TWM637446U - Electrical connector - Google Patents
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Abstract
一種電連接器可以藉由跨接導電構件，而在毋須額外增設其他構件的情況下，達成電連接器次側上部分導電端子彼此之間的電性連接，而讓使用本實施例的電連接器的電子設備可以持續朝輕薄短小的方向發展。另外，本申請所提供的電連接器係藉由多件構件組裝而構成，因此，在電連接器設計完成後，仍然可以藉由組裝構件的調整或更換，達成客製化調整電連接器的導電端子的數量與結構，以滿足電子設備的特殊需求及發展。再者，本申請所提供的電連接器具有遮蔽結構，而可以於電連接器組裝時提供遮蔽而避免異物或雜質進入內部，進而確保電連接器的作用符合預期。An electrical connector can realize the electrical connection between some conductive terminals on the secondary side of the electrical connector by bridging the conductive member without additional additional members, so that the electrical connection of this embodiment can be used. The electronic equipment of the device can continue to develop in the direction of light, thin and small. In addition, the electrical connector provided in this application is constructed by assembling multiple components. Therefore, after the design of the electrical connector is completed, the adjustment or replacement of the assembled components can still be used to achieve customized adjustment of the electrical connector. The number and structure of the conductive terminals meet the special needs and development of electronic equipment. Furthermore, the electrical connector provided in the present application has a shielding structure, which can provide shielding when the electrical connector is assembled to prevent foreign objects or impurities from entering the interior, thereby ensuring that the function of the electrical connector meets expectations.
Description
本申請涉及電子器件技術領域，更詳而言之，係有關一種可以於組裝時提供遮蔽而避免異物或雜質進入內部的電連接器。The present application relates to the technical field of electronic devices, and more specifically, relates to an electrical connector that can provide shielding during assembly to prevent foreign objects or impurities from entering the interior.
按，在現代的各式電子設備中，通常會設置電連接器以作為訊號傳輸的媒介，然，因應電子設備的特殊需求及發展，電連接器的導電端子的數量與結構會被要求能夠客製化調整，然，目前的電連接器設計完成後，導電端子的數量與結構就會被確定而無法客製化調整，而難以滿足電子設備的訊號傳輸要求如此，將會導致電子設備的技術(功能)發展受到限制。According to, in various modern electronic equipment, electrical connectors are usually installed as the medium of signal transmission. However, in response to the special needs and development of electronic equipment, the number and structure of the conductive terminals of the electrical connector will be required However, after the current electrical connector design is completed, the number and structure of the conductive terminals will be determined and cannot be customized, and it is difficult to meet the signal transmission requirements of electronic equipment. (Functional) development is limited.
有鑑於此，如何提供一種可客製化調整導電端子的數量與結構的電連接器，以滿足電子設備的訊號傳輸，目前已經成為業界亟欲挑戰克服的技術議題。In view of this, how to provide an electrical connector that can be customized to adjust the number and structure of conductive terminals to meet the signal transmission of electronic devices has become a technical issue that the industry is eager to challenge and overcome.
鑒於上述先前技術之缺點，本申請提供一種電連接器，該電連接器係包括：一主側導電端子構件，該主側導電端子構件係具有至少一主側第一導電端子與多個主側第二導電端子；一主側電連接器絕緣座，該主側電連接器絕緣座係定位該主側導電端子構件，且該主側電連接器絕緣座係具有一主側絕緣座嵌設通道；一主側跨接導電構件，該主側跨接導電構件係經由該主側絕緣座嵌設通道而嵌設於該主側電連接器絕緣座，使該主側跨接導電構件跨過該主側第一導電端子而搭接各該主側第二導電端子，以令各該主側第二導電端子電性連接而構成一主側跨接電路；以及一主側插接構件，該主側插接構件係提供插接該主側跨接導電構件與該主側電連接器絕緣座，使該主側跨接導電構件與該主側電連接器絕緣座接合成為一主側電連接器接合體，且該主側插接構件係具有一主側插接構件遮蔽結構，於該主側電連接器接合體中，該主側插接構件遮蔽結構係遮蔽該主側絕緣座嵌設通道的至少一部分。In view of the above-mentioned shortcomings of the prior art, the present application provides an electrical connector, which includes: a main-side conductive terminal component, the main-side conductive terminal component has at least one main-side first conductive terminal and a plurality of main-side The second conductive terminal; a main-side electrical connector insulating seat, the main-side electrical connector insulating seat is used to locate the main-side conductive terminal member, and the main-side electrical connector insulating seat has a main-side insulating seat embedding channel ; a main-side jumper conductive member, the main-side jumper conductive member is embedded in the main-side electrical connector insulating seat through the main-side insulating seat embedding channel, so that the main-side jumper conductive member straddles the main-side insulating seat The first conductive terminal on the main side overlaps each of the second conductive terminals on the main side, so that each of the second conductive terminals on the main side is electrically connected to form a main-side jumper circuit; and a main-side plug-in member, the main-side The side plug-in member is used to insert the main side jumper conductive member and the main side electrical connector insulating seat, so that the main side jumper conductive member and the main side electrical connector insulating seat are joined to form a main side electrical connector The main-side plug-in member has a main-side plug-in member shielding structure, and in the main-side electrical connector joint body, the main-side plug-in member shielding structure shields the main-side insulating seat embedding channel at least part of .
優選地，於本申請的電連接器中，該主側跨接導電構件係具有一主側跨接導電構件搭接腳與一主側跨接導電構件本體，該主側插接構件還具有一主側插接構件抵壓結構，該主側插接構件抵壓結構係抵壓該主側跨接導電構件本體，而迫使該主側跨接導電構件搭接腳跨過該主側第一導電端子而搭接各該主側第二導電端子。Preferably, in the electrical connector of the present application, the main-side bridging conductive member has a main-side bridging conductive member overlapping pin and a main-side bridging conductive member body, and the main-side plugging member also has a The main side plug member pressing structure, the main side plug member pressing structure presses the main side bridge conductive member body, and forces the main side bridge conductive member lap leg to straddle the main side first conductive member body. The terminal overlaps each of the second conductive terminals on the main side.
