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    • 1. 发明专利
    • AUTOMATIC ANSWERING TELEPHONE SYSTEM
    • JPH11187115A
    • 1999-07-09
    • JP35119197
    • 1997-12-19
    • NEC CORP
    • OOKATA HIROFUMI
    • H04M3/42H04M1/65H04M1/658H04M3/53H04W88/18H04Q7/38
    • PROBLEM TO BE SOLVED: To allow a caller to always enter a message to a message storage device at a cost of a local speech charge by providing an information transfer device placed within a range of a local telephone system, for the caller as a terminal in a telephone network. SOLUTION: A call is transferred to any of nearby information transfer devices 10-1n, and a caller connecting to any of the devices enters a message to a callee and subscriber information of the callee represented by a telephone number. Based on contents stored in callee message storage device information storage sections 102-10n and on contents stored in subscriber information storage sections 103-1n3 recording positions of message storage devices 30-3m corresponding to automatic answering telephone subscribers, a call is made to the message storage devices 30-3m corresponding to the subscriber of the automatic answering telephone system and the stored message is transferred to the message storage devices 30-3m corresponding to the subscriber of the automatic answering telephone system to transfer the message from the caller.
    • 2. 发明专利
    • AUTOMATIC COLLECT CALL DEVICE
    • JPH03214849A
    • 1991-09-20
    • JP847590
    • 1990-01-19
    • NEC CORP
    • OOKATA HIROFUMI
    • G10L13/00H04M3/42H04M3/50H04M15/08
    • PURPOSE:To perform effective connection with a simple constitution by automatically connecting a collect call through a voice response means and a voice recognizing means. CONSTITUTION:When a collect call request is received from a call originating subscriber, a CPU (central controller) 17 controls a switch 11 through a switch control line 18 and connects an incoming line 12 to an idle channel of an audio response unit 14, and a collect call acceptance voice is outputted to the line 12. The line 12 and a voice recognizing device 16 are connected by the switch 11 to recognize the response voice from the line 12. Connection between an outgoing line 13 and devices 14 and 16 is controlled by the switch 11 in the same manner, and lines 12 and 13 are connected to send the collect call after voice response and recognition to the terminating side. By this simple constitution dependent upon the control of the CPU, the collect call is automatically effectively connected without interposing a switchboard.
    • 4. 发明专利
    • FACSIMILE EQUIPMENT
    • JPH04176257A
    • 1992-06-23
    • JP30480890
    • 1990-11-09
    • NEC CORP
    • OOKATA HIROFUMI
    • H04N1/00
    • PURPOSE:To continuously transmit the front face and rear face of an original only by one transmitting operation by providing this facsimile equipment with an external tray on which an original having image information on both sides to be transmitted is stacked, an internal tray for inverting the front and rear faces of the original whose surface contents have been read out and sending the inverted original and a reading part for reading out the contents on the front and rear faces of the originals sent from the internal and external trays. CONSTITUTION:At the time of generating a transfer request, a control part 1 resets the number of transfer pages to '0' and outputs an original driving/reading instruction from the tray 2 and an original input instruction to the tray 6 to an original inserting part 3 for transferring the surface of an original, an original driving/reading part 4 and an original ejecting part 5. Thereby, the original is stored in the tray 6 to end the transfer of the surface, so that the front and rear faces of the original are inverted from that of the original inputted from the tray 2. The control part 1 increases the number of transfer pages by '1'. Since the number of transfer pages is '1', the control part 1 instructs the inserting part 3, the driving/reading part 4 and the discharging part 5 to discharge the original from the tray 2 to the driving/reading part and the external so as to transfer the rear face. Then, the control part 1 increases the number of transfer pages by '1'.
