CN110299637A - Charge connector female end, charge connector male end and charging connection device assembly - Google Patents

Charge connector female end, charge connector male end and charging connection device assembly Download PDF

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Publication number
CN110299637A
CN110299637A CN201910628653.7A CN201910628653A CN110299637A CN 110299637 A CN110299637 A CN 110299637A CN 201910628653 A CN201910628653 A CN 201910628653A CN 110299637 A CN110299637 A CN 110299637A
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pin
charging connector
negative
positive
pins
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潘彪
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Wuxi Junlei Technology Co Ltd
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Wuxi Junlei Technology Co Ltd
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Priority to CN201910628653.7A priority Critical patent/CN110299637A/en
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    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/40Securing contact members in or to a base or case; Insulating of contact members
    • H01R13/405Securing in non-demountable manner, e.g. moulding, riveting
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/46Bases; Cases
    • H01R13/502Bases; Cases composed of different pieces
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/64Means for preventing incorrect coupling
    • H01R13/642Means for preventing incorrect coupling by position or shape of contact members
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R24/00Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure
    • H01R24/38Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure having concentrically or coaxially arranged contacts

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  • Coupling Device And Connection With Printed Circuit (AREA)

Abstract

本发明提供了一种充电连接器母端、充电连接器公端及充电连接器组件,涉及连接器的技术领域,充电连接器组件包括第一插接孔、第二插接孔和信号连接孔、第一插针、第二插针和信号连接端;当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一个第二插接孔与第二插针连接,从而能够保证电源形成完整回路,任意一组信号连接孔能够与信号连接端连接,实现了电连接器的正反插,缓解现有技术中存在的电池充放电连接器进行连接时效率低下,防呆卡槽的设计造成生产成本增加的技术问题,降低了防呆要求。

The invention provides a charging connector female end, a charging connector male end and a charging connector assembly, and relates to the technical field of connectors. The charging connector assembly includes a first insertion hole, a second insertion hole and a signal connection hole , the first pin, the second pin and the signal connection end; when the first pin is connected to the first socket hole, no matter when the male end of the charging connector is connected to the female end of the charging connector directly or reversely, there will be A second insertion hole is connected to the second pin, so as to ensure that the power supply forms a complete circuit, and any set of signal connection holes can be connected to the signal connection end, which realizes the forward and reverse insertion of the electrical connector, and alleviates the problems existing in the prior art. The battery charging and discharging connector is inefficient when connecting, and the design of the fool-proof card slot causes technical problems of increased production costs and reduces the fool-proof requirements.

Description

充电连接器母端、充电连接器公端及充电连接器组件Charging connector female end, charging connector male end and charging connector assembly

技术领域technical field

本发明涉及连接器技术领域,尤其是涉及一种充电连接器母端、充电连接器公端及充电连接器组件。The invention relates to the technical field of connectors, in particular to a charging connector female terminal, a charging connector male terminal and a charging connector assembly.

背景技术Background technique

电连接器用于在器件与器件、组件与组件、系统与系统之间进行电气连接和信号传递,它是构成一个完整系统所必须的基础元件。Electrical connectors are used for electrical connection and signal transmission between devices and devices, components and components, systems and systems, and are the basic components necessary to form a complete system.

针对电池充放电连接器而言,本领域的电池充放电连接器需要通过公母端连接器进行连接,因此公母端连接器的连接只能采用固定的安装方式,为了防止正反接口插错,还需要设计防呆卡槽,以便在装配时候防止正负极装错,导致现有技术中的电池充放电连接器进行连接时效率低下,而且防呆卡槽也会造成电连接器生产成本增加。For the battery charging and discharging connector, the battery charging and discharging connector in this field needs to be connected through the male and female connectors, so the connection of the male and female connectors can only be fixed in a fixed installation method, in order to prevent the positive and negative interfaces from being inserted incorrectly , It is also necessary to design a fool-proof card slot to prevent the positive and negative poles from being wrongly installed during assembly, resulting in low efficiency when connecting the battery charging and discharging connector in the prior art, and the fool-proof card slot will also cause the production cost of the electrical connector Increase.

发明内容Contents of the invention

本发明的目的在于提供充电连接器母端、充电连接器公端及充电连接器组件,以缓解现有技术中存在的电池充放电连接器进行连接时效率低下,防呆卡槽的设计造成生产成本增加的技术问题。The object of the present invention is to provide a rechargeable connector female end, a rechargeable connector male end and a rechargeable connector assembly, so as to alleviate the inefficiency of the battery charging and discharging connector existing in the prior art when connecting, and the design of the anti-fooling card slot causes production problems. Technical issues with increased costs.

本发明提供的一种充电连接器母端,包括信号连接孔、位于所述充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔;The female end of a charging connector provided by the present invention includes a signal connection hole, a first insertion hole located at the center of the female end of the charging connector, and two symmetrical holes centered on the first insertion hole. the second socket;

所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件;所述充电连接器母端用于与具有一个正极插针和一个负极插针、且该正极插针/负极插针位于中心的充电连接器公端连接;The first plug hole is provided with a positive conductor/negative conductor, and the two second sockets are provided with a negative conductor/positive conductor; the female end of the charging connector is used For connection to the male end of a charging connector having one positive pin and one negative pin with the positive/negative pin in the center;

或者,or,

所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件;所述充电连接器母端用于与具有一个正极插针/负极插针和两个负极插针/正极插针、且该正极插针/负极插针位于中心的充电连接器公端连接;The first plug-in hole is provided with a positive conductor/negative conductor, and one of the two second socket holes is provided with a negative conductor/positive conductor; the charging connection The receptacle receptacle is used to connect to the charging connector male end having one positive/negative pin and two negative/positive pins with the positive/negative pin in the center;

所述信号连接孔设置有两组,两组所述信号连接孔相对于所述第一插接孔呈中心对称设置。There are two groups of signal connection holes, and the two groups of signal connection holes are center-symmetrically arranged with respect to the first insertion hole.

在本发明较佳的实施例中,还包括电路板;In a preferred embodiment of the present invention, a circuit board is also included;

两组所述信号连接孔通过所述电路板短接;The two groups of signal connection holes are short-circuited through the circuit board;

当两个所述第二插接孔内均设置有负极导通件/正极导通件时,两个所述第二插接孔内的负极导通件/正极导通件通过所述电路板短接,且两个所述第二插接孔内的负极导通件/正极导通件的短接处与所述第一插接孔内的正极导通件/负极导通件连接,以使任意一个所述第二插接孔内的负极导通件/正极导通件和所述第一插接孔内的正极导通件/负极导通件形成回路。When the two second insertion holes are provided with negative conductors/positive conductors, the negative conductors/positive conductors in the two second sockets pass through the circuit board Short-circuit, and the short-circuit point of the negative lead-through member/positive lead-in member in the two second insertion holes is connected with the positive lead-through member/negative lead-in member in the first insertion hole, so as to A loop is formed between the negative lead/positive lead in any one of the second socket holes and the positive lead/negative lead in the first socket.

在本发明较佳的实施例中,还包括母端壳体;In a preferred embodiment of the present invention, a female housing is also included;

所述电路板设置于所述母端壳体内部,且所述母端壳体的一侧设置有连接凹槽,所述第一插接孔、第二插接孔和信号连接孔均位于所述连接凹槽内。The circuit board is arranged inside the female end housing, and one side of the female end housing is provided with a connection groove, and the first insertion hole, the second insertion hole and the signal connection hole are all located at the in the connecting groove.

本发明提供的一种充电连接器公端,用于与上述的充电连接器母端配合,包括信号连接端、第一插针和第二插针;A charging connector male end provided by the present invention is used to cooperate with the above-mentioned charging connector female end, including a signal connection end, a first pin and a second pin;

所述第一插针位于所述充电连接器公端的中心,所述第一插针和第二插针分别设置有一个,所述第一插针为正极插针/负极插针,所述第二插针为负极插针/正极插针,所述充电连接器公端用于与具有位于充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔,所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件的充电连接器母端连接;The first pin is located at the center of the public end of the charging connector, the first pin and the second pin are respectively provided with one, the first pin is a positive pin/negative pin, and the second The two pins are negative pins/positive pins, the male end of the charging connector is used to connect with the first socket hole located in the center of the female end of the charging connector, and is centered around the first socket hole Two symmetrical second insertion holes, the first insertion hole is provided with a positive conduction member/negative conduction member, and the two second insertion holes are provided with a negative conduction member/positive conduction The charging connector female end of the component is connected;

或者,or,

所述第一插针设置有一个,所述第一插针位于所述充电连接器公端的中心,第二插针设置有两个,两个第二插针以所述第一插针为中心呈中心对称,所述第一插针为正极插针/负极插针,两个所述第二插针为负极插针/正极插针,所述充电连接器公端用于与具有位于充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔,所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/ 正极导通件的充电连接器母端连接;The first pin is provided with one, the first pin is located at the center of the charging connector male end, the second pin is provided with two, and the two second pins are centered on the first pin Symmetrical to the center, the first pin is a positive pin/negative pin, the two second pins are negative pins/positive pins, and the public end of the charging connector is used to connect with The first insertion hole in the center of the female end of the device, and the two second insertion holes that are centered symmetrically around the first insertion hole, and the positive lead-through member/negative pole is arranged in the first insertion hole Conducting member, one of the two second insertion holes is provided with a charging connector female end connection with a negative conducting member/a positive conducting member;

所述信号连接端能够与任意一组所述信号连接孔连接。The signal connection end can be connected with any set of the signal connection holes.