優選地，於本申請的電連接器中，該主側跨接導電構件還具有一主側跨接導電構件插接結構，該主側插接構件還具有一主側插接構件插接結構，當該主側插接構件抵壓結構抵壓該主側跨接導電構件本體時，該主側插接構件插接結構係插接該主側跨接導電構件插接結構。Preferably, in the electrical connector of the present application, the main-side bridging conductive member also has a main-side bridging conductive member plug-in structure, and the main-side plug-in member also has a main-side plug-in member plug-in structure, When the pressing structure of the main-side plugging member presses against the body of the main-side bridging conductive member, the plugging structure of the main-side plugging member is inserted into the plugging structure of the main-side bridging conductive member.
優選地，於本申請的電連接器中，還包括一主側電連接器膠料構件，該主側電連接器膠料構件係提供膠接，而使該主側電連接器絕緣座與該主側插接構件膠接成為一體，且該主側插接構件遮蔽結構係遮蔽該主側絕緣座嵌設通道的至少一部分，而減少該主側電連接器膠料構件流入該主側絕緣座嵌設通道的程度。Preferably, in the electrical connector of the present application, it also includes a main-side electrical connector rubber member, which provides adhesive bonding, so that the main-side electrical connector insulating seat and the main-side electrical connector are glued together. The main-side plug-in components are glued together, and the main-side plug-in component shielding structure shields at least a part of the embedding channel of the main-side insulating seat, so as to reduce the flow of the main-side electrical connector rubber component into the main-side insulating seat The degree of embedding channels.
優選地，於本申請的電連接器中，還包括一次側導電端子構件、一次側電連接器絕緣座、一次側跨接導電構件以及一次側插接構件；該次側導電端子構件係具有至少一次側第一導電端子與多個次側第二導電端子；該次側電連接器絕緣座係定位該次側導電端子構件，且該次側電連接器絕緣座還具有一次側絕緣座嵌設通道；該次側跨接導電構件係經由該次側絕緣座嵌設通道而嵌設於該次側電連接器絕緣座，使該次側跨接導電構件跨過該次側第一導電端子而搭接各該次側第二導電端子，以令各該次側第二導電端子電性連接而構成一次側跨接電路；該次側插接構件係提供插接該次側跨接導電構件與該次側電連接器絕緣座，使該次側跨接導電構件與該次側電連接器絕緣座接合成為一次側電連接器接合體，且該次側插接構件係具有一次側插接構件遮蔽結構，於該次側電連接器接合體中，該次側插接構件遮蔽結構係遮蔽該次側絕緣座嵌設通道的至少一部分。Preferably, the electrical connector of the present application also includes a primary-side conductive terminal member, a primary-side electrical connector insulation seat, a primary-side bridging conductive member, and a primary-side plug-in member; the secondary-side conductive terminal member has at least The first conductive terminal on the primary side and a plurality of second conductive terminals on the secondary side; channel; the secondary-side jumper conductive member is embedded in the secondary-side electrical connector insulating seat through the secondary-side insulating seat embedding channel, so that the secondary-side jumper conductive member straddles the secondary-side first conductive terminal Lap each of the secondary-side second conductive terminals so that each of the secondary-side second conductive terminals is electrically connected to form a primary-side bridging circuit; The secondary-side electrical connector insulating seat, the secondary-side jumper conductive member and the secondary-side electrical connector insulating seat are joined to form a primary-side electrical connector joint body, and the secondary-side plug-in member has a primary-side plug-in member The shielding structure, in the secondary side electrical connector joint body, the secondary side plug member shielding structure is to shield at least a part of the secondary side insulating seat embedding channel.
優選地，於本申請的電連接器中，該次側跨接導電構件還具有一次側跨接導電構件搭接腳與一次側跨接導電構件本體，該次側插接構件還具有一次側插接構件抵壓結構，該次側插接構件抵壓結構係抵壓該次側跨接導電構件本體，而迫使該次側跨接導電構件搭接腳跨過該次側第一導電端子而搭接各該次側第二導電端子。Preferably, in the electrical connector of the present application, the secondary side bridging conductive member also has a primary side bridging conductive member overlapping pin and a primary side bridging conductive member body, and the secondary side plugging member also has a primary side plug The pressing structure of the connecting member, the pressing structure of the inserting member on the secondary side presses the main body of the connecting conductive member on the secondary side, so as to force the overlapping legs of the connecting conductive member on the secondary side to straddle the first conductive terminal on the secondary side and overlap Connect to the second conductive terminal on the secondary side.
優選地，於本申請的電連接器中，該次側跨接導電構件係具有一次側跨接導電構件插接結構，該次側插接構件係具有一次側插接構件插接結構，當該次側插接構件抵壓結構抵壓該次側跨接導電構件本體時，該次側插接構件插接結構係插接該次側跨接導電構件插接結構。Preferably, in the electrical connector of the present application, the secondary-side bridging conductive member has a primary-side bridging conductive member plug-in structure, and the secondary-side plug-in member has a primary-side plug-in structure. When the pressing structure of the secondary-side plugging member presses against the main body of the secondary-side jumper conductive member, the plug-in structure of the secondary-side plug-in member is inserted into the plug-in structure of the secondary-side jumper conductive member.
