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    • 4. 发明公开
    • ADJUSTABLE THERMAL TRIPPING DEVICE FOR MINIATURE CIRCUIT BREAKER
    • 可调式热脱扣装置用于微型断路器
    • EP3242313A1
    • 2017-11-08
    • EP15875042.2
    • 2015-12-01
    • Seari Electric Technology Co., Ltd.Shanghai Noark Electric Co., Ltd.
    • LU, KejunYAN, Pengbin
    • H01H71/14H01H71/74
    • H01H71/7427H01H71/162H01H2071/7454H01H2071/7481
    • The present invention discloses a thermal adjustable tripping device for a miniature circuit breaker, which is mounted in a base (101) of the miniature circuit breaker. The thermal adjustable tripping device comprises: a tripping mechanism (106), a thermal deformation element (107) and an adjusting mechanism (102). The tripping mechanism is provided with an extending tripping rod (161). The thermal deformation element is arranged close to the tripping rod and a gap is reserved between the thermal deformation element and the tripping rod. The adjustment mechanism adjusts a distance of the gap between the tripping rod and the thermal deformation element. A current in a loop accessed by the miniature circuit breaker enables the thermal deformation element to generate heat and deform, and the deformed thermal deformation element moves towards the tripping rod, contacts with the tripping rod and pushes the tripping rod to trigger the tripping mechanism to trip. The adjusting mechanism adjusts the distance between the thermal deformation element and the tripping rod so as to adjust a setting current in the loop. The present invention uses a rigid element to adjust a distance between a thermal deformation element and a tripping rod, which can ensure that the distance between the thermal deformation element and the tripping rod is constant in each operation. The tripping device of the present invention is applicable to an electric motor.
    • 本发明公开了一种用于小型断路器的热调节脱扣装置,其安装在小型断路器的基座(101)中。 该热力可调脱扣装置包括:脱扣机构(106),热变形元件(107)和调节机构(102)。 脱扣机构设有延伸的脱扣杆(161)。 热变形元件靠近脱扣杆布置并且在热变形元件和脱扣杆之间留有间隙。 调节机构调节脱扣杆和热变形元件之间的间隙的距离。 由微型断路器接入的回路中的电流使热变形元件产生热量并变形,并且变形的热变形元件朝向脱扣杆移动,与脱扣杆接触并推动脱扣杆以触发脱扣机构至 行程。 调整机构调整热变形元件与跳闸杆之间的距离,以调整回路中的设定电流。 本发明使用刚性元件来调节热变形元件和脱扣杆之间的距离,这可以确保热变形元件和脱扣杆之间的距离在每次操作中都是恒定的。 本发明的跳闸装置适用于电动机。
    • 5. 发明公开
    • RESIDUAL CURRENT PROTECTION DEVICE
    • FEHLERSTROMSCHUTZVORRICHTUNG
    • EP3121921A1
    • 2017-01-25
    • EP15766034.1
    • 2015-03-20
    • Seari Electric Technology Co., Ltd.Zhejiang Chint Electrics Co., Ltd.
    • CHEN, YongliangXU, LeiCHEN, LijunYANG, Shijiang
    • H02H3/32G01R31/02
    • H02H3/347H02H1/003H02H3/332
    • The present invention discloses a residual current protection apparatus. The residual protection apparatus comprises: a first detection magnetic core (107) and a second detection magnetic core (108) bearing around a conduct wire of a main loop. A first fault current detection circuit (102) coupled with the first detection magnetic core (107), the first fault current detection circuit (102) is dependent on a grid voltage. The first fault current detection circuit (102) conducts full current sampling on the main loop, so as to detect a high-frequency alternating current (AC) fault residual current, a pulsant direct current (DC) residual current and a smooth direct current (DC) residual current. A second fault current detection circuit (103) coupled with the second detection magnetic core (108), the second fault current detection circuit (103) is independent of the grid voltage. The second fault current detection circuit (103) conducts electromagnetic current sampling on the main loop, so as to detect a power-frequency alternating current (AC) residual current and a pulsant direct current (DC) residual current. A drive circuit (104), an input of the drive circuit (104) is connected to the first fault current detection circuit (102) and the second fault current detection circuit (103), and an output of the drive circuit (104) is connected to an executing mechanism (106) to trigger the executing mechanism (106) to operate. And a bipolar power supply module (105) connected to the main loop and the first fault current detection circuit (102).