    • 5. 发明专利
    • NOISE REMOVING CIRCUIT
    • JPH0293698A
    • 1990-04-04
    • JP24694988
    • 1988-09-30
    • NEC CORP
    • OOKATA HIROFUMI
    • G10L13/06
    • PURPOSE:To surely remove high frequency noises generated at a discontinuous part of a joint and to connect two speech patterns smoothly by comparing a pattern generated by a noise removal pattern generation part with a digital speech pattern which is being inputted currently. CONSTITUTION:When an operation start signal 4 is inputted, it is judged repeatedly whether or not a pattern is present on a digital pattern input line 3. When the pattern is present, the difference between a pattern generated by a noise removal pattern generation part 1 and the pattern which is inputted currently is calculated and the difference data is stored in a register 2a. Then, when the difference is not within a constant range, the difference data is sent out to a noise removal pattern generation part, but an operation stop signal is not outputted. This starting operation is repeated and when the difference enters the constant range, the operation stop signal is outputted. Consequently, high frequency noises generated at discontinuous points are removed and a waveform B which varies smoothly and connects with a waveform C can be generated.
    • 8. 发明专利
    • MEMORY CONTENTS COPYING CONTROL SYSTEM
    • JPH06161903A
    • 1994-06-10
    • JP31702892
    • 1992-11-26
    • NEC CORP
    • OOKATA HIROFUMI
    • G06F12/16
    • PURPOSE:To shorten the memory copying time and to reduce the influence of an ordinary operation on a processing in a device having duplex constitution which carries out the copying that is not put in consciousness by the simultaneous writing of two systems in an ordinary operation state to the memory of another system and also carries out the ordinary operation and the copying of the memory in parallel to each other. CONSTITUTION:When the copying of the memory contents is needed, a CPU 1 starts to copy the memory contents in addition to an ordinary operation as a multiplex process. Then the CPU 1 gives the copying start signal data to a copying necessary/unnecessary bit group 6 and then gives the data on the operation start instruction to a bit retrieving circuit 7. The circuit 7 searches the copying necessary/unnecessary bit showing '0' by means of a bit search control bus 8. The CPU 1 confirms that the operation end display of the circuit 7 shows '1' and then reads out the contents of a memory 5 shown by the held address to copy them to the memory of another system every time the control is transferred to the copying of the memory contents, i.e., the multiplex process.
    • 10. 发明专利
    • Time slot alotting method
    • 时间槽分配方法
    • JPS6133100A
    • 1986-02-15
    • JP15500684
    • 1984-07-25
    • Nec Corp
    • OOKATA HIROFUMI
    • H04Q11/04
    • H04Q11/04
    • PURPOSE:To simplify switch control by contriving a method in alloting n pieces of channels of the ith (i means integral numbers from 1-m) line housing device to a series of the 1st - nth time slots. CONSTITUTION:In terms of n-line housing devices 1-m having the same scale and same function, each channel of the devices 1-m is alloted in accordance with each time slot by allotment of a time slot and a multi control circuit 100. For example, the 1st channel through the nth channel of the 1st device are alloted in order to the 1st - the nth time slots mutually in succession, and control lasts only in accordance with length of n-time slot against the device 1. After lapse of the period thereof, n-time slot period control lasts likewise against the device 2 in succession. Such control condition gradually moves to the devices 3-m. Thus, m-times of switch control is good enough for allotment of time slot to all the lines.
    • 目的:为了简化开关控制,通过设计将第i个n个通道(i表示从1米)线路外壳设备的整数数字分配到一系列第1 - n个时隙的方法。 构成:在具有相同尺寸和相同功能的n线容纳装置1-m方面,通过分配时隙和多重控制电路100,根据每个时隙分配装置1-m的每个信道。 例如,通过第一设备的第n个通道的第一通道被分配以连续地相互连接到第1个到第n个时隙,并且控制仅根据与设备1的n时隙的长度相同。在经过之后 在其周期中,n时隙周期控制相继地持续相对于设备2。 这种控制条件逐渐移动到装置3-m。 因此,开关控制的m次时间足以分配到所有线路的时隙。