WO2022000353A1 - 一种底座、带底座的断路器和配电设备 - Google Patents

一种底座、带底座的断路器和配电设备 Download PDF

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Publication number
WO2022000353A1
WO2022000353A1 PCT/CN2020/099599 CN2020099599W WO2022000353A1 WO 2022000353 A1 WO2022000353 A1 WO 2022000353A1 CN 2020099599 W CN2020099599 W CN 2020099599W WO 2022000353 A1 WO2022000353 A1 WO 2022000353A1
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WO
WIPO (PCT)
Prior art keywords
elastic
slot
base
circuit breaker
sliding
Prior art date
Application number
PCT/CN2020/099599
Other languages
English (en)
French (fr)
Inventor
陈培星
张敏翔
孟祥涛
Original Assignee
华为数字能源技术有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 华为数字能源技术有限公司 filed Critical 华为数字能源技术有限公司
Priority to EP20943422.4A priority Critical patent/EP4160648A4/en
Priority to CN202080005927.8A priority patent/CN114127881B/zh
Priority to PCT/CN2020/099599 priority patent/WO2022000353A1/zh
Publication of WO2022000353A1 publication Critical patent/WO2022000353A1/zh
Priority to US18/148,677 priority patent/US20230137749A1/en

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    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/10Operating or release mechanisms
    • H01H71/1009Interconnected mechanisms
    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02BBOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/015Boards, panels, desks; Parts thereof or accessories therefor
    • H02B1/04Mounting thereon of switches or of other devices in general, the switch or device having, or being without, casing
    • H02B1/052Mounting on rails
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/02Housings; Casings; Bases; Mountings
    • H01H71/0207Mounting or assembling the different parts of the circuit breaker
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/02Housings; Casings; Bases; Mountings
    • H01H71/0207Mounting or assembling the different parts of the circuit breaker
    • H01H71/0214Housing or casing lateral walls containing guiding grooves or special mounting facilities
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/02Housings; Casings; Bases; Mountings
    • H01H71/0207Mounting or assembling the different parts of the circuit breaker
    • H01H71/0228Mounting or assembling the different parts of the circuit breaker having provisions for interchangeable or replaceable parts
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/08Terminals; Connections
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R4/00Electrically-conductive connections between two or more conductive members in direct contact, i.e. touching one another; Means for effecting or maintaining such contact; Electrically-conductive connections having two or more spaced connecting locations for conductors and using contact members penetrating insulation
    • H01R4/28Clamped connections, spring connections
    • H01R4/48Clamped connections, spring connections utilising a spring, clip, or other resilient member
    • H01R4/4809Clamped connections, spring connections utilising a spring, clip, or other resilient member using a leaf spring to bias the conductor toward the busbar
    • H01R4/4828Spring-activating arrangements mounted on or integrally formed with the spring housing
    • H01R4/48365Spring-activating arrangements mounted on or integrally formed with the spring housing with integral release means
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01HELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H71/00Details of the protective switches or relays covered by groups H01H73/00 - H01H83/00
    • H01H71/02Housings; Casings; Bases; Mountings
    • H01H2071/0292Housing or frames containing grooves or slots for guiding movable parts

Definitions

  • the present application relates to the technical field of power distribution equipment, and in particular, to a base, a circuit breaker with a base, and power distribution equipment.
  • Circuit breakers as line overload or short-circuit fault protection devices, are widely used in various circuits because they have the advantage of being reusable and reusable compared to fuses.
  • the circuit breakers of multiple circuits are usually centrally installed in a power distribution equipment, and are arranged in a row through a guide rail in series, or through a plurality of guide rails arranged in parallel in series. Arranged in multiple rows.
  • the base of the circuit breaker compatible with various current specifications can be installed on the rail in the power distribution equipment, the cables and terminals connected to the base can transmit current of various specifications, and the circuit breaker can be detached. connected to the base.
  • the present application provides a base, a circuit breaker with a base, and a power distribution device, which can reduce the cost of the base.
  • some embodiments of the present application provide a base, the base includes an insulating housing, the insulating housing has a first surface and a second surface facing away from each other, the first surface is used for detachably connecting a circuit breaker, the second surface is The surface is provided with a first installation slot, through which the insulating casing can be slidably clamped to the installation guide rail in the power distribution equipment, and an accommodation cavity is arranged in the insulation casing, and the accommodation cavity is used for accommodating conductive connections One end of the accommodating cavity is open along the sliding direction of the insulating housing relative to the mounting rail, and the other end is closed.
  • the openings of the accommodating cavities of the multiple bases are oriented in the same direction, and in every two adjacent bases, the first wall plate of one base blocks the other.
  • the opening of the accommodating cavity of the base thus realizes the insulation isolation between the conductive connecting pieces of two adjacent bases. Therefore, the insulating shell of the base does not need to be designed as a closed shell, the material cost of the insulating shell is low, and the cost of the base is low. In the power distribution equipment with a large number of bases, the cost can be greatly saved .
  • the insulating housing includes a bottom arm portion and two side arm portions, one end of the two side arm portions is respectively connected to two ends of the bottom arm portion along the first direction, and the other end of the two side arm portions is along the second direction.
  • the direction extends to the same side of the bottom arm part, the bottom arm part and the two side arm parts enclose a second installation slot, the second installation slot is used to fit the circuit breaker; the inner surface and side of the second installation slot
  • the surface of the arm portion away from the bottom arm portion constitutes the first surface of the insulating housing, the surface of the bottom arm portion facing away from the second installation slot constitutes the second surface, and the sliding direction of the insulating housing relative to the mounting rail, the first direction,
  • the second directions are perpendicular to each other.
  • the circuit breaker can be detachably clamped into the second installation slot through the opening at one end of the second installation slot away from the bottom arm, the circuit breaker can be easily clamped, and the installation and disassembly efficiency is high.
  • the insulating housing is provided with a first connection port and a second connection port, the first connection port and the second connection port are both communicated with the accommodating cavity, and the first connection port is used when the circuit breaker is connected to the first surface.
  • the terminal of the circuit breaker is allowed to extend into the accommodating cavity, and the second connection port allows the cable terminal to extend into the accommodating cavity;
  • the base also includes a conductive connecting piece, the conductive connecting piece is arranged in the accommodating cavity, and the conductive connecting piece includes the first electrically connected A conductive connection part and a second conductive connection part, the first conductive connection part is arranged close to the first connection port, the first conductive connection part is used for electrical connection with the terminal of the circuit breaker, and the second conductive connection part is close to the second connection port It is provided that the second conductive connection portion is used for electrical connection with the cable terminal. Thereby, electrical connection between the circuit breaker and the cable can be achieved.
  • the first conductive connection part is a U-shaped conductive elastic sheet, and a slot is formed between the two elastic arms of the U-shaped conductive elastic sheet, and the slot is used to cooperate with the terminal of the circuit breaker when the circuit breaker is connected to the first surface. plugged in.
  • the electrical connection between the first conductive connection portion and the terminal of the circuit breaker is achieved by plugging, and the stability of the electrical connection is better.
  • an edge of one end of the elastic arm of the U-shaped conductive elastic sheet surrounding the opening of the slot is provided with at least one gap, and the at least one gap extends toward the bottom wall of the slot to separate the elastic arm into a plurality of elastic arm units.
  • the elastic arm unit includes an interference portion, which is the part that contacts the terminal of the circuit breaker when the terminal of the circuit breaker is inserted into the slot, and the interference portion of the plurality of elastic arm units and the bottom wall of the slot are inserted The distances in the depth direction of the grooves are different.
  • the elastic arm is divided into a plurality of elastic arm units whose contact parts are independent of each other, and the contact times of the contact parts of the multiple elastic arm units and the terminals of the circuit breaker during the insertion of the circuit breaker are different, so that the base is energized.
  • the arc is generated on the first contact elastic arm unit, thereby sacrificing the electrical performance of the elastic arm unit, so that the terminal of the circuit breaker can be connected with the rest of the elastic arm after being inserted into the slot.
  • the arm unit is effectively electrically connected. In this way, the elastic arms of the U-shaped conductive elastic sheet are prevented from being completely sacrificed due to arcing during the terminal insertion process.
  • the base further includes a U-shaped fixing sleeve, the U-shaped fixing sleeve is made of plastic or metal, and the U-shaped fixing sleeve has elasticity.
  • the U-shaped fixing sleeve is sleeved outside the U-shaped conductive elastic sheet to fix the relative positions between the multiple elastic arm units of the U-shaped conductive elastic sheet and increase the elastic clamping force between the two elastic arms of the U-shaped conductive elastic sheet.
  • the U-shaped conductive shrapnel can be effectively contacted and electrically connected with the terminals of the circuit breaker.
  • a cable terminal insertion slot is provided at a position close to the second connection port in the accommodating cavity, and the opening of the cable terminal insertion slot is opposite to the second connection port;
  • the second conductive connection portion constitutes the cable terminal insertion slot.
  • the base also includes an elastic piece, the elastic piece constitutes the other side wall of the cable terminal insertion slot opposite to the second conductive connection part, the elastic piece is used when the cable terminal passes through the second connection port
  • an elastic pressing force directed towards the second conductive connection part is applied to the cable terminal, so as to crimp the cable terminal to the second conductive connection part.
  • the elastic piece is an elastic piece
  • the elastic piece includes a fixed part and an elastic arm part
  • the fixed part is relatively fixed with the insulating housing
  • one end of the elastic arm part is connected with the fixed part
  • the other end of the elastic arm part is connected to the second conductive connection.
  • the direction of the elastic arm portion extends in a direction away from the second connection port, and the elastic arm portion constitutes the other side wall of the cable terminal insertion slot opposite to the second conductive connection portion.
  • the accumulated elastic force can crimp the cable terminal to the second conductive connection portion, so as to realize the electrical connection and relative relationship between the cable terminal and the second conductive connection portion. Fixed position. This structure is simple and easy to implement.
  • the base further includes an unlocking device, and the unlocking device is used to drive the elastic arm portion to move in a direction away from the second conductive connection portion, so as to cancel the elastic pressing force applied to the cable terminal.
  • the elastic arm can be driven to move away from the second conductive connecting part by the unlocking device, so as to cancel the application to the cable terminal.
  • the elastic pressing force on the cable terminal, and the cable terminal is pulled out from the cable terminal insertion slot, so as to realize the removal of the cable terminal from the base.
  • the unlocking device is a pull cord connected to the elastic arm portion, through which the elastic arm portion can be pulled to move in a direction away from the second conductive connection portion.
  • the elastic sheet further includes a connecting portion through which one end of the elastic arm portion is connected to the fixing portion;
  • the unlocking device includes a top rod and a first locking structure;
  • the second connecting port is located on the wall of the insulating housing.
  • the position opposite to the connecting part is provided with a sliding hole, and the ejector rod slides through the sliding hole, and can slide to the first position in the direction close to the connecting part, so as to squeeze the connecting part to bend in the direction away from the sliding hole, and drive the
  • the elastic arm portion moves away from the second conductive connection portion to cancel the elastic pressing force applied to the cable terminal;
  • the first locking structure is used to fix the ejector bar and the slider after the ejector bar slides to the first position.
  • the unlocking device has a simple structure and is easy to implement.
  • the first locking structure includes a first sliding block and a first sliding groove; the first sliding block is arranged on the side wall of the ejector rod; the first sliding groove is arranged on the inner wall of the sliding hole, and the first sliding groove includes The first chute segment and the second chute segment, the first chute segment extends in the axial direction of the slide hole, the second chute segment extends along the circumferential direction of the slide hole, and one end of the second chute segment is connected to the first chute The end of the groove segment close to the connecting part; the first sliding block is slidably connected in the first chute, during the process of the ejector rod sliding to the first position, the first slider slides in the first chute segment, when the ejector rod slides to the first position When sliding to the first position, the first sliding block slides to the end of the first chute segment close to the connecting part, and after the ejector rod slides to the first position, the first sliding block can slide into the second sliding block from the first chute segment.
  • the end of the ejector rod away from the connection portion is located outside the insulating housing, and a stopper protrusion is provided on the side wall of the end of the ejector rod away from the connection portion, and the stopper protrusion is spaced from the insulating housing.
  • the stopper protrusion abuts the outer surface of the insulating housing. In this way, the top rod can be prevented from falling into the inner space of the insulating housing through the sliding hole by the blocking protrusion, and the structure is simple and easy to implement.
  • the base further includes a cover plate and a second locking structure; one end of the cover plate is rotatably connected to the end of the side arm portion away from the bottom arm portion, and the rotation axis of the cover plate and the insulating housing slide relative to the mounting rail.
  • the direction is parallel, and the cover plate can be rotated from the second position to the direction of the second installation slot to the third position; when the cover plate is in the second position, the cover plate does not block the opening of the second installation slot; when the cover plate is in the first position In the third position, the cover plate covers the opening of the second installation slot; the second locking structure is arranged between the cover plate and the side arm, and the second locking structure is used to fix the cover when the cover plate rotates to the third position The relative position between the plate and the side arm. In this way, the circuit breaker in the second installation slot can be prevented from falling out by the cover plate, thereby improving the installation stability of the circuit breaker on the base.
  • the second locking structure includes an elastic clamping arm and a clamping notch; the elastic clamping arm is arranged on the cover plate, and the elastic clamping arm extends along the sliding direction of the insulating housing relative to the installation guide rail; the clamping notch is arranged on the side.
  • the opening of the clamping notch faces the second installation slot, and when the cover plate is rotated to the third position, the elastic clamping arm is clamped in the clamping notch.
  • the structure is simple and easy to implement, and when the force applied to the cover can overcome the elastic clamping force between the elastic clamping arm and the clamping notch, it can drive the cover to return to the second position to open the second installation card The opening of the slot, at which point the circuit breaker can be replaced or installed.
  • the base further includes a third locking structure, and the third locking structure is used to fix the relative position between the elastic clamping arm and the clamping notch when the cover plate rotates to the third position.
  • the cover plate is locked twice, so that the cover plate can effectively prevent the circuit breaker from falling out of the second installation slot.
  • the third locking structure includes a second sliding slot, a second sliding block, a stopper buckle and a stopper slot;
  • the second sliding slot is arranged on the cover plate, and the second sliding slot is parallel to the cover plate along the Extends in a direction perpendicular to the rotation axis of the cover plate;
  • the second sliding block is slidably connected in the second chute, and the second sliding block can slide along the second chute from the fourth position to the direction close to the rotation axis of the cover plate to The fifth position;
  • the stopper buckle is arranged on the second slider, and the stopper slot is arranged on the bottom surface of the second slider.
  • the second slider drives The stop catch is slidably clamped in the stop catch slot, and the stop catch is abutted with the surface of the elastic catch arm that is far from the rotation axis of the cover plate.
  • the elastic clamping arm can be locked in the clamping notch to fix the relative position between the elastic clamping arm and the clamping notch.
  • the structure is simple and easy to implement, and when the force applied to the second slider can overcome the elastic engaging force between the stopper buckle and the stopper slot, it can drive the second slider to return to the fourth position, In order to unlock the elastic clamping arm, the elastic clamping arm can slide out from the clamping gap under the action of external force.
  • the second chute includes a third chute segment and a fourth chute segment, and the fourth chute segment is located on the side of the third chute segment away from the rotation axis of the cover; In the fourth position, the second slider is located in the fourth chute segment, not in the third chute segment; when the second slider is in the fifth position, the second slider is located in the third chute segment, not in the third chute segment In the fourth chute segment; the bottom surface of the third chute segment is provided with a first mark, the bottom surface of the fourth chute segment is provided with a second mark, and the first mark is different from the second mark.
  • the elastic clamping arm is in an unlocked state or a locked state through the first identification and the second identification.
  • the base further includes a temperature detection module and a fourth locking structure; the temperature detection module is arranged in the accommodating cavity, the temperature detection module includes a temperature sensor and a wiring socket, the temperature sensor is arranged on the conductive connecting piece, and the temperature sensor is connected to the wiring socket. Electrical connection, the insulating shell is also provided with a third connection port, the third connection port communicates with the accommodating cavity, the wiring socket is arranged close to the third connection port, and the third connection port allows the wiring plug to extend into the accommodating cavity to connect with the accommodating cavity.
  • the wiring socket is mated and plugged; the fourth locking structure is arranged on the outer surface of the insulating housing, and the fourth locking structure is used to fix the wiring plug and the wiring after the wiring plug is inserted into the wiring socket through the third connection port relative position between sockets. In this way, the relative position between the wiring plug and the wiring socket can be fixed by the fourth locking structure to prevent the wiring plug from falling out of the wiring socket.