在本发明较佳的实施例中,当所述第二插针为两个时,两个所述第二插针短接,且两个所述第二插针的短接处与所述第一插针连接,以使任意一个所述第二插针和所述第一插针形成回路。In a preferred embodiment of the present invention, when there are two second pins, the two second pins are short-circuited, and the short-circuited part of the two second pins is connected to the first A pin connection, so that any one of the second pins and the first pins form a loop.

在本发明较佳的实施例中,所述第一插针和第二插针的材料为黄铜,且所述第一插针和第二插针的外部设置有镀金层。In a preferred embodiment of the present invention, the material of the first contact pin and the second contact pin is brass, and the outside of the first contact pin and the second contact pin is provided with a gold-plated layer.

在本发明较佳的实施例中,还包括公端壳体;In a preferred embodiment of the present invention, it also includes a male end housing;

所述公端壳体设置有连接凸起,所述第一插针、第二插针和信号连接端均位于所述连接凸起内,所述公端壳体通过所述连接凸起与所述充电连接器母端的连接凹槽插接,以使所述充电连接器公端能够与所述充电连接器母端连接。The male end housing is provided with a connecting protrusion, and the first pin, the second pin and the signal connection end are all located in the connecting protrusion, and the male end housing is connected to the connecting protrusion through the connecting protrusion. The female end of the charging connector is plugged into the connection groove, so that the male end of the charging connector can be connected to the female end of the charging connector.

在本发明较佳的实施例中,所述连接凸起的外圆套设有密封圈。In a preferred embodiment of the present invention, the outer sleeve of the connection protrusion is provided with a sealing ring.

本发明提供的一种充电连接器组件,包括:充电连接器母端和充电连接器公端;A charging connector assembly provided by the present invention includes: a charging connector female end and a charging connector male end;

所述充电连接器母端包括信号连接孔、位于所述充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔;所述充电连接器公端包括信号连接端、第一插针和第二插针;The female end of the charging connector includes a signal connection hole, a first insertion hole located at the center of the female end of the charging connector, and two second insertion holes centered symmetrically around the first insertion hole. ; The public end of the charging connector includes a signal connection end, a first pin and a second pin;

所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件;所述第一插针位于所述充电连接器公端的中心,所述第一插针和第二插针分别设置有一个,所述第一插针为正极插针/负极插针,所述第二插针为负极插针/正极插针,所述充电连接器母端用于与所述充电连接器公端连接;The first plug hole is provided with a positive conductor/negative conductor, and the two second sockets are provided with a negative conductor/positive conductor; the first pin is located at the The center of the public end of the charging connector, the first pin and the second pin are respectively provided with one, the first pin is a positive pin/negative pin, and the second pin is a negative pin/ a positive pin, the female end of the charging connector is used to connect with the male end of the charging connector;

或者,or,

所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件;所述第一插针设置有一个,所述第一插针位于所述充电连接器公端的中心,第二插针设置有两个,两个第二插针以所述第一插针为中心呈中心对称,所述第一插针为正极插针/负极插针,两个所述第二插针为负极插针/正极插针,所述充电连接器母端用于与所述充电连接器公端连接;A positive lead-through member/negative lead-through member is provided in the first socket hole, and a negative lead-conductor/positive lead-conductor is arranged in one of the two second socket holes; There is one pin, the first pin is located at the center of the male end of the charging connector, there are two second pins, and the two second pins are centered symmetrically around the first pin, The first pin is a positive pin/negative pin, the two second pins are negative pins/positive pins, and the female end of the charging connector is used to connect with the male end of the charging connector ;

所述信号连接孔设置有两组,两组所述信号连接孔相对于所述第一插接孔呈中心对称设置,所述信号连接端能够与任意一组所述信号连接孔连接。There are two groups of signal connection holes, and the two groups of signal connection holes are centrally symmetrically arranged with respect to the first insertion hole, and the signal connection ends can be connected to any group of the signal connection holes.

在本发明较佳的实施例中,所述信号连接端设置为弹簧针,且所述弹簧针设置有多个;In a preferred embodiment of the present invention, the signal connection end is set as a pogo pin, and there are multiple pogo pins;

任意一组所述信号连接孔的数量与所述弹簧针的数量一一对应,以使多个所述弹簧针分别插设于任意一组内的多个所述信号连接孔。The number of the signal connection holes in any group corresponds one-to-one to the number of the pogo pins, so that a plurality of the pogo pins are respectively inserted into the plurality of signal connection holes in any group.

本发明提供的一种充电连接器母端,包括:第一插接孔、第二插接孔和信号连接孔;还提供了一种充电连接器公端,包括:第一插针、第二插针和信号连接端;通过充电连接器母端和充电连接器公端配合连接形成所述的充电连接器组件;具体地,第二插接孔设置有两个,两个第二插接孔可以均设置有负极导通件/正极导通件,也可以在两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件,根据充电连接器母端不同形式,对应的设置有不同配对的充电连接器公端,具体地,当第一插接孔内设置有正极导通件,两个所述第二插接孔内均设置有负极导通件,此时第一插针位于充电连接器公端的中心,第一插针和第二插针分别设置有一个,且第一插针为正极插针,第二插针为负极插针,当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一个第二插接孔内负极导通件与第二插针连接,从而能够保证电源形成完整回路。The present invention provides a charging connector female end, including: a first insertion hole, a second insertion hole and a signal connection hole; also provides a charging connector male end, including: a first pin, a second The pin and the signal connection end; the charging connector assembly is formed by mating and connecting the female end of the charging connector and the male end of the charging connector; specifically, there are two second insertion holes, two second insertion holes Negative electrode conductors/positive electrode conductors can be provided on both, or negative electrode conductors/positive electrode conductors can be provided in one of the two second socket holes, depending on the female end of the charging connector form, correspondingly provided with different pairs of charging connector male ends, specifically, when a positive conduction member is provided in the first insertion hole, and a negative conduction member is provided in the two second insertion holes, At this time, the first pin is located at the center of the charging connector’s male end. There is one first pin and one second pin respectively, and the first pin is a positive pin, and the second pin is a negative pin. When the first When the pin is connected to the first socket, no matter when the male end of the charging connector and the female end of the charging connector are connected positively or reversely, there can be a negative conductor in the second socket hole connected to the second pin. This ensures that the power supply forms a complete loop.

或者,当第一插接孔内设置有负极导通件,两个所述第二插接孔内均设置有正极导通件,此时第一插针位于充电连接器公端的中心,第一插针和第二插针分别设置有一个,且第一插针为负极插针,第二插针为正极插针,当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一个第二插接孔内负极导通件与第二插针连接,从而能够保证电源形成完整回路。Alternatively, when the first insertion hole is provided with a negative conduction member, and the two second insertion holes are provided with a positive conduction member, at this time the first pin is located at the center of the public end of the charging connector, and the first One pin and one second pin are provided respectively, and the first pin is a negative pin, and the second pin is a positive pin. When the first pin is connected to the first socket hole, regardless of the charging connector male When the terminal is connected to the female terminal of the charging connector positively or reversely, there can be a negative conduction member in the second insertion hole connected to the second pin, so as to ensure that the power supply forms a complete circuit.

或者,当第一插接孔内设置有正极导通件,两个所述第二插接孔内中的其中一个的孔内设置有负极导通件,此时第一插针设置有一个,第一插针位于充电连接器公端的中心,第二插针设置有两个,两个第二插针以第一插针为中心呈中心对称,且第一插针为正极插针,两个第二插针均为负极插针,当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一个第二插针与第二插接孔内负极导通件连接,从而能够保证电源形成完整回路。Or, when the first insertion hole is provided with a positive conduction member, and one of the two second insertion holes is provided with a negative conduction member, at this time the first pin is provided with one, The first pin is located at the center of the male end of the charging connector, and there are two second pins. The two second pins are centrally symmetrical with the first pin as the center, and the first pin is a positive pin. The second pins are all negative pins. When the first pin is connected to the first socket hole, no matter when the male end of the charging connector and the female end of the charging connector are connected positively or reversely, there can be a second pin It is connected with the negative lead conductor in the second insertion hole, so as to ensure that the power supply forms a complete circuit.

