The control of the individual embossing units 38 is identical to that utilized in the Assignee's Model 1803 embosser with the present invention having two additional in line embossing units to permit embossing and printing of fourth and fifth lines. 22 illustrates the processing of the portion of a data record which is to be recorded on the magnetic recording medium. T, Ref document number: A spring 301 determines the degree of penetration of the individual indent printing elements 324 during printing. LAPSE BECAUSE OF FAILURE TO SUBMIT A TRANSLATION OF THE DESCRIPTION OR TO PAY THE FEE WITHIN THE PRESCRIBED TIME-LIMIT, Country of ref document: The deflecting surface bows the leading edge of the card toward surface 108 of recess 104. The blank space performs the same function as the blank space in the embossing units utilized in the Assignee's Model 1803 embosser in providing a circular position of the wheel 318 where no embossing will take place during the EMBOSS period of the ESHUT signal. THE CORRECT EFFECTIVE DATE MAY BE DIFFERENT FROM THE ONE RECORDED.SCRIBED TIME-LIMIT, LAPSE BECAUSE OF FAILURE TO SUBMIT A TRANSLATION OF THE DESCRIPTION OR TO PAY THE FEE WITHIN THE PRESCRIBED TIME-LIMIT, STATUS: NO OPPOSITION FILED WITHIN TIME LIMIT. As illustrated in Fig. ClearTax offers taxation & financial solutions to individuals, businesses, organizations & chartered accountants The drive shaft 372 drives pulley 374 which drives pulley 376 through belt 378. The magnetic recording station 34 is illustrated in Figs. The portion of the data record to be embossed is broken down into separate lines to be embossed with each line being marked by an end of line code. The "0" position represents the left-hand margin which is specified by industry specification and the "180" represents the right-hand margin which is also specified by industry specification. The initial gap setting is changed for cards of different thickness. 6-9, the individual played back characters are compared with the corresponding charater stored in the data buffer associated with the track from which the character was played back to permit verification of the accuracy of the recording process. 8b which is moved in unison with the head assembly 122 over part of the forward stroke of the head assembly. Fig. Identical reference numbers are used herein to identify the same parts identified by the same reference numerals in the previous figures. The force preferably is between 55 - 110 grams (two to four ounces) for each of the vertically pivoted guideways 210, which ensures that sufficient friction exists between the top and bottom surfaces of the card and the surfaces 192 and 212 to maintain proper contact of the trailing edge of the card with the card locating pins 50. The cable 124 is driven by a DC motor 126 with shaft encoder which is of conventional construction. 2. The drive cams 260 for the embossing units 36 have a pair of diametrically spaced lobes 262 which simultaneously engage followers 264. The clocking of the recording process is described generally below with reference to Fig. The controller causes each card to have the one or more tracks recorded with digitally encoded characters stored in the storage for storing as the recording mechanism is moved in the forward direction, the characters recorded on the one or more tracks to be played back as the recording mechanism is moved in the reverse direction and compared with the characters stored in the storage for storing which were desired to be recorded. The width of the gear wheels 246 and 252 is chosen to be substantially greater than the width of the belt 248 which permits the vertical position of the individual embossing units 38 and indent printing unit 40 to be adjusted without requiring vertical adjustment of the common drive. The stop 510 engages a bolt 512 which is threadably received within the extension 508. Only the base of the embossing units 38 has been illustrated. The master controller activates the motor 166 after the head assembly 122 has returned to the park position as described above to lift the card from the recording station 34 to the ready station 161. embosser card embossing 80ce stamping magnetic pvc vip credit machine Credit cards have up to four lines of embossed alphanumeric characters comprised of an OCR 7 pitch account number and two or three lines of 10 pitch alphanumeric characters identifying the customer name, expiration date and optionally the customer's group affiliation and one line of 10 pitch indent printing which typically is located on the back surface. The photodetector 100 is of a conventional type which has a light transmitter which transmits light across a gap to a light receiver. Fig. embosser embossing 1B illustrates the back surface 20 of the credit card of the above-referenced type which is printed with indent characters of the account number and magnetically recorded with three tracks of digitally encoded characters. The played back data is compared with stored data which was desired to be recorded to complete the verification process. A reciprocating mechanism 70 moves the picked card along a guide bar 71 in a first vertical plane through a gate 73 to the magnetic recording station 34. The individual cards are engaged at the ready station 161 by the card transport unit 42. A single movable element is used to activate the chosen male punch element which is selected by movement of a single wheel to a circumferential position of the movable element. STATUS: NO OPPOSITION FILED WITHIN TIME LIMIT. 2. 15. 3 illustrates the layout of the first track of the magnetic recording medium on a credit card. 22. 