  • the side wall of the wiring plug is provided with a boss around the circumference, and in the process that the wiring plug passes through the third connection port and is mated with the wiring socket, the boss extends into the third connection port along with the wiring plug;
  • the fourth The locking structure includes a sliding rail, a third sliding block, a stopper, a first elastic buckle and a first elastic clamping groove;
  • the third sliding block is slidably connected to the sliding rail, the stopper is arranged at one end of the third sliding block close to the third connecting port, and the third sliding block can approach the third connecting port from the sixth position along the sliding rail.
  • the stopper can stop the boss to lock the wiring plug and prevent the wiring plug from falling out of the wiring socket.
  • the slide rail includes a first slide rail segment and a second slide rail segment, and the second slide rail segment is located on a side of the first slide rail segment away from the third connection port; when the third slider is at the sixth position , the third slide block is located on the second slide rail segment, not on the first slide rail segment; when the third slide block is at the seventh position, the third slide block is located on the first slide rail segment, not on the second slide rail segment.
  • the first slide rail segment is provided with a third mark
  • the second slide rail segment is provided with a fourth mark
  • the third mark is different from the fourth mark.
  • a surface of the bottom arm portion facing away from the second installation slot is provided with a first claw and a second claw, and the first claw and the second claw constitute opposite two of the first installation slot.
  • the side wall, the second claw and the bottom arm are relatively fixed, the first claw can move from the eighth position to the ninth position in the direction close to the second claw to drive the first claw and the second claw to engage on the installation guide rail in the power distribution equipment;
  • the base also includes a fifth locking structure, the fifth locking structure is arranged between the first claw and the bottom arm, and the fifth locking structure is used for locking the first claw
  • the relative position between the first clamping claw and the bottom arm portion is fixed. Therefore, after the first and second claws are slidably clamped on the mounting rail in the power distribution equipment, the insulating casing can be prevented from falling off the mounting rail due to the movement of the first claws.
  • the fifth locking structure includes a second elastic buckle and a second elastic slot; one of the second elastic buckle and the second elastic slot is arranged on the first claw, and the second elastic buckle and The other one of the second elastic clamping grooves is arranged on the bottom arm.
  • the first clamping claw moves to the ninth position, the second elastic clamping groove is clamped in the second elastic clamping groove, and when applied to the first clamping claw
  • the first clamping claw can be driven to return to the eighth position.
  • the surface of the first claw facing the bottom arm portion is provided with a dial groove
  • the position corresponding to the dial groove on the bottom arm portion is provided with an operation hole
  • the operation hole penetrates the bottom arm portion along the second direction
  • the operation hole allows the dial lever. Extend into the dial slot to drive the first jaw to move to the eighth position or the ninth position. In this way, the operator can drive the first jaw to move to the eighth position or the ninth position from the front side of the base, which is convenient and easy to implement.
  • some embodiments of the present application provide a circuit breaker with a base, and the circuit breaker with a base includes a circuit breaker and a base; the base is the base described in any of the above technical solutions, and the circuit breaker is detachably connected to the base on the first surface of the insulating housing.
  • the base used in the circuit breaker with base of the embodiment of the present application is the same as the base described in any of the above technical solutions, the two can solve the same technical problem and achieve the same expected effect.
  • some embodiments of the present application provide a power distribution device, the power distribution device includes a mounting rail and a plurality of circuit breakers with a base; the circuit breaker with a base is the circuit breaker with a base as described in the above technical solution , the base of the circuit breaker with base can be slidably clamped on the installation guide rail through the first installation slot.
  • circuit breaker with a base used in the electrical power distribution equipment of the embodiment of the present application is the same as the circuit breaker with a base described in the above technical solution, the two can solve the same technical problem and achieve the same expected effect.
  • FIG. 1 is a schematic structural diagram of a power distribution device provided by some embodiments of the present application.
  • FIG. 2 is a schematic structural diagram of a circuit breaker with a base provided by some embodiments of the present application;
  • FIG. 3 is a schematic structural diagram of a plurality of circuit breakers with bases shown in FIG. 2 installed on a mounting rail;
  • FIG. 4 is a schematic structural diagram of a circuit breaker with a base provided by other embodiments of the present application.
  • FIG. 5 is a schematic structural diagram of a base provided in some embodiments of the present application when the base is in a first orientation
  • FIG. 6 is a schematic structural diagram of a plurality of bases shown in FIG. 5 when they are installed on the mounting rails and a certain distance is drawn between two adjacent bases;
  • Fig. 7 is the structural schematic diagram when the base shown in Fig. 5 is in the second orientation
  • FIG. 8 is a schematic structural diagram of a circuit breaker in a circuit breaker with a base provided by some embodiments of the present application;
  • Fig. 9 is an exploded view of the circuit breaker in the circuit breaker with base shown in Fig. 8;
  • FIG. 10 is a schematic structural diagram of the circuit breaker shown in FIG. 8 when it is installed on the first surface of the base;
  • FIG. 11 is a schematic structural diagram of the conductive connector in the base shown in FIG. 5;
  • FIG. 12 is a schematic diagram of the connection structure between the conductive connector and the U-shaped fixing sleeve in the base shown in FIG. 5;
  • Fig. 13 is the structural representation when the base shown in Fig. 5 is in the third position and the baffle plate is removed;
  • FIG. 14 is a schematic structural diagram of the second surface of the base shown in FIG. 13;
  • Figure 15 is a perspective view of a top rod in the base shown in Figure 14;
  • Figure 16 is a schematic structural diagram of the inner surface of the sliding hole in the base shown in Figure 14;
  • FIG. 17 is a schematic structural diagram of the cover plate in the base shown in FIG. 5 when it is in the second position;
  • FIG. 18 is a schematic structural diagram of the cover plate in the base shown in FIG. 5 when it is in the third position;
  • Fig. 19 is a schematic diagram of the connection structure between the cover plate and the side arm portion in the base shown in Fig. 5;
  • Figure 20 is an exploded view of the cover plate in the base shown in Figure 5;
  • FIG. 21 is a schematic structural diagram of the second slider of the cover plate in the base shown in FIG. 5 when it is in the fourth position;
  • FIG. 22 is a schematic structural diagram of the second slider of the cover plate in the base shown in FIG. 5 when it is at the fifth position;
  • Figure 23 is an assembly diagram of the conductive connector, the U-shaped fixing sleeve and the temperature detection module in the base shown in Figure 5;
  • Figure 24a is a schematic structural diagram of the base shown in Figure 5 in a fourth orientation
  • Figure 24b is a schematic structural diagram of the surface on which the fourth locking structure is located in the base shown in Figure 24a;
  • Figure 24c is a partial enlarged view of region I in the base shown in Figure 24b;
  • Fig. 25a is a schematic structural diagram of the third slider of the fourth locking structure in the base shown in Fig. 24a when the third slider is at the seventh position;
  • Fig. 25b is a partial enlarged view of region II in the base shown in Fig. 25a;
  • Fig. 26 is the structural schematic diagram when the base shown in Fig. 5 is in the fifth position;
  • Figure 27 is a perspective view of the first jaw in the base shown in Figure 26;
  • FIG. 28 is a schematic structural diagram of the base shown in FIG. 5 in a sixth orientation.
  • the terms “first”, “second”, “third”, “fourth”, “fifth”, “sixth”, “seventh” and “eighth” are only used for For descriptive purposes, it should not be understood as indicating or implying relative importance or implying the number of technical features indicated. Thus, the features defined as “first”, “second”, “third”, “fourth”, “fifth”, “sixth”, “seventh”, and “eighth” can be expressed or implied. One or more of these features are inclusively included.
  • Miniature circuit breaker (miniature circuit breaker, MCB): It is the most widely used terminal protection appliance in building electrical terminal power distribution devices. It is used for single-phase or three-phase short-circuit, overload, over-voltage protection with current below 125A. Miniature circuit breakers include single-pole (ie 1P), two-pole (ie 2P), three-pole (ie 3P), quadrupole (that is, 4P) and other four.
  • Copper bar Also known as copper bus bar or copper bus bar, it is made of copper material and has a rectangular cross-section or a rectangular long conductor with chamfered or rounded corners. A rectangular copper bar with rounded corners, the copper bar is used to transmit current and connect electrical equipment in the circuit.
  • Negative temperature coefficient (NTC) thermistor It is a thermistor whose resistance value decreases rapidly as the temperature rises. It is mainly made of oxides of metals such as manganese, cobalt, nickel and copper, and is manufactured by ceramic technology.
  • the base of a circuit breaker typically includes an enclosed insulating housing and conductive connections.
  • the circuit breaker is installed on the insulating housing, the conductive connector is arranged in the insulating housing, one end of the conductive connector is electrically connected to the terminal of the circuit breaker, the other end of the conductive connector is electrically connected to the cable terminal, and the cable terminal is connected to the wire cable to connect the circuit breaker to the cable.
  • the bases of a plurality of circuit breakers are connected in series on the guide rails in the power distribution equipment, two adjacent bases are in close contact with each other, and the conductive connectors of the two adjacent bases are insulated by the insulation of the two adjacent bases.
  • the shells are separated, but in fact, the conductive connectors of the two adjacent bases are separated by an insulating shell of a base, so that the insulation isolation between the conductive connectors of the two bases can be realized.
  • the material used for the insulating shell is redundant, resulting in a waste of resources.
  • the present application provides a power distribution device, which includes but is not limited to a high-voltage power distribution cabinet, a low-voltage switch cabinet, a switch box, a control box, and the like.
  • FIG. 1 is a schematic structural diagram of a power distribution device provided by some embodiments of the present application.
  • the power distribution equipment includes a circuit breaker accommodating cavity 1, and the circuit breaker accommodating cavity 1 is provided with a mounting rail 2 and a plurality of circuit breakers 3 with bases, and the plurality of circuit breakers 3 with bases pass through the bases 31 respectively. It can be slidably clamped on the installation guide rail 2 to connect a plurality of circuit breakers 3 with bases in series through the installation guide rail 2 to facilitate the management of the circuit breakers.
  • One end of the accommodating cavity 1 is open, and the opening of the accommodating cavity 1 is provided with a cover 4, which is used to open or close the accommodating cavity 1, so as to facilitate the operator to open, close and maintain the circuit breaker.
  • the present application also provides a circuit breaker with a base, which is the circuit breaker with a base in the above-mentioned power distribution equipment.
  • a circuit breaker with a base includes a circuit breaker and a base.
  • the circuit breaker is a miniature circuit breaker.
  • the circuit breaker may be a single-pole circuit breaker, a two-pole circuit breaker, a three-pole circuit breaker or a four-pole circuit breaker, which is not specifically limited herein.
  • the circuit breaker is installed on the base, the base is installed on the mounting rail in the power distribution equipment, and can slide along the mounting rail to adjust the position of the circuit breaker with the base.
  • the number of bases in the circuit breaker with bases may be one, two, three, or four, which are not specifically limited herein. Since the circuit breaker can be a single-pole circuit breaker, a two-pole circuit breaker, a three-pole circuit breaker or a four-pole circuit breaker, the width of the two-pole circuit breaker in the extending direction of the mounting rail is usually the same as the extending direction of the single-pole circuit breaker in the mounting rail.
  • the width of the three-pole circuit breaker in the extension direction of the mounting rail is usually three times the width of the single-pole circuit breaker in the extension direction of the mounting rail, and the width of the four-pole circuit breaker in the extension direction of the mounting rail
  • the width of the single-pole circuit breaker is usually four times the width of the single-pole circuit breaker in the extension direction of the mounting rail. Therefore, in order to improve the adaptability of the base, the base can be a base that matches the single-pole circuit breaker.
  • the circuit breaker is a two-pole circuit breaker If the circuit breaker is a three-pole circuit breaker, the three-pole circuit breaker can be installed by using three bases arranged side by side; if the circuit breaker is a three-pole circuit breaker Four-pole circuit breaker, the four-pole circuit breaker can be installed by using four bases arranged side by side.
  • FIG. 2 is a schematic structural diagram of a circuit breaker with a base provided by some embodiments of the present application.
  • the circuit breaker with a base includes a circuit breaker 31 and a base 32 .
  • the circuit breaker 31 is a single-pole miniature circuit breaker
  • the base 32 is adapted to a single-pole circuit breaker
  • the circuit breaker 31 is installed on the base 32
  • the base 32 is installed on a mounting rail in the power distribution equipment.
  • FIG. 3 is a schematic structural diagram of a plurality of circuit breakers with bases shown in FIG. 2 mounted on a mounting rail. As shown in FIG. 3 , the plurality of circuit breakers 3 with bases can slide along the installation guide rail 2 to adjust the positions of the plurality of circuit breakers 3 with bases.
  • FIG. 4 is a schematic structural diagram of a circuit breaker with a base provided by other embodiments of the present application.
  • the circuit breaker with a base includes a circuit breaker 31 and a base 32 .
  • the circuit breaker 31 is a two-pole miniature circuit breaker, the number of bases 32 is two, and each base 32 is adapted to a single-pole circuit breaker.
  • Two bases 32 are arranged side by side, the circuit breaker 31 is installed on the two bases 32 arranged side by side, the two bases 32 are installed on the mounting rail 2 in the power distribution equipment, and can slide along the mounting rail 2 to adjust the belt The position of the circuit breaker 3 of the base.
  • FIG. 5 is a schematic structural diagram of the base provided in some embodiments of the present application when the base is in the first orientation, and the base is the base 32 in the circuit breaker with base shown in FIG. 2 or FIG. 4 .
  • the base 32 includes an insulating housing 321 , and the insulating housing 321 is made of insulating materials such as plastics and ceramics.
  • the insulating housing 321 has a first surface 100 and a second surface 200 that face away from each other.
  • the first surface 100 may be a flat surface or a curved surface, and the first surface 100 is used for detachably connecting the circuit breaker 31 .
  • the second surface 200 can be a plane or a curved surface.
  • the second surface 200 is provided with a first installation slot 300 , and the insulating housing 321 can be slidably clipped to the installation rail in the power distribution device through the first installation slot 300 . 2 on.
  • an accommodating cavity 400 is formed in the insulating housing 321 , and the accommodating cavity 400 is used for accommodating the conductive connector 322 .
  • One end of the accommodating cavity 400 is opened along the sliding direction of the insulating housing 321 relative to the mounting rail 2 (ie, the direction X shown in FIG. 5 ), and the other end is closed by the first wall 321 c of the insulating housing 321 .
  • FIG. 6 is a schematic structural diagram of a plurality of bases shown in FIG. 5 when they are installed on the installation guide rail and a certain distance is drawn between two adjacent bases.
  • the plurality of bases are attached together in sequence.
  • the openings of the accommodating cavities 400 of the multiple bases 32 are oriented in the same direction, and in every two adjacent bases 32 , the first wall plate 321 c of one base 32 blocks the opening of the accommodating cavity 400 of the other base 32 . opening, thereby realizing the insulation isolation between the conductive connecting members 322 of two adjacent bases 32 . Therefore, the insulating housing 321 of the base 32 does not need to be designed as a closed housing, the material cost of the insulating housing 321 is lower, and the cost of the base 32 is lower. Significant cost savings.
  • a cover plate 500 is provided at the opening of the accommodating cavity 400 of the base 32 at the end.
  • the cover plate 500 can block the opening of the accommodating cavity 400 of the base 32 at the end.
  • the first surface 100 can be detachably connected to the circuit breaker 31 by means of snap connection, screw connection, magnetic attraction, etc., which is not specifically limited herein.
  • the insulating housing 321 includes a bottom arm portion 3211 and two side arm portions 3212 .
  • One ends of the two side arm portions 3212 are respectively connected to the two ends of the bottom arm portion 3211 along the first direction (that is, the direction Y shown in FIG. 5 ), and the other ends of the two side arm portions 3212 are along the second direction (also That is, the direction Z) shown in FIG. 5 extends to the same side of the bottom arm portion 3211 .
  • the bottom arm portion 3211 and the two side arm portions 3212 enclose a second mounting slot 600 , and the second mounting slot 600 is used for engaging the circuit breaker 31 .
  • the inner surface of the second installation slot 600 and the surface of the side arm 3212 away from the bottom arm 3211 constitute the first surface 100
  • the surface of the bottom arm 3211 away from the second installation slot 600 constitutes the second surface 200 .
  • the sliding direction, the first direction, and the second direction of the insulating housing 321 relative to the mounting rail 2 are perpendicular to each other.
  • the circuit breaker 31 can be detachably clamped into the second installation slot 600 through the opening at one end of the second installation slot 600 away from the bottom arm portion 3211 .
  • the operation of the circuit breaker 31 is simple and the installation and disassembly efficiency is high. .
  • the base 32 is used to realize the electrical connection between the circuit breaker 31 and the cable.
  • the base 32 further includes a conductive connector 322 .
  • the conductive connector 322 is used for conductively connecting the terminal of the circuit breaker 31 and the cable terminal.
  • the insulating housing 321 is provided with a first connection port 321 a
  • FIG. 7 is a schematic structural diagram of the base shown in FIG. 5 when the base is in the second orientation.
