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    • 1. 发明授权
    • Sensor system and connector used therefor
    • 传感器系统和连接器用于此
    • US06945828B2
    • 2005-09-20
    • US10754552
    • 2004-01-12
    • Takashi KameiKiyoshi ImaiToshinori SatoKazuaki MiyoshiSatoru Shimokawa
    • Takashi KameiKiyoshi ImaiToshinori SatoKazuaki MiyoshiSatoru Shimokawa
    • G01B21/00G01J3/52G01N29/24H01R9/24H01R13/514H01R31/02H03K17/94H01R9/26
    • H01R9/2458H03K17/94H03K2217/94094
    • A sensor system includes a plurality of sensor bodies arranged aligned and adjacent to each other, each of said sensor bodies being connected to an electric cord including at least a signal line via a connector. Each connector has a power feed terminal, and a detachable fitting for electrically connecting the power feed terminals of the connectors is provided between the connectors. The power supplied to the connector of any of the sensor body through the power feed line in the electric cord is distributed to the power feed terminal of another sensor body through a row of connectors. By this configuration, the number of power feed lines for the overall system can be significantly reduced, and common bodies not distinguished for the main and sub bodies can be used as the sensor bodies, whereby the cost can be reduced and inventory management can be facilitated. Further, when any of the sensor bodies fails, it is possible to simply exchange the failed sensor body only, while maintaining the use of the electric cord that has been used.
    • 传感器系统包括彼此对准并相邻布置的多个传感器主体,每个所述传感器主体经由连接器至少包括信号线连接至电线。 每个连接器具有馈电端子,并且在连接器之间设置用于电连接连接器的馈电端子的可拆卸配件。 通过电线中的馈电线向传感器主体的任何一个的连接器提供的电力通过一排连接器分配到另一传感器主体的馈电端。 通过这种结构,可以显着地减少整个系统的供电线的数量,并且可以将不区分主体和副主体的共同体用作传感器体,从而可以降低成本并且可以促进库存管理 。 此外,当传感器体中的任何一个发生故障时,只要在保持使用已经使用的电线的同时简单地更换故障传感器体。
    • 2. 发明授权
    • Sensor system and connector used therefor
    • 传感器系统和连接器用于此
    • US06692311B1
    • 2004-02-17
    • US09694302
    • 2000-10-24
    • Takashi KameiKiyoshi ImaiToshinori SatoKazuaki MiyoshiSatoru Shimokawa
    • Takashi KameiKiyoshi ImaiToshinori SatoKazuaki MiyoshiSatoru Shimokawa
    • H01R926
    • H01R9/2458H03K17/94H03K2217/94094
    • A sensor system includes a plurality of sensor bodies arranged aligned and adjacent to each other, each of said sensor bodies being connected to an electric cord including at least a signal line via a connector. Each connector has a power feed terminal, and a detachable fitting for electrically connecting the power feed terminals of the connectors is provided between the connectors. The power supplied to the connector of any of the sensor body through the power feed line in the electric cord is distributed to the power feed terminal of another sensor body through a row of connectors. By this configuration, the number of power feed lines for the overall system can be significantly reduced, and common bodies not distinguished for the main and sub bodies can be used as the sensor bodies, whereby the cost can be reduced and inventory management can be facilitated. Further, when any of the sensor bodies fails, it is possible to simply exchange the failed sensor body only, while maintaining the use of the electric cord that has been used.
    • 传感器系统包括彼此对准并相邻布置的多个传感器主体,每个所述传感器主体经由连接器至少包括信号线连接至电线。 每个连接器具有馈电端子,并且在连接器之间设置用于电连接连接器的馈电端子的可拆卸配件。 通过电线中的馈电线向传感器主体的任何一个的连接器提供的电力通过一排连接器分配到另一传感器主体的馈电端。 通过这种结构,可以显着地减少整个系统的供电线的数量,并且可以将不区分主体和副主体的共同体用作传感器体,从而可以降低成本并且可以促进库存管理 。 此外,当传感器体中的任何一个发生故障时,只要在保持使用已经使用的电线的同时简单地更换故障传感器体。
    • 3. 发明授权
    • Multi-optical axis photoelectric sensor
    • 多光轴光电传感器
    • US08536510B2
    • 2013-09-17
    • US13254221
    • 2010-07-27
    • Satoru ShimokawaTakayoshi TakaharaShunsuke MogiToshinori Sato
    • Satoru ShimokawaTakayoshi TakaharaShunsuke MogiToshinori Sato
    • H01J40/14
    • G01V8/20
    • A multi-optical axis photoelectric sensor is provided having a casing that forms an outer shape of each of a projector and an optical receiver. The casing includes a frame body having a front face and two ends opened, a pair of caps to cover both ends of the frame body, and a light transmissive plate to cover the opened front face of the frame body 3. In the inner surfaces of both side plates of the frame body, supports are formed extending along the corresponding side edges of the opening of the front face. Both side edges of the light transmissive plate 6 are supported by the supports, and both ends thereof are supported by the caps. Portions of the caps that support the light transmissive plate 6 include communication portions to communicate with the supports of the frame body 3, and a string-like elastic member is disposed around a closed loop formed by each support and each communication portion. The light transmissive plate 6 is held between the string-like elastic member and at least one fixing member disposed for the frame body and the caps. This configuration facilitates fixing of the light transmissive plate and changing of a size of the frame body.
