantially instantaneously, accordingly, if a particular account number is a good credit account, the central memory will command the apparatus to imprint the sales slip S with the customers name and address. This is done by causing the roller 64 to traverse the credit card, to transfer the imprint of the name and address carried by said card, to the sales slip.

If, on the other hand, the computer or central memory finds that the account is not a good one, the computer commands the apparatus to reflect the existence of said second fact. In the illustrated example, this is done by releasing the tray for retraction by springs 90 with the sales slip devoid of the imprint.

To this end, there is provided a-solenoid 114 secured to the underside of cam plate 102, and having a plunger 116 normally disposed, in the deenergized condition of the solenoid, in an extended position! An angular trip element 118 is pivoted, intermediate its ends upon a stationary pin 120, and is pivotally connected at 122 to the plunger 116.

Assuming that the apparatus has been commanded to reflect the second fact upon the sales slip S, solenoid 114 will be energized instead of motor 32. This causes the plunger to be retracted, as a result of which the trip element 118 rotates counter clockwise as viewed in FIG. 2. When this occurs, pawl 108 is engaged by the trip element, and is accordingly cammed in a counter clockwise direction thereby, disengaging from the cam plate 102. This frees the tray 24 for immediate retraction by springs 90, and at the same time, block 98 drops downwardly while the clamp plate 76 swings upwardly to release the card and sales slip for extraction from the apparatus.

Conversely, when the apparatus is commanded to indicate the existence of good credit, an appropriate impulse from the computer causes operation of motor 32 ratherthan solenoid 114. Motor 32 operates to rotate shaft 34 through a single rotational cycle, causing roller 64 to move to a single backand-forth stroke, thus to imprint the sales slip.

It will be understood that the embossed characters on the card are directed upwardly, in contact with the upwardly facing sales slip. Accordingly, when the roller exerts pressure upon the face of the sales slip, the characters will be imprinted upon the sales slip by the inked roller, since the only pressure points that will be transmitted to the slip are at the locations of the embossed characters of the card. If the sales slip is in multiple, suitable interleavings of carbon paper, or the equivalent thereof, will correspondingly imprint the duplicates.

When the roller is moved from its normal rest position shown in FIG. 2 across the printing area to its opposite extreme position shown in FIG. 3, an adjustably positioned finger 124 thereof engages the upwardly projecting end of latch element 108, biasing the latch element counter clockwise to the release position thereof, so as to free the tray for retraction at the conclusion of the imprinting of the sales slip with the customers name and address. The upper end of the latch element, in the circumstances, slides under the finger as the tray moves to its retracted position.

An important feature of the invention resides in the roller assembly construction. Normally, the roller assembly is in the F 1G. 2 position thereof. In these circumstances, the guide lugs 52 are in the inclined front ends 58 of slots 56, thus elevating the roller 64. When the tray is advanced, the tray moves upwardly due to the inclination of slots 14, 16, into close proximity to the roller. In FIG. 2, the tray is shown advanced and latched, with the device awaiting a signal from central memory as to whether the sales slip is to be imprinted, or alternatively discharged without imprint.

Assuming that the credit report is good, and that the sales slip is to be imprinted, shaft 34 is given a single 360 rotation. As crank 36 turns through its first 180, the roller moves from its FIG. 2 to its FIG. 3 position. Guide lugs 52 are shifted downwardly, entering the horizontal, elongated intermediate portion of guide slot 56. In these circumstances, the roller is brought into engagement with the credit card, and springs 68 are compressed, so that the roller is caused to exert a firm, resilient printing pressure against the credit card. As previously noted, suitable adjustments can be made in the spring tension.

When the roller has moved to its FIG. 3 position, the pawl 108 will have been engaged by its finger 124, and the tray will be released. The rotation of the motor shaft 34 through the remaining 180 of its single rotational cycle will now cause the roller to be moved back to its FIG. 1 position, awaiting the next use of the apparatus. As it moves back, it will be out of contact with the Card C and sales slip S, which are now manually removed.

Another important feature of the invention resides in the ability to make fine adjustments in the clamping pressure exerted by plate 76. This is accomplished through the provision of the adjustable plate 84. Department store sales records vary with respect to the type of sales slip used, and the thickness of the multiple leaves employed. Therefore, it is necessary that there be a pre-setting of the plate 76 before the device is used. This is accomplished at the factory before shipment of the equipment to the department store or other establishment intending to make use of the apparatus.

Still another important feature of the invention is found in the fact that the card and sales slip can be fed into the device either longitudinally thereof, or from either side. This is important by reason of the fact that it permits the credit card to be located whereever desired upon the length of the sales slip. Again, this adapts the device, without modification, to use in any of a wide variety of situations involving sales slips of different formats.

Another important feature of the invention is found in the fact that the imprint on the sales slip is improved, due to the fact that the card is turned to the direction of roller travel. The roller, in other words, adjusts pressure against each character in the customers name, address, and account number, in consecutive order, rather than engaging all the characters of a single line at one and the same time.