或者,当第一插接孔内设置有负极导通件,两个所述第二插接孔内中的其中一个的孔内设置有正极导通件,此时第一插针设置有一个,第一插针位于充电连接器公端的中心,第二插针设置有两个,两个第二插针以第一插针为中心呈中心对称,且第一插针为负极插针,两个第二插针均为正极插针,当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一个第二插针与第二插接孔内负极导通件连接,从而能够保证电源形成完整回路。Or, when the first insertion hole is provided with a negative conduction member, and one of the two second insertion holes is provided with a positive conduction member, at this time the first pin is provided with one, The first pin is located at the center of the male end of the charging connector, and there are two second pins. The two second pins are centered symmetrically around the first pin, and the first pin is a negative pin. The second pins are all positive pins. When the first pin is connected to the first socket hole, there can be a second pin no matter when the male end of the charging connector is connected to the female end of the charging connector directly or reversely. It is connected with the negative lead conductor in the second insertion hole, so as to ensure that the power supply forms a complete circuit.

进一步地,信号连接孔设置有两组,两组信号连接孔相对于第一插接孔呈中心对称设置,当第一插针与第一插接孔连接时,无论充电连接器公端与充电连接器母端正接或者反接时,均能够有一组信号连接孔与信号连接端连接,实现了充电连接器组件的正反插,缓解现有技术中存在的电池充放电连接器进行连接时效率低下,防呆卡槽的设计造成生产成本增加的技术问题,当操作时,无需对产品进行方向识别,可以直接盲插,降低了防呆要求,更加实用,适合推广使用。Further, there are two groups of signal connection holes, and the two groups of signal connection holes are arranged symmetrically to the center of the first socket hole. When the first pin is connected to the first socket hole, regardless of the charging connector male end When the female end of the connector is connected positively or reversely, a set of signal connection holes can be connected to the signal connection end, which realizes the positive and negative insertion of the charging connector assembly, and alleviates the connection efficiency of the battery charging and discharging connector existing in the prior art. Low, the design of the anti-fooling card slot causes the technical problem of increasing production costs. When operating, there is no need to identify the direction of the product, and it can be directly inserted blindly, which reduces the requirements for anti-fooling, and is more practical and suitable for popularization.

附图说明Description of drawings

为了更清楚地说明本发明具体实施方式或现有技术中的技术方案,下面将对具体实施方式或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图是本发明的一些实施方式,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。In order to more clearly illustrate the specific implementation of the present invention or the technical solutions in the prior art, the following will briefly introduce the accompanying drawings that need to be used in the specific implementation or description of the prior art. Obviously, the accompanying drawings in the following description The drawings show some implementations of the present invention, and those skilled in the art can obtain other drawings based on these drawings without any creative work.

图1为本发明实施例提供的充电连接器母端的结构示意图;Fig. 1 is a schematic structural diagram of a charging connector receptacle provided by an embodiment of the present invention;

图2为本发明实施例提供的充电连接器公端的结构示意图;Fig. 2 is a schematic structural diagram of a charging connector male end provided by an embodiment of the present invention;

图3为本发明实施例提供的充电连接器公端的侧面结构示意图;Fig. 3 is a schematic side view of the male end of the charging connector provided by the embodiment of the present invention;

图4为本发明实施例提供的充电连接器组件的剖面结构示意图。Fig. 4 is a schematic cross-sectional structure diagram of a charging connector assembly provided by an embodiment of the present invention.

图标:100-充电连接器母端;101-第一插接孔;102-第二插接孔; 103-信号连接孔;104-母端壳体;105-连接凹槽;200-充电连接器公端;201-第一插针;202-第二插针;203-信号连接端;204-公端壳体; 205-连接凸起;206-密封圈。Icon: 100-receptacle of the charging connector; 101-the first insertion hole; 102-the second insertion hole; 103-the signal connection hole; 104-the female end shell; 105-the connection groove; 200-the charging connector 201-first pin; 202-second pin; 203-signal connection end; 204-male shell; 205-connection protrusion; 206-sealing ring.

具体实施方式Detailed ways

下面将结合实施例对本发明的技术方案进行清楚、完整地描述,显然,所描述的实施例是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。The technical solutions of the present invention will be clearly and completely described below in conjunction with the embodiments. Obviously, the described embodiments are part of the embodiments of the present invention, but not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

本实施例提供的充电连接器母端100用于电池的充放电连接端,由于现有技术中的充放电连接器需要保证正向插拔,才可以使得电路的得以接通,因此在充电连接器母端100与充电连接器公端200装配时,导致装配效率低下,使得用户体验差,而且为了保证正向插拔需要设计防呆卡槽,造成生产成本增高,为了缓解上述技术问题,本实施例提供了一种充电连接器母端100、充电连接器公端200及充电连接器组件。The charging connector receptacle 100 provided in this embodiment is used for the charging and discharging connection end of the battery. Since the charging and discharging connector in the prior art needs to ensure positive plugging and unplugging, the circuit can be connected. When assembling the female terminal 100 of the charging connector and the male terminal 200 of the charging connector, the assembly efficiency is low, which makes the user experience poor. In addition, in order to ensure the positive insertion and removal, it is necessary to design a fool-proof card slot, which increases the production cost. In order to alleviate the above technical problems, this The embodiment provides a charging connector female end 100 , a charging connector male end 200 and a charging connector assembly.

如图1-4所示,本实施例提供了一种充电连接器母端100,包括信号连接孔103、位于充电连接器母端100中心的第一插接孔101,以及以第一插接孔101为中心呈中心对称的两个第二插接孔102;第一插接孔101内设置有正极导通件/负极导通件,两个第二插接孔102 内设置有负极导通件/正极导通件;充电连接器母端100用于与具有一个正极插针和一个负极插针、且该正极插针/负极插针位于中心的充电连接器公端200连接;As shown in Figures 1-4, this embodiment provides a charging connector female end 100, including a signal connection hole 103, a first insertion hole 101 located at the center of the charging connector female end 100, and a first insertion hole 101 The holes 101 are two second insertion holes 102 that are centrally symmetrical; the first insertion hole 101 is provided with a positive electrode conduction member/negative electrode conduction member, and the two second insertion holes 102 are provided with a negative electrode conduction member. Parts/positive lead-throughs; the charging connector female end 100 is used to connect with the charging connector male end 200 having a positive pin and a negative pin, and the positive pin/negative pin is located in the center;

或者,第一插接孔101内设置有正极导通件/负极导通件,两个第二插接孔102中的其中一个的孔内设置有负极导通件/正极导通件;充电连接器母端100用于与具有一个正极插针/负极插针和两个负极插针/正极插针、且该正极插针/负极插针位于中心的充电连接器公端 200连接;信号连接孔103设置有两组,两组信号连接孔103相对于第一插接孔101呈中心对称设置。Alternatively, a positive lead conductor/a negative lead conductor is provided in the first socket hole 101, and a negative conductor conductor/positive conductor conductor is provided in one of the two second socket holes 102; the charging connection The receptacle female end 100 is used to connect with the charging connector male end 200 which has one positive pole/negative pole pin and two negative pole/positive pole pins, and the positive pole/negative pole pin is located in the center; the signal connection hole 103 is provided with two groups, and the two groups of signal connection holes 103 are symmetrically arranged with respect to the first insertion hole 101 .

其中,第一插接孔101作为中心孔,位于充电连接器母端100 的中心,当第二插接孔102设置有两个时,且通过将两个第二插接孔 102相对于第一插接孔101呈中心对称设置,此时两个第二插接孔102 和第一插接孔101处于同一条直线时,上述格式的充电连接器母端 100对应下述具有一个第一插针201和一个第二插针202,且第一插针201位于充电连接器公端200的中心,当充电连接器公端200与充电连接器母端100插入时,同一条直线上的第一插针201与第二插针 202的间隔与任意一个第二插接孔102和第一插接孔101的间隔相等,此时无论充电连接器公端200与充电连接器母端100是正插还是反插,第一插针201均能够与第一插接孔101连接,而且第二插针 202可以与任意一个第二插接孔102进行插接,而且第一插接孔101 可以设置有正极导通件/负极导通件,对应地,第一插接孔101可以设置有负极导通件/正极导通件,只需要保证第一插接孔101内正极导通件/负极导通件与第二插接孔102内的负极导通件/正极导通件相反即可;而且当充电连接器公端200与充电连接器母端100配合连接时,正极插针与正极导通件连接,负极插针与负极导通件连接,从而能够保证电源形成完整回路,实现了充电连接器组件的正反插,缓解现有技术中存在的电池充放电连接器进行连接时效率低下;进一步地,由于可以实现正反插,因此不再需要设置有防呆卡槽,节约了生产成本和设计成本。Wherein, the first insertion hole 101 is used as a central hole, and is located at the center of the charging connector female end 100. When there are two second insertion holes 102, and by placing the two second insertion holes 102 relative to the first The insertion holes 101 are symmetrically arranged in the center. At this time, when the two second insertion holes 102 and the first insertion holes 101 are in the same straight line, the charging connector female end 100 of the above-mentioned format has a first pin corresponding to the following 201 and a second pin 202, and the first pin 201 is located at the center of the charging connector male end 200, when the charging connector male end 200 and the charging connector female end 100 are inserted, the first pin on the same line The distance between the pin 201 and the second pin 202 is equal to the distance between any one of the second socket holes 102 and the first socket hole 101. At this time, no matter whether the charging connector male end 200 and the charging connector female end 100 are plugged forward or backward The first pin 201 can be connected with the first socket hole 101, and the second pin 202 can be plugged with any second socket hole 102, and the first socket hole 101 can be provided with a positive lead Correspondingly, the first socket hole 101 can be provided with a negative electrode conductor/anode conductor, and it is only necessary to ensure that the positive pole conductor/negative pole conductor in the first socket hole 101 is compatible with the The negative conductor/positive conductor in the second insertion hole 102 can be reversed; and when the charging connector male end 200 is mated with the charging connector female end 100, the positive pin is connected to the positive conductor, The negative pole pin is connected to the negative pole conducting member, so as to ensure that the power supply forms a complete circuit, realize the forward and reverse insertion of the charging connector assembly, and alleviate the inefficiency of the battery charging and discharging connector existing in the prior art when connecting; further, Since positive and negative insertion can be realized, it is no longer necessary to provide a fool-proof card slot, which saves production costs and design costs.