    • 提供一种多光轴光电传感器,其具有形成投影仪和光接收器的外形的壳体。 壳体包括具有前表面和两端打开的框体,覆盖框体两端的一对盖,以及覆盖框体3的敞开的前表面的透光板。在框体的内表面 框架体的两个侧板,支撑件形成为沿着前表面的开口的相应侧边缘延伸。 透光板6的两个侧边缘由支撑件支撑,并且其两端由盖支撑。 支撑透光板6的盖的部分包括与框架体3的支撑件连通的连通部,并且在由每个支撑件和每个连通部形成的闭环周围设置有线状的弹性部件。 透光板6被保持在弦状弹性构件和为框体和盖设置的至少一个固定构件之间。 这种构造有助于光透射板的固定和框体的尺寸的改变。
    • 4. 发明申请
    • MULTI-OPTICAL AXIS PHOTOELECTRIC SENSOR
    • 多光轴光电传感器
    • US20120112049A1
    • 2012-05-10
    • US13254221
    • 2010-07-27
    • Satoru ShimokawaTakayoshi TakaharaShunsuke MogiToshinori Sato
    • Satoru ShimokawaTakayoshi TakaharaShunsuke MogiToshinori Sato
    • G01J1/04
    • G01V8/20
    • A multi-optical axis photoelectric sensor is provided having a casing that forms an outer shape of each of a projector and an optical receiver. The casing includes a frame body having a front face and two ends opened, a pair of caps to cover both ends of the frame body, and a light transmissive plate to cover the opened front face of the frame body 3. In the inner surfaces of both side plates of the frame body, supports are formed extending along the corresponding side edges of the opening of the front face. Both side edges of the light transmissive plate 6 are supported by the supports, and both ends thereof are supported by the caps. Portions of the caps that support the light transmissive plate 6 include communication portions to communicate with the supports of the frame body 3, and a string-like elastic member is disposed around a closed loop formed by each support and each communication portion. The light transmissive plate 6 is held between the string-like elastic member and at least one fixing member disposed for the frame body and the caps. This configuration facilitates fixing of the light transmissive plate and changing of a size of the frame body.
    • 提供一种多光轴光电传感器,其具有形成投影仪和光接收器的外形的壳体。 壳体包括具有前表面和两端打开的框体,覆盖框体两端的一对盖,以及覆盖框体3的敞开的前表面的透光板。在框体的内表面 框架体的两个侧板,支撑件形成为沿着前表面的开口的相应侧边缘延伸。 透光板6的两个侧边缘由支撑件支撑,并且其两端由盖支撑。 支撑透光板6的盖的部分包括与框架体3的支撑件连通的连通部,并且在由每个支撑件和每个连通部形成的闭环周围设置有线状的弹性部件。 透光板6被保持在弦状弹性构件和为框体和盖设置的至少一个固定构件之间。 这种构造有助于光透射板的固定和框体的尺寸的改变。
    • 5. 发明申请
    • Multi-beam photoelectric sensor
    • 多光束光电传感器
    • US20060065818A1
    • 2006-03-30
    • US11236862
    • 2005-09-28
    • Satoru ShimokawaTetsuya AkagiTakayoshi TakaharaYasushi MiyakeToshinori SatoShunsuke Ito
    • Satoru ShimokawaTetsuya AkagiTakayoshi TakaharaYasushi MiyakeToshinori SatoShunsuke Ito
    • G06M7/00
    • G01V8/20
    • A multi-beam photoelectric sensor is disclosed which can be fabricated by selecting the length of a light projection/light-receiving columnar member and the number and pitches of optical axes in accordance with the width of a hazardous area of an object or the diameter of the minimum object to be detected. A projector string or a photo-detector string includes an optical module string having an alignment of a plurality of optical modules with an optical system for one optical axis, a light projection circuit for one optical axis and a plurality of flip-flops corresponding to one stage of a shift register, integrated with each other, and a flat cable. The flip-flops in the adjacent optical modules are connected in cascade by the adjacent module conduction wires thereby to make up a shift register. The optical modules making the optical module string are sequentially activated by the data sequentially sent by the shift register.