    • 本发明公开了一种剩余电流保护装置。 剩余保护装置包括:围绕主回路的导线围绕的第一检测磁芯(107)和第二检测磁芯(108)。 与第一检测磁芯(107)耦合的第一故障电流检测电路(102),第一故障电流检测电路(102)取决于电网电压。 第一故障电流检测电路(102)在主回路上进行全电流采样,以检测高频交流(AC)故障剩余电流,脉动直流(DC)剩余电流和平滑直流电流 DC)剩余电流。 与第二检测磁芯(108)耦合的第二故障电流检测电路(103),第二故障电流检测电路(103)与电网电压无关。 第二故障电流检测电路(103)在主回路上进行电磁电流采样,以检测工频交流(AC)剩余电流和脉动直流(DC)剩余电流。 驱动电路(104),驱动电路(104)的输入端与第一故障电流检测电路(102)和第二故障电流检测电路(103)连接,驱动电路(104)的输出为 连接到执行机构(106)以触发执行机构(106)操作。 以及连接到主回路和第一故障电流检测电路(102)的双极电源模块(105)。
    • 6. 发明公开
    • DIRECT-CURRENT RESIDUAL-CURRENT DETECTING DEVICE
    • VORRICHTUNG ZUR ERKENNUNG VON GLEICHSTROM-RESTSTROM
    • EP3121609A1
    • 2017-01-25
    • EP15765183.7
    • 2015-03-20
    • Seari Electric Technology Co., Ltd.Zhejiang Chint Electrics Co., Ltd.
    • XU, LeiCHEN, YongliangYANG, Shijiang
    • G01R31/02G01R19/00
    • G01R15/185G01R31/025H02H3/33
    • The present invention discloses a direct current (DC) residual current detection apparatus, the apparatus is driven by an unipolar power supply. The apparatus comprises: a power conversion self-balancing circuit, a square wave pulse voltage driving circuit, a residual current transformer and a comparator. An input end of the power conversion self-balancing circuit is connected to the unipolar power supply, the power conversion self-balancing circuit converts the unipolar power supply to a bipolar power supply and outputs the bipolar power supply, the power conversion self-balancing circuit supplies other components. The residual current transformer is formed with an RL multivibrator, the square wave pulse voltage driving circuit circularly applies positive or negative voltages to a secondary winding of the residual current transformer, the residual current transformer outputs a corresponding sampling voltage. The comparator obtains the sampling voltage outputted by the residual current transformer, compares the sampling voltage with a threshold voltage of the comparator and generates a square wave signal which alternates between positive and negative, the square wave signal is fed back as the output of the comparator to the square wave pulse voltage driving circuit as a driving signal. The output of the comparator is further used as the output of the apparatus for representing a polarity and scale of the DC residual current.
    • 本发明公开了一种直流(DC)剩余电流检测装置,该装置由单极电源驱动。 该装置包括:电力转换自平衡电路,方波脉冲电压驱动电路,剩余电流互感器和比较器。 电源转换自平衡电路的输入端连接到单极电源,电源转换自平衡电路将单极电源转换为双极电源,输出双极电源,电源转换自平衡电路 提供其他组件。 剩余电流互感器由RL多谐振荡器形成,方波脉冲电压驱动电路向剩余电流互感器的次级绕组循环施加正或负电压,剩余电流互感器输出相应的采样电压。 比较器获得剩余电流互感器输出的采样电压,将采样电压与比较器的阈值电压进行比较,并产生正负信号之间交替的方波信号,反馈信号作为比较器的输出 到方波脉冲电压驱动电路作为驱动信号。 比较器的输出进一步用作用于表示DC剩余电流的极性和比例的装置的输出。
    • 7. 发明公开
    • EXCHANGE OPERATING MECHANISM
    • AUSTAUSCHBETÄTIGUNGSMECHANISMUS
    • EP3051566A1
    • 2016-08-03
    • EP14849068.3
    • 2014-09-19
    • Seari Electric Technology Co., Ltd.Zhejiang Chint Electrics Co., Ltd.
    • SUN, JishengSHI, ZhengPAN, Binhua
    • H01H71/10
    • H01H71/1009H01H11/0018H01H21/22H01H71/10H01H71/1027H01H71/526H01H71/528H01H71/58H01H2205/002
    • The present invention discloses a changeable mechanism, the changeable mechanism comprises a support contact, a connecting rod, a connecting shaft, a cantilever and a changeable component. The support contact is provided with a moving contact therein, the support contact rotates about a shaft to make the moving contact be separated from or in contact with a static contact. The bottom end of the connecting rod is connected to the contact support, the top end of the connecting rod is connected to a cantilever through a connecting shaft. The changeable component is connected to the cantilever through a main shaft, the changeable component acts and drives the cantilever to act through the main shaft, and further drives the contact support to rotate through the connecting shaft and the connecting rod. The rotation of the contact support makes the moving contact and the static contact to be separated from or in contact with each other so as to realize opening or closing of a circuit breaker. The changeable component is a manual operation mechanism or an energy storage mechanism. The changeable operation mechanism of the present invention may realize a convenient switch between a manual operation mechanism and an electrical operation mechanism of a MCB. The changeable component does not dispose the electrical operation mechanism outside the MCB, so that the height and volume of the MCB is reduced.
