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    • 1. 发明授权
    • Data collecting system
    • 数据采集​​系统
    • US4973957A
    • 1990-11-27
    • US348170
    • 1989-05-02
    • Giichiro ShimizuMisao ShimizuHajime TakeuchiToshiharu OkuyamaYoshio Wakatsuki
    • Giichiro ShimizuMisao ShimizuHajime TakeuchiToshiharu OkuyamaYoshio Wakatsuki
    • G01B3/20G01B7/04G01B21/06G01D3/02G07C3/00G08C19/28
    • G07C3/00G01B21/06G01B3/205G01B7/04G01D3/022G08C19/28G01B2210/58
    • A host apparatus collects the physical or chemical quantities of articles, which have been measured by a plurality of measuring devices, for example, vernier calipers. Each calipers has a caliper unit as a measuring means, a dip-switch, a CPU, a RAM, and a transmitter. The caliper unit has an analog-to-digital (A/D) converter. The dip-switch is operated, thus setting an ID number of the device, before the device is used. The ID number is stored into the RAM. When the transmission button of the device is pushed, the CPU edits the digital value supplied from A/D converter and the ID number stored in the RAM, thereby forming a serial-data message. This message is transmitted by a transmitter, in the form of a radio message. The host apparatus has a receiver and a host computer. The receiver received the serial-data messages transmitted from the measuring devices. The host computer collects the values measured by the devices and contained in the serial-data messages, in accordance with the ID numbers also contained in the serial-data messages.
    • 主机装置收集由多个测量装置例如游标卡尺测量的物品的物理或化学量。 每个卡钳具有作为测量装置的卡尺单元,dip开关,CPU,RAM和发送器。 卡尺单元具有模数(A / D)转换器。 操作DIP开关,从而在使用设备之前设置设备的ID号。 ID号存储在RAM中。 当按下设备的传输按钮时,CPU编辑从A / D转换器提供的数字值和存储在RAM中的ID号,从而形成串行数据消息。 该消息由发射机以无线电消息的形式发送。 主机装置具有接收机和主机。 接收器接收从测量装置发送的串行数据消息。 主计算机根据串行数据消息中包含的ID号码收集由设备测量并包含在串行数据消息中的值。
    • 2. 发明授权
    • Data transfer system
    • 数据传输系统
    • US5513347A
    • 1996-04-30
    • US432731
    • 1994-11-01
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiMisao ShimizuGiichiro Shimizu
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiMisao ShimizuGiichiro Shimizu
    • G06F11/10G06F13/00H03M13/09H04L1/24G06F7/00
    • H03M13/09H04L1/246
    • A data transfer system for transferring a transfer frame including a plurality of character codes representing a numeral of numerical data to be transferred, error detection data including a parity code for the character codes and a predetermined transfer control code to a controller on a receiver side from a controller on a sender side. In the controller on the sender side, a parity code obtained for the character codes is divided into a plurality of bit groups, a predetermined code which does not coincide with the predetermined transfer control code is affixed to each divided bit group to form divided parity data having a specific number of bits, and the transfer frame is constituted with these plural divided parity data as the error detection data. In the controller on the receiver side, the original parity code is restored from a plurality of divided parity data in the received transfer frame and is used.
    • PCT No.PCT / JP88 / 00378 Sec。 371日期:1994年11月1日 102(e)日期1994年11月1日PCT提交1988年4月15日PCT公布。 出版物WO88 / 08233 日期:1988年10月20日。一种数据传送系统,用于传送包括表示要传送的数字数据的数字的多个字符代码的传送帧,包括用于字符代码的奇偶校验码和预定的传送控制代码的错误检测数据 来自发送器侧的控制器的接收器侧的控制器。 在发送侧的控制器中,将针对字符代码获得的奇偶校验码划分为多个位组,将与预定的传送控制代码不一致的预定代码附加到每个划分的位组,以形成分割奇偶校验数据 具有特定数量的位,并且传送帧由这些多个划分的奇偶校验数据构成作为错误检测数据。 在接收机侧的控制器中,使用接收到的传送帧中的多个划分的奇偶校验数据来恢复原始奇偶校验码。
    • 5. 发明授权
    • FSK demodulating device
    • FSK解调装置
    • US4910753A
    • 1990-03-20
    • US234756
    • 1988-08-22
    • Yoshio WakatsukiHajime TakeuchiGiichiro Shimizu
    • Yoshio WakatsukiHajime TakeuchiGiichiro Shimizu
    • H03K5/08H04L25/03H04L27/14H04L27/156
    • H04L27/14
    • An FSK shift keying device includes a detector for detecting a transmission frame consisting of a preamble, data, and a postamble, a time constant circuit charged in response to a voltage signal detected by the detector for generating a time constant, a charging voltage being determined in accordance with the time constant set in correspondence with a duration of high level in the preamble of the transmission frame, a reference voltage generator for generating a reference voltage signal having an amplitude value which is 1/2 an amplitude value of the voltage signal from the detector, and further generating a comparison reference voltage signal obtained by subtracting the reference voltage from the charging voltage, and a comparator for comparing the comparison reference voltage signal with the voltage signal input from the detector.