    • 公开了一种多光束光电传感器,其可以通过根据物体的危险区域的宽度选择光投射/光接收柱状部件的长度和光轴的数量和间距来制造,或者直径 要检测的最小对象。 投影仪串或光检测器串包括具有多个光学模块与一个光轴的光学系统对准的光学模块串,用于一个光轴的光投射电路和对应于一个光轴的多个触发器 移位寄存器的一个阶段,彼此集成,以及一个扁平电缆。 相邻光模块中的触发器由相邻的模块导线串联连接,从而构成移位寄存器。 使光模块串的光模块依次由移位寄存器发送的数据激活。
    • 6. 发明授权
    • Area monitoring multi-beam photoelectric sensor
    • 区域监控多光束光电传感器
    • US07227120B2
    • 2007-06-05
    • US11236862
    • 2005-09-28
    • Satoru ShimokawaTetsuya AkagiTakayoshi TakaharaYasushi MiyakeToshinori SatoShunsuke Ito
    • Satoru ShimokawaTetsuya AkagiTakayoshi TakaharaYasushi MiyakeToshinori SatoShunsuke Ito
    • G01J1/44H01J40/14H03F3/08G06M7/00
    • G01V8/20
    • A multi-beam photoelectric sensor is disclosed which can be fabricated by selecting the length of a light projection/light-receiving columnar member and the number and pitches of optical axes in accordance with the width of a hazardous area of an object or the diameter of the minimum object to be detected. A projector string or a photo-detector string includes an optical module string having an alignment of a plurality of optical modules with an optical system for one optical axis, a light projection circuit for one optical axis and a plurality of flip-flops corresponding to one stage of a shift register, integrated with each other, and a flat cable. The flip-flops in the adjacent optical modules are connected in cascade by the adjacent module conduction wires thereby to make up a shift register. The optical modules making the optical module string are sequentially activated by the data sequentially sent by the shift register.
    • 公开了一种多光束光电传感器,其可以通过根据物体的危险区域的宽度选择光投射/光接收柱状部件的长度和光轴的数量和间距来制造,或者直径 要检测的最小对象。 投影仪串或光检测器串包括具有多个光学模块与一个光轴的光学系统对准的光学模块串,用于一个光轴的光投射电路和对应于一个光轴的多个触发器 移位寄存器的一个阶段,彼此集成,以及一个扁平电缆。 相邻光模块中的触发器由相邻的模块导线串联连接,从而构成移位寄存器。 使光模块串的光模块依次由移位寄存器发送的数据激活。
    • 7. 发明授权
    • Structure for mounting multi-optical axis photoelectric sensor
    • 安装多光轴光电传感器的结构
    • US07226025B2
    • 2007-06-05
    • US11236857
    • 2005-09-28
    • Toshinori SatoSatoru Shimokawa
    • Toshinori SatoSatoru Shimokawa
    • F16M11/00
    • G01J1/04G01D11/30G01J1/0271G01J1/0403G01V8/20
    • To provide a structure for mounting a multi-optical axis photoelectric sensor, where a multi-optical axis photoelectric sensor is mounted on the base while both ends and the back face thereof are not gripped, and thereby the space for mounting the multi-optical axis photoelectric sensor can be reduced and the multi-optical axis photoelectric sensor can be mounted from the front face thereof. The structure for mounting a multi-optical axis photoelectric sensor comprises: a rail-shaped projecting portion, formed on the side face of a columnar case along the longitudinal direction thereof, a movable-side member, having a gripping mechanism which detachably grips a rail-shaped projecting portion of the columnar case, a mounting portion, mountable on a supporting wall from the side facing the supporting wall, and a fixed-side member, rotatably supporting the movable-side member via a supporting mechanism, with the mounting portion mounted in a state where the columnar case is positioned on the side of the mounting portion.
