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    • 3. 发明授权
    • Electronic calculator implemented in semiconductor LSI chips with
scanned keyboard and display
    • 电子计算器采用扫描键盘和显示器在半导体LSI芯片中实现
    • US4200926A
    • 1980-04-29
    • US444226
    • 1974-02-20
    • Michael J. CochranJerry L. Vandierendonck
    • Michael J. CochranJerry L. Vandierendonck
    • C07D233/42G06F3/023G06F15/02H03M11/20G06F3/02G06F7/48
    • H03M11/20C07D233/42G06F15/02G06F3/023
    • An electronic desk top calculator implemented in MOS/LSI technology and including a scanned keyboard input and display output. Data registers are provided in a sequentially addressed random access memory array, which is addressed by a commutator also used to generate encoded timing signals for other parts of the system and control logic. The keyboard input includes an interface register into which is entered key sense line information along with encoded timing information derived from the encoded timing signals. The contents of the interface register may be entered into the data registers or used to select an address in a program storage memory via a program counter. Bits may be read out in parallel from cells in the data registers and processed through an arithmetic logic unit and then re-entered in the same cells within a bit time or state time, so the data registers do not recirculate in the usual sense.
    • 电子桌面计算器采用MOS / LSI技术实现,包括扫描的键盘输入和显示输出。 数据寄存器被提供在顺序寻址的随机存取存储器阵列中,其由换向器寻址,该换向器也用于为系统的其他部分和控制逻辑生成编码定时信号。 键盘输入包括接口寄存器,其中输入了键传感线信息以及从经编码的定时信号导出的编码定时信息。 接口寄存器的内容可以输入到数据寄存器中,或者用于通过程序计数器选择程序存储存储器中的地址。 位可以从数据寄存器中的单元并行读出并通过算术逻辑单元进行读出,然后在位时间或状态时间内重新输入到相同的单元中,因此数据寄存器在通常的意义上不再循环。
    • 6. 发明授权
    • Expandable function electronic calculator
    • 可扩展功能电子计算器
    • US3984816A
    • 1976-10-05
    • US607525
    • 1975-08-25
    • Michael J. CochranJerry L. Vandierendonck
    • Michael J. CochranJerry L. Vandierendonck
    • G06F3/02
    • G06F3/0227
    • An electronic portable calculator implemented in MOS/LSI technology and including a scanned keyboard input and display output. The calculator system utilizes a plurality of output terinals on the primary MOS/LSI chip for selectively addressing in timed coded sequence an array of peripheral MOS/LSI chips providing for expanded register and memory capacity and for output printing. Data registers are provided in a sequentially addressed random access memory array, which is addressed by a commutator also used to generate encoded timing signals for other parts of the system and control logic. The keyboard input includes an interface register into which is entered key sense line information along with encoded timing information derived from the encoded timing signals. The contents of the interface register may be entered into the data registers or used to select an address in a program storage memory via a program counter. Bits may be read out in parallel from cells in the data registers and processed through an arithmetic logic unit and then re-entered in the same cells within a bit time or state time, so the data registers do not recirculate in the usual sense.
    • 一种以MOS / LSI技术实现的电子便携式计算机,包括扫描的键盘输入和显示输出。 计算器系统利用主MOS / LSI芯片上的多个输出端,以定时编码顺序有选择地寻址提供扩展寄存器和存储器容量并用于输出打印的外围MOS / LSI芯片阵列。 数据寄存器被提供在顺序寻址的随机存取存储器阵列中,其由换向器寻址,该换向器也用于为系统的其他部分和控制逻辑生成编码定时信号。 键盘输入包括接口寄存器,其中输入了键传感线信息以及从经编码的定时信号导出的编码定时信息。 接口寄存器的内容可以输入到数据寄存器中,或者用于通过程序计数器选择程序存储存储器中的地址。 位可以从数据寄存器中的单元并行读出并通过算术逻辑单元进行读出,然后在位时间或状态时间内重新输入到相同的单元中,因此数据寄存器在通常的意义上不再循环。
    • 9. 发明授权
    • Calculator data storage system
    • 计算器数据存储系统
    • US4004280A
    • 1977-01-18
    • US593594
    • 1975-07-07
    • Jerry L. Vandierendonck
    • Jerry L. Vandierendonck
    • G06F9/30G06F13/42G06F15/78G06F13/00
    • G06F9/30141G06F13/4243G06F15/7864G06F9/30138
    • Disclosed is an expandable calculator system of the type implemented on semiconductor chips providing additional data storage registers for increasing data storage capacity of the basic system. A basic calculator system comprising two semiconductor chips is provided with additional semiconductor chips each providing a plurality of separately addressable registers for storing data, to thereby increase the data storage capacity of the two-chip system. First and second control signals synchronize the internal timing of the external register chips and also enable communication to the external chips. The data system has 10 registers on each of the additional semiconductor chips which are addressed by means responsive to instructions communicated via the data transmission path.
    • 公开了一种在半导体芯片上实现的可扩展计算器系统,其提供用于增加基本系统的数据存储容量的附加数据存储寄存器。 包括两个半导体芯片的基本计算器系统设置有附加的半导体芯片,每个半导体芯片提供多个用于存储数据的单独可寻址的寄存器,从而增加双芯片系统的数据存储容量。 第一和第二控制信号同步外部寄存器芯片的内部定时,并且还能够与外部芯片通信。 数据系统在每个附加半导体芯片上具有10个寄存器,这些寄存器通过响应于经由数据传输路径传送的指令的方式寻址。