24(a-f). The master controller has a subroutine for reversing the order of the characters in the data record to be embossed by the indent printer 40 so that they are printed in the correct order. The topping station 44 has a topper drive unit 352 which has three pairs of power driven rollers 354, 356 and 358 which drive the individual cards from the last embossing unit 38 to the stacking station 46. 22. 24. A card stripper 110 is pivotably mounted in detail below. The structure of card transport unit 42 has been simplified from that utilized in the Assignee's Model 1803. 3-5 and a second pulse source 134 for producing the other clock signal necessary for recording the remaining tracks of digital data. The master controller described below has a dynamic memory which contains a main buffer (illustrated in Figs. The card transport unit 42 has a belt 48 having a plurality of evenly spaced card locating pins 50, which project orthogonal to the direction of motion of the cards past the embossing units 38, and indent printing unit 40 having a center to center spacing equal to the center to center spacing of the embossing units and indent printing unit and which function to establish the horizontal reference position of each card in the card transport unit during embossing. Furthermore, a mechanism is provided for transporting the individual cards held at the recording station in a direction orthogonal to the card transport path to a ready station wherein the individual cards are engaged by the card transporting unit. THE CORRECT EFFECTIVE DATE MAY BE DIFFERENT FROM THE ONE RECORDED.SCRIBED TIME-LIMIT, Free format text: The head assembly 122 is moved along the guide bar 71 by a DC motor with shaft encoder 126. 2. The topping station 44 applies a plastic topping from a polyester foil backing in the same manner as utilized in the Assignee's Model 1803 embosser. Fig. The three track data buffers 426-430 are set up in the RAM section of the magnetic recording controller 464. A system in accordance with claim 18 characterized by when the comparison between the recorded characters and the characters which were desired to be recorded is not a match, the control means activates the recording means to again record the card on which all the desired characters were not recorded and again compare the recorded characters and the characters that were desired to be recorded. 8d, the vertical lifting member has a pair of horizontally disposed surfaces 181 which are located about 0.015 inches below the bottom surface 183 of the recess 104. The card pickup mechanism 60 has a block 68 carrying an edge (element 69 in Fig. A pair of stretched springs 314 are attached at one end to the extension 304 of the yoke 288 and at the other end to a rod 316 extending through the punch member 306 orthogonal to the direction of motion during indent printing. Track 2 omits the FC field found in track 1 described below. The track data buffers 426-430 perform the function of outputting the individual bits to be recorded to the magnetic head 136 in serial form from the parallel storage format therein. The legend at the bottom of the card is marked in units of distance that the transport unit for the cards moves during the embossing of 7 and 10 pitch characters in the Model 1803 described above and in the present invention. The relationship of the center to center spacing of the card locating pins which were carried by card gripping units attached to a belt and embossing units was an objective of the Model 1803 described above which in practice was not achievable. The master controller, upon sensing the rotation of the notch back into the field of view of the light beam of photodetector 184, commands the motor 166 to stop which completes the elevation of the card to the ready station 161 and the return of the vertical lifting member 178 back to the position as illustrated in Fig. Each embossing unit 38 has a vertically extending drive shaft 244 to which is connected a gear wheel 246. The mechanism for moving includes a spring for biasing the movable member in contact with a portion of the head mechanism during movement of the photodetector between the withdrawn position and the reference position and a stop for limiting the travel of the photodetector from contacting an edge of a card at the recording station. 11 and 12 illustrate belt 48, card location pins 50 and the drive mechanism including the electric motor and shaft encoder 52 for the card transport unit 42. embosser The beginning of each track 1, 2 and 3 of encoded characters to be magnetically recorded is marked with a unique character with the beginning of track 1 being marked with a % character, the beginning of track 2 being marked with a semicolon (;) character and the beginning of track 3 being marked with an exclamation point (!) Fig. Cards of the aforementioned type are known conventionally as credit cards. The master controller 440 of the present invention is described with reference to Fig. ink-jet printers, thermal printers characterised by the purpose for which they are constructed, Typewriters or selective printing or marking mechanisms, e.g. A single magnetic head records a single digitally encoded character by movement of the tape in a first direction and plays back the single recorded character for verification of the accuracy of the recording process by movement of the tape in a second direction opposite to the first direction. In the situation where the heads would record and play back from adjacent cards, the transport system path length would be elongated by more than a card length. Each of the registers 432, 434 and 436 performs two separate functions. The modern world's payment cards make use of chip technology instead of embossing details. Only one of the bifurcations of the card stripper 110 