優選地，於本申請的電連接器中，該主側跨接導電構件插接結構與該次側跨接導電構件插接結構係設置於一插接區域，俾令該主側插接構件插接結構可於該插接區域插接該主側跨接導電構件插接結構，且令該次側插接構件插接結構可於該插接區域插接該次側跨接導電構件插接結構。Preferably, in the electrical connector of the present application, the main-side jumper conductive member plug-in structure and the secondary-side jumper conductive member plug-in structure are arranged in an plug-in area, so that the main-side plug-in member can be inserted The connecting structure can be inserted into the plugging structure of the main side jumper conductive member in the plugging area, and the plugging structure of the secondary side plugging member can be plugged into the plugging structure of the secondary side jumper conductive member in the plugging area .
優選地，於本申請的電連接器中，該主側電連接器絕緣座還具有一主側電連接器絕緣座插接結構，該次側電連接器絕緣座還具有一次側電連接器絕緣座插接結構，於該主側電連接器接合體中，該主側插接構件係插接該主側電連接器絕緣座插接結構，該次側插接構件係插接該次側電連接器絕緣座插接結構，其中，該主側電連接器絕緣座插接結構與該次側電連接器絕緣座插接結構係設置於該插接區域，俾令該主側插接構件插接結構可於該插接區域插接該主側電連接器絕緣座插接結構，且令該次側插接構件插接結構可於該插接區域插接該次側電連接器絕緣座插接結構。Preferably, in the electrical connector of the present application, the main-side electrical connector insulating seat also has a main-side electrical connector insulating seat insertion structure, and the secondary-side electrical connector insulating seat also has a primary-side electrical connector insulating seat. In the main-side electrical connector joint body, the main-side plug-in member is plugged into the main-side electrical connector insulation seat plug-in structure, and the secondary-side plug-in member is plugged into the secondary-side electrical connector. The plug-in structure of the insulating seat of the connector, wherein, the plug-in structure of the insulating seat of the main side electrical connector and the plug-in structure of the insulating seat of the secondary side electrical connector are arranged in the plug-in area, so that the plug-in member of the main side can be inserted The connecting structure can be plugged into the plugging structure of the main side electrical connector insulating socket in the plugging area, and the plugging structure of the secondary side plugging member can be plugged into the plugging area of the secondary side electrical connector insulating socket plug connection structure.
優選地，於本申請的電連接器中，該主側絕緣座嵌設通道與該次側絕緣座嵌設通道係設置於該插接區域，俾令該主側跨接導電構件與該次側跨接導電構件可分別經由該插接區域嵌設於該主側電連接器絕緣座，該主側插接構件遮蔽結構與該次側插接構件遮蔽結構係設置於該插接區域，俾令該主側插接構件遮蔽結構可於該插接區域遮蔽該主側絕緣座嵌設通道的至少一部分，且令該次側插接構件遮蔽結構可於該插接區域遮蔽該次側絕緣座嵌設通道的至少一部分。Preferably, in the electrical connector of the present application, the main-side insulating seat embedding channel and the secondary-side insulating seat embedding channel are arranged in the insertion area, so that the main side bridges the conductive member and the secondary side The jumper conductive members can be respectively embedded in the main-side electrical connector insulating seat via the plug-in area, and the shielding structure of the main-side plug-in member and the shielding structure of the secondary-side plug-in member are arranged in the plug-in area, so that The main-side plug-in component shielding structure can cover at least a part of the main-side insulating seat embedding channel in the plug-in area, and the secondary-side plug-in component shielding structure can cover the secondary-side insulating seat embedding in the plug-in area. set at least a portion of the channel.
優選地，於本申請的電連接器中，該插接區域為矩形區域。Preferably, in the electrical connector of the present application, the insertion area is a rectangular area.
優選地，於本申請的電連接器中，還包括一次側電連接器膠料構件，該次側電連接器膠料構件係提供膠接，而使該次側電連接器絕緣座與該次側插接構件膠接成為一體，且該次側插接構件遮蔽結構係遮蔽該次側絕緣座嵌設通道的至少一部分，而減少該次側電連接器膠料構件流入該次側絕緣座嵌設通道的程度。Preferably, in the electrical connector of the present application, it also includes a primary-side electrical connector adhesive material member, which provides adhesive bonding, so that the secondary-side electrical connector insulating seat and the secondary-side electrical connector adhesive compound are provided. The side plug-in components are glued into one body, and the secondary-side plug-in component shielding structure shields at least a part of the secondary-side insulating seat embedding channel, so as to reduce the flow of the secondary-side electrical connector adhesive material into the secondary-side insulating seat embedding. The extent of the channel.
優選地，於本申請的電連接器中，該主側跨接導電構件與該次側跨接導電構件係成形為一體，俾電性連接該主側跨接電路與該次側跨接電路。Preferably, in the electrical connector of the present application, the primary side jumper conductive member and the secondary side jumper conductive member are integrally formed to electrically connect the primary side jumper circuit and the secondary side jumper circuit.
優選地，於本申請的電連接器中，該主側插接構件與該次側插接構件係成形為一體，俾接合該主側電連接器接合體與該次側電連接器接合體。Preferably, in the electrical connector of the present application, the primary-side plugging member and the secondary-side plugging member are integrally formed to engage the primary-side electrical connector engagement body and the secondary-side electrical connector engagement body.
優選地，於本申請的電連接器中，該主側跨接導電構件與該次側跨接導電構件係為金屬導體或導電塑膠體。Preferably, in the electrical connector of the present application, the primary-side bridging conductive member and the secondary-side bridging conductive member are metal conductors or conductive plastic bodies.
優選地，於本申請的電連接器中，該主側插接構件與該次側插接構件係為金屬導體、導電塑膠體或絕緣塑膠體。Preferably, in the electrical connector of the present application, the primary-side inserting member and the secondary-side inserting member are metal conductors, conductive plastics or insulating plastics.
