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    • 3. 发明授权
    • Thermal overload relay
    • 热过载继电器
    • US08174350B2
    • 2012-05-08
    • US12659283
    • 2010-03-03
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • H01H71/16H01H61/04H01H75/08
    • H01H83/223
    • A thermal overload relay has a case, a main bimetal bending upon detection of an overload current, a release lever rotatably supported by an adjusting link and rotating according to a shifter displaced in response to the bending of the main bimetals, and a contact reversing mechanism for change-over contacts responsive to a rotation of the release lever. The main bimetal, release lever and contact reversing mechanism are disposed in the case. The contact reversing mechanism has a movable plate, and a reversing spring stretched between the other side of the movable plate and a spring support. The other end of the movable plate and the spring support is positioned opposite a support point. The release lever has a release lever supporting part, a reversing spring pushing part, a cam contact part, and a displacement input part, in which the release lever supporting part is pivoted on the adjusting link.
    • 热过载继电器具有壳体,检测到过载电流时的主双金属弯曲,由调节连杆可旋转地支撑并根据响应于主双金属件的弯曲移位的换档器而旋转的释放杆,以及接触反转机构 用于响应于释放杆的旋转的转换触点。 主要的双金属,释放杆和接触反转机构设置在壳体内。 接触反转机构具有可移动板,并且在可动板的另一侧和弹簧支撑件之间拉伸的反转弹簧。 可移动板和弹簧支架的另一端与支撑点相对定位。 释放杆具有释放杆支撑部分,反向弹簧推动部分,凸轮接触部分和位移输入部分,其中释放杆支撑部分在调节连杆上枢转。
    • 6. 发明授权
    • Thermal overload relay
    • 热过载继电器
    • US08138879B2
    • 2012-03-20
    • US12659007
    • 2010-02-23
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • H01H61/01H01H37/02
    • H01H83/223H01H71/1054H01H71/162H01H71/7445
    • A thermal overload relay includes main bimetals which bend upon detection of an overload current; a release lever displaced via movement of a shifter moved in response to the bending of the main bimetals; and a contact reversing mechanism for changing-over contacts responsive to a rotation of the release lever. The main bimetals, the release lever and the contact reversing mechanism are all disposed in a case. The contact reversing mechanism includes a pivotable movable plate; a reversing spring reversing the movable plate by coupling with a rotated release lever; and an interlock plate rotating around a support shaft together with the movable plate. Each contact has a normally opened contact piece and a normally closed contact piece and is disposed respectively in the vicinity of a front surface and in the vicinity of a back surface of the interlock plate.
    • 热过载继电器包括在检测到过载电流时弯曲的主双金属; 释放杆通过响应于主双金属片的弯曲移动的换档器的移动而移动; 以及响应于释放杆的旋转而改变接触的接触反转机构。 主要的双金属片,释放杆和接触反转机构均设置在壳体内。 接触反转机构包括可枢转的可动板; 反转弹簧通过与旋转的释放杆联接来反转可动板; 以及与可动板一起围绕支撑轴旋转的互锁板。 每个触点具有常开触点和常闭触点,分别设置在互锁板的前表面附近和附近。
    • 7. 发明授权
    • Thermal overload relay
    • 热过载继电器
    • US08188831B2
    • 2012-05-29
    • US12656731
    • 2010-02-16
    • Fumihiro MorishitaYukinari FuruhataTakeo Kamosaki
    • Fumihiro MorishitaYukinari FuruhataTakeo Kamosaki
    • H01H61/01H01H37/02H01H71/16
    • H01H83/223H01H71/7445H01H2071/109
    • A thermal overload relay includes a main bimetal for detection of an overload current, a shifter associated with the main bimetal, a release lever working according to a displacement of the shifter, a contact reversing mechanism for changing-over contacts by reversing action caused by rotation of the release lever, and a manipulation structure for manipulating the release lever and the contact reversing mechanism. The manipulation structure includes a reset bar for returning the contact reversing mechanism to an initial state. The reset bar is arranged to change-over between a manual reset state in which the reset bar can be pushed-in and an automatic reset state in which the reset bar is pushed-in and turned from the manual reset state and held in that state.