进一步地,第一插接孔101内设置有正极导通件/负极导通件,两个第二插接孔102中的其中一个的孔内设置有负极导通件/正极导通件,此时上述格式的充电连接器母端100对应下述第二插针202 设置有两个,两个第二插针202相对于第一插针201呈中心对称设置;同样地,位于同一条直线上的第一插接孔101与第二插接孔102的间隔与任意一个第二插针202和第一插针201的间隔相等,此时无论充电连接器公端200与充电连接器母端100是正插还是反插,第一插针 201均能够与第一插接孔101连接,而且任意一个第二插针202可以与第二插接孔102进行插接,从而能够保证电源形成完整回路;需要说的是,此时由于第二插针202设置有两个,为了保证插接时,第二插针202不会发生干涉,因此,在第二插接孔102相对于第一插接孔 101的中心对称位置设置有一个通孔,通孔内不设置有任何电性导通件,通孔用于在充电连接器公端200和充电连接器母端100进行插接时,放置不与第二插接孔102连接的第二插针202。Further, the first socket hole 101 is provided with a positive conductor/negative conductor, and one of the two second socket holes 102 is provided with a negative conductor/positive conductor. When the charging connector female end 100 of the above format is provided with two corresponding second pins 202, the two second pins 202 are symmetrically arranged with respect to the first pin 201; similarly, they are located on the same straight line The distance between the first socket hole 101 and the second socket hole 102 is equal to the distance between any second pin 202 and the first pin 201. For forward insertion or reverse insertion, the first pin 201 can be connected with the first socket hole 101, and any second pin 202 can be plugged with the second socket hole 102, so as to ensure that the power supply forms a complete circuit; What needs to be said is that since there are two second pins 202 at this time, in order to ensure that the second pins 202 will not interfere during insertion, therefore, when the second insertion hole 102 is opposite to the first insertion hole A through hole is provided at the central symmetrical position of 101, and there is no electrical conducting member in the through hole. The second pin 202 connected to the second socket hole 102 .

进一步地,信号连接孔103设置有两组,两组信号连接孔103 相对于第一插接孔101呈中心对称设置,当第一插针201与第一插接孔101连接时,无论充电连接器公端200与充电连接器母端100正接或者反接时,均能够有一组信号连接孔103与信号连接端203连接,实现了充电连接器组件的正反插。Furthermore, two groups of signal connection holes 103 are provided, and the two groups of signal connection holes 103 are arranged symmetrically to the center of the first socket hole 101. When the first pin 201 is connected to the first socket hole 101, regardless of the charging connection When the male terminal 200 of the charging connector is connected to the female terminal 100 of the charging connector in a positive or reverse connection, a set of signal connection holes 103 can be connected to the signal connection terminal 203, so that the forward and reverse insertion of the charging connector assembly is realized.

另外,信号连接孔103也可以设置有一组,另一组设置为放置下述信号连接端203的通孔,通孔内同样不设置有任何信号连接设备,而且对应地,信号连接端203设置有两组,两组信号连接端203相对于第一插针201呈中心对称设置,此时当第一插针201与第一插接孔 101连接时,无论充电连接器公端200与充电连接器母端100正接或者反接时,均能够有一组信号连接孔103与信号连接端203连接,实现了充电连接器组件的正反插。In addition, one group of signal connection holes 103 can also be provided, and the other group is provided as a through hole for placing the following signal connection end 203. There is also no signal connection device arranged in the through hole, and correspondingly, the signal connection end 203 is provided with Two groups, two groups of signal connection ends 203 are arranged symmetrically to the center of the first pin 201. At this time, when the first pin 201 is connected to the first socket hole 101, regardless of the charging connector male end 200 and the charging connector When the receptacle 100 is connected positively or reversely, a group of signal connection holes 103 can be connected to the signal connection end 203, realizing the forward and reverse insertion of the charging connector assembly.

本实施例中,以第一插接孔101作为中心点,当设置有两个第二插接孔102时,只需要保证两个第二插接孔102相对于第一插接孔 101呈中心对称设置,此时无论充电连接器公端200与充电连接器母端100正插或者反插,均能够保证有一个第二插接孔102与第二插针 202连接。In this embodiment, taking the first insertion hole 101 as the center point, when two second insertion holes 102 are provided, it is only necessary to ensure that the two second insertion holes 102 are centered relative to the first insertion hole 101 Symmetrically arranged, at this time, no matter whether the charging connector male end 200 and the charging connector female end 100 are plugged forward or backward, it can ensure that there is a second insertion hole 102 connected to the second pin 202 .

需要说明的是,本实施例中充电连接器公端200与充电连接器母端100正插反插,指的是下述充电连接器组件进行插接时,具有的原始插接方向和旋转180°后进行插接的方向,针对不同规格的充电连接器组件可以具有不同方向的正反插,只需满足充电连接器公端200 与充电连接器母端100进行插接的方向即可。It should be noted that, in this embodiment, the charging connector male end 200 and the charging connector female end 100 are plugged forward and backward, referring to the original insertion direction and rotation 180° of the following charging connector assembly when plugged in. For the direction of plugging, the charging connector assemblies of different specifications can be plugged in different directions, and it only needs to meet the plugging direction of the charging connector male end 200 and the charging connector female end 100 .

在本发明较佳的实施例中,还包括电路板;两组信号连接孔103 通过所述电路板短接;当两个第二插接孔102内均设置有负极导通件 /正极导通件时,两个第二插接孔102内的负极导通件/正极导通件的通过电路板短接,且两个第二插接孔102内的负极导通件/正极导通件的短接处与第一插接孔101内的正极导通件/负极导通件连接,以使任意一个第二插接孔102内的负极导通件/正极导通件和第一插接孔101内的正极导通件/负极导通件形成回路。In a preferred embodiment of the present invention, a circuit board is also included; two sets of signal connection holes 103 are short-circuited through the circuit board; When the parts are used, the negative lead-through parts/positive lead-through parts in the two second insertion holes 102 are short-circuited through the circuit board, and the negative lead-through parts/positive lead-through parts in the two second insertion holes 102 are short-circuited. The short-circuit point is connected with the positive lead conductor/negative lead conductor in the first socket hole 101, so that the negative conductor conductor/positive conductor conductor in any one of the second socket holes 102 and the first socket hole The positive lead/negative lead within 101 forms a loop.

其中,当两个第二插接孔102内均设置有负极导通件/正极导通件时,通过电路板将两个第二插接孔102内的负极导通件/正极导通件进行短接,此时两个第二插接孔102内的负极导通件/正极导通件的位于电路连接的回路同一个连接点,因此两个第二插接孔102内任意一个负极导通件/正极导通件接通后,均能够完成电路的回路完整性;两个第二插接孔102内的负极导通件/正极导通件进行短接即将两个第二插接孔102通过并联的方式进行短接。Wherein, when the two second socket holes 102 are provided with the negative conductor/positive conductor, the negative conductors/positive conductors in the two second socket holes 102 are connected through the circuit board. Short circuit, at this time, the negative conduction element/positive conduction element in the two second insertion holes 102 are located at the same connection point of the circuit connection circuit, so any negative pole in the two second insertion holes 102 is conducted After the component/positive conduction member is connected, the loop integrity of the circuit can be completed; the negative conduction member/positive conduction member in the two second socket holes 102 is short-circuited to be about to connect the two second socket holes 102 Short circuit in parallel.