  • the insulating housing 321 is A second connection port 321b is also provided, and both the first connection port 321a and the second connection port 321b communicate with the accommodating cavity 400 .
  • the first connection port 321a is used to allow the terminal of the circuit breaker 31 to extend into the accommodating cavity 400 when the circuit breaker 31 is connected to the first surface 100
  • the second connection port 321b allows the cable terminal to protrude into the accommodating cavity 400 .
  • the conductive connection member 322 includes a first conductive connection part 3221 and a second conductive connection part 3222 which are electrically connected, and both the first conductive connection part 3221 and the second conductive connection part 3222 are made of copper or copper alloy.
  • the first conductive connection portion 3221 is disposed close to the first connection port 321 a , and the first conductive connection portion 3221 is used for electrical connection with the terminal of the circuit breaker 31 .
  • the second conductive connection portion 3222 is disposed close to the second connection port 321b, and the second conductive connection portion 3222 is used for electrical connection with the cable terminal, and the cable terminal is connected with a cable.
  • the electrical connection between the first conductive connection portion 3221 and the terminal of the circuit breaker 31 may be a plug-in electrical connection, abutting electrical connection, etc., which is not specifically limited herein.
  • FIG. 8 is a schematic structural diagram of a circuit breaker in a circuit breaker with a base provided by some embodiments of the application, and the circuit breaker is the circuit breaker 31 in the circuit breaker with a base shown in FIG. 2 or FIG. 4 .
  • the circuit breaker 31 includes a circuit breaker body 311 and a terminal 312 .
  • the terminal 312 is a transfer terminal connected to the wiring terminal of the circuit breaker body 311 , and the terminal 312 may be a copper bar or other metal conductor structures. In some embodiments, as shown in FIG. 8 , the terminals 312 are copper bars.
  • FIG. 9 is an exploded view of the circuit breaker in the circuit breaker with a base shown in FIG. 8 .
  • a side wall of the circuit breaker body 311 is provided with a wiring hole 311a, and a wiring terminal (not shown in the figure) is provided in the wiring hole 311a.
  • the terminal 312 includes a fixing portion 312a and a plug portion 312b fixed on the fixing portion 312a.
  • the fixing portion 312a extends into the wiring hole 311a and is electrically connected to the wiring terminal, and the inserting portion 312b protrudes outside the side wall of the circuit breaker body 311 .
  • FIG. 10 is a schematic structural diagram of the circuit breaker shown in FIG.
  • the terminals 312 may also be wiring terminals of the circuit breaker body 311 , which are not specifically limited herein.
  • the number of the terminals 312 is two, and the two terminals 312 are the positive terminal and the negative terminal respectively. Correspondingly, as shown in FIG. They are respectively used to realize the electrical connection between the positive terminal and the anode cable and between the negative terminal and the cathode cable.
  • the first conductive connecting portion 3221 is a U-shaped conductive elastic sheet, and a slot 700 is formed between the two elastic arms of the U-shaped conductive elastic sheet.
  • the slot 700 is used when the circuit breaker is connected to the first surface 100 . , which is mated and plugged with the terminal 312 of the circuit breaker.
  • the electrical connection between the first conductive connection portion 3221 and the terminal 312 of the circuit breaker 31 is achieved by plugging, and the stability of the electrical connection is better.
  • At least one notch is formed on the edge of one end of the elastic arm of the U-shaped conductive elastic sheet that surrounds the opening of the slot 700 , and the at least one notch extends toward the bottom wall of the slot 700 to separate the elastic arm into multiple elastic arm unit.
  • the elastic arm unit includes an interference portion, which is a portion that contacts the terminal 312 of the circuit breaker 31 when the terminal 312 of the circuit breaker 31 is inserted into the slot 700 . The distances between the walls in the depth direction of the slot 700 are different.
  • FIG. 11 is a schematic structural diagram of the conductive connector in the base shown in FIG. 5 .
  • the opening of each elastic arm surrounding the opening of the slot 700 is The edge of one end is provided with two notches a, and the two notches a extend toward the bottom wall of the slot 700 to separate the elastic arm into three elastic arm units 3221a.
  • Each elastic arm unit 3221a of the three elastic arm units 3221a includes a contact portion b, and the contact portion b of the elastic arm unit 3221a located in the middle of the three elastic arm units 3221a and the bottom wall of the slot 700 is located in the slot.
  • the distance in the depth direction of the slot 700 is the first distance, and the distance in the depth direction of the slot 700 between the contact portions b of the two elastic arm units 3221 a located on both sides of the three elastic arm units 3221 a and the bottom wall of the slot 700 is the first distance.
  • the distances are equal, and both are the second distance, and the first distance is greater than the second distance.
  • the elastic arm is divided into a plurality of elastic arm units 3221a whose contact portions b are independent of each other, and the contact time between the contact portions b of the multiple elastic arm units 3221a and the terminals 312 of the circuit breaker 31 during the insertion of the circuit breaker 31
  • the arc is generated on the elastic arm unit 3221a that contacts first, thereby sacrificing the elastic arm unit 3221a Therefore, the terminal 312 of the circuit breaker 31 can be effectively electrically connected with the remaining elastic arm units 3221a after being inserted into the slot 700 .
  • the elastic arms of the U-shaped conductive elastic sheet are prevented from being completely sacrificed due to arcing during the insertion of the terminal 312 .
  • FIG. 12 is a schematic diagram of the connection structure between the conductive connector in the base shown in FIG. 5 and the U-shaped fixing sleeve.
  • the base 32 further includes a U-shaped fixing sleeve 323 .
  • the U-shaped fixing sleeve 323 is made of plastic or metal, and the U-shaped fixing sleeve 323 has elasticity.
  • the U-shaped fixing sleeve 323 is sleeved outside the U-shaped conductive elastic sheet to fix the relative positions between the plurality of elastic arm units 3221a of the U-shaped conductive elastic sheet, thereby increasing the elastic clamping between the two elastic arms of the U-shaped conductive elastic sheet force, so that the U-shaped conductive elastic piece and the terminal 312 of the circuit breaker 31 can be effectively contacted and electrically connected.
  • the electrical connection between the second conductive connection portion 3222 and the cable terminal may be a plug-in electrical connection, a crimping electrical connection, or the like, which is not specifically limited herein.
  • FIG. 13 is a schematic structural diagram of the base shown in FIG. 5 in the third position and the baffle 800 is removed.
  • a position close to the second connection port 321b in the accommodating cavity 400 is provided with a cable terminal insertion slot 401, and the opening of the cable terminal insertion slot 401 is opposite to the second connection port 321b.
  • the second conductive connection portion 3222 constitutes one side wall of the cable terminal insertion slot 401 . After the cable terminal is inserted into the cable terminal insertion slot 401 through the second connection port 321b, the cable terminal can be electrically connected with the second conductive connection portion 3222.
  • the base 32 further includes an elastic member 324 .
  • the elastic member 324 constitutes the other side wall of the cable terminal insertion slot 401 opposite to the second conductive connection portion 3222 .
  • the elastic member 324 is used to apply an elastic pressing force toward the second conductive connection portion 3222 to the cable terminal when the cable terminal is inserted into the cable terminal insertion slot 401 through the second connection port 321b, so as to connect the cable terminal to the cable terminal.
  • the cable terminal is crimped on the second conductive connection portion 3222 .
  • the base 32 further includes a baffle plate 800 , and the baffle plate 800 and the first wall plate 321 c constitute the other two side walls of the cable terminal insertion slot 401 , thereby defining the insertion position of the cable terminal. .
  • the elastic member 324 includes, but is not limited to, a spring, an elastic sheet and rubber.
  • FIG. 13 only shows an example in which the elastic member 324 is an elastic sheet, and should not be considered as a limitation of the present application.
  • the elastic member 324 is an elastic piece, specifically, as shown in FIG. 13 , the elastic piece includes a fixing portion 3241 and an elastic arm portion 3242 .
  • the fixing portion 3241 is relatively fixed to the insulating housing 321 .
  • One end of the elastic arm portion 3242 is connected to the fixing portion 3241 , and the other end of the elastic arm portion 3242 extends toward the direction close to the second conductive connection portion 3222 and slopes away from the second connection port 321b.
  • the elastic arm portion 3242 constitutes the other side wall of the cable terminal insertion slot 401 opposite to the second conductive connection portion 3222 .
  • the base 32 further includes an unlocking device 325 .
  • the unlocking device 325 is used to drive the elastic arm portion 3242 to move in a direction away from the second conductive connecting portion 3222, so as to cancel the elastic pressing force applied to the cable terminal.
  • the elastic arm portion 3242 can be driven to move away from the second conductive connection portion 3222 by the unlocking device 325 to cancel the The elastic pressing force is applied to the cable terminal, and the cable terminal is pulled out from the cable terminal insertion slot 401 to realize the removal of the cable terminal from the base 32 .
  • unlocking device 325 There are various structural forms of the unlocking device 325, which are not specifically limited herein.
  • the unlocking device 325 can be a pull cord connected to the elastic arm portion 3242 , through which the elastic arm portion 3242 can be pulled to move in a direction away from the second conductive connection portion 3222 .
  • the unlocking device 325 includes a top rod 3251 .
  • the elastic piece further includes a connecting portion 3243 , and one end of the elastic arm portion 3242 is connected to the fixing portion 3241 through the connecting portion 3243 .
  • FIG. 14 is a schematic structural diagram of the second surface of the base shown in FIG. 13 . As shown in FIG. 14 , a sliding hole 321 d is provided at a position opposite to the connecting portion 3243 (see FIG. 13 ) on the wall plate of the insulating housing 321 where the second connection port 321 b is located.
  • the top rod 3251 slides through the sliding hole 321d, and can slide to the first position (not shown in the figure) in the direction close to the connecting portion 3243, so as to press the connecting portion 3243 to bend in the direction away from the sliding hole 321d, And drive the elastic arm portion 3242 to move away from the second conductive connecting portion 3222, so as to cancel the elastic pressing force applied to the cable terminal.
  • the unlocking device 325 has a simple structure and is easy to implement.
  • the unlocking device 325 further includes a first locking structure 3252 .
  • the first locking structure 3252 is used to fix the relative position between the top rod 3251 and the sliding hole 321d in the axial direction of the sliding hole 321d after the top rod 3251 slides to the first position.
  • the ejector rod 3251 can be kept at the first position by the first locking structure 3252, so that the elastic arm portion 3242 can be kept at a position where the elastic pressing force applied to the cable terminal is cancelled, so that the operator does not need to manually hold With the ejector rod 3251, the operator can pull out the cable terminal from the cable terminal insertion slot 401 with one hand, so the operation of disassembling the cable is convenient.
  • first locking structure 3252 There are various structural forms of the first locking structure 3252, which are not specifically limited herein.
  • the first locking structure 3252 includes an elastic buckle and an elastic slot, one of the elastic buckle and the elastic slot is arranged on the top rod 3251, and the other of the elastic buckle and the elastic slot is arranged in the sliding hole On the wall plate of the insulating housing 321 where 321d is located, when the ejector rod 3251 slides to the first position along the sliding hole 321d, the elastic buckle is snapped into the elastic slot to secure the space between the ejector rod 3251 and the sliding hole 321d Relative position in the axial direction of the sliding hole 321d.
  • This structure is simple and easy to implement.
  • FIG. 15 is a perspective view of the top rod in the base shown in FIG. 14 .
  • the first locking structure 3252 includes a first sliding block 3252 a , and the first sliding block 3252 a is disposed on the side wall of the top rod 3251 .
  • FIG. 16 is a schematic structural diagram of the inner surface of the sliding hole in the base shown in FIG. 14 .
  • the first locking structure 3252 further includes a first sliding groove 3252b, and the first sliding groove 3252b is disposed on the inner wall of the sliding hole 321d.
  • the first chute 3252b includes a first chute segment 3252b1 and a second chute segment 3252b2.
  • the first chute segment 3252b1 extends in the axial direction of the sliding hole 321d
  • the second chute segment 3252b2 extends along the circumferential direction of the sliding hole 321d
  • one end of the second chute segment 3252b2 is connected to the adjacent connecting portion of the first chute segment 3252b1 one end of the 3243.
  • the first sliding block 3252a is slidably connected in the first sliding groove 3252b, and the first sliding block 3252a slides in the first sliding groove section 3252b1 during the sliding process of the top rod 3251 to the first position.
  • the first sliding block 3252a slides to the end of the first sliding slot segment 3252b1 close to the connecting portion 3243 .
  • the first sliding block 3252a can slide into the second sliding groove segment 3252b2 from the first sliding groove segment 3252b1.
  • the top rod 3251 can be rotated, and the first slider 3252a can be driven to slide from the first chute segment 3252b1 into the second chute segment 3252b2, thereby fixing the top rod 3251
  • the position relative to the sliding hole 321d in the axial direction of the sliding hole 321d keeps the ejector rod 3251 in the first position.
  • the setting positions of the first sliding block 3252a and the first sliding groove 3252b can also be: the first sliding block 3252a is provided on the inner wall of the sliding hole 321d, and the first sliding groove 3252b is provided on the inner wall of the sliding hole 321d. on the side wall of the ejector rod 3251.
  • the effect achieved is the same as the effect achieved by the above-mentioned embodiment, which is not repeated here.
  • a first stop protrusion 3253 is provided on the side wall of the end of the 3251 close to the connecting portion 3243 .
  • the first stop protrusion 3253 is used to prevent the ejector rod 3251 from falling out of the insulating housing 321 through the sliding hole 321d.
  • a second stopper protrusion 3254 is provided on the side wall of the end of the top rod 3251 away from the connecting portion 3243 , and the second blocking protrusion 3254 is spaced from the insulating housing 321 .
  • the second blocking protrusion 3254 abuts against the outer surface of the insulating housing 321 .
  • the second blocking protrusion 3254 can prevent the ejector rod 3251 from falling into the inner space of the insulating housing 321 through the sliding hole 321d, and the structure is simple and easy to implement.
  • the base 32 also includes a cover plate 326 .
  • One end of the cover plate 326 is rotatably connected to the end of the side arm portion 3212 away from the bottom arm portion 3211.
  • the rotation axis of the cover plate 326 is related to the sliding direction of the insulating housing 321 relative to the mounting rail (that is, the direction X in FIG. 5 ). )parallel.
  • the cover plate 326 can be rotated from the second position to the third position in the direction of the second installation slot 600 .
  • FIG. 17 is a schematic structural diagram of the base shown in FIG. 5 when the cover plate is in the second position. As shown in FIG.
  • FIG. 18 is a schematic view of the structure of the base shown in FIG. 5 when the cover plate is in the third position. As shown in FIG. 18 , when the cover plate 326 is in the third position, the cover plate 326 blocks the opening of the second installation slot 600 . At this time, the cover plate 326 can prevent the circuit breaker 31 in the second installation slot 600 from falling out. Therefore, the installation stability of the circuit breaker 31 on the base 32 can be improved.
  • the opening of the second installation slot 600 in the above-mentioned embodiment refers to the opening at one end of the second installation slot 600 away from the bottom arm portion 3211 , and the circuit breaker 31 is inserted into the second installation slot through this opening. 600 or pull out.
  • the base 32 further includes a second locking structure, the second locking structure is disposed between the cover plate 326 and the side arm portion 3212 , and the second locking structure is used when the cover plate 326 rotates to the first locking structure. In the three positions, the relative position between the cover plate 326 and the side arm portion 3212 is fixed. In this way, the cover plate 326 can prevent the circuit breaker 31 from falling out of the second installation slot 600 .
  • the second locking structure such as screws, positioning pins, etc., which are not specifically limited herein.
  • FIG. 19 is a schematic diagram of the connection structure between the cover plate and the side arm in the base shown in FIG. 5 .
  • the second locking structure 327 includes an elastic clamping arm 3271 and a clamping notch 3272 .
  • the elastic clamping arm 3271 is disposed on the cover plate 326 , and the elastic clamping arm 3271 extends along the sliding direction of the insulating housing 321 relative to the mounting rail (ie, the direction X shown in FIG. 19 ).
  • the engaging notch 3272 is disposed on the side arm portion 3212 , and the opening of the engaging notch 3272 faces the second installation slot 600 .
  • FIG. 20 is an exploded view of the cover plate in the base shown in FIG. 5 .
  • the base 32 further includes a third locking structure 328 .
  • the third locking structure 328 is used to fix the relative position between the elastic clamping arm 3271 and the clamping notch 3272 when the cover plate 326 rotates to the third position. In this way, the cover plate 326 is locked for a second time, so that the cover plate 326 can effectively prevent the circuit breaker 31 from falling out of the second installation slot 600 .
  • the third locking structure 328 has various structural forms, which are not specifically limited herein.
  • the third locking structure 328 includes a second sliding groove 3281 and a second sliding block 3282 .