另外，本申請還提供一種電連接器組裝方法，該電連接器組裝方法係包括以下步驟：提供一主側導電端子構件、一主側電連接器絕緣座、一主側跨接導電構件與一主側插接構件，其中，該主側導電端子構件係具有至少一主側第一導電端子與多個主側第二導電端子，且該主側電連接器絕緣座係提供定位該主側導電端子構件，且該主側電連接器絕緣座係具有一主側絕緣座嵌設通道，且該主側插接構件係具有一主側插接構件遮蔽結構；令該主側跨接導電構件經由該主側絕緣座嵌設通道而嵌設於該主側電連接器絕緣座，使該主側跨接導電構件跨過該主側第一導電端子而搭接各該主側第二導電端子，以讓各該主側第二導電端子電性連接而構成一主側跨接電路；以及令該主側插接構件插接該主側跨接導電構件與該主側電連接器絕緣座，使該主側跨接導電構件與該主側電連接器絕緣座接合成為一主側電連接器接合體，並使該主側插接構件遮蔽結構遮蔽該主側絕緣座嵌設通道的至少一部分。In addition, the present application also provides an electrical connector assembly method, the electrical connector assembly method includes the following steps: providing a main side conductive terminal member, a main side electrical connector insulation seat, a main side bridging conductive member and a The main-side plug-in component, wherein the main-side conductive terminal component has at least one main-side first conductive terminal and a plurality of main-side second conductive terminals, and the main-side electrical connector insulation seat is provided for positioning the main-side conductive terminal. Terminal member, and the main-side electrical connector insulating seat has a main-side insulating seat embedding channel, and the main-side plug-in member has a main-side plug-in member shielding structure; the main-side jumper conductive member passes through The main-side insulating seat is embedded with a channel and embedded in the main-side electrical connector insulating seat, so that the main-side bridging conductive member straddles the main-side first conductive terminal and overlaps each of the main-side second conductive terminals, To electrically connect each of the second conductive terminals on the main side to form a main side jumper circuit; The main-side jumper conductive member is joined with the main-side electrical connector insulating seat to form a main-side electrical connector joint body, and the main-side inserting member shielding structure shields at least a part of the main-side insulating seat embedding channel.
優選地，於本申請的電連接器組裝方法中，的，還提供一主側電連接器膠料構件，並令該主側電連接器膠料構件將該主側電連接器絕緣座與該主側插接構件膠接成為一體，此時，該主側插接構件遮蔽結構係遮蔽該主側絕緣座嵌設通道的至少一部分，而減少該主側電連接器膠料構件流入該主側絕緣座嵌設通道的程度。Preferably, in the electrical connector assembly method of the present application, a main-side electrical connector adhesive material member is also provided, and the main-side electrical connector adhesive material member is connected to the main-side electrical connector insulating seat and the main-side electrical connector adhesive material member. The main-side plug-in components are glued into one body. At this time, the main-side plug-in component shielding structure shields at least a part of the main-side insulating seat embedding channel, thereby reducing the flow of the main-side electrical connector rubber component into the main-side The degree to which the insulating seat is embedded with the channel.
優選地，於本申請的電連接器組裝方法中，還提供一次側導電端子構件、一次側電連接器絕緣座、一次側跨接導電構件與一次側插接構件，其中，該次側導電端子構件係具有至少一次側第一導電端子與多個次側第二導電端子，且該次側電連接器絕緣座係提供定位該次側導電端子構件，且該次側電連接器絕緣座係具有具有一次側絕緣座嵌設通道，且該次側插接構件係具有一次側插接構件遮蔽結構；還令該次側跨接導電構件經由該次側絕緣座嵌設通道而嵌設於該次側電連接器絕緣座，使該次側跨接導電構件跨過該次側第一導電端子而搭接各該次側第二導電端子，以讓各該次側第二導電端子電性連接而構成一次側跨接電路；以及令該次側插接構件插接該次側跨接導電構件與該次側電連接器絕緣座，使該次側跨接導電構件與該次側電連接器絕緣座接合成為一次側電連接器接合體，並使該次側插接構件遮蔽結構遮蔽該次側絕緣座嵌設通道的至少一部分。Preferably, in the electrical connector assembly method of the present application, a primary-side conductive terminal component, a primary-side electrical connector insulating seat, a primary-side bridging conductive component, and a primary-side plug-in component are also provided, wherein the secondary-side conductive terminal The component system has at least a first conductive terminal on the primary side and a plurality of second conductive terminals on the secondary side, and the secondary side electrical connector insulating seat is used to locate the secondary side conductive terminal component, and the secondary side electrical connector insulating seat system has There is an embedding channel for the primary side insulating seat, and the secondary side plug-in member has a shielding structure for the primary side plug-in member; and the secondary side jumper conductive member is embedded in the secondary side via the secondary side insulating seat embedding channel. side electrical connector insulating seat, make the secondary side jumper conductive member straddle the secondary side first conductive terminal and overlap each of the secondary side second conductive terminals, so that each of the secondary side second conductive terminals is electrically connected forming a primary-side jumper circuit; and inserting the secondary-side plug-in member into the secondary-side jumper conductive member and the secondary-side electrical connector insulating seat, so that the secondary-side jumper conductive member is insulated from the secondary-side electrical connector The seat is joined to form a primary-side electrical connector joint body, and the secondary-side plug member shielding structure shields at least a part of the secondary-side insulating seat embedding channel.
優選地，於本申請的電連接器組裝方法中，還提供一次側電連接器膠料構件，並令該次側電連接器膠料構件將該次側電連接器絕緣座與該次側插接構件膠接成為一體，此時，該次側插接構件遮蔽結構係遮蔽該次側絕緣座嵌設通道，而減少該次側電連接器膠料構件流入該次側絕緣座嵌設通道的程度。Preferably, in the electrical connector assembly method of the present application, a primary-side electrical connector compound member is also provided, and the secondary-side electrical connector compound member is made to connect the secondary-side electrical connector insulating seat with the secondary-side plug At this time, the secondary side plug-in component shielding structure is to cover the secondary side insulating seat embedding channel, so as to reduce the flow of the secondary side electrical connector glue material member into the secondary side insulating seat embedding channel. degree.