电路板可以采用PCB线路板,PCB线路板是英文的简称Printed Circuit Board的简称,中文名称为印制电路板,又称印刷线路板,是重要的电子部件,是电子元器件的支撑体,是电子元器件电气连接的载体;由于它是采用电子印刷术制作的,故被称为“印刷”电路板;PCB 线路板具有可高密度化、高可靠性、可设计性、可生产性、可测试性、可组装性、可维护性优点。The circuit board can use a PCB circuit board. The PCB circuit board is the abbreviation of the English abbreviation Printed Circuit Board. The Chinese name is a printed circuit board, also known as a printed circuit board. It is an important electronic component and a support for electronic components. The carrier for the electrical connection of electronic components; because it is made by electronic printing, it is called a "printed" circuit board; PCB circuit boards have high density, high reliability, designability, manufacturability, and reliability. Testability, assembleability, and maintainability advantages.

在本发明较佳的实施例中,还包括母端壳体104;电路板设置于母端壳体104内部,且母端壳体104的一侧设置有连接凹槽105,第一插接孔101、第二插接孔102和信号连接孔103均位于连接凹槽105 内。In a preferred embodiment of the present invention, it also includes a female end housing 104; the circuit board is arranged inside the female end housing 104, and one side of the female end housing 104 is provided with a connection groove 105, and the first insertion hole 101 , the second insertion hole 102 and the signal connection hole 103 are all located in the connection groove 105 .

可选地,母端壳体104包括第一母端半壳体和第二母端半壳体,通过将第一母端半壳体和第二母端半壳体连接,且第一母端半壳体和第二母端半壳体之间设置有用于密封的橡胶垫,第一母端半壳体和第二母端半壳体之间设置有用于容置电路板以及多个电性零件的容置腔。Optionally, the female end shell 104 includes a first female end half shell and a second female end half shell, by connecting the first female end half shell and the second female end half shell, and the first female end A rubber gasket for sealing is provided between the half shell and the second female end half shell, and a rubber gasket for accommodating a circuit board and a plurality of electrical components is provided between the first female end half shell and the second female end half shell. The cavity for the part.

可选地,母端壳体104的材料为塑胶,且连接凹槽105的截面形状为圆形。Optionally, the material of the female housing 104 is plastic, and the cross-sectional shape of the connecting groove 105 is circular.

如图2-3所示,本实施例提供的一种充电连接器公端200,用于与所述的充电连接器母端100配合,包括信号连接端203、第一插针 201和第二插针202;As shown in Figures 2-3, a charging connector male end 200 provided in this embodiment is used to cooperate with the charging connector female end 100, including a signal connecting end 203, a first pin 201 and a second pin Pin 202;

第一插针201位于充电连接器公端200的中心,第一插针201 和第二插针202分别设置有一个,第一插针201为正极插针/负极插针,第二插针202为负极插针/正极插针,充电连接器公端200用于与具有位于充电连接器母端100中心的第一插接孔101,以及以第一插接孔101为中心呈中心对称的两个第二插接孔102,第一插接孔101 内设置有正极导通件/负极导通件,两个第二插接孔102内设置有负极导通件/正极导通件的充电连接器母端连接;The first pin 201 is located at the center of the public end 200 of the charging connector. There is one first pin 201 and one second pin 202 respectively. The first pin 201 is a positive pin/negative pin, and the second pin 202 The charging connector male end 200 is used to connect with the first insertion hole 101 located in the center of the charging connector female end 100 , and the two symmetrical centers centered on the first insertion hole 101 . A second socket hole 102, the first socket hole 101 is provided with a positive lead conductor/negative conductor, and the two second socket holes 102 are provided with a charging connection for the negative conductor/positive conductor Connector female end connection;

或者,第一插针201设置有一个,第一插针201位于充电连接器公端200的中心,第二插针202设置有两个,两个第二插针202以第一插针201为中心呈中心对称,第一插针201为正极插针/负极插针,两个第二插针202为负极插针/正极插针,充电连接器公端200用于与具有位于充电连接器母端100中心的第一插接孔101,以及以第一插接孔101为中心呈中心对称的两个第二插接孔102,第一插接孔101 内设置有正极导通件/负极导通件,两个第二插接孔102中的其中一个的孔内设置有负极导通件/正极导通件的充电连接器母端100连接;信号连接端203能够与任意一组信号连接孔103连接。Alternatively, there is one first pin 201, the first pin 201 is located at the center of the charging connector male end 200, and there are two second pins 202, and the two second pins 202 take the first pin 201 as The center is centrally symmetrical, the first pin 201 is a positive pin/negative pin, the two second pins 202 are negative pins/positive pins, and the charging connector male end 200 is used to communicate with the charging connector female The first insertion hole 101 at the center of the terminal 100, and the two second insertion holes 102 centered symmetrically around the first insertion hole 101, the first insertion hole 101 is provided with a positive lead conductor/negative lead One of the two second insertion holes 102 is provided with a charging connector female end 100 with a negative lead-through member/a positive lead-through member; the signal connection end 203 can be connected to any set of signal connection holes 103 connections.

本实施例提供的充电连接器公端200与上述实施例提供的充电连接器母端100进行配合,其中,第一插针201作为中心点,位于充电连接器公端200的中心,当第二插针202设置有两个时,通过将两个第二插针202相对于第一插针201呈中心对称设置,此时两个第二插针202和第一插针201处于同一条直线时,当充电连接器公端200 与充电连接器母端100插入时,同一条直线上的第一插接孔101与第二插接孔102的间隔与任意一个第二插针202和第一插针201的间隔相等,此时无论充电连接器公端200与充电连接器母端100是正插还是反插,第一插针201均能够与第一插接孔101连接,而且任意一个第二插针202可以与第二插接孔102进行插接,从而能够保证电源形成完整回路,实现了充电连接器组件的正反插;由于本实施例提供的充电连接器公端200的原理与上述实施例提供的充电连接器母端100的原理相同,此处将不再赘述。The male end 200 of the charging connector provided in this embodiment cooperates with the female end 100 of the charging connector provided in the above embodiment, wherein the first pin 201 serves as the center point and is located at the center of the male end 200 of the charging connector. When there are two pins 202, by arranging the two second pins 202 symmetrically to the center of the first pin 201, when the two second pins 202 and the first pin 201 are on the same straight line , when the male end 200 of the charging connector is inserted into the female end 100 of the charging connector, the distance between the first socket hole 101 and the second socket hole 102 on the same straight line is the same as any one of the second pins 202 and the first socket pin. The intervals of the pins 201 are equal. At this time, no matter whether the charging connector male end 200 and the charging connector female end 100 are plugged forward or backward, the first pin 201 can be connected to the first socket hole 101, and any second plug The needle 202 can be plugged into the second socket hole 102, so as to ensure that the power supply forms a complete circuit, and realizes the forward and reverse insertion of the charging connector assembly; since the principle of the charging connector male end 200 provided in this embodiment is consistent with the above-mentioned implementation The principle of the charging connector receptacle 100 provided in the example is the same, and will not be repeated here.

在本发明较佳的实施例中,当第二插针202为两个时,两个第二插针202短接,且两个第二插针202的短接处与第一插针201连接,以使任意一个第二插针202和第一插针201形成回路。In a preferred embodiment of the present invention, when there are two second pins 202, the two second pins 202 are short-circuited, and the short-circuit point of the two second pins 202 is connected to the first pin 201 , so that any second pin 202 and the first pin 201 form a loop.

其中,当设置有两个第二插针202时,可以通过电线将两个第二插针202进行短接,此时两个第二插针202的位于电路连接的回路同一个连接点,因此两个第二插针202任意一个接通后,均能够完成电路的回路完整性;两个第二插针202进行短接既将两个第二插针202 通过并联的方式进行短接。Wherein, when two second contact pins 202 are provided, the two second contact pins 202 can be short-circuited by wires, and at this time, the two second contact pins 202 are located at the same connection point of the circuit connection circuit, so After any one of the two second pins 202 is connected, the loop integrity of the circuit can be completed; shorting the two second pins 202 means shorting the two second pins 202 in parallel.

在本发明较佳的实施例中,第一插针201和第二插针202的材料为黄铜,且第一插针201和第二插针202的外部采用黄铜镀金,从而形成镀金层。In a preferred embodiment of the present invention, the material of the first contact pin 201 and the second contact pin 202 is brass, and the exterior of the first contact pin 201 and the second contact pin 202 is gold-plated with brass, thereby forming a gold-plated layer .