  • the second sliding groove 3281 is disposed on the cover plate 326 , and the second sliding groove 3281 extends in a direction parallel to the cover plate 326 and perpendicular to the rotation axis l of the cover plate 326 .
  • the second sliding block 3282 is slidably connected in the second sliding groove 3281, and the second sliding block 3282 can slide along the second sliding groove 3281 from the fourth position to the direction close to the rotation axis l of the cover plate 326 to the fifth position.
  • the third locking structure 328 further includes a blocking buckle 3283 and a blocking groove 3284 .
  • the stopper buckle 3283 is arranged on the second sliding block 3282
  • the stopper slot 3284 is arranged on the bottom surface of the second sliding slot 3281 .
  • the elastic clamping arm 3271 can be locked in the clamping notch 3272 to fix the relative position between the elastic clamping arm 3271 and the clamping notch 3272 .
  • This structure is simple and easy to implement, and when the force applied to the second sliding block 3282 can overcome the elastic engaging force between the stop buckle 3283 and the stop groove 3284, the second sliding block 3282 can be driven to return to the In the fourth position, the elastic clamping arm 3271 is unlocked, so that the elastic clamping arm 3271 can slide out from the clamping notch 3272 under the action of external force.
  • FIG. 21 is a schematic structural diagram of the base shown in FIG. 5 when the second slider of the cover plate is in the fourth position.
  • the second chute 3281 includes a third chute segment 3281a and a fourth chute segment 3281b, and the fourth chute segment 3281b is located on the side of the third chute segment 3281a away from the rotation axis of the cover plate 326 .
  • the second sliding block 3282 is located in the fourth position, the second sliding block 3282 is located in the fourth sliding groove segment 3281b, and is not located in the third sliding groove segment 3281a.
  • FIG. 22 is a schematic structural diagram of the second sliding block of the cover plate in the base shown in FIG. 5 when the second sliding block is at the fifth position. As shown in FIG.
  • the second sliding block 3282 when the second sliding block 3282 is located at the fifth position, the second sliding block 3282 is located in the third sliding groove segment 3281 a and is not located in the fourth sliding groove segment 3281 b.
  • the bottom surface of the third chute segment 3281a is provided with a first sign A
  • the bottom surface of the fourth chute segment 3281b is provided with a second sign B, and the first sign A is different from the second sign B.
  • the first sign A is revealed, which means that the elastic arm 3271 is in the unlocked state
  • the second sign B is revealed, It means that the elastic clamping arm 3271 is in the locked state.
  • it can be determined by the first identification A and the second identification B that the elastic clamping arm 3271 is in the unlocked state or the locked state.
  • the first identification A may be the word "ON", or may be a green coating area, and may also include a green coating area and the word "ON" set on the green coating area,
  • the first identifier A may also be other identifiers, which are not specifically limited here.
  • the second identification B may be the word “OFF” or the red coating area, and may also include the red coating area and the word “OFF” set on the red coating area.
  • the The second identifier B may also be other identifiers, which are not specifically limited herein.
  • the second sliding block 3282 is provided with a handle 900 through which the second sliding block 900 can be driven.
  • the slider 3282 slides in the second sliding groove 3281 .
  • FIG. 23 is an assembly diagram of the conductive connector, the U-shaped fixing sleeve and the temperature detection module in the base shown in FIG. 5 .
  • the base 32 further includes a temperature detection module 329 .
  • the temperature detection module 329 includes a temperature sensor 3291 and a wiring socket 3292 .
  • the temperature sensor 3291 includes but is not limited to thermal elements such as NTC thermistor, thermocouple, etc.
  • the cathode wiring and the anode wiring of the temperature sensor 3291 are electrically connected to the wiring socket 3292, and the wiring socket 3292 is mated and plugged with the wiring plug 000. This realizes the positive and negative connection of the temperature sensor 3291.
  • the temperature detection module 329 When the above-mentioned temperature detection module 329 is installed in the base 32 , as shown in FIG. 5 , the temperature detection module 329 is arranged in the accommodating cavity 400 .
  • the temperature sensor 3291 is disposed on the conductive connection member 322 to detect the temperature of the conductive connection member 322 , thereby preventing the conductive connection member 322 from being deformed or even causing a fire due to excessive temperature.
  • a temperature sensor accommodating groove c is formed on the U-shaped conductive elastic sheet of the conductive connector 322 , as shown in FIG. 23 , the temperature sensor 3291 is installed in the temperature sensor accommodating groove c, and the temperature sensor
  • the opening of the accommodating slot c is provided with a shielding piece d, the shielding piece d is connected with the U-shaped fixing sleeve 323, and the shielding piece d and the U-shaped fixing sleeve 323 are integrally formed.
  • the temperature sensor 3291 can be prevented from falling out of the conductive connection member 322, and the structure is simple and easy to implement.
  • FIG. 24a is a schematic structural diagram of the base shown in FIG. 5 when the base is in the fourth orientation.
  • the insulating housing 321 is further provided with a third connection port 321 e , and the third connection port 321 e communicates with the accommodating cavity 400 .
  • the connection socket 3292 is disposed close to the third connection port 321e, and the third connection port 321e allows the connection plug 000 to extend into the accommodating cavity 400 so as to be mated and plugged with the connection socket 3292.
  • the base 32 further includes a fourth locking structure 330 .
  • the fourth locking structure 330 is disposed on the outer surface of the insulating housing 321, and the fourth locking structure 330 is used to fix the wiring after the wiring plug 000 is inserted into the wiring socket 3292 through the third connection port 321e The relative position between the plug 000 and the wiring socket 3292.
  • the relative position between the wiring plug 000 and the wiring socket 3292 can be fixed by the fourth locking structure 330 to prevent the wiring plug 000 from falling out of the wiring socket 3292 .
  • fourth locking structure 330 There are various structural forms of the fourth locking structure 330, which are not specifically limited herein.
  • a boss 001 is provided around the side wall of the wiring plug 000. During the process that the wiring plug 000 passes through the third connection port 321e and is mated with the wiring socket 3292, the boss 001 Along with the terminal plug 000, it extends into the third connection port 321e.
  • Fig. 24b is a schematic structural diagram of the surface on which the fourth locking structure is located in the base shown in Fig. 24a
  • Fig. 24c is a partial enlarged view of the region I in the base shown in Fig. 24b.
  • the fourth locking structure 330 includes a sliding rail 3301 , a third sliding block 3302 and a stopper 3303 .
  • the slide rail 3301 is disposed on the outer surface of the insulating housing 321 , and the slide rail 3301 extends toward the direction close to the third connection port 321e.
  • the third sliding block 3302 is slidably connected to the sliding rail 3301, and the stopper 3303 is disposed at one end of the third sliding block 3302 close to the third connecting port 321e.
  • the third sliding block 3302 can move along the sliding rail 3301 from the sixth position to the The direction close to the third connection port 321e is slid to the seventh position.
  • Fig. 25a is a schematic view of the structure of the base shown in Fig. 24a when the third slider of the fourth locking structure is at the seventh position
  • Fig. 25b is a partial enlarged view of the region II of the base shown in Fig. 25a. As shown in FIG. 24c and FIG.
  • the third slider 3302 drives the stopper 3303 to move from a position not covering the third connection port 321e to a position covering the third connection port 321e. Therefore, the boss 001 can be blocked by the stopper 3303 to lock the wiring plug 000 and prevent the wiring plug 000 from falling out of the wiring socket 3292 .
  • the fourth locking structure 330 further includes a first elastic buckle 3304 and a first elastic slot 3305 .
  • the first elastic buckle 3304 is disposed on the slide rail 3301.
  • the first elastic groove 3305 is disposed on the third slider 3302.
  • the third slider 3302 slides to the seventh In the position, the first elastic buckle 3304 is locked in the first elastic slot 3305 .
  • the relative position between the sliding rail 3301 and the third sliding block 3302 can be fixed, preventing the stopper 3303 from moving when the stopper 001 is stopped.
  • the third slider 3302 can be driven to return to the sixth position to unlock
  • the wiring plug 000 enables the wiring plug 000 to be pulled out from the wiring socket 3292.
  • the setting positions of the first elastic buckle 3304 and the first elastic slot 3305 can also be: the first elastic buckle 3304 is arranged on the third slider 3302, and the first elastic slot 3305 is arranged on the slide rail 3301 on. There is no specific limitation here.
  • the slide rail 3301 includes a first slide rail segment 3301a and a second slide rail segment 3301b, and the second slide rail segment 3301b is located at a third distance from the first slide rail segment 3301a.
  • the third sliding block 3302 is located at the sixth position, as shown in FIG. 24c, the third sliding block 3302 is located on the second sliding rail segment 3301b, but not on the first sliding rail segment 3301a.
  • the third sliding block 3302 is located at the seventh position, as shown in FIG. 25b, the third sliding block 3302 is located on the first sliding rail segment 3301a, and is not located on the second sliding rail segment 3301b.
  • the first slide rail section 3301a is provided with a third mark C
  • the second slide rail section 3301b is provided with a fourth mark D
  • the third mark C is different from the fourth mark D.
  • the third mark C is revealed, which means that the wiring plug 000 is in the unlocked state
  • the fourth mark D is revealed, then Indicates that the terminal block 000 is in a locked state. Therefore, it can be determined by the third identification C and the fourth identification D that the terminal plug 000 is in the unlocked state or the locked state.
  • the third mark C can be the word "ON” or the green coating area, and can also include the green coating area and the word "ON" set on the green coating area,
  • the third identifier C may also be other identifiers, which are not specifically limited herein.
  • the fourth identification D may be the word "OFF", or may be a red coating area, and may also include a red coating area and the word "OFF" set on the red coating area.
  • the The fourth identifier D may also be other identifiers, which are not specifically limited herein.
  • the fourth locking structure 330 further includes a third elastic buckle 3306 .
  • the third elastic buckle 3306 is disposed on the slide rail 3301 .
  • the third elastic buckle 3306 is locked in the first elastic slot 3305 .
  • the relative position between the sliding rail 3301 and the third sliding block 3302 can be fixed by the third elastic buckle 3306 and the first elastic locking groove 3305, preventing the stopper 3303 produces positional movement.
  • the force applied to the third slider 3302 can overcome the elastic engagement force between the third elastic buckle 3306 and the first elastic slot 3305, the third slider 3302 can be driven to slide to the seventh position to lock Stop wiring plug 000.
  • FIG. 26 is a schematic structural diagram of the base shown in FIG. 5 when the base is in the fifth orientation.
  • a surface of the bottom arm portion 3211 away from the second installation slot 600 is provided with a first claw 301 and a second claws 302 , the first claws 301 and the second claws 302 constitute two opposite side walls of the first installation slot 300 .
  • the second claw 302 is relatively fixed to the bottom arm portion 3211 , and the first claw 301 can move from the eighth position to the ninth position in a direction close to the second claw 302 to drive the first claw 301 and the second claw
  • the 302 is snapped onto the mounting rail in the power distribution equipment. In this way, the first clamping claw 301 and the second clamping claw 302 can be slidably clamped to the installation guide rail in the power distribution device.
  • the base 32 further includes a fifth locking structure 331 .
  • the fifth locking structure 331 is disposed between the first claw 301 and the bottom arm portion 3211 , and the fifth locking structure 331 is used to fix the first claw 301 to the ninth position when the first claw 301 moves to the ninth position.
  • fifth locking structure 33 There are various structural forms of the fifth locking structure 331, which are not specifically limited herein.
  • FIG. 27 is a perspective view of the first jaw in the base shown in FIG. 26 .
  • the fifth locking structure 331 includes a second elastic buckle 331a.
  • the fifth locking structure 331 further includes a second elastic slot 331b.
  • the second elastic buckle 331 a is disposed on the first clamping claw 301
  • the second elastic locking groove 331 b is disposed on the bottom arm portion 3211 .
  • the setting positions of the second elastic clip 331a and the second elastic clip slot 331b can also be as follows: the second elastic clip 331a is arranged on the bottom arm portion 3211, and the second elastic clip slot 331b is arranged on the first clip claw 301. There is no specific limitation here.
  • FIG. 28 is a schematic structural diagram of the base shown in FIG. 5 when it is in the sixth orientation.
  • an operation hole 332 is provided on the bottom arm portion 3211 at a position corresponding to the dial slot 301 a, and the operation hole 332 penetrates the bottom arm along the second direction. Part 3211, the operation hole 332 allows the lever to extend into the slot 301a to drive the first pawl 301 to move to the eighth or ninth position. In this way, the operator can drive the first clamping claw 301 to move to the eighth position or the ninth position from the front side of the base 32 , which is convenient and easy to implement.