優選地，於本申請的電連接器組裝方法中，令該主側跨接導電構件與該次側跨接導電構件係成形為一體，俾電性連接該主側跨接電路與該次側跨接電路。Preferably, in the electrical connector assembly method of the present application, the main-side bridging conductive member and the secondary-side bridging conductive member are integrally formed so as to electrically connect the main-side bridging circuit and the secondary side bridging circuit. Connect the circuit.
優選地，於本申請的電連接器組裝方法中，令該主側插接構件與該次側插接構件係成形為一體，俾接合該主側電連接器接合體與該次側電連接器接合體。Preferably, in the electrical connector assembling method of the present application, the main-side plug-in member and the secondary-side plug-in member are integrally formed so as to engage the main-side electrical connector engagement body and the secondary-side electrical connector junction body.
相較於先前技術，本申請所提供的電連接器可以藉由跨接導電構件，而在毋須額外增設其他構件的情況下，達成電連接器次側上部分導電端子彼此之間的電性連接，而讓使用本實施例的電連接器的電子設備可以持續朝輕薄短小的方向發展。另外，本申請所提供的電連接器係藉由多件構件組裝而構成，因此，在電連接器設計完成後，仍然可以藉由組裝構件的調整或更換，達成客製化調整電連接器的導電端子的數量與結構，以滿足電子設備的特殊需求及發展。再者，本申請所提供的電連接器具有遮蔽結構，而可以於電連接器組裝時提供遮蔽而避免異物或雜質進入內部，進而確保電連接器的作用符合預期。Compared with the prior art, the electrical connector provided by the present application can realize the electrical connection between some conductive terminals on the secondary side of the electrical connector by bridging the conductive members without adding other members. , so that the electronic equipment using the electrical connector of this embodiment can continue to develop in the direction of thinner, lighter and smaller. In addition, the electrical connector provided in this application is constructed by assembling multiple components. Therefore, after the design of the electrical connector is completed, the adjustment or replacement of the assembled components can still be used to achieve customized adjustment of the electrical connector. The number and structure of the conductive terminals meet the special needs and development of electronic equipment. Furthermore, the electrical connector provided in the present application has a shielding structure, which can provide shielding when the electrical connector is assembled to prevent foreign objects or impurities from entering the interior, thereby ensuring that the function of the electrical connector meets expectations.
以下內容將搭配圖式，藉由特定的具體實施例說明本申請之技術內容，熟悉此技術之人士可由本說明書所揭示之內容輕易地了解本申請之其他優點與功效。本申請亦可藉由其他不同的具體實施例加以施行或應用。本說明書中的各項細節亦可基於不同觀點與應用，在不背離本申請之精神下，進行各種修飾與變更。尤其是，於圖式中各個元件的比例關係及相對位置僅具示範性用途，並非代表本申請實施的實際狀況。The following content will be combined with drawings to illustrate the technical content of the application through specific embodiments. Those who are familiar with this technology can easily understand other advantages and effects of the application from the content disclosed in this specification. The present application can also be implemented or applied by other different specific embodiments. Various modifications and changes may be made to the details in this specification based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportions and relative positions of various elements in the drawings are for exemplary purposes only, and do not represent the actual situation of the implementation of the application.
本申請係提供一種電連接器，關於本申請的電連接器的技術揭露，請一併參閱圖1至圖32暨以下的實施例說明。The present application provides an electrical connector. For the technical disclosure of the electrical connector of the present application, please refer to FIG. 1 to FIG. 32 and the description of the following embodiments.
如圖1至圖32所示的實施例中，電連接器1係具有主側導電端子構件11、主側電連接器絕緣座12、主側跨接導電構件13、主側插接構件14與主側電連接器膠料構件191。所述主側導電端子構件11係具有至少一主側第一導電端子111與多個主側第二導電端子112。如圖27所示的實施例中，所述主側電連接器絕緣座12係可對主側導電端子構件11提供定位，且於本實施例中，主側電連接器絕緣座12係具有主側絕緣座嵌設通道121與主側電連接器絕緣座插接結構122。In the embodiment shown in Figures 1 to 32, the
