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    • 3. 发明申请
    • Waterproof relay connector
    • 防水继电器连接器
    • US20050181681A1
    • 2005-08-18
    • US11045453
    • 2005-01-28
    • Atsushi AraiKaoru Kanda
    • Atsushi AraiKaoru Kanda
    • H01R4/70H01R4/48H01R13/52H01R13/40
    • H01R13/5205H01R4/4818H01R4/4836
    • The waterproof relay connector for connecting a lead wire includes a connector housing having a lead wire insertion hole, and lead wire retaining means for retaining the lead wire inserted in the lead wire insertion hole, an elastic portion having a through hole extending along the lead wire insertion hole, and a terminal for connection to the lead wire are provided in the connector housing. The lead wire is passed through the through hole in the elastic portion, and a conductor of the lead wire is resiliently connected to the terminal, so that a seal is formed between an inner peripheral surface of the through hole in the elastic portion and an outer peripheral surface of a covering portion of the lead wire.
    • 用于连接引线的防水继电器连接器包括具有引线插入孔的连接器壳体和用于保持插入引线插入孔中的引线的引线保持装置,具有沿导线延伸的通孔的弹性部分 插入孔和用于连接到引线的端子设置在连接器壳体中。 引线穿过弹性部分中的通孔,引线的导体弹性地连接到端子,使得在弹性部分的通孔的内周表面和外部的弹性部分之间形成密封件 引线的覆盖部分的周边表面。
    • 8. 发明授权
    • Waterproof relay connector
    • 防水继电器连接器
    • US07070463B2
    • 2006-07-04
    • US11045453
    • 2005-01-28
    • Atsushi AraiKaoru Kanda
    • Atsushi AraiKaoru Kanda
    • H01R11/09
    • H01R13/5205H01R4/4818H01R4/4836
    • The waterproof relay connector for connecting a lead wire includes a connector housing having a lead wire insertion hole, and lead wire retaining means for retaining the lead wire inserted in the lead wire insertion hole, an elastic portion having a through hole extending along the lead wire insertion hole, and a terminal for connection to the lead wire are provided in the connector housing. The lead wire is passed through the through hole in the elastic portion, and a conductor of the lead wire is resiliently connected to the terminal, so that a seal is formed between an inner peripheral surface of the through hole in the elastic portion and an outer peripheral surface of a covering portion of the lead wire.
    • 用于连接引线的防水继电器连接器包括具有引线插入孔的连接器壳体和用于保持插入引线插入孔中的引线的引线保持装置,具有沿导线延伸的通孔的弹性部分 插入孔和用于连接到引线的端子设置在连接器壳体中。 引线穿过弹性部分中的通孔,引线的导体弹性地连接到端子,使得在弹性部分的通孔的内周表面和外部的弹性部分之间形成密封件 引线的覆盖部分的周边表面。
    • 9. 发明授权
    • Appliance for adhering a sensing marker on a medium for recording
information
    • 用于将感测标记粘贴在用于记录信息的介质上的装置
    • US4288281A
    • 1981-09-08
    • US75243
    • 1979-09-12
    • Kaoru Kanda
    • Kaoru Kanda
    • G11B5/84G11B23/32B44C7/02
    • G11B5/84G11B23/32Y10T156/1705Y10T156/1707Y10T156/171Y10T156/1795Y10T156/18Y10T156/1961
    • An appliance for adhering a sensing marker on a medium for recording information, such as a magnetic tape, comprising a case, removing rotor, and a guide way. The case has a cavity formed therein where the removing rotor is pivotally supported. The removing rotor also has a cavity therein where a marker roll is accommodated which is commercially available and which includes a backing liner and a plurality of pre-cut sensing markers adhered on the backing liner. The removing rotor has a station which is formed in a flat surface for receiving the backing liner withdrawn from the marker roll. An arc surface and a radial step are also provided with the removing roller. A location is formed on the case so that the magnetic tape is positioned there. A transfer block which has a rectangular shape is formed at the bottom thereof. Soft material which has a tendency to stick to the sensing marker is positioned on the block. The block is pressed to the sensing marker positioned on the flat surface of the removing rotor so that the sensing marker sticks to the soft material mounted on the block. Thereafter, the block together with the sensing marker is pressed to the magnetic tape and the sensing marker is adhered to the tape.
    • 用于将感测标记粘附在用于记录信息的介质(例如磁带)上的装置,包括壳体,移除转子和引导方式。 壳体具有形成在其中的空腔,其中移除转子枢转地支撑。 除去转子还具有其中容纳有标记辊的空腔,其可商购,并且包括背衬衬垫和粘附在衬垫上的多个预切割感测标记。 移除转子具有形成在平坦表面中的站,用于接收从标记辊中取出的背衬。 除去辊也设有弧面和径向台阶。 在壳体上形成一个位置,使得磁带位于那里。 在其底部形成具有矩形形状的转移块。 具有粘附到感测标记的倾向的软材料位于块上。 块被按压到位于移除转子的平坦表面上的感测标记,使得感测标记粘附到安装在块上的软材料。 此后,将块与感测标记一起按压到磁带上,并且感测标记粘附到磁带上。
    • 10. 发明授权
    • Priority selection system in access control
    • 访问控制中的优先级选择系统
    • US3967249A
    • 1976-06-29
    • US537450
    • 1974-12-30
    • Yukio TaniyamaTetsuo IsakaTetsuo NagahoriKaoru Kanda
    • Yukio TaniyamaTetsuo IsakaTetsuo NagahoriKaoru Kanda
    • G06F13/372G06F9/46G06F13/14G06F13/368G06F3/04
    • G06F13/368
    • A selection system for an information processing system wherein a unit, such as a magnetic tape unit, is shared by a plurality of control units. At least first and second signal lines are connected between each control unit at a driver circuit and a receiver circuit pair. The two signal lines connected between each control unit correspond to a single shared unit, and each control unit provides a driver circuit and a receiver circuit connected so as to transmit and receive signals carried on each line. Each line is connected to a separate driver circuit and receiver circuit at each control units. A block signal is transmitted from one of the control units through a first signal line to the other control units to prevent them from starting their operation for accessing the shared unit, and selection signals are transmitted from possible plurality of started control units through the second signal line at different timings to thereby determine priority of the started control units for accessing the shared unit. With this system, the control units can be correctly operated in accordance with priority by simple circuit construction without employing a scanning system, and further, the number of control units can be increased without increasing the cost of the selection system.
    • 一种用于信息处理系统的选择系统,其中诸如磁带单元的单元由多个控制单元共享。 至少第一和第二信号线连接在驱动电路的每个控制单元和接收器电路对之间。 连接在每个控制单元之间的两个信号线对应于单个共享单元,并且每个控制单元提供连接的驱动器电路和接收器电路,以便发送和接收每行上承载的信号。 每条线路连接到每个控制单元的单独的驱动电路和接收器电路。 从其中一个控制单元通过第一信号线将块信号发送到其他控制单元,以防止它们开始其访问共享单元的操作,并且通过第二信号从可能的多个起始控制单元发送选择信号 在不同的定时线路,从而确定用于访问共享单元的启动的控制单元的优先级。 利用该系统,通过简单的电路结构,可以根据优先权正确地操作控制单元,而不需要使用扫描系统,此外,可以增加控制单元的数量,而不增加选择系统的成本。