在本发明较佳的实施例中,还包括公端壳体204;公端壳体204 设置有连接凸起205,第一插针201、第二插针202和信号连接端203 均位于连接凸起205内,公端壳体204通过连接凸起205与充电连接器母端100的连接凹槽105插接,以使充电连接器公端200能够与充电连接器母端100连接。In a preferred embodiment of the present invention, it also includes a male end housing 204; the male end housing 204 is provided with a connection protrusion 205, and the first pin 201, the second pin 202 and the signal connection end 203 are all located on the connection protrusion. Inside the protrusion 205 , the male housing 204 is plugged into the connecting groove 105 of the charging connector female end 100 through the connecting protrusion 205 , so that the charging connector male end 200 can be connected to the charging connector female end 100 .

可选地,公端壳体204包括第一公端半壳体和第二公端半壳体,通过将第一公端半壳体和第二公端半壳体连接,且第一公端半壳体和第二公端半壳体之间设置有用于密封的橡胶垫,第一公端半壳体和第二公端半壳体之间设置有用于容置内部电性零件的容置腔。Optionally, the male end shell 204 includes a first male end half shell and a second male end half shell, by connecting the first male end half shell and the second male end half shell, and the first male end A rubber gasket for sealing is provided between the half-shell and the second male-end half-shell, and a container for accommodating internal electrical components is provided between the first male-end half-shell and the second male-end half-shell cavity.

可选地,公端壳体204的材料为塑胶,且连接凸起205的截面形状为圆形,连接凸起205的形状与连接凹槽105的形状对应设置,以使连接凸起205能够完全插入至连接凹槽105内。Optionally, the material of the male end housing 204 is plastic, and the cross-sectional shape of the connection protrusion 205 is circular, and the shape of the connection protrusion 205 is set corresponding to the shape of the connection groove 105, so that the connection protrusion 205 can be completely Insert it into the connection groove 105.

在本发明较佳的实施例中,连接凸起205的外圆套设有密封圈 206;可选地,密封圈206采用橡胶密封圈206。In a preferred embodiment of the present invention, the outer sleeve of the connecting protrusion 205 is provided with a sealing ring 206; optionally, the sealing ring 206 adopts a rubber sealing ring 206.

如图4所示,本实施例提供的一种充电连接器组件,包括:充电连接器母端100和充电连接器公端200;包括信号连接孔103、位于充电连接器母端100中心的第一插接孔101,以及以第一插接孔101 为中心呈中心对称的两个第二插接孔102;充电连接器公端200包括信号连接端203、第一插针201和第二插针202;第一插接孔101内设置有正极导通件/负极导通件,两个第二插接孔102内设置有负极导通件/正极导通件;第一插针201位于充电连接器公端200的中心,第一插针201和第二插针202分别设置有一个,第一插针201为正极插针/负极插针,第二插针202为负极插针/正极插针,充电连接器母端100用于与充电连接器公端200连接;As shown in FIG. 4 , a charging connector assembly provided in this embodiment includes: a charging connector female end 100 and a charging connector male end 200 ; An insertion hole 101, and two second insertion holes 102 symmetrical to the center of the first insertion hole 101; the charging connector male end 200 includes a signal connection end 203, a first pin 201 and a second pin Needle 202; the first socket hole 101 is provided with a positive conductor/negative conductor, and the two second sockets 102 are provided with a negative conductor/positive conductor; the first pin 201 is located at the charging At the center of the connector male end 200, there is one first pin 201 and one second pin 202 respectively, the first pin 201 is a positive pin/negative pin, the second pin 202 is a negative pin/positive pin pin, the charging connector female end 100 is used to connect with the charging connector male end 200;

或者,第一插接孔101内设置有正极导通件/负极导通件,两个第二插接孔102中的其中一个的孔内设置有负极导通件/正极导通件;第一插针201设置有一个,第一插针201位于充电连接器公端200 的中心,第二插针202设置有两个,两个第二插针202以第一插针201为中心呈中心对称,第一插针201为正极插针/负极插针,两个第二插针202为负极插针/正极插针,充电连接器母端100用于与充电连接器公端200连接;信号连接孔103设置有两组,两组信号连接孔 103相对于第一插接孔101呈中心对称设置,信号连接端203能够与任意一组信号连接孔103连接。Alternatively, a positive lead-through member/a negative lead-through member is provided in the first socket hole 101, and a negative lead-conductor/positive lead-conductor is arranged in one of the two second socket holes 102; There is one pin 201, the first pin 201 is located at the center of the charging connector male end 200, and there are two second pins 202, and the two second pins 202 are centrally symmetrical with the first pin 201 as the center. , the first pin 201 is a positive pin/negative pin, the two second pins 202 are negative pins/positive pins, the charging connector female end 100 is used to connect with the charging connector male end 200; signal connection There are two groups of holes 103 , and the two groups of signal connection holes 103 are center-symmetrically arranged with respect to the first insertion hole 101 , and the signal connection ends 203 can be connected to any group of signal connection holes 103 .

在本发明较佳的实施例中,信号连接端203设置为弹簧针,且弹簧针设置有多个;任意一组信号连接孔103的数量与弹簧针的数量一一对应,以使多个弹簧针分别插设于任意一组内的多个信号连接孔 103。In a preferred embodiment of the present invention, the signal connection end 203 is set as a pogo pin, and there are multiple pogo pins; the number of any set of signal connection holes 103 corresponds to the number of pogo pins so that multiple pogo pins The pins are respectively inserted into the plurality of signal connection holes 103 in any one group.

其中,通过信号连接端203采用弹簧针,使得充电连接器组件采用触电式接触。Wherein, the signal connection terminal 203 adopts pogo pins, so that the charging connector assembly adopts electric contact.

可选地,信号连接端203的数量可以为4个,5个、6六或者8 个等,信号连接端203的数量可以根据国标进行设定;优选地,多个信号连接端203均呈同一条直线设置,对于充电连接器母端100的信号连接孔103的数量根据信号连接端203进行配对设定,而且多个信号连接孔103的布置方式也呈同一条直线设置,从而可以保证多个弹簧针分别插设于任意一组内的多个信号连接孔103。Optionally, the number of signal connection ends 203 can be 4, 5, 66 or 8, etc., and the number of signal connection ends 203 can be set according to the national standard; preferably, a plurality of signal connection ends 203 are in the same shape. Set in a straight line, the number of signal connection holes 103 of the charging connector female end 100 is paired and set according to the signal connection end 203, and the arrangement of multiple signal connection holes 103 is also set in the same straight line, so that multiple The pogo pins are respectively inserted into the plurality of signal connection holes 103 in any one group.

本实施例提供的一种充电连接器母端100,包括:第一插接孔 101、第二插接孔102和信号连接孔103;还提供了一种充电连接器公端200,包括:第一插针201、第二插针202和信号连接端203;通过充电连接器母端100和充电连接器公端200配合连接形成充电连接器组件;具体地,第二插接孔102设置有两个,两个第二插接孔 102可以均设置有负极导通件/正极导通件,也可以在两个第二插接孔 102中的其中一个的孔内设置有负极导通件/正极导通件,根据充电连接器母端100不同形式,对应的设置有不同配对的充电连接器公端200,具体地,当第一插接孔101内设置有正极导通件,两个第二插接孔102内均设置有负极导通件,此时第一插针201位于充电连接器公端200的中心,第一插针201和第二插针202分别设置有一个,且第一插针201为正极插针,第二插针202为负极插针,当第一插针 201与第一插接孔101连接时,无论充电连接器公端200与充电连接器母端100正接或者反接时,均能够有一个第二插接孔102内负极导通件与第二插针202连接,从而能够保证电源形成完整回路。This embodiment provides a charging connector female end 100, including: a first insertion hole 101, a second insertion hole 102, and a signal connection hole 103; a charging connector male end 200 is also provided, including: a first insertion hole 101 A pin 201, a second pin 202 and a signal connection end 203; the female end 100 of the charging connector and the male end 200 of the charging connector are matched and connected to form a charging connector assembly; specifically, the second socket hole 102 is provided with two The two second insertion holes 102 may both be provided with a negative lead-through member/positive lead-through member, or a negative lead-through member/positive lead may be provided in one of the two second insertion holes 102. According to the different forms of the charging connector female end 100, the conducting member is correspondingly provided with different pairs of charging connector male ends 200. Specifically, when the first socket hole 101 is provided with a positive conducting member, the two second Both the insertion holes 102 are provided with negative conductors. At this time, the first pin 201 is located at the center of the charging connector male end 200, and the first pin 201 and the second pin 202 are respectively provided with one, and the first pin 201 The pin 201 is a positive pin, and the second pin 202 is a negative pin. When the first pin 201 is connected to the first socket hole 101, no matter whether the charging connector male end 200 is connected to the charging connector female end 100 positively or reversely When connected, there can be a negative conducting member in the second insertion hole 102 connected to the second pin 202, so as to ensure that the power supply forms a complete circuit.

