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    • 2. 发明专利
    • CERTIFICATE DISCHARGE CONTROL METHOD IN CERTIFICATE ISSUING SYSTEM
    • JPH03269787A
    • 1991-12-02
    • JP6835990
    • 1990-03-20
    • HITACHI LTDHITACHI MAXELL
    • SHINOHARA MAKOTOWASHIZU TATSUHISAHATTORI TETSUHISATOMITA SHINICHI
    • B42D15/10G07B1/00G07B5/00
    • PURPOSE:To prevent the erroneous issue of a certificate by constituting the above system so that when abnormal data is printed, or printing is executed in a state shifted from a correct printing position, it is decided to be an abnormal certificate and it is discharged to a different discharge port from that of a normal certificate. CONSTITUTION:A terminal control part 2 gives an instruction to a certificate issuing device 4 so that a certificate of a classification instructed from a host station 1 is carried to a printing part 7 from a hopper 8, and when the certificate is carried to the printing part 7, discrimination data affixed to the certificate is read by a bar-code reader 9, and compared with discrimination data received from the host station 1 and decided. When they are matched with each other, the certificate issuing device 4 executes printing to the certificate, based on received printing data, decides whether printing is executed normally or not, and in the case printing is executed normally, the certificate is discharged to a stacker 5. When at least one of them is incorrect or not normal is decided at the time of decision, its fact is displayed on a display 3, and also, the certificate is discharged to an inserter 6. In such a way, the erroneous issue of the certificate is prevented.
    • 7. 发明专利
    • MANUAL SETTING OF PRINTER PAPER
    • JPH01122467A
    • 1989-05-15
    • JP27919187
    • 1987-11-06
    • HITACHI LTD
    • SHINOHARA MAKOTOTOMITA SHINICHIHONMA HIROSHIYASHIRO JUNKO
    • B41J13/00G06K15/16
    • PURPOSE:To enable a paper of arbitrary size to be manually aligned to a line, by supporting an upper end reference to a printer automatically aligning lines at a lower end and specifying the upper end reference and the number of lines from a controller controlling the printer. CONSTITUTION:With the input of a numeral from a ten key 5 of an operation board 3, the numeral is shown on a display 4. When a printer manual key 6 is pressed, whether the numeral is inputted in the display 4 is judged. If not, a paper is automatically set to a printer (while being aligned at the lower end). If being inputted, the numeral is stored as the number of lines and the paper is manually set to the printer (while being aligned at the upper end). When the paper is set to the printer 2 automatically, a lower end line-alignment direction and a clamp direction for fixing the paper is carried out; If manually done, an upper end line-alignment direction, a clamp direction, and a line feed direction of the stored number of lines are performed. Therefore, even with a printer conducting an automatic line-alignment with a lower end reference a line alignment function with an upper end reference is provided, thus enabling a paper of arbitrary size to be manually aligned.
    • 9. 发明专利
    • DATA PROCESSING SYSTEM
    • JPH01261954A
    • 1989-10-18
    • JP8901988
    • 1988-04-13
    • HITACHI LTD
    • YASHIRO JUNKOTOMITA SHINICHIHONMA HIROSHISHINOHARA MAKOTO
    • H04L29/14H04L13/00
    • PURPOSE:To receive data after trouble, and to obtain the data addressed to other output device even if the trouble occurs in one of the output devices by holding trouble information by a terminal equipment, and informing the normal finish of processing to a high order station. CONSTITUTION:When the data is outputted from the high order station 7, after it is received by a transmitting and receiving task 12, it is decided at first whether all the output devices (a passbook printer 9, a slip printer 10, a disk device 11) are detective or not. As the result, in the case that all of them are detective, the trouble information is transmitted immediately. Besides, in the case that some of the output devices is normal, the address destination of the output data is decided, and an output task is requested to process it. Next, it is decided whether the data is the data having a following part or not, and in the case of the data with a following part, a normal finish report is transmitted, and in the case of final data, it turns into a processing finish waiting state. After the finish of the processing, it is decided whether the trouble information is saved or not, and in the case that it is saved, the trouble information is transmitted. Thus, even if the trouble occurs in one of the output devices, the data after that can be received, and the data addressed to other output device can be obtained.
    • 10. 发明专利
    • DATA OUTPUT SYSTEM
    • JPH01261953A
    • 1989-10-18
    • JP8902388
    • 1988-04-13
    • HITACHI LTD
    • YASHIRO JUNKOTOMITA SHINICHIHONMA HIROSHISHINOHARA MAKOTO
    • H04L29/06H04L13/00H04L29/14
    • PURPOSE:To realize the parallel operation of an output device, and simultaneously, to designate whether the parallel operation is performed or not from a high order station by adding control information to output data in a system in which data is outputted as being divided for every device. CONSTITUTION:When the data whose output destination is addressed to a slip printer 3, for instance, is outputted by a prescribed data format from the high order station 1, a receiving and transmitting task decides to what device the output data is addressed, and the data is stored in a slip output buffer 7. In this case, the designation of the address destination is possible for plural destinations, and the data is stored in plural memories, and each memory can store plural telegrams, and stores them in the order of receiving. Next, the control information added to the output data is decided, and in the case of a prescribed value, by informing a finish report to the high order station, and receiving the following data immediately, plural pieces of the divided data are received and stored in a short time. Thus, the data to be outputted sequentially can be outputted in parallel to the respective devices, and simultaneously, control whether the output data is to be parallel-processed or not can be performed from the high order station.