Abstract

一种底座(32),包括绝缘壳体(321),该绝缘壳体(321)具有相背离的第一表面(100)和第二表面(200),所述第一表面(100)用于可拆卸连接断路器(31),所述第二表面(200)设有第一安装卡槽(300),所述绝缘壳体(321)能够通过所述第一安装卡槽(300)可滑动卡接于配电设备内的安装导轨(2)上,所述绝缘壳体(321)内设有容纳腔(400),所述容纳腔(400)用于容纳导电连接件(322),所述容纳腔(400)沿所述绝缘壳体(321)相对于所述安装导轨(2)的滑动方向上的一端开口,另一端封闭。该底座(32)用于安装断路器(31),能够降低底座(32)的成本。

Description

一种底座、带底座的断路器和配电设备 技术领域
本申请涉及配电设备技术领域,尤其涉及一种底座、带底座的断路器和配电设备。
背景技术
断路器作为线路过载或者短路故障保护器件,因其较保险丝具有可恢复重复使用的优点,而广泛应用于各类电路中。
为了便于多个电路的断路器的统一管理,通常将该多个电路的断路器集中安装在一个配电设备内,并通过一个导轨串接排布成一排,或者通过平行设置的多个导轨串接排布成多排。这些断路器在进行电流规格的升级时,不仅需要更换断路器,还需要更换该断路器所连接的线缆和接线端子,因此断路器的升级难度和成本较高。为了解决此问题,可以在配电设备中的导轨上安装能够兼容多种电流规格的断路器的底座,该底座连接的线缆和接线端子能够传输多种规格的电流,并将断路器可拆卸连接于该底座上。这样,只需要从该底座上拆卸并更换断路器即可实现断路器的升级,因此断路器的升级操作简单,便于管理。但是,由于针对每个断路器均设计了至少一个底座,配电设备中的断路器的数量较多,相应的底座的数量也较多,使得成本大幅度增加。
发明内容
本申请提供一种底座、带底座的断路器和配电设备,能够降低底座的成本。
为达到上述目的,本申请的实施例采用如下技术方案:
第一方面,本申请一些实施例提供一种底座,该底座包括绝缘壳体,该绝缘壳体具有相背离的第一表面和第二表面,第一表面用于可拆卸连接断路器,第二表面设有第一安装卡槽,绝缘壳体能够通过该第一安装卡槽可滑动卡接于配电设备内的安装导轨上,绝缘壳体内设有容纳腔,该容纳腔用于容纳导电连接件,容纳腔沿绝缘壳体相对于安装导轨的滑动方向上的一端开口,另一端封闭。
在将多个本申请实施例提供的底座安装于安装导轨上时,多个底座的容纳腔的开口的朝向相同,且每相邻两个底座中,一个底座的第一壁板封堵另一个底座的容纳腔的开口,由此实现了相邻两个底座的导电连接件之间的绝缘隔离。因此,底座的绝缘壳体无需设计成封闭的壳体,绝缘壳体的用料成本较低,底座的成本较低,在安装有较多数量的底座的配电设备中,可以大幅度节省成本。
可选地,绝缘壳体包括底臂部和两个侧臂部,两个侧臂部的一端分别连接于底臂部沿第一方向的两端,两个侧臂部的另一端沿第二方向向底臂部的同一侧延伸,底臂部与两个侧臂部围成第二安装卡槽,第二安装卡槽用于配合卡接断路器;第二安装卡槽的内表面和侧臂部的远离底臂部的表面构成绝缘壳体的第一表面,底臂部的背离第二安装卡槽的表面构成第二表面,绝缘壳体相对于安装导轨的滑动方向、第一方向、第二方向两两垂直。这样,可以将断路器由第二安装卡槽的远离底臂部的一端开口可拆卸卡接于第二安装卡槽内,断路器的卡接操作简单,安装拆卸效率较高。
可选地,绝缘壳体上设有第一连接口和第二连接口,第一连接口和第二连接口均 与容纳腔连通,第一连接口用于在断路器连接至第一表面时,允许断路器的端子伸入容纳腔,第二连接口允许线缆端子伸入容纳腔;底座还包括导电连接件,该导电连接件设置于容纳腔内,且导电连接件包括电连接的第一导电连接部和第二导电连接部,第一导电连接部靠近所述第一连接口设置,第一导电连接部用于与断路器的端子电连接,第二导电连接部靠近第二连接口设置,第二导电连接部用于与线缆端子电连接。由此,能够实现断路器与线缆之间的电连接。
可选地,第一导电连接部为U型导电弹片,U型导电弹片的两个弹性臂之间形成插槽,插槽用于在断路器连接至第一表面时,与断路器的端子配合插接。这样,第一导电连接部与断路器的端子之间通过插接的方式实现电连接,电连接的稳定性较优。
可选地,U型导电弹片的弹性臂的围成插槽的开口的一端边沿设有至少一个缺口,该至少一个缺口向插槽的底壁延伸,以将弹性臂分隔为多个弹性臂单元,弹性臂单元包括抵触部,该抵触部为在断路器的端子插入插槽的过程中与断路器的端子接触的部分,多个弹性臂单元的抵触部与插槽的底壁之间在插槽的深度方向上的距离不同。这样,将弹性臂分割为多个抵触部相互独立的弹性臂单元,并使多个弹性臂单元的抵触部在断路器插入的过程中与断路器的端子的接触时间不同,以在底座处于通电状态下插入断路器的过程中,使得电弧产生在最先接触的弹性臂单元上,由此牺牲掉该弹性臂单元的电性能,以使断路器的端子在插入插槽之后能够与其余的弹性臂单元进行有效电连接。由此避免U型导电弹片的弹性臂在端子插入过程中因电弧而全部被牺牲掉。
可选地,底座还包括U型固定套,该U型固定套由塑料或者金属制成,且该U型固定套具有弹性。U型固定套套设于U型导电弹片外,以固定U型导电弹片的多个弹性臂单元之间的相对位置,增大U型导电弹片的两个弹性臂之间的弹性夹紧力,以使U型导电弹片与断路器的端子能够有效接触并电连接。
可选地,容纳腔中靠近第二连接口的位置设有线缆端子插接槽,该线缆端子插接槽的开口与第二连接口相对;第二导电连接部构成线缆端子插接槽的一个侧壁;底座还包括弹性件,该弹性件构成线缆端子插接槽的与第二导电连接部相对的另一个侧壁,弹性件用于当线缆端子穿过第二连接口插入线缆端子插接槽内时,向线缆端子施加指向第二导电连接部的弹性压紧力,以将线缆端子压接于第二导电连接部上。这样,线缆端子在插入线缆端子插接槽内,即可实现与第二导电连接部之间的电连接和相对位置固定,此连接方式操作方便,效率较高。且通过设计弹性件的弹性力,可以保证线缆端子与第二导电连接部之间连接的稳固性,防止线缆端子脱落。
可选地,弹性件为弹片,该弹片包括固定部和弹臂部,固定部与绝缘壳体相对固定,弹臂部的一端与固定部连接,弹臂部的另一端向靠近第二导电连接部的方向延伸并向远离第二连接口的方向倾斜,弹臂部构成线缆端子插接槽的与第二导电连接部相对的另一个侧壁。这样,在线缆端子穿过第二连接口插入线缆端子插接槽的过程中,线缆端子的头部挤压弹臂部,以使弹臂部产生弯曲变形,并积蓄弹性力,该弹性力指向第二导电连接部。当弹臂部产生的弯曲变形达到一定程度时,积蓄的弹性力能够将线缆端子压接于第二导电连接部上,以实现线缆端子与第二导电连接部之间的电连接和相对位置固定。此结构简单,容易实现。
可选地,底座还包括解锁装置,该解锁装置用于驱动弹臂部向远离第二导电连接 部的方向运动,以取消施加于线缆端子上的弹性压紧力。这样,在线缆与底座之间的安装过程出现错误时或者在后期底座的维护过程中,可以通过解锁装置驱动弹臂部向远离第二导电连接部的方向运动,以取消施加于线缆端子上的弹性压紧力,并由线缆端子插接槽内拔出线缆端子,以实现线缆端子在底座上的拆卸。
可选地,解锁装置为连接于弹臂部上的拉绳,通过该拉绳可以拉动弹臂部向远离第二导电连接部的方向运动。
可选地,弹片还包括连接部,弹臂部的一端通过该连接部与固定部连接;解锁装置包括顶杆和第一锁止结构;第二连接口所处的绝缘壳体的壁板上与连接部相对的位置设有滑孔,顶杆滑动穿设于滑孔内,并能够向靠近连接部的方向滑动至第一位置,以挤压连接部向远离滑孔的方向弯曲,并带动弹臂部向远离第二导电连接部的方向运动,以取消施加于线缆端子上的弹性压紧力;第一锁止结构用于在顶杆滑动至第一位置之后,固定顶杆与滑孔之间在滑孔的轴向上的相对位置。此解锁装置的结构简单,容易实现。
可选地,第一锁止结构包括第一滑块和第一滑槽;第一滑块设置于顶杆的侧壁上;第一滑槽设置于滑孔的内壁上,第一滑槽包括第一滑槽段和第二滑槽段,第一滑槽段沿滑孔的轴向延伸,第二滑槽段沿滑孔的周向延伸,第二滑槽段的一端连接于第一滑槽段的靠近连接部的一端;第一滑块滑动连接于第一滑槽内,在顶杆向第一位置滑动的过程中,第一滑块在第一滑槽段内滑动,当顶杆滑动至第一位置时,第一滑块滑动至第一滑槽段的靠近连接部的一端,在顶杆滑动至第一位置之后,第一滑块能够由第一滑槽段滑入第二滑槽段内。这样,在顶杆滑动至第一位置之后,可以旋转顶杆,并驱动第一滑块由第一滑槽段滑入第二滑槽段内,由此固定了顶杆与滑孔之间在滑孔的轴向上的相对位置,将顶杆保持在第一位置。此结构简单,容易实现。
可选地,顶杆的远离连接部的一端位于绝缘壳体外,且顶杆的远离连接部的一端的侧壁上设有止挡凸起,该止挡凸起与绝缘壳体间隔设置,当顶杆向靠近连接部的方向滑动至第一位置时,止挡凸起与绝缘壳体的外表面抵接。这样,可以通过止挡凸起防止顶杆由滑孔落入绝缘壳体的内部空间中,此结构简单,容易实现。
可选地,底座还包括盖板和第二锁止结构;盖板的一端可旋转连接于侧臂部的远离底臂部的一端,盖板的旋转轴线与绝缘壳体相对于安装导轨的滑动方向平行,盖板能够由第二位置向第二安装卡槽的方向旋转至第三位置;当盖板位于第二位置时,盖板未遮挡第二安装卡槽的开口;当盖板位于第三位置时,盖板遮挡第二安装卡槽的开口;第二锁止结构设置于盖板与侧臂部之间,第二锁止结构用于当盖板旋转至第三位置时,固定盖板与侧臂部之间的相对位置。这样,可以通过盖板阻止第二安装卡槽内的断路器掉出,由此能够提高断路器在底座上的安装稳定性。
可选地,第二锁止结构包括弹性卡臂和卡接缺口;弹性卡臂设置于盖板上,且弹性卡臂沿绝缘壳体相对于安装导轨的滑动方向延伸;卡接缺口设置于侧臂部上,且卡接缺口的开口朝向第二安装卡槽,当盖板旋转至第三位置时,弹性卡臂卡接于卡接缺口内。此结构简单,容易实现,且当施加至盖板的作用力能够克服弹性卡臂与卡接缺口之间的弹性卡接力时,则能够带动盖板复位至第二位置,以打开第二安装卡槽的开口,此时,可以更换或者安装断路器。
可选地,底座还包括第三锁止结构,该第三锁止结构用于在盖板旋转至第三位置时,固定弹性卡臂与卡接缺口之间的相对位置。这样,对盖板进行了二次锁止,使盖板能够有效阻止断路器由第二安装卡槽掉出。
可选地,第三锁止结构包括第二滑槽、第二滑块、止挡卡扣和止挡卡槽;第二滑槽设置于盖板上,第二滑槽沿与盖板平行并与盖板的旋转轴线垂直的方向延伸;第二滑块滑动连接于第二滑槽内,且第二滑块能够沿第二滑槽由第四位置向靠近盖板的旋转轴线的方向滑动至第五位置;止挡卡扣设置于第二滑块上,止挡卡槽设置于第二滑槽的底面,当第二滑块由第四位置滑动至第五位置时,第二滑块带动止挡卡扣滑动卡接于止挡卡槽内,并使止挡卡扣与弹性卡臂的远离盖板的旋转轴线的表面抵接。这样,可以将弹性卡臂锁止于卡接缺口内,以固定弹性卡臂与卡接缺口之间的相对位置。此结构简单,容易实现,且当施加至第二滑块的作用力能够克服止挡卡扣和止挡卡槽之间的弹性卡接力时,则能够带动第二滑块复位至第四位置,以解锁弹性卡臂,使弹性卡臂能够在外力作用下由卡接缺口滑出。
可选地,第二滑槽包括第三滑槽段和第四滑槽段,第四滑槽段位于第三滑槽段的远离盖板的旋转轴线的一侧;当第二滑块位于第四位置时,第二滑块位于第四滑槽段内,未位于第三滑槽段内;当第二滑块位于第五位置时,第二滑块位于第三滑槽段内,未位于第四滑槽段内;第三滑槽段的底面设有第一标识,第四滑槽段的底面设有第二标识,第一标识与第二标识不同。由此,可以通过第一标识和第二标识来确定弹性卡臂处于解锁状态或者锁止状态。
可选地,底座还包括温度检测模块和第四锁止结构;温度检测模块设置于容纳腔内,温度检测模块包括温度传感器和接线插座,温度传感器设置于导电连接件上,温度传感器与接线插座电连接,绝缘壳体上还设有第三连接口,该第三连接口与容纳腔连通,接线插座靠近第三连接口设置,该第三连接口允许接线插头伸入容纳腔内,以与接线插座配合插接;第四锁止结构设置于绝缘壳体的外表面上,第四锁止结构用于在接线插头穿过第三连接口插接于接线插座上之后,固定接线插头与接线插座之间的相对位置。这样,可以通过第四锁止结构固定接线插头与接线插座之间的相对位置,防止接线插头由接线插座上掉出。
可选地,接线插头的侧壁一周设有凸台,在接线插头穿过第三连接口与接线插座配合插接的过程中,凸台随着接线插头一起伸入第三连接口内;第四锁止结构包括滑轨、第三滑块、止挡件、第一弹性卡扣和第一弹性卡槽;滑轨设置于绝缘壳体的外表面上,且滑轨向靠近第三连接口的方向延伸;第三滑块滑动连接于滑轨上,止挡件设置于第三滑块的靠近第三连接口的一端,第三滑块能够沿滑轨由第六位置向靠近第三连接口的方向滑动至第七位置,以带动止挡件由未遮挡第三连接口的位置移动至遮挡第三连接口的位置;第一弹性卡扣和所述第一弹性卡槽中的一个设置于滑轨上,第一弹性卡扣和第一弹性卡槽中的另一个设置于第三滑块上,当第三滑块滑动至第七位置时,第一弹性卡扣卡接于第一弹性卡槽内。由此,能够通过止挡件止挡凸台,以锁止接线插头,防止接线插头由接线插座上掉出,此结构简单,容易实现。
可选地,滑轨包括第一滑轨段和第二滑轨段,第二滑轨段位于第一滑轨段的远离第三连接口的一侧;当第三滑块位于第六位置时,第三滑块位于第二滑轨段上,未位 于第一滑轨段上;当第三滑块位于第七位置时,第三滑块位于第一滑轨段上,未位于第二滑轨段上;第一滑轨段上设有第三标识,第二滑轨段上设有第四标识,第三标识与第四标识不同。由此,可以通过第三标识和第四标识来确定接线插头处于解锁状态或者锁止状态。
可选地,底臂部的背离第二安装卡槽的表面上设有第一卡爪和第二卡爪,该第一卡爪和该第二卡爪构成第一安装卡槽的相对两个侧壁,第二卡爪与底臂部相对固定,第一卡爪能够由第八位置向靠近第二卡爪的方向移动至第九位置,以带动第一卡爪和第二卡爪卡接于配电设备内的安装导轨上;底座还包括第五锁止结构,该第五锁止结构设置于第一卡爪与底臂部之间,第五锁止结构用于在第一卡爪移动至第九位置时,固定第一卡爪与底臂部之间的相对位置。由此,能够防止第一卡爪和第二卡爪在可滑动卡接于配电设备内的安装导轨上之后,因第一卡爪出现位置移动而导致绝缘壳体由安装导轨上脱落。
可选地,第五锁止结构包括第二弹性卡扣和第二弹性卡槽;第二弹性卡扣和第二弹性卡槽中的一个设置于第一卡爪上,第二弹性卡扣和第二弹性卡槽中的另一个设置于底臂部上,当第一卡爪移动至第九位置时,第二弹性卡扣卡接于第二弹性卡槽内,当施加至第一卡爪的作用力能够克服第二弹性卡扣与第二弹性卡槽之间的弹性卡接力时,能够驱动第一卡爪复位至第八位置。此结构简单,容易实现。
可选地,第一卡爪的朝向底臂部的表面设有拨槽,底臂部上对应拨槽的位置设有操作孔,操作孔沿第二方向贯穿底臂部,操作孔允许拨杆伸入拨槽,以驱动第一卡爪向第八位置或者第九位置移动。这样,操作人员由底座的前侧即可驱动第一卡爪向第八位置或者第九位置移动,此操作方便,容易实现。
第二方面,本申请一些实施例提供一种带底座的断路器,该带底座的断路器包括断路器和底座;底座为如上任一技术方案所述的底座,断路器可拆卸连接于该底座的绝缘壳体的第一表面上。
由于在本申请实施例的带底座的断路器中使用的底座与如上任一技术方案所述的底座相同,因此二者能够解决相同的技术问题,并达到相同的预期效果。
第三方面,本申请一些实施例提供一种配电设备,该配电设备包括安装导轨和多个带底座的断路器;该带底座的断路器为如上技术方案所述的带底座的断路器,该带底座的断路器的底座通过第一安装卡槽可滑动卡接于该安装导轨上。
由于在本申请实施例的电配电设备中使用的带底座的断路器与如上技术方案所述的带底座的断路器相同,因此二者能够解决相同的技术问题,并达到相同的预期效果。
附图说明
图1为本申请一些实施例提供的配电设备的结构示意图;
图2为本申请一些实施例提供的带底座的断路器的结构示意图;
图3为多个图2所示带底座的断路器安装于安装导轨上的结构示意图;
图4为本申请另一些实施例提供的带底座的断路器的结构示意图;
图5为本申请一些实施例提供的底座处于第一方位时的结构示意图;
图6为多个图5所示底座在安装于安装导轨上且相邻两个底座之间拉开一定距离时的结构示意图;
图7为图5所示底座处于第二方位时的结构示意图;
图8为本申请一些实施例提供的带底座的断路器中断路器的结构示意图;
图9为图8所示带底座的断路器中断路器的爆炸图;
图10为图8所示断路器在安装至底座的第一表面时的结构示意图;
图11为图5所示底座中的导电连接件的结构示意图;
图12为图5所示底座中的导电连接件与U型固定套之间的连接结构示意图;
图13为图5所示底座处于第三方位且去除挡板时的结构示意图;
