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    • 68. 发明专利
    • MULTIPROCESSOR PROCESSING SYSTEM
    • JPS56143073A
    • 1981-11-07
    • JP4702180
    • 1980-04-10
    • PANA FACOM KK
    • MARUOKA HIROSHIIMAI KUNIKAZUSUZUKI AKIHIKOASOGO HIROYUKI
    • G06F11/16G06F13/00G06F13/40G06F15/16G06F15/173G06F15/177
    • PURPOSE:To increase reliability of an entire system, by providing a bus of CPU system with a constitution controller monitoring the state of CPU and a constitution processor controlling a switching device located at the cross point between the bus of a peripheral device system and the bus of the CPU system. CONSTITUTION:The buses 2-1-2-m of CPUs 1-1-1-m system are provided with the constitution controllers 7-1-7-m which make reception/transmission of information among CPUs. Further, the constitution processor 8 having the status monitor 11 which monitors the state of the power supply control section 13 making application/ cut-off of the power supply to the PF system, connection switching section 9 controlling the switching devices SW11-SWmn provided at the cross point between the CPU system bus and the peripheral device PF system buses 5-1-5-n, and the PF system and the switching device SW, is provided. The monitor section 11 stores the preceding status information of PF and SW to the memory, and compares the memory information and the status information of the newest PF or SW. If they are in disagreement, it is informed to the data processing section of the stored program control by interruption to switch SW and cut-off of the power supply of PF, to avoid influence of one failure on other parts.
    • 69. 发明专利
    • POWER SUPPLY CONTROLLING SYSTEM OF MULTIPROCESSOR PROCESSING SYSTEM
    • JPS56140431A
    • 1981-11-02
    • JP4370980
    • 1980-04-03
    • PANA FACOM KK
    • MARUOKA HIROSHIIMAI KUNIKAZUSUZUKI AKIHIKOASOGO HIROYUKI
    • H02J1/00G06F1/26G06F1/30G06F11/16G06F15/16G06F15/177
    • PURPOSE:To reduce the load and the decision of the operator, by controlling power supply units, which are divided correspondingly to function units, by the power supply control general controlling part, which has a stored program SP control device, to cope with power supply abnormality. CONSTITUTION:This system is provided with the connection switching part, which controls independently switching devices provided at intersections between plural CPU system busses and peripheral device PF system busses, and the configuration processing device which has power supply controlling part 13 for power supply and cut-off of respective devices and state monitoring part 11 for monitoring of the state of the switching device. SP controlling processor 18 of monitoring part 11 controls general control device 19 for power supply control, and device 19 monitors power supply states of main power sources 15-1 and 15-2 and auxiliary power supply units 16-0- 16-mn provided for every switching device and controls directly cut-off and supply of respective power sources at the fault time. Device 19 controls respective PF system power supply controlling parts 14, power supply controlling part 20 for remote control, and power supply controlling part 21 for auxiliary input/output units through general control auxiliary device 13. These controls are performed without intervention of the operator by SP.
    • 70. 发明专利
    • INFORMATION TRANSFER CONTROL SYSTEM
    • JPS562764A
    • 1981-01-13
    • JP7956479
    • 1979-06-22
    • PANA FACOM KK
    • YAMAGUCHI TAHEIHAIDA HIROTOSHISATOU NOBUSATO
    • G06F13/36G06F13/37H04L29/08
    • PURPOSE:To reduce the number of signal busses and shorten the processing time for bus occupation, by giving bus occupation permission to a transmission and receiving unit requesting information transfer when information is transferred between plural transmission and receiving units connected on common signal busses. CONSTITUTION:Plural transmission and receiving units 2-i are connected to confirmation signal line 7, transmission request signal line 5, and the first and the second permission signal lines 6-1 and 6-2 of common signal busses, and this unit 2-i is provided with transfer request signal REQ generating circuit part 11, confirmation signal ACK generating circuit part 12, FF13, and AND circuits 15 and 16 forming the delay line. When unit 2-i issues transfer request signal REQ, FF13 is set to store issuance of signal REQ, and permission signal PRM based on signal REQ from the bus control unit is received, and circuit 16 is turned on to generate confirmation signal ACK from circuit 12. When signal REQ is transferred to the second permission signal line 6-2, FF13 is reset, and circuit 15 is turned on, and signal PRM is transferred to the next unit 2-i, thus shortening the processing time.