    • 本发明公开了一种可更换机构,该可变机构包括支撑触点,连杆,连接轴,悬臂和可更换部件。 支撑触点在其中设置有可动触头,支撑触头围绕轴旋转,以使移动触头与静触头分离或与静触头接触。 连杆的底端连接到接触支架,连杆的顶端通过连接轴连接到悬臂上。 可变组件通过主轴连接到悬臂,可变组件作用并驱动悬臂通过主轴作用,并进一步驱动接触支撑件通过连接轴和连杆旋转。 接触支架的旋转使得移动触点和静触头彼此分离或接触,以实现断路器的打开或关闭。 可变组件是手动操作机构或储能机构。 本发明的可变操作机构可以实现手动操作机构和MCB的电动操作机构之间的方便的切换。 可变组件不将电动操作机构设置在MCB外部,从而减小MCB的高度和体积。
    • 8. 发明公开
    • INTERLOCKING APPARATUS OF TRANSFER SWITCH
    • MESH跨设备的一个转换开关
    • EP2892069A4
    • 2016-06-22
    • EP13831992
    • 2013-08-28
    • SEARI ELECTRIC TECHNOLOGY CO LTDZHEJIANG CHINT ELECTRICS CO LTD
    • ZHOU MISHEN DIYOU ANSHUNJI HUIYU
    • H01H9/26H01H9/24
    • H01H9/26H01H9/24H01H2300/018
    • The present invention discloses an interlocking apparatus of transfer switch. The transfer switch comprises a primary side operation mechanism and a backup side operation mechanism. The interlocking apparatus comprises a primary side driving rod, a primary side driven rod, a primary side executing rod, a backup side driving rod, a backup side driven rod, and a backup side executing rod. The primary side driving rod moves following a movement of a main shaft of the primary side operation mechanism. The primary side driven rod is connected to the primary side driving rod. The primary side executing rod is connected to the primary side driven rod and is installed on a side plate of the backup side operation mechanism. The primary side executing rod rotates around a second fulcrum on the side plate of the backup side operation mechanism. The backup side driving rod moves following a movement of a main shaft of the backup side operation mechanism. The backup side driven rod is connected to the backup side driving rod. The backup side executing rod is connected to the backup side driven rod and is installed on a side plate of the primary side operation mechanism. The backup side executing rod rotates around a first fulcrum on the side plate of the primary side operation mechanism.
    • 10. 发明公开
    • CONTROL AND PROTECTION DEVICE FOR LOW-VOLTAGE ELECTRICAL APPLIANCE
    • STEUER-UND SCHUTZVORRICHTUNGFÜRELEKTRISCHE NIEDERSPANNUNGSVORRICHTUNG
    • EP2800220A1
    • 2014-11-05
    • EP12862572.0
    • 2012-12-25
    • Seari Electric Technology Co., Ltd.Zhejiang Chint Electrics Co., Ltd.
    • XI, HongZENG, PingJI, HuiyuJIA, FengGU, ChangxunZHANG, DiHUANG, BeimingLIN, Jianrong
    • H02H3/08H01H73/00
    • H02H3/083H01H71/0228H01H71/1018H01H71/123H01H71/125H01H71/24H01H73/045H01H73/42H01H89/06H01H89/08H01R13/7135H02H3/04H02H3/16
    • Disclosed is a control and protection device for a low-voltage electrical apparatus, comprising a pedestal and a control and protection module. The control and protection module may be plugged into the pedestal and is replaceable. The pedestal comprises a base and a housing, and is further provided with a moving contact, a static contact, and a current conductor connected to a main circuit current; a control electromagnet operation mechanism for controlling close and open of the moving contact and the static contact according to a control signal, and maintaining a close or open status of the moving contact and the static contact; a manual operation knob providing a control signal for controlling the close and open of the moving contact and the static contact; a control contact connected to the manual operation knob; and a current sensor for detecting a current that flows through the main circuit current conductor and generating a sensing signal. The control and protection device further comprises: a signal processing unit for controlling a state of the control electromagnet according to the sensing signal via an electrical circuit; and a tripping device for controlling actions of the operation mechanism with a mechanical connection in response to the signal processing unit. The current sensor has a secondary circuit connection detection device.
    • 公开了一种用于低压电气设备的控制和保护装置,包括基座和控制和保护模块。 控制和保护模块可以插入基座并可更换。 基座包括基座和壳体,并且还设置有连接到主电路电流的移动触点,静态触点和电流导体; 控制电磁铁操作机构,用于根据控制信号控制动触头和静触头的闭合和打开,并保持动触头和静触头的关闭状态; 手动操作旋钮,其提供用于控制移动触点和静触头的闭合和打开的控制信号; 连接到手动操作旋钮的控制触点; 以及电流传感器,用于检测流过主电路电流导体并产生感测信号的电流。 控制和保护装置还包括:信号处理单元,用于经由电路根据感测信号控制控制电磁体的状态; 以及用于响应于信号处理单元用机械连接来控制操作机构的动作的脱扣装置。 电流传感器具有二次电路连接检测装置。