或者,当第一插接孔101内设置有负极导通件,两个第二插接孔 102内均设置有正极导通件,此时第一插针201位于充电连接器公端 200的中心,第一插针201和第二插针202分别设置有一个,且第一插针201为负极插针,第二插针202为正极插针,当第一插针201 与第一插接孔101连接时,无论充电连接器公端200与充电连接器母端100正接或者反接时,均能够有一个第二插接孔102内负极导通件与第二插针202连接,从而能够保证电源形成完整回路。Alternatively, when the first insertion hole 101 is provided with a negative conduction member, and the two second insertion holes 102 are both provided with a positive conduction member, then the first pin 201 is located at the center of the charging connector male end 200 , the first pin 201 and the second pin 202 are respectively provided with one, and the first pin 201 is a negative pin, and the second pin 202 is a positive pin, when the first pin 201 is connected to the first socket 101 connection, no matter when the charging connector male end 200 and the charging connector female end 100 are positively connected or reversely connected, there can be a negative electrode conducting member in the second insertion hole 102 connected to the second pin 202, so as to ensure The power supply forms a complete circuit.

或者,当第一插接孔101内设置有正极导通件,两个第二插接孔 102内中的其中一个的孔内设置有负极导通件,此时第一插针201设置有一个,第一插针201位于充电连接器公端200的中心,第二插针 202设置有两个,两个第二插针202以第一插针201为中心呈中心对称,且第一插针201为正极插针,两个第二插针202均为负极插针,当第一插针201与第一插接孔101连接时,无论充电连接器公端200 与充电连接器母端100正接或者反接时,均能够有一个第二插针202 与第二插接孔102内负极导通件连接,从而能够保证电源形成完整回路。Alternatively, when the first insertion hole 101 is provided with a positive conduction member, and one of the two second insertion holes 102 is provided with a negative conduction member, then the first pin 201 is provided with a , the first pin 201 is located at the center of the charging connector male end 200, and there are two second pins 202, the two second pins 202 are centered symmetrically around the first pin 201, and the first pin 201 is the positive pole pin, and the two second pins 202 are both negative pole pins. When the first pin 201 is connected to the first socket hole 101, no matter whether the charging connector male end 200 is positively connected to the charging connector female end 100 Or when the connection is reversed, there can be a second pin 202 connected to the negative conducting member in the second insertion hole 102, so as to ensure that the power supply forms a complete circuit.

或者,当第一插接孔101内设置有负极导通件,两个第二插接孔 102内中的其中一个的孔内设置有正极导通件,此时第一插针201设置有一个,第一插针201位于充电连接器公端200的中心,第二插针 202设置有两个,两个第二插针202以第一插针201为中心呈中心对称,且第一插针201为负极插针,两个第二插针202均为正极插针,当第一插针201与第一插接孔101连接时,无论充电连接器公端200 与充电连接器母端100正接或者反接时,均能够有一个第二插针202 与第二插接孔102内负极导通件连接,从而能够保证电源形成完整回路。Alternatively, when the first insertion hole 101 is provided with a negative conduction member, and one of the two second insertion holes 102 is provided with a positive conduction member, then the first pin 201 is provided with a , the first pin 201 is located at the center of the charging connector male end 200, and there are two second pins 202, the two second pins 202 are centered symmetrically around the first pin 201, and the first pin 201 is a negative pin, and the two second pins 202 are both positive pins. When the first pin 201 is connected to the first socket hole 101, no matter whether the charging connector male end 200 is positively connected to the charging connector female end 100 Or when the connection is reversed, there can be a second pin 202 connected to the negative conducting member in the second insertion hole 102, so as to ensure that the power supply forms a complete circuit.

进一步地,信号连接孔103设置有两组,两组信号连接孔103 相对于第一插接孔101呈中心对称设置,当第一插针201与第一插接孔101连接时,无论充电连接器公端200与充电连接器母端100正接或者反接时,均能够有一组信号连接孔103与信号连接端203连接,实现了充电连接器组件的正反插,缓解现有技术中存在的电池充放电连接器进行连接时效率低下,防呆卡槽的设计造成生产成本增加的技术问题,当操作时,无需对产品进行方向识别,可以直接盲插,降低了防呆要求,更加实用,适合推广使用。Furthermore, two groups of signal connection holes 103 are provided, and the two groups of signal connection holes 103 are arranged symmetrically to the center of the first socket hole 101. When the first pin 201 is connected to the first socket hole 101, regardless of the charging connection When the male terminal 200 of the charging connector is directly connected to the female terminal 100 of the charging connector or reversely connected, a set of signal connection holes 103 can be connected to the signal connecting terminal 203, which realizes the forward and reverse insertion of the charging connector assembly and alleviates the problems existing in the prior art. The battery charging and discharging connector is inefficient when connecting, and the design of the fool-proof card slot causes technical problems that increase production costs. When operating, there is no need to identify the direction of the product, and it can be directly inserted blindly, which reduces the requirements for fool-proofing and is more practical. Suitable for promotional use.

最后应说明的是:以上各实施例仅用以说明本发明的技术方案,而非对其限制;尽管参照前述各实施例对本发明进行了详细的说明,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,或者对其中部分或者全部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发明各实施例技术方案的范围。Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention, rather than limiting them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some or all of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the technical solutions of the various embodiments of the present invention. scope.

Claims (10)