图14为图13所示底座的第二表面的结构示意图;
图15为图14所示底座中顶杆的立体图;
图16为图14所示底座中滑孔的内表面的结构示意图;
图17为图5所示的底座中盖板位于第二位置时的结构示意图;
图18为图5所示底座中盖板位于第三位置时的结构示意图;
图19为图5所示底座中盖板与侧臂部之间的连接结构示意图;
图20为图5所示底座中盖板的爆炸图;
图21为图5所示底座中盖板的第二滑块位于第四位置时的结构示意图;
图22为图5所示底座中盖板的第二滑块位于第五位置时的结构示意图;
图23为图5所示底座中导电连接件、U型固定套和温度检测模块的装配图;
图24a为图5所示底座处于第四方位时的结构示意图;
图24b为图24a所示底座中第四锁止结构所处的表面的结构示意图;
图24c为图24b所示底座中区域I的局部放大图;
图25a为图24a所示底座中第四锁止结构的第三滑块位于第七位置时的结构示意图;
图25b为图25a所示底座中区域II的局部放大图;
图26为图5所示底座处于第五方位时的结构示意图;
图27为图26所示底座中第一卡爪的立体图;
图28为图5所示底座处于第六方位时的结构示意图。
具体实施方式
下面将结合本申请实施例中的附图,对本申请实施例中的技术方案进行描述,显然,所描述的实施例仅仅是本申请一部分实施例,而不是全部的实施例。
在本申请实施例中,术语“第一”、“第二”、“第三”、“第四”、“第五”、“第六”、“第七”、“第八”仅用于描述目的,而不能理解为指示或暗示相对重要性或者隐含指明所指示的技术特征的数量。由此,限定有“第一”、“第二”、“第三”、“第四”、“第五”、“第六”、“第七”、“第八”的特征可以明示或者隐含地包括一个或者更多个该特征。
在本申请的描述中,“和/或”,仅仅是一种描述关联对象的关联关系,表示可以存在三种关系,例如,A和/或B,可以表示:单独存在A,同时存在A和B,单独存在B这三种情况。另外,本文中字符“/”,一般表示前后关联对象是一种“或”的关系。
本申请涉及底座、带底座的断路器和配电设备,以下对本申请涉及到的概念进行简单说明:
微型断路器(micro circuit breaker/miniature circuit breaker,MCB):是建筑电气 终端配电装置中使用最广泛的一种终端保护电器。用于电流为125A以下的单相或三相的短路、过载、过压等保护,微型断路器包括单极(也即是1P)、二极(也即是2P)、三极(也即是3P)、四极(也即是4P)等四种。
铜排:又称铜母排或铜汇流排,是由铜材质制作的,截面为矩形或具有倒角或者倒圆角的矩形的长导体,为了避免产生尖端放电,目前一般都用截面为倒圆角的矩形的铜排,铜排在电路中起输送电流和连接电气设备的作用。
负温度系数(negative temperature coefficient,NTC)热敏电阻:是一种电阻值随着温度上升而迅速下降的热敏电阻。它是以锰、钴、镍和铜等金属的氧化物为主要材料,采用陶瓷工艺制造而成的。
断路器的底座通常包括封闭的绝缘壳体和导电连接件。断路器安装于绝缘壳体上,导电连接件设置于绝缘壳体内,导电连接件的一端与断路器的端子电连接,导电连接件的另一端与线缆端子电连接,线缆端子连接有线缆,以实现断路器与线缆的连接。在将多个断路器的底座串接在配电设备中的导轨上时,相邻两个底座紧靠在一起,相邻两个底座的导电连接件之间通过该相邻两个底座的绝缘壳体隔开,而实际上该相邻两个底座的导电连接件之间采用一个底座的绝缘壳体隔开,即可实现该两个底座的导电连接件之间的绝缘隔离,因此底座的绝缘壳体的用料存在多余,从而造成了资源浪费。
为了避免上述问题,本申请提供了一种配电设备,该配电设备包括但不限于高压配电柜、低压开关柜、开关箱、控制箱等。
图1为本申请一些实施例提供的配电设备的结构示意图。如图1所示,配电设备包括断路器容纳腔1,该断路器容纳腔1内设有安装导轨2和多个带底座的断路器3,多个带底座的断路器3分别通过底座31可滑动卡接于安装导轨2上,以通过安装导轨2将多个带底座的断路器3串接成一排,以便于断路器的管理。容纳腔1的一端开口,容纳腔1的开口处设有盖体4,该盖体4用于打开或关闭该容纳腔1,以便于操作人员执行开启、关断、维修断路器的操作。
本申请还提供一种带底座的断路器,该带底座的断路器为上述配电设备中的带底座的断路器。带底座的断路器包括断路器和底座。可选地,断路器为微型断路器。断路器可以为单极断路器、二极断路器、三极断路器或者四极断路器,在此不做具体限定。断路器安装于底座上,底座安装于配电设备内的安装导轨上,并可沿安装导轨滑动,以调节带底座的断路器的位置。
其中,带底座的断路器中底座的数量可以为一个、两个、三个、四个,在此不做具体限定。由于断路器可以为单极断路器、二极断路器、三极断路器或者四极断路器,二极断路器在安装导轨的延伸方向上的宽度通常是单极断路器在安装导轨的延伸方向上的宽度的两倍,三极断路器在安装导轨的延伸方向上的宽度通常是单极断路器在安装导轨的延伸方向上的宽度的三倍,四极断路器在安装导轨的延伸方向上的宽度通常是单极断路器在安装导轨的延伸方向上的宽度的四倍,因此为了提高底座的适配灵活性,底座可以为匹配单极断路器的底座,这样,若断路器为二极断路器,则采用并排布置的两个底座即可安装该二极断路器;若断路器为三极断路器,则采用并排布置的三个底座即可安装该三极断路器;若断路器为四极断路器,则采用并排布置的四个底 座即可安装该四极断路器。
图2为本申请一些实施例提供的带底座的断路器的结构示意图。如图2所示,带底座的断路器包括断路器31和底座32。断路器31为单极的微型断路器,底座32适配单极断路器,断路器31安装于底座32上,底座32安装于配电设备内的安装导轨上。图3为多个图2所示带底座的断路器安装于安装导轨上的结构示意图。如图3所示,多个带底座的断路器3可沿安装导轨2滑动,以调节多个带底座的断路器3的位置。
图4为本申请另一些实施例提供的带底座的断路器的结构示意图。如图4所示,带底座的断路器包括断路器31和底座32。断路器31为二极的微型断路器,底座32的数量为两个,每个底座32适配单极断路器。两个底座32并排布置,断路器31安装于该并排布置的两个底座32上,两个底座32安装于配电设备内的安装导轨2上,并可沿安装导轨2滑动,以调节该带底座的断路器3的位置。
本申请还提供了一种底座,该底座为上述带底座的断路器中的底座。图5为本申请一些实施例提供的底座处于第一方位时的结构示意图,该底座为图2或图4所示带底座的断路器中的底座32。
如图5所示,底座32包括绝缘壳体321,该绝缘壳体321由塑胶、陶瓷等绝缘材料制作。
绝缘壳体321具有相背离的第一表面100和第二表面200。第一表面100可以为平面,也可以为曲面,第一表面100用于可拆卸连接断路器31。第二表面200可以为平面,也可以为曲面,第二表面200设有第一安装卡槽300,绝缘壳体321能够通过第一安装卡槽300可滑动卡接于配电设备内的安装导轨2上。
如图5所示,绝缘壳体321内形成容纳腔400,容纳腔400用于容纳导电连接件322。容纳腔400沿绝缘壳体321相对于安装导轨2的滑动方向(也即是图5所示的方向X)上的一端开口,另一端通过绝缘壳体321的第一壁板321c封闭。
这样,在将多个底座32安装于安装导轨2上时,图6为多个图5所示底座在安装于安装导轨上且相邻两个底座之间拉开一定距离时的结构示意图,在实际使用时,该多个底座依次贴合在一起。如图6所示,多个底座32的容纳腔400的开口的朝向相同,且每相邻两个底座32中,一个底座32的第一壁板321c封堵另一个底座32的容纳腔400的开口,由此实现了相邻两个底座32的导电连接件322之间的绝缘隔离。因此,底座32的绝缘壳体321无需设计成封闭的壳体,绝缘壳体321的用料成本较低,底座32的成本较低,在安装有较多数量的底座的配电设备中,可以大幅度节省成本。
在上述实施例中,为了保护位于端部的底座32内的导电连接件322,如图6所示,在位于端部的底座32的容纳腔400的开口处盖设有盖板500,通过该盖板500能够封堵位于端部的底座32的容纳腔400的开口。
第一表面100可以通过卡接、螺纹连接、磁吸等方式可拆卸连接断路器31,在此不做具体限定。
在一些实施例中,如图5所示,绝缘壳体321包括底臂部3211和两个侧臂部3212。两个侧臂部3212的一端分别连接于底臂部3211沿第一方向(也即是图5所示的方向Y)的两端,两个侧臂部3212的另一端沿第二方向(也即是图5所示的方向Z)向底臂部3211的同一侧延伸。
如图5所示,底臂部3211与两个侧臂部3212围成第二安装卡槽600,该第二安装卡槽600用于配合卡接断路器31。第二安装卡槽600的内表面和侧臂部3212的远离底臂部3211的表面构成第一表面100,底臂部3211的背离第二安装卡槽600的表面构成第二表面200。
其中,绝缘壳体321相对于安装导轨2的滑动方向、第一方向、第二方向两两垂直。
这样,可以将断路器31由第二安装卡槽600的远离底臂部3211的一端开口可拆卸卡接于第二安装卡槽600内,断路器31的卡接操作简单,安装拆卸效率较高。
底座32用于实现断路器31与线缆之间的电连接,为了达到此目的,如图5所示,底座32还包括导电连接件322,该导电连接件322设置于容纳腔400内,该导电连接件322用于导电连接断路器31的端子和线缆端子。
具体地,如图5所示,绝缘壳体321上设有第一连接口321a,图7为图5所示底座处于第二方位时的结构示意图,如图7所示,绝缘壳体321上还设有第二连接口321b,该第一连接口321a和该第二连接口321b均与容纳腔400连通。第一连接口321a用于在断路器31连接至第一表面100时,允许断路器31的端子伸入容纳腔400,第二连接口321b允许线缆端子伸入容纳腔400。
导电连接件322包括电连接的第一导电连接部3221和第二导电连接部3222,第一导电连接部3221和第二导电连接部3222均由铜或铜的合金制成。第一导电连接部3221靠近第一连接口321a设置,第一导电连接部3221用于与断路器31的端子电连接。第二导电连接部3222靠近第二连接口321b设置,第二导电连接部3222用于与线缆端子电连接,线缆端子连接有线缆。
第一导电连接部3221与断路器31的端子之间的电连接方式可以为插接式电连接、抵接式电连接等等,在此不做具体限定。
图8为本申请一些实施例提供的带底座的断路器中断路器的结构示意图,该断路器为图2或图4所示带底座的断路器中的断路器31。如图8所示,断路器31包括断路器本体311和端子312。端子312为连接于断路器本体311的接线端子上的转接端子,该端子312可以为铜排或者其他金属导体结构。在一些实施例中,如图8所示,端子312为铜排。
具体地,图9为图8所示带底座的断路器中断路器的爆炸图。如图9所示,断路器本体311的侧壁上设有接线孔311a,接线孔311a内设有接线端子(图中未示出)。端子312包括固定部312a以及固定于该固定部312a上的插接部312b。固定部312a伸入接线孔311a内并与接线端子电连接,插接部312b凸设于断路器本体311的侧壁外。图10为图8所示断路器在安装至底座的第一表面时的结构示意图。如图10所示,在断路器连接至第一表面100时,端子312通过插接部312b与第一导电连接部3221配合插接,以实现端子312与第一导电连接部3221之间的电连接。
在另一些实施例中,若断路器本体311的接线端子凸出断路器本体311的表面设置,则端子312也可以为断路器本体311的接线端子,在此不做具体限定。
端子312的数量为两个,两个端子312分别为正极端子和负极端子,相应的,如图5所示,底座32包括的导电连接件322的数量也为两个,两个导电连接件322分别 用于实现正极端子与阳极线缆之间、负极端子与阴极线缆之间的电连接。
如图5所示,第一导电连接部3221为U型导电弹片,该U型导电弹片的两个弹性臂之间形成插槽700,插槽700用于在断路器连接至第一表面100时,与断路器的端子312配合插接。
这样,第一导电连接部3221与断路器31的端子312之间通过插接的方式实现电连接,电连接的稳定性较优。
在一些实施例中,U型导电弹片的弹性臂的围成插槽700的开口的一端边沿设有至少一个缺口,该至少一个缺口向插槽700的底壁延伸,以将弹性臂分隔为多个弹性臂单元。弹性臂单元包括抵触部,该抵触部为在断路器31的端子312插入插槽700的过程中与断路器31的端子312接触的部分,多个弹性臂单元的抵触部与插槽700的底壁之间在插槽700的深度方向上的距离不同。
示例的,图11为图5所示底座中的导电连接件的结构示意图,如图11所示,U型导电弹片的两个弹性臂中,每个弹性臂的围成插槽700的开口的一端边沿均设有两个缺口a,该两个缺口a向插槽700的底壁延伸,以将该弹性臂分隔为三个弹性臂单元3221a。三个弹性臂单元3221a中每个弹性臂单元3221a均包括抵触部b,三个弹性臂单元3221a中位于中间的一个弹性臂单元3221a的抵触部b与插槽700的底壁之间在插槽700的深度方向上的距离为第一距离,三个弹性臂单元3221a中位于两边的两个弹性臂单元3221a的抵触部b与插槽700的底壁之间在插槽700的深度方向上的距离相等,且均为第二距离,第一距离大于第二距离。
这样,将弹性臂分割为多个抵触部b相互独立的弹性臂单元3221a,并使多个弹性臂单元3221a的抵触部b在断路器31插入的过程中与断路器31的端子312的接触时间不同,以在底座32处于通电状态下插入断路器31的过程(也即是热插拔过程)中,使得电弧产生在最先接触的弹性臂单元3221a上,由此牺牲掉该弹性臂单元3221a的电性能,以使断路器31的端子312在插入插槽700之后能够与其余的弹性臂单元3221a进行有效电连接。由此避免U型导电弹片的弹性臂在端子312插入过程中因电弧而全部被牺牲掉。
为了固定多个弹性臂单元3221a之间的相对位置,在一些实施例中,图12为图5所示底座中的导电连接件与U型固定套之间的连接结构示意图。如图12所示,底座32还包括U型固定套323,该U型固定套323由塑料或者金属制成,且该U型固定套323具有弹性。U型固定套323套设于U型导电弹片外,以固定U型导电弹片的多个弹性臂单元3221a之间的相对位置,增大U型导电弹片的两个弹性臂之间的弹性夹紧力,以使U型导电弹片与断路器31的端子312能够有效接触并电连接。
第二导电连接部3222与线缆端子之间的电连接方式可以为插接式电连接、压接式电连接等等,在此不做具体限定。
在一些实施例中,图13为图5所示底座处于第三方位且去除挡板800时的结构示意图。如图13所示,容纳腔400中靠近第二连接口321b的位置设有线缆端子插接槽401,线缆端子插接槽401的开口与第二连接口321b相对。第二导电连接部3222构成线缆端子插接槽401的一个侧壁。在线缆端子穿过第二连接口321b插入线缆端子插接槽401内之后,线缆端子可以与第二导电连接部3222接触电连接。
如图13所示,底座32还包括弹性件324。弹性件324构成线缆端子插接槽401的与第二导电连接部3222相对的另一个侧壁。弹性件324用于当线缆端子穿过第二连接口321b插入该线缆端子插接槽401内时,向线缆端子施加指向第二导电连接部3222的弹性压紧力,以将该线缆端子压接于第二导电连接部3222上。
这样,线缆端子在插入线缆端子插接槽401内,即可实现与第二导电连接部3222之间的电连接和相对位置固定,此连接方式操作方便,效率较高。且通过设计弹性件324的弹性力,可以保证线缆端子与第二导电连接部3222之间连接的稳固性,防止线缆端子脱落。
如图5所示,底座32还包括挡板800,该挡板800和第一壁板321c构成线缆端子插接槽401的另外两个侧壁,由此限定了线缆端子的插接位置。
弹性件324包括但不限于弹簧、弹片和橡胶,图13仅给出了弹性件324为弹片的示例,并不能认为是对本申请构成的限定。当弹性件324为弹片时,具体地,如图13所示,弹片包括固定部3241和弹臂部3242。固定部3241与绝缘壳体321相对固定。弹臂部3242的一端与固定部3241连接,弹臂部3242的另一端向靠近第二导电连接部3222的方向延伸并向远离第二连接口321b的方向倾斜。弹臂部3242构成线缆端子插接槽401的与第二导电连接部3222相对的另一个侧壁。