    • FSK移位键控装置包括:检测器,用于检测由前导码,数据和后同步码组成的传输帧;响应于由检测器检测的用于产生时间常数的电压信号而充电的时间常数电路,确定充电电压 根据与发送帧的前同步码中的高电平的持续时间设定的时间常数相对应的基准电压发生器,用于生成具有振幅值为1/2的振幅值的参考电压信号, 检测器,并且还产生通过从充电电压中减去参考电压而获得的比较参考电压信号;以及比较器,用于将比较参考电压信号与从检测器输入的电压信号进行比较。
    • 6. 发明授权
    • FSK demodulating device
    • FSK解调装置
    • US4897857A
    • 1990-01-30
    • US234734
    • 1988-08-22
    • Yoshio WakatsukiHajime TakeuchiGiichiro Shimizu
    • Yoshio WakatsukiHajime TakeuchiGiichiro Shimizu
    • H04L25/03H03K5/08H04L7/04H04L27/14H04L27/156
    • H04L7/044H04L27/156
    • An FSK shift keying device includes a detector for detecting a transmission frame consisting of a preamble, data, and a postamble, a leading edge detector for detecting a leading edge of a voltage signal detected by the detector, a microprocessor for receiving a detection signal output from the leading edge detector as an interrupt signal, and resetting and restarting a timer, the timer for counting a time lapse in accordance with a clock signal from a clock generator, a sample and hold circuit for holding the voltage signal output from the detector when the time lapse counted by the timer reaches a duration of the preamble, a reference voltage generator for generating a reference voltage signal having an amplitude value which is 1/2 an amplitude value of the voltage signal from the detector, and a comparator for comparing the reference voltage signal with the voltage signal from the sample and hold circuit.
    • FSK移位键控装置包括用于检测由前导码,数据和后同步码组成的传输帧的检测器,用于检测由检测器检测到的电压信号的前沿的前沿检测器,用于接收检测信号输出的微处理器 从前沿检测器作为中断信号,以及复位和重新启动定时器,用于根据来自时钟发生器的时钟信号计数时间流逝的定时器,用于保持从检测器输出的电压信号的采样和保持电路, 由定时器计时的时间延迟达到前导码的持续时间;参考电压发生器,用于产生具有振幅值为来自检测器的电压信号的振幅值的参考电压信号;以及比较器, 参考电压信号与采样保持电路的电压信号。
    • 7. 发明授权
    • Meter reading system
    • 仪表读数系统
    • US5278551A
    • 1994-01-11
    • US42919
    • 1993-04-06
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiGiichiro ShimizuMisao Shimizu
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiGiichiro ShimizuMisao Shimizu
    • G01D4/00G06Q30/04G08B23/00
    • G06Q30/04G01D4/006Y02B90/243Y04S20/325
    • A meter at each user's house has a bar-coded user number shown thereon, and has a display section for displaying a reading. A data input terminal unit has a bar code reader for reading the user number and a keyboard for manually inputting a present reading. A data recording controller has a meter reading data file having a present reading for each user number. The data input terminal unit radio-transmits a read user number to the data recording controller and radio-receives a previous reading, corresponding to the user number, from said data recording controller. The data input terminal unit computes the amount used from this previous reading and the present reading manually input, and causes a printer to print meter reading data including this used amount on a reading slip while radio-transmitting it to the data recording controller.