所述主側跨接導電構件13係例如為可提供搭接的金屬導體或導電塑膠體，且於本實施例中，主側跨接導電構件13係經由主側絕緣座嵌設通道121而嵌設於主側電連接器絕緣座12，使主側跨接導電構件13跨過主側第一導電端子111而搭接各個主側第二導電端子112，以令各個主側第二導電端子112電性連接而構成主側跨接電路，如此，主側跨接電路可以提供傳輸接地訊號，以抑制電連接器在傳輸高速訊號時產生耦合的串音干擾，而避免電連接器傳輸的高速訊號受到干擾而衰減，以符合電連接器傳輸高速訊號等客製化需求。The main-side bridging
另外，應說明的是，於本實施例中，可以藉由主側跨接導電構件13，而在毋須額外增設其他構件的情況下，達成電連接器上部分導電端子彼此之間的電性連接，而使本實施例的電連接器的尺寸可以縮小，讓使用本實施例的電連接器的電子設備可以持續朝輕薄短小的方向發展。In addition, it should be noted that in this embodiment, the electrical connection between some conductive terminals on the electrical connector can be achieved by connecting the
所述主側插接構件14係例如為可提供插接的金屬導體、導電塑膠體或絕緣塑膠體，且如圖22所示的實施例中，主側插接構件14係提供插接主側跨接導電構件13與主側電連接器絕緣座12，使主側跨接導電構件13與主側電連接器絕緣座12接合成為主側電連接器接合體B1，於本實施例中，主側插接構件14係具有主側插接構件遮蔽結構141。應說明的是，於主側電連接器接合體B1中，所述主側插接構件遮蔽結構141係例如為可遮蔽主側絕緣座嵌設通道121的至少一部分的凸塊結構，以減少例如為膠料的異物或例如為水氣、粉塵的雜質進入主側絕緣座嵌設通道121的程度。The main-side plug-in
所述主側電連接器膠料構件191係例如為可提供膠接的膠料，如圖27、圖30所示的實施例中，主側電連接器膠料構件191係使主側電連接器絕緣座12、主側插接構件14與主側線材膠接成為一體，俾使電連接器的電性特性符合預期，還使電連接器的使用壽命增加。The main-side electrical
另外，應說明的是，若主側電連接器膠料構件191為液態則可能會流入主側絕緣座嵌設通道121，而當主側電連接器膠料構件191流入主側絕緣座嵌設通道121，則可能會膠接主側絕緣座嵌設通道121中的主側跨接導電構件13，使主側跨接導電構件13無法有效搭接各個主側第二導電端子112。對此，由於本實施例的主側插接構件遮蔽結構141可遮蔽主側絕緣座嵌設通道121的至少一部分，而可以於電連接器組裝時有效避免主側電連接器膠料構件191流入主側絕緣座嵌設通道121 ，藉以確保主側跨接導電構件13的作用符合預期。In addition, it should be noted that if the main-side electrical
如圖3所示的實施例中，主側跨接導電構件13係具有主側跨接導電構件搭接腳131、主側跨接導電構件本體132與主側跨接導電構件插接結構133，相應地，主側插接構件14係具有主側插接構件抵壓結構142與主側插接構件插接結構143。In the embodiment shown in FIG. 3 , the main-side bridging
應說明的是，如圖22所示的實施例中，於主側電連接器接合體B1中，主側插接構件抵壓結構142係抵壓主側跨接導電構件本體132，而迫使主側跨接導電構件搭接腳131跨過主側第一導電端子111而搭接各個主側第二導電端子112。當主側插接構件抵壓結構142抵壓主側跨接導電構件本體132時，主側插接構件插接結構143係分別插接主側跨接導電構件插接結構133與主側電連接器絕緣座插接結構122，使主側插接構件14、主側跨接導電構件13與主側電連接器絕緣座12插接成為主側電連接器接合體B1，而完成主側插接構件14、主側跨接導電構件13與主側電連接器絕緣座12的組裝。It should be noted that, in the embodiment shown in FIG. 22 , in the main-side electrical connector joint body B1, the main-side inserting
應說明的是，主側跨接導電構件搭接腳131可以提供彈性抵接各個主側第二導電端子112，進而確保主側跨接導電構件13對各個主側第二導電端子112的搭接。It should be noted that the overlapping
於本申請圖1至圖32所示的實施例中，電連接器1係具有次側導電端子構件15、次側電連接器絕緣座16、次側跨接導電構件17、次側插接構件18與次側電連接器膠料構件192。所述次側導電端子構件15係具有至少一次側第一導電端子151與多個次側第二導電端子152。如圖27所示的實施例中，所述次側電連接器絕緣座16係可對次側導電端子構件15提供定位，且於本實施例中，次側電連接器絕緣座16係具有次側絕緣座嵌設通道161與次側電連接器絕緣座插接結構162。In the embodiment shown in FIGS. 1 to 32 of the present application, the
所述次側跨接導電構件17係例如為可提供搭接的金屬導體或導電塑膠體，且於本實施例中，次側跨接導電構件17係經由次側絕緣座嵌設通道161而嵌設於次側電連接器絕緣座16，使次側跨接導電構件17跨過次側第一導電端子151而搭接各個次側第二導電端子152，以令各個次側第二導電端子152電性連接而構成次側跨接電路，如此，次側跨接電路可以提供傳輸接地訊號，以抑制電連接器在傳輸高速訊號時產生耦合的串音干擾，而避免電連接器傳輸的高速訊號受到干擾而衰減，以符合電連接器傳輸高速訊號等客製化需求。The secondary-side bridging
另外，應說明的是，於本實施例中，可以藉由次側跨接導電構件17，而在毋須額外增設其他構件的情況下，達成電連接器上部分導電端子彼此之間的電性連接，而使本實施例的電連接器的尺寸可以縮小，讓使用本實施例的電連接器的電子設備可以持續朝輕薄短小的方向發展。In addition, it should be noted that in this embodiment, the electrical connection between some conductive terminals on the electrical connector can be achieved by using the secondary-side bridging
再者，應說明的是，主側跨接導電構件13與次側跨接導電構件17係可成形為一體，俾電性連接主側跨接電路與次側跨接電路，如此，可抑制電連接器在傳輸高速訊號時產生耦合的串音干擾，而避免電連接器傳輸的高速訊號受到干擾而衰減。Furthermore, it should be noted that the main-side bridging
所述次側插接構件18係例如為可提供插接的金屬導體、導電塑膠體或絕緣塑膠體，且如圖22所示的實施例中，次側插接構件18係提供插接次側跨接導電構件17與次側電連接器絕緣座16，使次側跨接導電構件17與次側電連接器絕緣座16接合成為次側電連接器接合體B2，而完成次側插接構件18、次側跨接導電構件17與次側電連接器絕緣座16的組裝，且於本實施例中，次側插接構件18係具有次側插接構件遮蔽結構181。應說明的是，於次側電連接器接合體B2中，所述次側插接構件遮蔽結構181係例如為可遮蔽次側絕緣座嵌設通道161的至少一部分的凸塊結構，以減少例如為膠料的異物或例如為水氣、粉塵的雜質進入次側絕緣座嵌設通道161的程度。The secondary-side plug-in
另外，應說明的是，於圖17至圖19所示的實施例中，主側插接構件14與次側插接構件18係成形為一體，俾接合主側電連接器接合體B1與次側電連接器接合體B2，藉此，可大幅減少電連接器的尺寸，使本申請的電連接器可於輕薄的電子設備中使用。In addition, it should be noted that, in the embodiments shown in FIGS. The side electrical connector joint body B2 can greatly reduce the size of the electrical connector, so that the electrical connector of the present application can be used in light and thin electronic equipment.