1.一种充电连接器母端,其特征在于,包括信号连接孔、位于所述充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔;1. A charging connector female end, characterized in that it includes a signal connection hole, a first insertion hole located at the center of the charging connector female end, and a centrally symmetrical hole centered on the first insertion hole. two second socket holes; 所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件;所述充电连接器母端用于与具有一个正极插针和一个负极插针、且该正极插针/负极插针位于中心的充电连接器公端连接;The first plug hole is provided with a positive conductor/negative conductor, and the two second sockets are provided with a negative conductor/positive conductor; the female end of the charging connector is used For connection to the male end of a charging connector having one positive pin and one negative pin with the positive/negative pin in the center; 或者,or, 所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件;所述充电连接器母端用于与具有一个正极插针/负极插针和两个负极插针/正极插针、且该正极插针/负极插针位于中心的充电连接器公端连接;The first plug-in hole is provided with a positive conductor/negative conductor, and one of the two second socket holes is provided with a negative conductor/positive conductor; the charging connection The receptacle receptacle is used to connect to the charging connector male end having one positive/negative pin and two negative/positive pins with the positive/negative pin in the center; 所述信号连接孔设置有两组,两组所述信号连接孔相对于所述第一插接孔呈中心对称设置。There are two groups of signal connection holes, and the two groups of signal connection holes are center-symmetrically arranged with respect to the first insertion hole. 2.根据权利要求1所述的充电连接器母端,其特征在于,还包括电路板;2. The receptacle of the charging connector according to claim 1, further comprising a circuit board; 两组所述信号连接孔通过所述电路板短接;The two groups of signal connection holes are short-circuited through the circuit board; 当两个所述第二插接孔内均设置有负极导通件/正极导通件时,两个所述第二插接孔内的负极导通件/正极导通件通过所述电路板短接,且两个所述第二插接孔内的负极导通件/正极导通件的短接处与所述第一插接孔内的正极导通件/负极导通件连接,以使任意一个所述第二插接孔内的负极导通件/正极导通件和所述第一插接孔内的正极导通件/负极导通件形成回路。When the two second insertion holes are provided with negative conductors/positive conductors, the negative conductors/positive conductors in the two second sockets pass through the circuit board Short-circuit, and the short-circuit point of the negative lead-through member/positive lead-in member in the two second insertion holes is connected with the positive lead-through member/negative lead-in member in the first insertion hole, so as to A loop is formed between the negative lead/positive lead in any one of the second socket holes and the positive lead/negative lead in the first socket. 3.根据权利要求2所述的充电连接器母端,其特征在于,还包括母端壳体;3. The receptacle of the charging connector according to claim 2, further comprising a housing of the receptacle; 所述电路板设置于所述母端壳体内部,且所述母端壳体的一侧设置有连接凹槽,所述第一插接孔、第二插接孔和信号连接孔均位于所述连接凹槽内。The circuit board is arranged inside the female end housing, and one side of the female end housing is provided with a connection groove, and the first insertion hole, the second insertion hole and the signal connection hole are all located at the in the connecting groove. 4.一种充电连接器公端,用于与上述权利要求1-3任一项所述的充电连接器母端配合,其特征在于,包括信号连接端、第一插针和第二插针;4. A charging connector male end, used to cooperate with the charging connector female end described in any one of claims 1-3, characterized in that it includes a signal connection end, a first pin and a second pin ; 所述第一插针位于所述充电连接器公端的中心,所述第一插针和第二插针分别设置有一个,所述第一插针为正极插针/负极插针,所述第二插针为负极插针/正极插针,所述充电连接器公端用于与具有位于充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔,所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件的充电连接器母端连接;The first pin is located at the center of the public end of the charging connector, the first pin and the second pin are respectively provided with one, the first pin is a positive pin/negative pin, and the second The two pins are negative pins/positive pins, the male end of the charging connector is used to connect with the first socket hole located in the center of the female end of the charging connector, and is centered around the first socket hole Two symmetrical second insertion holes, the first insertion hole is provided with a positive conduction member/negative conduction member, and the two second insertion holes are provided with a negative conduction member/positive conduction The charging connector female end of the component is connected; 或者,or, 所述第一插针设置有一个,所述第一插针位于所述充电连接器公端的中心,第二插针设置有两个,两个第二插针以所述第一插针为中心呈中心对称,所述第一插针为正极插针/负极插针,两个所述第二插针为负极插针/正极插针,所述充电连接器公端用于与具有位于充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔,所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件的充电连接器母端连接;The first pin is provided with one, the first pin is located at the center of the charging connector male end, the second pin is provided with two, and the two second pins are centered on the first pin Symmetrical to the center, the first pin is a positive pin/negative pin, the two second pins are negative pins/positive pins, and the public end of the charging connector is used to connect with The first insertion hole in the center of the female end of the device, and the two second insertion holes that are centered symmetrically around the first insertion hole, and the positive lead-through member/negative pole is arranged in the first insertion hole Conducting member, one of the two second insertion holes is provided with a charging connector female end connection with a negative conducting member/a positive conducting member; 所述信号连接端能够与任意一组所述信号连接孔连接。The signal connection end can be connected with any set of the signal connection holes. 5.根据权利要求4所述的充电连接器公端,其特征在于,当所述第二插针为两个时,两个所述第二插针短接,且两个所述第二插针的短接处与所述第一插针连接,以使任意一个所述第二插针和所述第一插针形成回路。5. The male end of the charging connector according to claim 4, wherein when there are two second pins, the two second pins are short-circuited, and the two second pins The short-circuit point of the pins is connected to the first pin, so that any one of the second pins and the first pin forms a loop. 6.根据权利要求4所述的充电连接器公端,其特征在于,所述第一插针和第二插针的材料为黄铜,且所述第一插针和第二插针的外部设置有镀金层。6. The male terminal of the charging connector according to claim 4, wherein the material of the first pin and the second pin is brass, and the outer parts of the first pin and the second pin Set with gold plating. 7.根据权利要求5所述的充电连接器公端,其特征在于,还包括公端壳体;7. The charging connector male end according to claim 5, further comprising a male end housing; 所述公端壳体设置有连接凸起,所述第一插针、第二插针和信号连接端均位于所述连接凸起内,所述公端壳体通过所述连接凸起与所述充电连接器母端的连接凹槽插接,以使所述充电连接器公端能够与所述充电连接器母端连接。The male end housing is provided with a connecting protrusion, and the first pin, the second pin and the signal connection end are all located in the connecting protrusion, and the male end housing is connected to the connecting protrusion through the connecting protrusion. The charging connector female end is plugged into the connection groove, so that the charging connector male end can be connected to the charging connector female end. 8.根据权利要求7所述的充电连接器公端,其特征在于,所述连接凸起的外圆套设有密封圈。8. The male end of the charging connector according to claim 7, wherein a sealing ring is provided on the outer sleeve of the connecting protrusion. 9.一种充电连接器组件,其特征在于,包括:充电连接器母端和充电连接器公端;9. A charging connector assembly, comprising: a charging connector female end and a charging connector male end; 所述充电连接器母端包括信号连接孔、位于所述充电连接器母端中心的第一插接孔,以及以所述第一插接孔为中心呈中心对称的两个第二插接孔;所述充电连接器公端包括信号连接端、第一插针和第二插针;The female end of the charging connector includes a signal connection hole, a first insertion hole located at the center of the female end of the charging connector, and two second insertion holes centered symmetrically around the first insertion hole. ; The public end of the charging connector includes a signal connection end, a first pin and a second pin; 所述第一插接孔内设置有正极导通件/负极导通件,两个所述第二插接孔内设置有负极导通件/正极导通件;所述第一插针位于所述充电连接器公端的中心,所述第一插针和第二插针分别设置有一个,所述第一插针为正极插针/负极插针,所述第二插针为负极插针/正极插针,所述充电连接器母端用于与所述充电连接器公端连接;The first plug hole is provided with a positive conductor/negative conductor, and the two second sockets are provided with a negative conductor/positive conductor; the first pin is located at the The center of the public end of the charging connector, the first pin and the second pin are respectively provided with one, the first pin is a positive pin/negative pin, and the second pin is a negative pin/ a positive pin, the female end of the charging connector is used to connect with the male end of the charging connector; 或者,or, 所述第一插接孔内设置有正极导通件/负极导通件,两个第二插接孔中的其中一个的孔内设置有负极导通件/正极导通件;所述第一插针设置有一个,所述第一插针位于所述充电连接器公端的中心,第二插针设置有两个,两个第二插针以所述第一插针为中心呈中心对称,所述第一插针为正极插针/负极插针,两个所述第二插针为负极插针/正极插针,所述充电连接器母端用于与所述充电连接器公端连接;A positive lead-through member/negative lead-through member is provided in the first socket hole, and a negative lead-conductor/positive lead-conductor is arranged in one of the two second socket holes; There is one pin, the first pin is located at the center of the male end of the charging connector, there are two second pins, and the two second pins are centered symmetrically around the first pin, The first pin is a positive pin/negative pin, the two second pins are negative pins/positive pins, and the female end of the charging connector is used to connect with the male end of the charging connector ; 所述信号连接孔设置有两组,两组所述信号连接孔相对于所述第一插接孔呈中心对称设置,所述信号连接端能够与任意一组所述信号连接孔连接。There are two groups of signal connection holes, and the two groups of signal connection holes are centrally symmetrically arranged with respect to the first insertion hole, and the signal connection ends can be connected to any group of the signal connection holes. 10.根据权利要求9所述的充电连接器组件,其特征在于,所述信号连接端设置为弹簧针,且所述弹簧针设置有多个;10. The charging connector assembly according to claim 9, wherein the signal connection end is configured as a pogo pin, and there are multiple pogo pins; 任意一组所述信号连接孔的数量与所述弹簧针的数量一一对应,以使多个所述弹簧针分别插设于任意一组内的多个所述信号连接孔。The number of the signal connection holes in any group corresponds one-to-one to the number of the pogo pins, so that a plurality of the pogo pins are respectively inserted into the plurality of signal connection holes in any group.
CN201910628653.7A 2019-07-12 2019-07-12 Charge connector female end, charge connector male end and charging connection device assembly Pending CN110299637A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114899638A (en) * 2022-05-30 2022-08-12 浪潮(山东)计算机科技有限公司 A blind plug connector and its connecting male head
CN115441281A (en) * 2022-09-29 2022-12-06 湖北亿纬动力有限公司 Connector and battery pack
ES2982161A1 (en) * 2023-03-13 2024-10-14 Torrot Electric Europa S A ELECTRIC MOTORCYCLE AND CONNECTOR FOR THE CONNECTION BETWEEN THE INTERCHANGEABLE BATTERIES OF AN ELECTRIC MOTORCYCLE AND A POWER SOCKET ON SAID MOTORCYCLE

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CN206441795U (en) * 2017-02-09 2017-08-25 中瑞德科(北京)工业设计有限公司 Automobile batteries connector structure
WO2018068276A1 (en) * 2016-10-13 2018-04-19 深圳易马达科技有限公司 Connector and electronic device
CN209948150U (en) * 2019-07-12 2020-01-14 无锡君磊科技有限公司 Female end of charging connector, male end of charging connector and charging connector assembly

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Publication number Priority date Publication date Assignee Title
WO2018068276A1 (en) * 2016-10-13 2018-04-19 深圳易马达科技有限公司 Connector and electronic device
CN207269150U (en) * 2016-10-13 2018-04-24 深圳易马达科技有限公司 Connector and electronic device
CN206441795U (en) * 2017-02-09 2017-08-25 中瑞德科(北京)工业设计有限公司 Automobile batteries connector structure
CN209948150U (en) * 2019-07-12 2020-01-14 无锡君磊科技有限公司 Female end of charging connector, male end of charging connector and charging connector assembly

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114899638A (en) * 2022-05-30 2022-08-12 浪潮(山东)计算机科技有限公司 A blind plug connector and its connecting male head
CN114899638B (en) * 2022-05-30 2023-09-19 浪潮(山东)计算机科技有限公司 Blind-plug connector and male connector thereof
CN115441281A (en) * 2022-09-29 2022-12-06 湖北亿纬动力有限公司 Connector and battery pack
ES2982161A1 (en) * 2023-03-13 2024-10-14 Torrot Electric Europa S A ELECTRIC MOTORCYCLE AND CONNECTOR FOR THE CONNECTION BETWEEN THE INTERCHANGEABLE BATTERIES OF AN ELECTRIC MOTORCYCLE AND A POWER SOCKET ON SAID MOTORCYCLE

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