    • 为了提供一种用于安装多光轴光电传感器的结构,其中多光轴光电传感器安装在基座上,而其两端和背面没有夹持,从而安装多光轴的空间 可以减少光电传感器,并且可以从其前表面安装多光轴光电传感器。 用于安装多光轴光电传感器的结构包括:沿着其纵向形成在柱状壳体的侧面上的轨道状突出部分,具有可拆卸地夹持轨道的夹持机构的可动侧部件 柱形壳体的凸出部分,从面向支撑壁的一侧可安装在支撑壁上的安装部分和固定侧构件,其经由支撑机构可旋转地支撑可动侧构件,安装部分安装 在柱状壳体位于安装部分侧面的状态下。
    • 8. 发明申请
    • Structure for mounting multi-optical axis photoelectric sensor
    • 安装多光轴光电传感器的结构
    • US20060219874A1
    • 2006-10-05
    • US11236857
    • 2005-09-28
    • Toshinori SatoSatoru Shimokawa
    • Toshinori SatoSatoru Shimokawa
    • G06M7/00
    • G01J1/04G01D11/30G01J1/0271G01J1/0403G01V8/20
    • To provide a structure for mounting a multi-optical axis photoelectric sensor, where a multi-optical axis photoelectric sensor is mounted on the base while both ends and the back face thereof are not gripped, and thereby the space for mounting the multi-optical axis photoelectric sensor can be reduced and the multi-optical axis photoelectric sensor can be mounted from the front face thereof. The structure for mounting a multi-optical axis photoelectric sensor comprises: a rail-shaped projecting portion, formed on the side face of a columnar case along the longitudinal direction thereof, a movable-side member, having a gripping mechanism which detachably grips a rail-shaped projecting portion of the columnar case, a mounting portion, mountable on a supporting wall from the side facing the supporting wall, and a fixed-side member, rotatably supporting the movable-side member via a supporting mechanism, with the mounting portion mounted in a state where the columnar case is positioned on the side of the mounting portion.
    • 为了提供一种用于安装多光轴光电传感器的结构,其中多光轴光电传感器安装在基座上,而其两端和背面没有夹持,从而安装多光轴的空间 可以减少光电传感器,并且可以从其前表面安装多光轴光电传感器。 用于安装多光轴光电传感器的结构包括:沿着其纵向形成在柱状壳体的侧面上的轨道状突出部分,具有可拆卸地夹持轨道的夹持机构的可动侧部件 柱形壳体的凸出部分,从面向支撑壁的一侧可安装在支撑壁上的安装部分和固定侧构件,其经由支撑机构可旋转地支撑可动侧构件,安装部分安装 在柱状壳体位于安装部分侧面的状态下。
    • 9. 发明授权
    • Multi-optical axis photoelectric sensor system
    • 多光轴光电传感器系统
    • US07348537B2
    • 2008-03-25
    • US11235544
    • 2005-09-27
    • Tetsuya AkagiSatoru ShimokawaTakayoshi TakaharaKazunori OsakoFumihiko Misumi
    • Tetsuya AkagiSatoru ShimokawaTakayoshi TakaharaKazunori OsakoFumihiko Misumi
    • G06M7/00H01J40/14G08B12/18G06F15/16
    • G01D11/245
    • To provide a multi-optical axis photoelectric sensor and a multi-optical axis photoelectric sensor system, which enable function setting by an extremely simple operation, and further make it unnecessary to increase the size of a housing or to separately prepare a PC or a function setting tool. The multi-optical axis photoelectric sensor has: a columnar housing, from one end of which in the longitudinal direction an electric cord is pulled out, and at the other end of which in the longitudinal direction a plug-in type socket is provided, and a plug piece detachably attachable to the socket of the columnar housing. Particular information to serve as a function determining element on the columnar housing side is incorporated in the plug piece in a manner referenceable from a processing circuit on the columnar housing side via the socket. Further, the processing circuit on the columnar housing side is set so as to determine a function based upon particular information in the plug piece referenced via the socket.
    • 为了提供通过极其简单的操作实现功能设定的多光轴光电传感器和多光轴光电传感器系统,并且进一步使得不需要增加外壳的尺寸或单独准备PC或功能 设置工具。 多光轴光电传感器具有:柱状壳体,其长度方向的一端拉出电线,其另一端设置有插入式插座, 可拆卸地连接到柱状壳体的插座的插头片。 用作柱状壳体侧的功能确定元件的特定信息以可从管状容器侧的处理电路经由插座引导的方式结合在插头件中。 此外,柱状壳体侧的处理电路被设定为基于通过插座引用的插头件中的特定信息来确定功能。