    • 热过载继电器包括用于检测过载电流的主双金属件,与主双金属件相关联的换档器,根据换档器的位移而工作的释放杆,用于通过由旋转引起的反转动作来转换触点的接触反转机构 的释放杆和用于操纵释放杆和接触反转机构的操作结构。 操作结构包括用于将接触反转机构返回到初始状态的复位杆。 复位条布置成在复位条可以被推入的手动复位状态和复位条从手动复位状态被推入并保持在该状态的自动复位状态之间转换 。
    • 8. 发明申请
    • Thermal overload relay
    • 热过载继电器
    • US20100245021A1
    • 2010-09-30
    • US12659005
    • 2010-02-23
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • H01H71/16
    • H01H83/223H01H71/08
    • A thermal overload relay has an actuator mechanism that generates an operating force by bending of a main bimetal with a heating wire wound thereon; a switching mechanism that is driven by the operating force from the actuator mechanism; a contact changeover mechanism wherein contacts are changed by the switching mechanism operation; and a casing that contains the actuator, the switching and the contact changeover mechanisms. The casing has main circuit terminals and auxiliary circuit terminals arranged on one side, the main circuit terminals electrically connecting the thermal overload relay to an electric load device, and the auxiliary circuit terminals electrically connecting the thermal overload relay to another electric device. When the casing is viewed in plan, the main circuit terminals are aligned and, the auxiliary circuit terminals are arranged in a position offset from the position of the alignment of the main circuit terminals.
    • 热过载继电器具有致动器机构,其通过缠绕有加热丝的主双金属弯曲而产生操作力; 由来自致动器机构的操作力驱动的切换机构; 接触切换机构,其中通过切换机构操作改变触点; 以及包含致动器,开关和触点切换机构的壳体。 壳体具有一侧设置的主电路端子和辅助电路端子,主电路端子将热过载继电器电连接到电负载装置,辅助电路端子将热过载继电器电连接到另一电气装置。 当在平面图中看到壳体时,主电路端子对准,并且辅助电路端子被布置在偏离主电路端子的对准位置的位置。
    • 9. 发明申请
    • Thermal overload relay
    • 热过载继电器
    • US20100245019A1
    • 2010-09-30
    • US12659283
    • 2010-03-03
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • H01H71/16
    • H01H83/223
    • A thermal overload relay has a case, a main bimetal bending upon detection of an overload current, a release lever rotatably supported by an adjusting link and rotating according to a shifter displaced in response to the bending of the main bimetals, and a contact reversing mechanism for change-over contacts responsive to a rotation of the release lever. The main bimetal, release lever and contact reversing mechanism are disposed in the case. The contact reversing mechanism has a movable plate, and a reversing spring stretched between the other side of the movable plate and a spring support. The other end of the movable plate and the spring support is positioned opposite a support point. The release lever has a release lever supporting part, a reversing spring pushing part, a cam contact part, and a displacement input part, in which the release lever supporting part is pivoted on the adjusting link.
    • 热过载继电器具有壳体,检测到过载电流时的主双金属弯曲,由调节连杆可旋转地支撑并根据响应于主双金属件的弯曲移位的换档器而旋转的释放杆,以及接触反转机构 用于响应于释放杆的旋转的转换触点。 主要的双金属,释放杆和接触反转机构设置在壳体内。 接触反转机构具有可移动板,并且在可动板的另一侧和弹簧支撑件之间拉伸的反转弹簧。 可移动板和弹簧支架的另一端与支撑点相对定位。 释放杆具有释放杆支撑部分,反向弹簧推动部分,凸轮接触部分和位移输入部分,其中释放杆支撑部分在调节连杆上枢转。
    • 10. 发明申请
    • Thermal overload relay
    • 热过载继电器
    • US20100245018A1
    • 2010-09-30
    • US12659007
    • 2010-02-23
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • Yukinari FuruhataFumihiro MorishitaTakeo Kamosaki
    • H01H61/01
    • H01H83/223H01H71/1054H01H71/162H01H71/7445
    • A thermal overload relay includes main bimetals which bend upon detection of an overload current; a release lever displaced via movement of a shifter moved in response to the bending of the main bimetals; and a contact reversing mechanism for changing-over contacts responsive to a rotation of the release lever. The main bimetals, the release lever and the contact reversing mechanism are all disposed in a case. The contact reversing mechanism includes a pivotable movable plate; a reversing spring reversing the movable plate by coupling with a rotated release lever; and an interlock plate rotating around a support shaft together with the movable plate. Each contact has a normally opened contact piece and a normally closed contact piece and is disposed respectively in the vicinity of a front surface and in the vicinity of a back surface of the interlock plate.
    • 热过载继电器包括在检测到过载电流时弯曲的主双金属; 释放杆通过响应于主双金属片的弯曲移动的换档器的移动而移动; 以及响应于释放杆的旋转而改变接触的接触反转机构。 主要的双金属片,释放杆和接触反转机构均设置在壳体内。 接触反转机构包括可枢转的可动板; 反转弹簧通过与旋转的释放杆联接来反转可动板; 以及与可动板一起围绕支撑轴旋转的互锁板。 每个触点具有常开触点和常闭触点,分别设置在互锁板的前表面附近和附近。