We claim:

1. A mechanism for imprinting a sales slip or the like with credit card information, comprising:

a. a support frame;

b. card support means mounted thereon for movement between a normally retracted and an advanced position, and having an area adapted to support a credit card and an accompanying sales slip in superposed relation;

c. a roller assembly mounted for reciprocating motion back and forth over said area and including a roller exerting pressure, during each reciprocation of the assembly, against the superposed card and slip to imprint the slip with the credit card information;

d. means for imparting reciprocating motion to said assembly; and

e. means extending in laterally spaced relation to the roller disposed as a hold-down for the superposed card and sales slip during the imprinting of the slip, the hold-down means comprising an arm pivotally connected to the card support means for movement between a raised release position and a lowered clamping position, said mechanism including cam means on the frame located in the path of said arm to bias the same to its clamping position when the card support means is shifted to its advanced position.

a support frame;

b. card support means mounted thereon for movement between a nonnally retracted and an advanced position, and having an area adapted to support a credit card and an accompanying sales slip in superposed relation;

. a roller assembly mounted for reciprocating motion back and forth over said area and including a roller exerting pressure, during each reciprocation of the assembly, against the superposed card and slip to imprint the slip with the credit card information;

; d. means for imparting reciprocating motion to said assembly; and

means carried by the card support means extending in laterally spaced relation to the'roller and disposed as a hold-down for the superposed card and sales slip during the imprinting of the slip, said hold-down means being disposed in a raised release position in the normally retracted position of the card support means, the holddown means when in its release position and the card support means when in its retracted position opening upon both sides and to the front of the mechanism for selective insertion and removal of the card and slip from either side or from the front of the mechanism, said hold-down means shifting to a lowered, card-and-slip-clamping position in response to shifting of the card support means to its advanced position, the roller assembly further including a roller support plate and laterally projecting guide lugs thereon slidably supported upon the frame for movement in a path between opposite extreme positions in both of which the roller is retracted clear of the paths in which the card and slip are insertable into and removable from the open sides and front of the mechanism, said path of the guide lugs being wholly straight during the portion thereof in which the roller imprints said slip with the credit card information, said path of the guide lugs having end portions extending obliquely to the straight portion 7 10 the superposed sales slip thereof to shift the roller to its retracted position as it approaches the respective, opposite extreme positions of the guide lugs, said roller assembly additionally including at least one roller support arm pivotally connected to the roller support plate, said roller being rotatably mounted upon the roller support arm.

4. A mechanism as in claim 3 wherein the roller assembly further includes a spring between said arm and plate tensioned to resiliently, yieldably bias the roller into firm contact with and credit card.

5. A mechanism as in claim 4 wherein the frame includes guide slots for said lugs turned upwardly at their ends to elevate the roller assembly out of contact with the surface to be imprinted at both ends of its path of travel.

A mechanism for imprinting a sales slip or the like with creditcard information, comprising:

a support frame;

card support means mounted thereon for movement between a normally retracted and an advanced position, and having an area adapted to support a credit card and an accompanying sales slip in superposed relation;

. a roller assembly mounted for reciprocating motion back and forth over said area and including a roller exerting pressure, during each reciprocation of the assembly, against the superposed card and slip to imprint the slip with the credit card information;

means for imparting reciprocating motion to said assembly; and

. means extending in laterally spaced relation to the roller disposed as a hold-down for the superposed card and sales slip during the imprinting of the slip, said roller assembly including a roller support plate and laterally projecting guide lugs thereon slidably supported upon the frame, said plate having a longitudinally extending slot, said means for imparting reciprocating motion to the roller assembly including a motor, a shaft thereon, and an articulated linkage between the plate and shaft translating rotary motion of the shaft into linear motion of the plate, said shaft extending through the guide slot of the plate to guide the plate during its reciprocating sliding movement on the frame.

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1032510 *Mar 30, 1912Jul 16, 1912Bertram N ScottProof-press.
US2092026 *Jul 27, 1935Sep 7, 1937Addressograph MultigraphPrinting device
US2935939 *Mar 7, 1956May 10, 1960Farrington Mfg CoPrinting device
US3003415 *Nov 3, 1959Oct 10, 1961Bank Of America Nat Trust AndImprinter
US3058416 *Jun 28, 1960Oct 16, 1962Gaylord Bros IncBook charging machine or the like for library and other uses
US3207069 *Nov 15, 1961Sep 21, 1965Biagio F AmbosioApparatus and methods of recording using patterned credit cards
US3277822 *Jul 1, 1964Oct 11, 1966Addressograph MultigraphPrinting machines
US3279369 *Dec 21, 1964Oct 18, 1966Farrington Business MachImprinter
US3283711 *May 25, 1964Nov 8, 1966Farrington Business MachPrinting roller vertical position control device
US3420171 *Oct 4, 1965Jan 7, 1969Addressograph MultigraphData recorder with swingable bed
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3780669 *Jul 1, 1971Dec 25, 1973Farrington Business MachImprinter having independently mounted, preloaded print rollers
US3818187 *Feb 8, 1972Jun 18, 1974Amp IncCredit verification system and terminal therefor
US3862598 *Jul 16, 1973Jan 28, 1975Bartizan CorpPrinting device
US5331144 *Jul 28, 1993Jul 19, 1994Kabushiki Kaisha ToshibaCard reader-writer
US6021948 *Jul 10, 1998Feb 8, 2000Industrial Technology Research InstituteHybrid card readers for IC cards/magnetic cards
US6779723 *Oct 1, 2001Aug 24, 2004Omron CorporationIC contact unit and IC card reader
US20020040931 *Oct 1, 2001Apr 11, 2002Akinobu NakaboIC contact unit and IC card reader
U.S. Classification101/269, 235/486, 235/482, 235/479, 235/445
International ClassificationG06C27/00, G07F7/08, G06K7/04, G07F7/02, G07F7/00
Cooperative ClassificationG07F7/0833, G06Q20/4037, G06C27/00, G07F7/08, G07F7/00, G07F7/02, G06K7/045
European ClassificationG06Q20/4037, G07F7/08A4, G06K7/04B1, G07F7/02, G07F7/00, G06C27/00, G07F7/08