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    • 4. 发明专利
    • Daisy-chain cascade devices
    • DAISY-CHAIN CASCADE设备
    • JP2012238341A
    • 2012-12-06
    • JP2012198200
    • 2012-09-10
    • Mosaid Technologies Incモサイド・テクノロジーズ・インコーポレーテッド
    • PYEON HONG BEOMKIM JIN-KIOH HAK JUNE
    • G06F13/37G06F1/10
    • G11C7/10G06F12/0623G06F13/4247G06F13/4256G11C5/066G11C16/06
    • PROBLEM TO BE SOLVED: To serially couple devices in a daisy-chain cascading arrangement.SOLUTION: Devices are coupled to a daisy-chain cascading arrangement such that an output unit of a first device is coupled to an input unit of a second device located behind the daisy-chain cascade to accommodate the transfer of information, such as data, an address and command information, and control signals to the second device from the first device. The device coupled in the daisy-chain comprise a serial input unit SI and a serial output unit SO. Information is input to the device via the SI. The information is output from the device via the SO. The SO of the device located in front of the daisy-chain cascade is coupled to the SI of the device located behind the daisy-chain cascade. The information input to the forward device via the SI is output via the SO of the device. The information is then transferred to the SI of the rearward device.
    • 要解决的问题:串联菊花链级联布置中的设备。 解决方案:设备耦合到菊花链级联布置,使得第一设备的输出单元耦合到位于菊花链级联背后的第二设备的输入单元,以适应信息的传送,例如 数据,地址和命令信息,以及从第一设备到第二设备的控制信号。 耦合在菊花链中的装置包括串行输入单元SI和串行输出单元SO。 信息通过SI输入到设备。 信息通过SO从设备输出。 位于菊花链级联前面的器件的SO耦合到位于菊花链级联后面的器件的SI。 通过SI输入到正向设备的信息通过设备的SO输出。 然后将信息传送到后方装置的SI。 版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Auxiliary storage device
    • 辅助存储设备
    • JPS5781663A
    • 1982-05-21
    • JP15699780
    • 1980-11-10
    • Toshiba Corp
    • FURUYA AKIHIKO
    • G11B27/10G06F3/06G06F12/06
    • G06F12/0623
    • PURPOSE:To increase a data storage area without increasing the capacity of the whole device, by adopting such a storage system as provides one address part on one block consisting of plural data sectors. CONSTITUTION:Each block 0-3 of an auxiliary storage device consists of plural sectors (4 sectors), and address parts AD0-AD3 are provided on each block 0-3, respectively. In this state, upper bits of an address are assigned to the block and lower bits of the address are assigned to the sector. An address 2 containing a prescribed sector 22 is outputted from an access device of the auxiliary storage device. In accordance with this address, when an address AD1 being nearest to the AD2 of the block 2 has been detected, the lower bit of the address is outputted to a decoder 106, and a signal 109 for designating a prescribed sector is outputted. At the same time, a pseudo gate singal generating circuit 104 outputs its signal, and a gate singal for accessing the data sector 22 is outputted from an AND113.
    • 目的:通过采用这样的存储系统,在不增加整个设备的容量的情况下增加数据存储区域,在由多个数据扇区组成的一个块上提供一个地址部分。 构成:辅助存储装置的每个块0-3由多个扇区(4个扇区)组成,并且分别在每个块0-3上提供地址部分AD0-AD3。 在这种状态下,将地址的高位分配给块,并将该地址的低位分配给扇区。 包含规定扇区22的地址2从辅助存储装置的存取装置输出。 根据该地址,当检测到最接近块2的AD2的地址AD1时,地址的低位被输出到解码器106,并输出指定规定扇区的信号109。 同时,伪门信号发生电路104输出其信号,并且从AND113输出用于访问数据扇区22的门信号。
    • 9. 发明专利
    • Memory controlling circuit
    • 内存控制电路
    • JPS5750060A
    • 1982-03-24
    • JP12578480
    • 1980-09-10
    • Toshiba Corp
    • AOYANAGI KEIZOU
    • G06F9/34G06F12/04G06F12/06
    • G06F12/0623
    • PURPOSE:To execute a memory access exceeding a boundary of a memory address, by means of a few hardware and also at a high speed. CONSTITUTION:In a processing equipment provided with a memory by which an address is assigned in a byte unit, and a memory access is executed in a unit >=2 bytes, a memory address register inputs an end signal END1 to an AND gate 12 when the first memory cycle ends. It is discriminated by the AND gate12 that the memory access exceeds the address boundary. When an output of the gate12 become ''1'', an FF13 is set, the memory starts the second memory cycle by a memory starting circuit 15. According to this constitution, contents of the memory address register are returned to its initial value at a high speed without requiring a subtracter, etc., and also without executing a subtraction processing by a microprogram.
    • 目的:通过一些硬件和高速执行超出存储器地址边界的存储器访问。 构成:在具有通过字节单位分配地址的存储器的处理设备中,以> = 2字节为单位执行存储器访问,存储器地址寄存器将结束信号END1输入到与门12,当 第一个内存循环结束。 与门12鉴别存储器访问超过地址边界。 当门12的输出变为“1”时,设置FF13,存储器启动电路15开始第二存储周期。根据该结构,存储器地址寄存器的内容返回到其初始值 高速而不需要减法器等,并且也不执行微程序的减法处理。