strikes the stop 112. A third arm 86 has a first end 88 which is pivotably attached to an intermediate point of the first arm 72. As described above in conjunction with Fig. The embossing of a character takes place during the subsequent EMBOSS period of the ESHUT period. The end 326 of punch member 308 forces the printing elements 324 from a retracted position to an extended position into the surface of the card 10 when the lobe 268 engages the cam follower 270. The second end 90 of the third arm 86 is pivotably attached to a crank mechanism 92 which is rotatably driven by the shaft 94 of electric motor 96 which supplies the power for moving the cards from the pickup station 66 to the recording station 34. The data for each track from the SS to the LRC is recorded as a continuous sequence of encoded multibit characters without intervening gaps. Verification systems for determining the accuracy of recording the tracks of digitally encoded data on a magnetic recording medium of a credit card in embossing systems are known. Approximately 0.254 cm (0.010 inches) clearance may be provided between the bottom surface 225 of block 223 and the top surface 224 of the pivoted guideway. While the card transport mechanism has proved satisfactory in operation, its cost of manufacture has been relatively high because of the use of multiple rolling supports for each of a plurality of card gripping units and cams for activating and deactivating the card gripping functions of the card gripping units. The control of the electric motor 166 is similar to the control of the electric motor 96 of the card pickup mechanism 60 described above. The belt 248 wraps around an idler wheel 254 after it leaves contact with the last gear wheel 248 prior to engaging gear wheel 252. The data is received from the tape in EBCDIC code and is translated into ASCII as it is placed in the main buffer by a program implemented by the master controller. The stacking station 46 is described with reference to Figs. The movable member includes a movable element connected to the movable member which has an adjustable position parallel to the direction of travel of the head assembly for limiting the travel of the photocell detector in the forward direction. 22. Fig. This system has the disadvantage that the frictional forces between adjacent embossed cards can be so high to interfere with the individual cards being properly discharged from the topper transport unit into their proper position on the surface in the stacker. Preferably, the pickup station lies in a first vertical plane and the recording station lies in a second vertical plane and a mechanism is provided for forcing the card from the first plane into the second plane when the card supply mechanism feeds the card to the recording station. A position adjustment of the horizontal datum position of the cards with respect to the belt of the card transport unit permits an accurate center to center spacing to be achieved that is necessary to meet the specifications of credit cards for the location of embossed characters without a high cost manufacturing process for the belt. The second system has the disadvantage of requiring four passes of the card past the record head to complete the recording and verification process which also affects throughput. The pivot axis 218 of the vertically pivotable guideways 210 is secured to the rear plate 219. You can efile income tax return on your income from salary, house property, The transport mechanism provides both horizontal and vertical datum positions for each card being embossed by multiple in line embossing units without numerous roller bearings, moving parts and cams which characterized the transport mechanism of the Model 1803. Fig. The detailed construction of the magnetic recording station 34 is described below in conjunction with Figs. A card engaging mechanism may be provided having a plurality of card engaging projections attached to a belt at evenly spaced locations. For a typical credit card, the gap between force 300 and the farthest extension of the indent printing elements 324 is preferably set to approximately .066 cm. A stripper illustrated in Figs. Machine for sequentially scanning lines, as in test scoring, Timing control mechanism for data processing apparatus, A process and system for sequentially embossing a card, Public reference made under article 153(3) epc to a published international application that has entered the european phase, Lapsed in a contracting state [announced via postgrant information from national office to epo], Nl: lapsed or annulled due to failure to fulfill the requirements of art. The data which is read by the second head is compared with data stored in memory which was the source of the data to be recorded. 12 illustrating the details of the eccentric mount 230 of the card location pins 50 within belt 48. 820,705 with the differences residing in the drive unit 352 for transporting the cards through the topping station and the timing of the activation of the drive unit of the topper with respect to the card transport unit 42. A belt 250 couples the motor output to a drive 259 which drives belt 248. 2. APPENDIX FOR THE MAINTENANCE AND RECORDING OF CREDIT CARDS. Credit card embossing and recording system, Application filed by National Business Systems Inc, 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GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS, Methods or arrangements for marking the record carrier in digital fashion, Methods or arrangements for marking the record carrier in digital fashion otherwise than by punching, PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS, TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, e.g.