所述次側電連接器膠料構件192係例如為可提供膠接的膠料，如圖27與圖30所示的實施例中，次側電連接器膠料構件192係使次側電連接器絕緣座16、次側插接構件18與次側線材膠接成為一體，俾使電連接器的電性特性符合預期，還使電連接器的使用壽命增加。The secondary side electrical
另外，應說明的是，若主側電連接器膠料構件191為液態則可能會流入主側絕緣座嵌設通道121，而當次側電連接器膠料構件192流入次側絕緣座嵌設通道161，則可能會膠接次側絕緣座嵌設通道161中的次側跨接導電構件17，使次側跨接導電構件17無法有效搭接各個次側第二導電端子152。對此，由於本實施例的次側插接構件遮蔽結構181可遮蔽次側絕緣座嵌設通道161的至少一部分，而可以於電連接器組裝時有效避免次側電連接器膠料構件192流入次側絕緣座嵌設通道161 ，藉以確保主側跨接導電構件13的作用符合預期。In addition, it should be noted that if the main-side electrical
如圖4所示的實施例中，次側跨接導電構件17係具有次側跨接導電構件搭接腳171、次側跨接導電構件本體172與次側跨接導電構件插接結構173，相應地，次側插接構件18係具有次側插接構件抵壓結構182與次側插接構件插接結構183。In the embodiment shown in FIG. 4 , the secondary-side bridging
應說明的是，如圖22所示的實施例中，於次側電連接器接合體B2中，次側插接構件抵壓結構182係抵壓次側跨接導電構件本體172，而迫使次側跨接導電構件搭接腳171跨過次側第一導電端子151而搭接各個次側第二導電端子152。當次側插接構件抵壓結構182抵壓次側跨接導電構件本體172時，次側插接構件插接結構183係分別插接次側跨接導電構件插接結構173與次側電連接器絕緣座插接結構162，使次側插接構件18、次側跨接導電構件17與次側電連接器絕緣座16插接成為一體，而完成次側插接構件18、次側跨接導電構件17與次側電連接器絕緣座16的組裝。It should be noted that, in the embodiment shown in FIG. 22 , in the secondary-side electrical connector joint body B2, the secondary-side insertion
應說明的是，次側跨接導電構件搭接腳171可以提供彈性抵接各個次側第二導電端子152，進而確保次側跨接導電構件17對各個主側第二導電端子112的搭接。It should be noted that the overlapping
如圖20所示的實施例中，主側跨接導電構件插接結構133與次側跨接導電構件插接結構173係集中設置於插接區域A，俾令主側插接構件插接結構143可於插接區域A插接主側跨接導電構件插接結構133，且令次側插接構件插接結構183可於插接區域A插接次側跨接導電構件插接結構173，藉此，可大幅減少電連接器的尺寸，使本申請的電連接器可於輕薄的電子設備中使用。In the embodiment shown in Figure 20, the plug-in
相應地，於本實施例中，主側電連接器絕緣座插接結構122與次側電連接器絕緣座插接結構162係集中設置於插接區域A，俾令主側插接構件插接結構143可於插接區域A插接主側電連接器絕緣座插接結構122，且令次側插接構件插接結構183可於插接區域A插接次側電連接器絕緣座插接結構162，藉此，可大幅減少電連接器的尺寸，使本申請的電連接器可於輕薄的電子設備中使用。Correspondingly, in this embodiment, the plug-in
相應地，如圖13所示的實施例中，主側絕緣座嵌設通道121與次側絕緣座嵌設通道161係集中設置於插接區域A，俾令主側跨接導電構件13與次側跨接導電構件17可分別經由插接區域A嵌設於主側電連接器絕緣座12。如圖20所示的實施例中，主側插接構件遮蔽結構141與次側插接構件遮蔽結構181係設置於插接區域A，俾令主側插接構件遮蔽結構141可於插接區域A遮蔽主側絕緣座嵌設通道121的至少一部分，且令次側插接構件遮蔽結構181可於插接區域A遮蔽次側絕緣座嵌設通道161的至少一部分，藉此，可大幅減少電連接器的尺寸，使本申請的電連接器可於輕薄的電子設備中使用。Correspondingly, in the embodiment shown in FIG. 13 , the embedding
應說明的是，如圖13、圖20所示的實施例中，所述插接區域A為矩形區域，藉此，可大幅減少電連接器的尺寸，使本申請的電連接器可於輕薄的電子設備中使用。It should be noted that, in the embodiment shown in Figure 13 and Figure 20, the insertion area A is a rectangular area, thereby greatly reducing the size of the electrical connector, so that the electrical connector of the present application can be thin and light used in electronic equipment.