这样,在线缆端子穿过第二连接口321b插入线缆端子插接槽401的过程中,线缆端子的头部挤压弹臂部3242,以使弹臂部3242产生弯曲变形,并积蓄弹性力,该弹性力指向第二导电连接部3222。当弹臂部3242产生的弯曲变形达到一定程度时,积蓄的弹性力能够将线缆端子压接于第二导电连接部3222上,以实现线缆端子与第二导电连接部3222之间的电连接和相对位置固定。此结构简单,容易实现。
在线缆与底座32之间的安装过程出现错误时或者在后期底座32的维护过程中,需要由底座32上拆卸线缆。为了便于线缆的拆卸,在一些实施例中,如图13所示,底座32还包括解锁装置325。该解锁装置325用于驱动弹臂部3242向远离第二导电连接部3222的方向运动,以取消施加于线缆端子上的弹性压紧力。
这样,在线缆与底座32之间的安装过程出现错误时或者在后期底座32的维护过程中,可以通过解锁装置325驱动弹臂部3242向远离第二导电连接部3222的方向运动,以取消施加于线缆端子上的弹性压紧力,并由线缆端子插接槽401内拔出线缆端子,以实现线缆端子在底座32上的拆卸。
解锁装置325的结构形式有多种,在此不做具体限定。
示例的,解锁装置325可以为连接于弹臂部3242上的拉绳,通过该拉绳可以拉动弹臂部3242向远离第二导电连接部3222的方向运动。
又示例的,如图13所示,解锁装置325包括顶杆3251。弹片还包括连接部3243,弹臂部3242的一端通过连接部3243与固定部3241连接。图14为图13所示底座的第二表面的结构示意图。如图14所示,第二连接口321b所处的绝缘壳体321的壁板上与连接部3243(参见图13)相对的位置设有滑孔321d。顶杆3251滑动穿设于该滑孔321d内,并能够向靠近连接部3243的方向滑动至第一位置(图中未示出),以挤压连接部3243向远离滑孔321d的方向弯曲,并带动弹臂部3242向远离第二导电连接部3222的方向运动,以取消施加于线缆端子的弹性压紧力。此解锁装置325的结构简单, 容易实现。
在上述实施例中,解锁装置325还包括第一锁止结构3252。该第一锁止结构3252用于在顶杆3251滑动至第一位置之后,固定顶杆3251与滑孔321d之间在滑孔321d的轴向上的相对位置。
这样,可以通过第一锁止结构3252将顶杆3251保持在第一位置,以使弹臂部3242保持在取消施加于线缆端子的弹性压紧力的位置,由此,操作人员无需手动保持顶杆3251,操作人员可以单手将线缆端子由线缆端子插接槽401内拔出,因此线缆的拆卸操作方便。
第一锁止结构3252的结构形式有多种,在此不做具体限定。
示例的,第一锁止结构3252包括弹性卡扣和弹性卡槽,弹性卡扣和弹性卡槽中的一个设置于顶杆3251上,弹性卡扣和弹性卡槽中的另一个设置于滑孔321d所处的绝缘壳体321的壁板上,当顶杆3251沿滑孔321d滑动至第一位置时,弹性卡扣卡接于弹性卡槽中,以固定顶杆3251与滑孔321d之间在滑孔321d的轴向上的相对位置。此结构简单,容易实现。
又示例的,图15为图14所示底座中顶杆的立体图。如图15所示,第一锁止结构3252包括第一滑块3252a,该第一滑块3252a设置于顶杆3251的侧壁上。图16为图14所示底座中滑孔的内表面的结构示意图。如图16所示,第一锁止结构3252还包括第一滑槽3252b,该第一滑槽3252b设置于滑孔321d的内壁上。第一滑槽3252b包括第一滑槽段3252b1和第二滑槽段3252b2。第一滑槽段3252b1沿滑孔321d的轴向延伸,第二滑槽段3252b2沿滑孔321d的周向延伸,第二滑槽段3252b2的一端连接于第一滑槽段3252b1的靠近连接部3243的一端。第一滑块3252a滑动连接于第一滑槽3252b内,在顶杆3251向第一位置滑动的过程中,第一滑块3252a在第一滑槽段3252b1内滑动。当顶杆3251滑动至第一位置时,第一滑块3252a滑动至第一滑槽段3252b1的靠近连接部3243的一端。在顶杆3251滑动至第一位置之后,第一滑块3252a能够由第一滑槽段3252b1滑入第二滑槽段3252b2内。
这样,在顶杆3251滑动至第一位置之后,可以旋转顶杆3251,并驱动第一滑块3252a由第一滑槽段3252b1滑入第二滑槽段3252b2内,由此固定了顶杆3251与滑孔321d之间在滑孔321d的轴向上的相对位置,将顶杆3251保持在第一位置。此结构简单,容易实现。
可以知道的是,在上述实施例中,第一滑块3252a和第一滑槽3252b的设置位置也可以为:第一滑块3252a设置于滑孔321d的内壁上,第一滑槽3252b设置于顶杆3251的侧壁上。这样,所达到的效果与上述实施例所达到的效果相同,在此不做赘述。
为了防止顶杆3251由滑孔321d掉出至绝缘壳体321外,在一些实施例中,如图15所示,顶杆3251的靠近连接部3243的一端位于绝缘壳体321内,且顶杆3251的靠近连接部3243的一端的侧壁上设有第一止挡凸起3253,第一止挡凸起3253用于阻止顶杆3251由滑孔321d掉出至绝缘壳体321外。
为了防止顶杆3251由滑孔321d落入绝缘壳体321的内部空间中,在一些实施例中,如图15所示,顶杆3251的远离连接部3243的一端位于绝缘壳体321外,且顶杆3251的远离连接部3243的一端的侧壁上设有第二止挡凸起3254,该第二止挡凸起 3254与绝缘壳体321间隔设置,当顶杆3251向靠近连接部3243的方向滑动至第一位置时,该第二止挡凸起3254与绝缘壳体321的外表面抵接。
这样,可以通过第二止挡凸起3254防止顶杆3251由滑孔321d落入绝缘壳体321的内部空间中,此结构简单,容易实现。
在一些实施例中,如图5所示,底座32还包括盖板326。盖板326的一端可旋转连接于侧臂部3212的远离底臂部3211的一端,盖板326的旋转轴线与绝缘壳体321相对于安装导轨的滑动方向(也即是图5中的方向X)平行。盖板326能够由第二位置向第二安装卡槽600的方向旋转至第三位置。图17为图5所示的底座中盖板位于第二位置时的结构示意图。如图17所示,当盖板326位于第二位置时,盖板326未遮挡第二安装卡槽600的开口,此时,断路器31可以卡入第二安装卡槽600,或者由第二安装卡槽600拔出。图18为图5所示底座中盖板位于第三位置时的结构示意图。如图18所示,当盖板326位于第三位置时,盖板326遮挡第二安装卡槽600的开口,此时,盖板326可以阻止第二安装卡槽600内的断路器31掉出,由此能够提高断路器31在底座32上的安装稳定性。
需要说明的是,上述实施例所述的第二安装卡槽600的开口是指第二安装卡槽600的背离底臂部3211的一端开口,断路器31由该开口卡入第二安装卡槽600或者拔出。
在一些实施例中,底座32还包括第二锁止结构,该第二锁止结构设置于盖板326与侧臂部3212之间,该第二锁止结构用于当盖板326旋转至第三位置时,固定盖板326与侧臂部3212之间的相对位置。这样,使盖板326能够阻止断路器31由第二安装卡槽600掉出。
第二锁止结构的结构形式有多种,比如螺钉、定位销等等,在此不做具体限定。
在一些实施例中,图19为图5所示底座中盖板与侧臂部之间的连接结构示意图。如图19所示,第二锁止结构327包括弹性卡臂3271和卡接缺口3272。弹性卡臂3271设置于盖板326上,且弹性卡臂3271沿绝缘壳体321相对于安装导轨的滑动方向(也即是图19所示的方向X)延伸。卡接缺口3272设置于侧臂部3212上,且卡接缺口3272的开口朝向第二安装卡槽600。当盖板326旋转至第三位置时,弹性卡臂3271卡接于卡接缺口3272内。此结构简单,容易实现,且当施加至盖板326的作用力能够克服弹性卡臂3271与卡接缺口3272之间的弹性卡接力时,则能够带动盖板326复位至第二位置,以打开第二安装卡槽600的开口,此时,可以更换或者安装断路器31。
为了进一步阻止断路器31由第二安装卡槽600掉出,在一些实施例中,图20为图5所示底座中盖板的爆炸图。如图20所示,底座32还包括第三锁止结构328。第三锁止结构328用于在盖板326旋转至第三位置时,固定弹性卡臂3271与卡接缺口3272之间的相对位置。这样,对盖板326进行二次锁止,使盖板326能够有效阻止断路器31由第二安装卡槽600掉出。
在上述实施例中,第三锁止结构328的结构形式有多种,在此不做具体限定。
在一些实施例中,如图20所示,第三锁止结构328包括第二滑槽3281和第二滑块3282。第二滑槽3281设置于盖板326上,第二滑槽3281沿与盖板326平行并与盖板326的旋转轴线l垂直的方向延伸。第二滑块3282滑动连接于第二滑槽3281内,且第二滑块3282能够沿第二滑槽3281由第四位置向靠近盖板326的旋转轴线l的方 向滑动至第五位置。
第三锁止结构328还包括止挡卡扣3283和止挡卡槽3284。止挡卡扣3283设置于第二滑块3282上,止挡卡槽3284设置于第二滑槽3281的底面。当第二滑块3282由第四位置滑动至第五位置时,第二滑块3282带动止挡卡扣3283滑动卡接于止挡卡槽3284内,并使止挡卡扣3283与弹性卡臂3271的远离盖板326的旋转轴线l的表面抵接。
这样,可以将弹性卡臂3271锁止于卡接缺口3272内,以固定弹性卡臂3271与卡接缺口3272之间的相对位置。此结构简单,容易实现,且当施加至第二滑块3282的作用力能够克服止挡卡扣3283和止挡卡槽3284之间的弹性卡接力时,则能够带动第二滑块3282复位至第四位置,以解锁弹性卡臂3271,使弹性卡臂3271能够在外力作用下由卡接缺口3272滑出。
在一些实施例中,图21为图5所示底座中盖板的第二滑块位于第四位置时的结构示意图。如图21所示,第二滑槽3281包括第三滑槽段3281a和第四滑槽段3281b,第四滑槽段3281b位于第三滑槽段3281a的远离盖板326的旋转轴线的一侧。当第二滑块3282位于第四位置时,第二滑块3282位于第四滑槽段3281b内,未位于第三滑槽段3281a内。图22为图5所示底座中盖板的第二滑块位于第五位置时的结构示意图。如图22所示,当第二滑块3282位于第五位置时,第二滑块3282位于第三滑槽段3281a内,未位于第四滑槽段3281b内。第三滑槽段3281a的底面设有第一标识A,第四滑槽段3281b的底面设有第二标识B,第一标识A与第二标识B不同。
这样,当第二滑块3282位于第四位置时,第一标识A显露出来,则表示弹性卡臂3271处于解锁状态;当第二滑块3282位于第五位置时,第二标识B显露出来,则表示弹性卡臂3271处于锁止状态。由此,可以通过第一标识A和第二标识B来确定弹性卡臂3271处于解锁状态或者锁止状态。
在上述实施例中,第一标识A可以为“ON”字样,也可以为绿色的涂层区域,还可以包括绿色的涂层区域和设置于该绿色的涂层区域上的“ON”字样,当然,该第一标识A还可以是其他标识,在此不做具体限定。
相应地,第二标识B可以为“OFF”字样,也可以为红色的涂层区域,还可以包括红色的涂层区域和设置于该红色的涂层区域上的“OFF”字样,当然,该第二标识B还可以是其他标识,在此不做具体限定。
为了驱动第二滑块3282在第二滑槽3281内滑动,在一些实施例中,如图21或图22所示,第二滑块3282上设有把手900,通过该把手900可以驱动第二滑块3282在第二滑槽3281内滑动。
在一些实施例中,图23为图5所示底座中导电连接件、U型固定套和温度检测模块的装配图。如图23所示,底座32还包括温度检测模块329。温度检测模块329包括温度传感器3291和接线插座3292。温度传感器3291包括但不限于NTC热敏电阻、热电偶等热敏元件,温度传感器3291的阴极走线和阳极走线均与接线插座3292电连接,接线插座3292与接线插头000配合插接,由此实现了温度传感器3291的正负极接线。
在将上述温度检测模块329安装于底座32内时,如图5所示,温度检测模块329 设置于容纳腔400内。
其中,如图23所示,温度传感器3291设置于导电连接件322上,以检测导电连接件322的温度,由此防止导电连接件322因温度过高而产生变形甚至引起火灾。
可选地,如图11所示,导电连接件322的U型导电弹片上形成温度传感器容纳槽c,如图23所示,温度传感器3291安装于该温度传感器容纳槽c内,且该温度传感器容纳槽c的开口处设有遮挡片d,该遮挡片d与U型固定套323连接,且遮挡片d与U型固定套323一体成型。这样,可以防止温度传感器3291由该导电连接件322上掉出,此结构简单,容易实现。
另外,图24a为图5所示底座处于第四方位时的结构示意图。如图24a所示,绝缘壳体321上还设有第三连接口321e,该第三连接口321e与容纳腔400连通。接线插座3292靠近第三连接口321e设置,第三连接口321e允许接线插头000伸入容纳腔400内,以与接线插座3292配合插接。
如图5和图24a所示,底座32还包括第四锁止结构330。该第四锁止结构330设置于绝缘壳体321的外表面上,且该第四锁止结构330用于在接线插头000穿过第三连接口321e插接于接线插座3292上之后,固定接线插头000与接线插座3292之间的相对位置。
这样,可以通过第四锁止结构330固定接线插头000与接线插座3292之间的相对位置,防止接线插头000由接线插座3292上掉出。
第四锁止结构330的结构形式有多种,在此不做具体限定。
在一些实施例中,如图23所示,接线插头000的侧壁一周设有凸台001,在接线插头000穿过第三连接口321e与接线插座3292配合插接的过程中,凸台001随着接线插头000一起伸入第三连接口321e内。
图24b为图24a所示底座中第四锁止结构所处的表面的结构示意图,图24c为图24b所示底座中区域I的局部放大图。如图24c所示,第四锁止结构330包括滑轨3301、第三滑块3302和止挡件3303。滑轨3301设置于绝缘壳体321的外表面上,且滑轨3301向靠近第三连接口321e的方向延伸。第三滑块3302滑动连接于该滑轨3301上,止挡件3303设置于第三滑块3302的靠近第三连接口321e的一端,第三滑块3302能够沿滑轨3301由第六位置向靠近第三连接口321e的方向滑动至第七位置。图25a为图24a所示底座中第四锁止结构的第三滑块位于第七位置时的结构示意图,图25b为图25a所示底座中区域II的局部放大图。如图24c和图25b所示,第三滑块3302带动止挡件3303由未遮挡第三连接口321e的位置移动至遮挡第三连接口321e的位置。由此,能够通过止挡件3303止挡凸台001,以锁止接线插头000,防止接线插头000由接线插座3292上掉出。
在上述实施例中,如图24a所示,第四锁止结构330还包括第一弹性卡扣3304和第一弹性卡槽3305。如图24c所示,第一弹性卡扣3304设置于滑轨3301上,如图24a所示,第一弹性卡槽3305设置于第三滑块3302上,当第三滑块3302滑动至第七位置时,第一弹性卡扣3304卡接于第一弹性卡槽3305内。这样,在第三滑块3302滑动至第七位置时,能够固定滑轨3301与第三滑块3302之间的相对位置,防止止挡件3303在止挡凸台001时产生位置移动。当施加至第三滑块3302的作用力能够克服第一弹性 卡扣3304和第一弹性卡槽3305之间的弹性卡接力时,则能够带动第三滑块3302复位至第六位置,以解锁接线插头000,使接线插头000能够由接线插座3292上拔出。
可以知道的是,第一弹性卡扣3304和第一弹性卡槽3305的设置位置也可以为:第一弹性卡扣3304设置于第三滑块3302上,第一弹性卡槽3305设置于滑轨3301上。在此不做具体限定。
在一些实施例中,如图24c和图25b所示,滑轨3301包括第一滑轨段3301a和第二滑轨段3301b,第二滑轨段3301b位于第一滑轨段3301a的远离第三连接口321e的一侧。当第三滑块3302位于第六位置时,如图24c所示,第三滑块3302位于第二滑轨段3301b上,未位于第一滑轨段3301a上。当第三滑块3302位于第七位置时,如图25b所示,第三滑块3302位于第一滑轨段3301a上,未位于第二滑轨段3301b上。第一滑轨段3301a上设有第三标识C,第二滑轨段3301b上设有第四标识D,第三标识C与第四标识D不同。
这样,当第三滑块3302位于第六位置时,第三标识C显露出来,则表示接线插头000处于解锁状态;当第三滑块3302位于第七位置时,第四标识D显露出来,则表示接线插头000处于锁止状态。由此,可以通过第三标识C和第四标识D来确定接线插头000处于解锁状态或者锁止状态。
