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    • 64. 发明专利
    • MOBILE RADIO COMMUNICATION SYSTEM
    • JPS63176026A
    • 1988-07-20
    • JP755987
    • 1987-01-16
    • NIPPON TELEGRAPH & TELEPHONE
    • MURATA YOSHITOSHI
    • H04B7/26H04Q7/20
    • PURPOSE:To decrease time sending a notice signal to a mobile radio equipment by arranging a timer counting the period of the notice signal to the mobile radio equipment and resetting the timer simultaneously in the mobile radio equipment in the radio zone in the end timing of the notice signal. CONSTITUTION:A control section 55 starts the reception of the notice signal based on the time of a notice signal reception management timer 59 to reset a notice signal reception managing timer 59 and an intermittent reception managing timer 58 after the notice signal is actually received. The intermittent reception managing timer 58 manages the intermission reception period of the mobile radio equipment 5 synchronously with the intermittent reception managing timer 4A. In the timing when the mobile radio equipment 5 receives the notice signal, it is quickened to a degree to allow the error of the intermittent reception managing timers 4A, 58 to the time expected for the radio base station 4 to send actually the notice signal. Thus, the transmission time of the notice signal is shortened, the traffic capacity of the control channel is decreased and the processed call processing capacity is increased.
    • 68. 发明专利
    • INTERMITTENT RECEPTION SYSTEM OF MOBILE RADIO COMMUNICATION SYSTEM
    • JPS6226941A
    • 1987-02-04
    • JP16661285
    • 1985-07-27
    • NIPPON TELEGRAPH & TELEPHONE
    • MURATA YOSHITOSHI
    • H04W76/02H04B7/26H04W84/10H04W88/02
    • PURPOSE:To attain effective utilization of a radio wave by using a timer correction signal sent from a master station to allow all slave stations to reset simultaneously a reception period setting time, correcting an error of a reception period setting timer between each slave stations and allowing the master station to have only to send a radio wave when the slave station is in a reception state. CONSTITUTION:A reception period management timer 3 of a master station A and a reception period setting timer 12 of all slave stations are subject to set/timeout synchronously. A schedule timer 6 counts several times or over of a reception period managing timer 3, the split reception operation is conducted for several times or over consecutively and when a deviation due to an error of the reception period setting timer 12 among the slave stations is caused, a trigger is sent to correct it. When the master station A receives neither a synchronization establishment request signal (b) from the slave station B nor the trigger from the schedule timer 6, the reception period management timer 3 counts the time T1 to check whether or not timeout exists, and when the time reaches T1, after the timer 3 is reset, the state returns to the standby state. Even when the power of plural slave stations is turned on independently, all the slave stations are synchronized by using a new timer correction signal.
    • 69. 发明专利
    • INTERMITTENT RECEPTION SYSTEM OF MOBILE RADIO COMMUNICATION SYSTEM
    • JPS6226940A
    • 1987-02-04
    • JP16661185
    • 1985-07-27
    • NIPPON TELEGRAPH & TELEPHONE
    • MURATA YOSHITOSHI
    • H04B7/26
    • PURPOSE:To attain effective utilization of a radio wave by synchronizing the timing when a slave station is in the reception state at the transmission of a radio wave as required between a master station and the slave station and making the reception period and the reception time controllable from the master station to allow the master station have only to send a radio wave when the slave station is in a reception state. CONSTITUTION:After a control section 11 of a slave station B detects a power-on or identification number registration, the section 11 confirms the absence of an input signal in a reception section 10 and an idle control channel, sends a synchronization establishment request signal to a master station A and resets a reception period setting timer 12. A control section 2 of the master station A receiving the synchronization establishment request signal rests a reception period management timer 3. Through the operation above, the master station A grasps the timing when the slave station B reaches the reception state and is managed. When an incoming signal is detected by an incoming detection section 1 of the master station A, after the control section 2 confirms that no signal from the slave station B is received by the reception section 5, the section 2 sends the incoming signal to the slave station B when the timer value of the reception period management timer 3 managing the reception timing of the slave station is within the reception time while the reception section 10 of the slave station B is turned on.