    • 在每个用户的房子上的一个仪表具有在其上显示的条形码用户号码,并且具有用于显示读数的显示部分。 数据输入终端单元具有用于读取用户号码的条形码读取器和用于手动输入当前读数的键盘。 数据记录控制器具有每个用户号码具有当前读数的抄表数据文件。 数据输入终端单元从数据记录控制器向数据记录控制器无线发送读取用户号码,并对与用户号码相对应的无线电接收先前的读取。 数据输入终端单元计算从先前读取的数量和手动输入的当前读数,并且使打印机在将数据记录控制器无线发送的同时,将包含该使用量的读数数据打印在读取纸上。
    • 8. 发明授权
    • Portable data input/transmission apparatus
    • 便携式数据输入/传输设备
    • US5065003A
    • 1991-11-12
    • US491856
    • 1990-03-12
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiGiichiro ShimizuMisao Shimizu
    • Yoshio WakatsukiToshiharu OkuyamaHajime TakeuchiGiichiro ShimizuMisao Shimizu
    • G06K7/00G06F15/02G06K7/10G06K17/00H04M1/2755H04M1/725
    • H01Q1/2208G06F15/0225G06F15/0283G06K17/0022G06K7/10881H01Q1/08H04M1/2755H04M1/725
    • A casing of a portable data input/transmission apparatus has an end portion, the size of which is determined such that the end portion can be held by one hand. A pen-scanner type bar code reader for reading a bar code is attached to one end of the casing in the longitudinal direction. A keyboard for enabling at least numerical data to be input is attached near the other end of the casing in the longitudinal direction. A transmitter/receiver is stored within the casing, the transmitter/receiver being designed to output wirelessly to an external data processing apparatus code data read by the bar code reader and at least numerical data input from the keyboard. A pair of antenna-containing grooves are formed in a pair of facing side surfaces extending in the longitudinal direction of the casing, such that the grooves extend in the longitudinal direction of the casing to said other end of the casing. An antenna is provided such that it is freely inserted into and drawn from the antenna-containing grooves from the other end of the casing, the antenna being formed of a substantially U-shaped, electrically conductive elastic material and being fitted in the grooves by virtue of the elastic force of the antenna.
    • 便携式数据输入/传输装置的壳体具有端部,其尺寸被确定为可以用一只手握持端部。 用于读取条形码的笔式扫描器型条形码读取器沿纵向方向附接到壳体的一端。 至少能够输入数字数据的键盘被附加在壳体的纵向另一端的附近。 发送器/接收器存储在外壳内,发送器/接收器被设计成无线地输出到由条形码读取器读取的外部数据处理设备代码数据和至少从键盘输入的数字数据。 一对天线容纳槽形成在沿着壳体的纵向方向延伸的一对相对侧面中,使得槽沿壳体的纵向方向延伸到壳体的另一端。 天线被设置成使得它能够从壳体的另一端自由插入并从天线容纳槽中抽出,该天线由大致U形的导电弹性材料形成,并且通过美观装配在槽中 的天线弹力。
    • 9. 发明授权
    • Data-transmitting apparatus
    • 数据发送装置
    • US4924482A
    • 1990-05-08
    • US346360
    • 1989-04-28
    • Giichiro ShimizuMisao ShimizuHajime TakeuchiToshiharu OkuyamaYoshio Wakatsuki
    • Giichiro ShimizuMisao ShimizuHajime TakeuchiToshiharu OkuyamaYoshio Wakatsuki
    • H04Q9/00G01B7/04G01B21/06
    • G01B7/04G01B21/06
    • The analog data representing a value measured of a product by means of a measuring device such as a vernier calipers is converted into digital data by an analog-to-digital converter. A CPU incorporates the digital data into a data message. The CPU is driven by a clock signal output from a quartz crystal oscillator. A first frequency divider divides the clock signal, thus generating a signal of a first frequency, and a second frequency divider divides the clock signal, thereby generating a signal of a second frequency. During the duration of each digital data signal at the "0" (low) level, the CPU generates a signal at the "low" or "high" level, in accordance with the signal generated by the first frequency divider. Similarly, during the duration of each digital data signal at the "1" (high) level, the CPU generates a signal at the "low" or "high" level, in accordance with the signal generated by the second frequency divider. The signals generated by the CPU are supplied to a transmitter. The transmitter transmits these signals to an external apparatus, in the form of a radio message.
    • 通过诸如游标卡尺的测量装置表示产品测量值的模拟数据通过模拟 - 数字转换器转换成数字数据。 CPU将数字数据并入数据消息。 CPU由从石英晶体振荡器输出的时钟信号驱动。 第一分频器分频时钟信号,从而产生第一频率的信号,第二分频器对时钟信号进行分频,从而产生第二频率的信号。 在每个数字数据信号在“0”(低)电平的持续时间期间,CPU根据由第一分频器产生的信号产生处于“低”或“高”电平的信号。 类似地,在“1”(高)电平的每个数字数据信号的持续时间期间,CPU根据由第二分频器产生的信号产生处于“低”或“高”电平的信号。 由CPU产生的信号被提供给发射机。 发射机以无线电消息的形式将这些信号发送到外部设备。