在上述实施例中,第三标识C可以为“ON”字样,也可以为绿色的涂层区域,还可以包括绿色的涂层区域和设置于该绿色的涂层区域上的“ON”字样,当然,该第三标识C还可以是其他标识,在此不做具体限定。
相应地,第四标识D可以为“OFF”字样,也可以为红色的涂层区域,还可以包括红色的涂层区域和设置于该红色的涂层区域上的“OFF”字样,当然,该第四标识D还可以是其他标识,在此不做具体限定。
在一些实施例中,如图25b所示,第四锁止结构330还包括第三弹性卡扣3306。第三弹性卡扣3306设置于滑轨3301上,当第三滑块3302位于第六位置时,第三弹性卡扣3306卡接于第一弹性卡槽3305内。这样,在第三滑块3302位于第六位置时,能够通过第三弹性卡扣3306和第一弹性卡槽3305固定滑轨3301与第三滑块3302之间的相对位置,防止止挡件3303产生位置移动。当施加至第三滑块3302的作用力能够克服第三弹性卡扣3306和第一弹性卡槽3305之间的弹性卡接力时,则能够带动第三滑块3302滑动至第七位置,以锁止接线插头000。
在一些实施例中,图26为图5所示底座处于第五方位时的结构示意图,如图26所示,底臂部3211的背离第二安装卡槽600的表面上设有第一卡爪301和第二卡爪302,该第一卡爪301和第二卡爪302构成第一安装卡槽300的相对两个侧壁。第二卡爪302与底臂部3211相对固定,第一卡爪301能够由第八位置向靠近第二卡爪302的方向移动至第九位置,以带动第一卡爪301和第二卡爪302卡接于配电设备内的安装导轨上。这样,能够通过第一卡爪301和第二卡爪302可滑动卡接于配电设备内的安装导轨上。
在上述实施例中,底座32还包括第五锁止结构331。该第五锁止结构331设置于第一卡爪301与底臂部3211之间,第五锁止结构331用于在第一卡爪301移动至第九位置时,固定第一卡爪301与底臂部3211之间的相对位置。由此,能够防止第一卡爪 301和第二卡爪302在可滑动卡接于配电设备内的安装导轨上之后,因第一卡爪301出现位置移动而导致绝缘壳体由安装导轨上脱落。
第五锁止结构331的结构形式有多种,在此不做具体限定。
在一些实施例中,图27为图26所示底座中第一卡爪的立体图。如图27所示,第五锁止结构331包括第二弹性卡扣331a。如图26所示,第五锁止结构331还包括第二弹性卡槽331b。第二弹性卡扣331a设置于第一卡爪301上,第二弹性卡槽331b设置于底臂部3211上。当第一卡爪301移动至第九位置时,第二弹性卡扣331a卡接于第二弹性卡槽331b内,当施加至第一卡爪301的作用力能够克服第二弹性卡扣331a与第二弹性卡槽331b之间的弹性卡接力时,能够驱动第一卡爪301复位至第八位置。此结构简单,容易实现。
可以知道的是,第二弹性卡扣331a和第二弹性卡槽331b的设置位置也可以为:第二弹性卡扣331a设置于底臂部3211上,第二弹性卡槽331b设置于第一卡爪301上。在此不做具体限定。
为了驱动第一卡爪301向第八位置或者第九位置移动,在一些实施例中,如图27所示,第一卡爪301的朝向底臂部3211的表面设有拨槽301a。图28为图5所示底座处于第六方位时的结构示意图,如图28所示,底臂部3211上对应拨槽301a的位置设有操作孔332,操作孔332沿第二方向贯穿底臂部3211,操作孔332允许拨杆伸入拨槽301a,以驱动第一卡爪301向第八位置或者第九位置移动。这样,操作人员由底座32的前侧即可驱动第一卡爪301向第八位置或者第九位置移动,此操作方便,容易实现。
在本说明书的描述中,具体特征、结构、材料或者特点可以在任何的一个或多个实施例或示例中以合适的方式结合。
最后应说明的是:以上实施例仅用以说明本申请的技术方案,而非对其限制;尽管参照前述实施例对本申请进行了详细的说明,本领域的普通技术人员应当理解:其依然可以对前述各实施例所记载的技术方案进行修改,或者对其中部分技术特征进行等同替换;而这些修改或者替换,并不使相应技术方案的本质脱离本申请各实施例技术方案的精神和范围。

Claims (24)

  1. 一种底座,其特征在于,包括:
    绝缘壳体,具有相背离的第一表面和第二表面,所述第一表面用于可拆卸连接断路器,所述第二表面设有第一安装卡槽,所述绝缘壳体能够通过所述第一安装卡槽可滑动卡接于配电设备内的安装导轨上,所述绝缘壳体内设有容纳腔,所述容纳腔用于容纳导电连接件,所述容纳腔沿所述绝缘壳体相对于所述安装导轨的滑动方向上的一端开口,另一端封闭。
  2. 根据权利要求1所述的底座,其特征在于,所述绝缘壳体包括底臂部和两个侧臂部,所述两个侧臂部的一端分别连接于所述底臂部沿第一方向的两端,所述两个侧臂部的另一端沿第二方向向所述底臂部的同一侧延伸,所述底臂部与所述两个侧臂部围成第二安装卡槽,所述第二安装卡槽用于配合卡接所述断路器;
    所述第二安装卡槽的内表面和所述侧臂部的远离所述底臂部的表面构成所述绝缘壳体的第一表面,所述底臂部的背离所述第二安装卡槽的表面构成所述第二表面,所述绝缘壳体相对于所述安装导轨的滑动方向、所述第一方向、所述第二方向两两垂直。
  3. 根据权利要求1或2所述的底座,其特征在于,所述绝缘壳体上设有第一连接口和第二连接口,所述第一连接口和所述第二连接口均与所述容纳腔连通,所述第一连接口用于在所述断路器连接至所述第一表面时,允许所述断路器的端子伸入所述容纳腔,所述第二连接口允许线缆端子伸入所述容纳腔;
    所述底座还包括:
    导电连接件,设置于所述容纳腔内,且所述导电连接件包括电连接的第一导电连接部和第二导电连接部,所述第一导电连接部靠近所述第一连接口设置,所述第一导电连接部用于与所述断路器的端子电连接,所述第二导电连接部靠近所述第二连接口设置,所述第二导电连接部用于与所述线缆端子电连接。
  4. 根据权利要求3所述的底座,其特征在于,所述第一导电连接部为U型导电弹片,所述U型导电弹片的两个弹性臂之间形成插槽,所述插槽用于在所述断路器连接至所述第一表面时,与所述断路器的端子配合插接。
  5. 根据权利要求4所述的底座,其特征在于,所述U型导电弹片的弹性臂的围成所述插槽的开口的一端边沿设有至少一个缺口,所述至少一个缺口向所述插槽的底壁延伸,以将所述弹性臂分隔为多个弹性臂单元,所述弹性臂单元包括抵触部,所述抵触部为在所述断路器的端子插入所述插槽的过程中与所述断路器的端子接触的部分,所述多个弹性臂单元的抵触部与所述插槽的底壁之间在所述插槽的深度方向上的距离不同。
  6. 根据权利要求3~5中任一项所述的底座,其特征在于,所述容纳腔中靠近所述第二连接口的位置设有线缆端子插接槽,所述线缆端子插接槽的开口与所述第二连接口相对;
    所述第二导电连接部构成所述线缆端子插接槽的一个侧壁;
    所述底座还包括:
    弹性件,构成所述线缆端子插接槽的与所述第二导电连接部相对的另一个侧壁,所述弹性件用于当所述线缆端子穿过所述第二连接口插入所述线缆端子插接槽内时, 向所述线缆端子施加指向所述第二导电连接部的弹性压紧力,以将所述线缆端子压接于所述第二导电连接部上。
  7. 根据权利要求6所述的底座,其特征在于,所述弹性件为弹片,所述弹片包括固定部和弹臂部,所述固定部与所述绝缘壳体相对固定,所述弹臂部的一端与所述固定部连接,所述弹臂部的另一端向靠近所述第二导电连接部的方向延伸并向远离所述第二连接口的方向倾斜,弹臂部构成所述线缆端子插接槽的与所述第二导电连接部相对的另一个侧壁。
  8. 根据权利要求7所述的底座,其特征在于,还包括:
    解锁装置,用于驱动所述弹臂部向远离所述第二导电连接部的方向运动,以取消施加于所述线缆端子上的弹性压紧力。
  9. 根据权利要求8所述的底座,其特征在于,所述弹片还包括连接部,所述弹臂部的一端通过所述连接部与所述固定部连接;
    所述解锁装置包括顶杆和第一锁止结构;
    所述第二连接口所处的绝缘壳体的壁板上与所述连接部相对的位置设有滑孔,所述顶杆滑动穿设于所述滑孔内,并能够向靠近所述连接部的方向滑动至第一位置,以挤压所述连接部向远离所述滑孔的方向弯曲,并带动所述弹臂部向远离所述第二导电连接部的方向运动,以取消施加于所述线缆端子上的弹性压紧力;
    所述第一锁止结构用于在所述顶杆滑动至所述第一位置之后,固定所述顶杆与所述滑孔之间在所述滑孔的轴向上的相对位置。
  10. 根据权利要求9所述的底座,其特征在于,所述第一锁止结构包括第一滑块和第一滑槽;
    所述第一滑块设置于所述顶杆的侧壁上;
    所述第一滑槽设置于所述滑孔的内壁上,所述第一滑槽包括第一滑槽段和第二滑槽段,所述第一滑槽段沿所述滑孔的轴向延伸,所述第二滑槽段沿所述滑孔的周向延伸,所述第二滑槽段的一端连接于所述第一滑槽段的靠近所述连接部的一端;
    所述第一滑块滑动连接于所述第一滑槽内,在所述顶杆向所述第一位置滑动的过程中,所述第一滑块在所述第一滑槽段内滑动,当所述顶杆滑动至所述第一位置时,所述第一滑块滑动至所述第一滑槽段的靠近所述连接部的一端,在所述顶杆滑动至所述第一位置之后,所述第一滑块能够由所述第一滑槽段滑入所述第二滑槽段内。
  11. 根据权利要求9或10所述的底座,其特征在于,所述顶杆的远离所述连接部的一端位于所述绝缘壳体外,且所述顶杆的远离所述连接部的一端的侧壁上设有止挡凸起,所述止挡凸起与所述绝缘壳体间隔设置,当所述顶杆向靠近所述连接部的方向滑动至第一位置时,所述止挡凸起与所述绝缘壳体的外表面抵接。
  12. 根据权利要求2所述的底座,其特征在于,还包括:
    盖板,所述盖板的一端可旋转连接于所述侧臂部的远离所述底臂部的一端,所述盖板的旋转轴线与所述绝缘壳体相对于所述安装导轨的滑动方向平行,所述盖板能够由第二位置向所述第二安装卡槽的方向旋转至第三位置;当所述盖板位于所述第二位置时,所述盖板未遮挡所述第二安装卡槽的开口;当所述盖板位于所述第三位置时,所述盖板遮挡所述第二安装卡槽的开口;
    第二锁止结构,设置于所述盖板与所述侧臂部之间,所述第二锁止结构用于当所述盖板旋转至所述第三位置时,固定所述盖板与所述侧臂部之间的相对位置。
  13. 根据权利要求12所述的底座,其特征在于,所述第二锁止结构包括弹性卡臂和卡接缺口;
    所述弹性卡臂设置于所述盖板上,且所述弹性卡臂沿所述绝缘壳体相对于所述安装导轨的滑动方向延伸;
    所述卡接缺口设置于所述侧臂部上,且所述卡接缺口的开口朝向所述第二安装卡槽,当所述盖板旋转至所述第三位置时,所述弹性卡臂卡接于所述卡接缺口内。
  14. 根据权利要求13所述的底座,其特征在于,所述底座还包括:
    第三锁止结构,用于在所述盖板旋转至所述第三位置时,固定所述弹性卡臂与所述卡接缺口之间的相对位置。
  15. 根据权利要求14所述的底座,其特征在于,所述第三锁止结构包括第二滑槽、第二滑块、止挡卡扣和止挡卡槽;
    所述第二滑槽设置于所述盖板上,所述第二滑槽沿与所述盖板平行并与所述盖板的旋转轴线垂直的方向延伸;
    所述第二滑块滑动连接于所述第二滑槽内,且所述第二滑块能够沿所述第二滑槽由第四位置向靠近所述盖板的旋转轴线的方向滑动至第五位置;
    所述止挡卡扣设置于所述第二滑块上,所述止挡卡槽设置于所述第二滑槽的底面,当所述第二滑块由所述第四位置滑动至所述第五位置时,所述第二滑块带动所述止挡卡扣滑动卡接于所述止挡卡槽内,并使所述止挡卡扣与所述弹性卡臂的远离所述盖板的旋转轴线的表面抵接。
  16. 根据权利要求15所述的底座,其特征在于,所述第二滑槽包括第三滑槽段和第四滑槽段,所述第四滑槽段位于所述第三滑槽段的远离所述盖板的旋转轴线的一侧;
    当所述第二滑块位于所述第四位置时,所述第二滑块位于所述第四滑槽段内,未位于所述第三滑槽段内;
    当所述第二滑块位于所述第五位置时,所述第二滑块位于所述第三滑槽段内,未位于所述第四滑槽段内;
    所述第三滑槽段的底面设有第一标识,所述第四滑槽段的底面设有第二标识,所述第一标识与所述第二标识不同。
  17. 根据权利要求3~11中任一项所述的底座,其特征在于,还包括:
    温度检测模块,设置于所述容纳腔内,所述温度检测模块包括温度传感器和接线插座,所述温度传感器设置于所述导电连接件上,所述温度传感器与所述接线插座电连接,所述绝缘壳体上还设有第三连接口,所述第三连接口与所述容纳腔连通,所述接线插座靠近所述第三连接口设置,所述第三连接口允许接线插头伸入所述容纳腔内,以与所述接线插座配合插接;
    第四锁止结构,设置于所述绝缘壳体的外表面上,所述第四锁止结构用于在所述接线插头穿过所述第三连接口插接于所述接线插座上之后,固定所述接线插头与所述接线插座之间的相对位置。
  18. 根据权利要求17所述的底座,其特征在于,所述接线插头的侧壁一周设有凸 台,在所述接线插头穿过所述第三连接口与所述接线插座配合插接的过程中,所述凸台随着所述接线插头一起伸入所述第三连接口内;
    所述第四锁止结构包括滑轨、第三滑块、止挡件、第一弹性卡扣和第一弹性卡槽;
    所述滑轨设置于所述绝缘壳体的外表面上,且所述滑轨向靠近所述第三连接口的方向延伸;
    所述第三滑块滑动连接于所述滑轨上,所述止挡件设置于所述第三滑块的靠近所述第三连接口的一端,所述第三滑块能够沿所述滑轨由第六位置向靠近所述第三连接口的方向滑动至第七位置,以带动所述止挡件由未遮挡所述第三连接口的位置移动至遮挡所述第三连接口的位置;
    所述第一弹性卡扣和所述第一弹性卡槽中的一个设置于所述滑轨上,所述第一弹性卡扣和所述第一弹性卡槽中的另一个设置于所述第三滑块上,当所述第三滑块滑动至所述第七位置时,所述第一弹性卡扣卡接于所述第一弹性卡槽内。
  19. 根据权利要求18所述的底座,其特征在于,所述滑轨包括第一滑轨段和第二滑轨段,所述第二滑轨段位于所述第一滑轨段的远离所述第三连接口的一侧;
    当所述第三滑块位于所述第六位置时,所述第三滑块位于所述第二滑轨段上,未位于所述第一滑轨段上;
    当所述第三滑块位于所述第七位置时,所述第三滑块位于所述第一滑轨段上,未位于所述第二滑轨段上;
    所述第一滑轨段上设有第三标识,所述第二滑轨段上设有第四标识,所述第三标识与所述第四标识不同。
  20. 根据权利要求2所述的底座,其特征在于,所述底臂部的背离所述第二安装卡槽的表面上设有第一卡爪和第二卡爪,所述第一卡爪和所述第二卡爪构成所述第一安装卡槽的相对两个侧壁,所述第二卡爪与所述底臂部相对固定,所述第一卡爪能够由第八位置向靠近所述第二卡爪的方向移动至第九位置,以带动所述第一卡爪和所述第二卡爪卡接于配电设备内的安装导轨上;
    所述底座还包括:
    第五锁止结构,设置于所述第一卡爪与所述底臂部之间,所述第五锁止结构用于在所述第一卡爪移动至所述第九位置时,固定所述第一卡爪与所述底臂部之间的相对位置。
  21. 根据权利要求20所述的底座,其特征在于,所述第五锁止结构包括第二弹性卡扣和第二弹性卡槽;
    所述第二弹性卡扣和所述第二弹性卡槽中的一个设置于所述第一卡爪上,所述第二弹性卡扣和所述第二弹性卡槽中的另一个设置于所述底臂部上,当所述第一卡爪移动至所述第九位置时,所述第二弹性卡扣卡接于所述第二弹性卡槽内,当施加至所述第一卡爪的作用力能够克服所述第二弹性卡扣与所述第二弹性卡槽之间的弹性卡接力时,能够驱动所述第一卡爪复位至所述第八位置。
  22. 根据权利要求21所述的底座,其特征在于,所述第一卡爪的朝向所述底臂部的表面设有拨槽,所述底臂部上对应所述拨槽的位置设有操作孔,所述操作孔沿所述第二方向贯穿所述底臂部,所述操作孔允许拨杆伸入所述拨槽,以驱动所述第一卡爪 向所述第八位置或者所述第九位置移动。
  23. 一种带底座的断路器,其特征在于,包括:
    断路器;
    底座,为权利要求1~22中任一项所述的底座,所述断路器可拆卸连接于所述底座的绝缘壳体的第一表面上。
  24. 一种配电设备,其特征在于,包括:
    安装导轨;
    多个带底座的断路器,所述带底座的断路器为权利要求23所述的带底座的断路器,所述带底座的断路器的底座通过第一安装卡槽可滑动卡接于所述安装导轨上。
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