應說明的是，於本申請的電連接器，還可以省略前述部分特徵，舉例而言，本申請的電連接器係包括：一主側導電端子構件，該主側導電端子構件係具有至少一主側第一導電端子與多個主側第二導電端子；一主側電連接器絕緣座，該主側電連接器絕緣座係定位該主側導電端子構件，且該主側電連接器絕緣座係具有一主側絕緣座嵌設通道；一主側跨接導電構件，該主側跨接導電構件係經由該主側絕緣座嵌設通道而嵌設於該主側電連接器絕緣座，使該主側跨接導電構件跨過該主側第一導電端子而搭接各該主側第二導電端子，以令各該主側第二導電端子電性連接而構成一主側跨接電路；以及一主側插接構件，該主側插接構件係提供插接該主側跨接導電構件與該主側電連接器絕緣座，使該主側跨接導電構件與該主側電連接器絕緣座接合成為一主側電連接器接合體，且該主側插接構件係具有一主側插接構件遮蔽結構，於該主側電連接器接合體中，該主側插接構件遮蔽結構係遮蔽該主側絕緣座嵌設通道的至少一部分。It should be noted that, in the electrical connector of the present application, some of the aforementioned features can also be omitted. For example, the electrical connector of the present application includes: a main-side conductive terminal component, and the main-side conductive terminal component has at least one The first conductive terminal on the main side and a plurality of second conductive terminals on the main side; a main-side electrical connector insulating seat, the main-side electrical connector insulating seat is used to locate the main-side conductive terminal member, and the main-side electrical connector is insulated The seat system has a main-side insulating seat embedding channel; a main-side bridging conductive member, and the main-side bridging conductive member is embedded in the main-side electrical connector insulating seat through the main-side insulating seat embedding channel, The main-side bridging conductive member straddles the main-side first conductive terminal and overlaps each of the main-side second conductive terminals, so that each of the main-side second conductive terminals is electrically connected to form a main-side bridging circuit and a main-side plug-in member, the main-side plug-in member provides plugging of the main-side jumper conductive member and the main-side electrical connector insulation seat, so that the main-side jumper conductive member is electrically connected to the main side The insulator base is joined to form a main side electrical connector joint body, and the main side plug member has a main side plug member shielding structure, in the main side electrical connector joint body, the main side plug member shields The structure shields at least a part of the embedding channel of the main-side insulating seat.
再者，本申請還提供一種電連接器組裝方法，關於本申請的電連接器組裝方法的技術揭露，請一併參閱圖1至圖32暨以下的實施例說明。Furthermore, the present application also provides an electrical connector assembly method. For the technical disclosure of the electrical connector assembly method of the present application, please refer to FIG. 1 to FIG. 32 and the description of the following embodiments.
本申請的電連接器組裝方法係包含以下步驟：首先，如圖3至圖4所示的實施例中，提供主側導電端子構件11、主側電連接器絕緣座12、主側跨接導電構件13、主側插接構件14、次側導電端子構件15、次側電連接器絕緣座16、次側跨接導電構件17與次側插接構件18。The electrical connector assembling method of the present application includes the following steps: first, in the embodiment shown in Fig. The
應說明的是，如圖15所示的實施例中，所述主側導電端子構件11係具有至少一主側第一導電端子111與多個主側第二導電端子112，且所述主側電連接器絕緣座12係提供定位主側導電端子構件11，且主側電連接器絕緣座12係具有主側絕緣座嵌設通道121，且如圖22所示的實施例中，所述主側插接構件14係具有主側插接構件遮蔽結構141。另外，如圖15所示的實施例中，所述次側導電端子構件15係具有至少一次側第一導電端子151與多個次側第二導電端子152，且所述次側電連接器絕緣座16係提供定位次側導電端子構件15，且次側電連接器絕緣座16係具有次側絕緣座嵌設通道161，且如圖22所示的實施例中，所述次側插接構件18係具有次側插接構件遮蔽結構181。It should be noted that, in the embodiment shown in FIG. The electrical
接著，如圖5、圖32所示的實施例中，令主側跨接導電構件13經由主側絕緣座嵌設通道121而嵌設於主側電連接器絕緣座12，使主側跨接導電構件13跨過主側第一導電端子111而搭接各個主側第二導電端子112，以讓各個主側第二導電端子112電性連接而構成主側跨接電路。另外，令次側跨接導電構件17經由次側絕緣座嵌設通道161而嵌設於次側電連接器絕緣座16，使次側跨接導電構件17跨過次側第一導電端子151而搭接各個次側第二導電端子152，以讓各個次側第二導電端子152電性連接而構成次側跨接電路。如此，主側跨接電路與次側跨接電路可以分別提供傳輸接地訊號，以抑制電連接器在傳輸高速訊號時產生耦合的串音干擾，而避免電連接器傳輸的高速訊號受到干擾而衰減，以符合電連接器傳輸高速訊號等客製化需求。Next, in the embodiment shown in FIG. 5 and FIG. 32 , the main-side bridging
而後，如圖17至圖26所示的實施例中，令主側插接構件14分別插接主側跨接導電構件13與主側電連接器絕緣座12，使主側跨接導電構件13與主側電連接器絕緣座12接合成為主側電連接器接合體B1，而完成主側插接構件14、主側跨接導電構件13與主側電連接器絕緣座12的組裝，且如圖22所示的實施例中，使主側插接構件遮蔽結構141遮蔽主側絕緣座嵌設通道121的至少一部分，以減少例如為膠料的異物或例如為水氣、粉塵的雜質進入主側絕緣座嵌設通道121的程度，進而確保電連接器的作用符合預期。另外，令次側插接構件18分別插接次側跨接導電構件17與次側電連接器絕緣座16，使次側跨接導電構件17與次側電連接器絕緣座16接合成為次側電連接器接合體B2，而完成次側插接構件18、次側跨接導電構件17與次側電連接器絕緣座16的組裝，且如圖22所示的實施例中，使次側插接構件遮蔽結構181遮蔽次側絕緣座嵌設通道161的至少一部分，以減少例如為膠料的異物或例如為水氣、粉塵的雜質進入次側絕緣座嵌設通道161的程度，進而確保電連接器的作用符合預期。Then, in the embodiment shown in Fig. 17 to Fig. 26, the main-side plug-in
再來，如圖27所示的實施例中，提供主側電連接器膠料構件191，並令主側電連接器膠料構件191將主側電連接器絕緣座12、主側插接構件14與主側線材膠接成為一體，此時，主側插接構件遮蔽結構141係提供遮蔽主側絕緣座嵌設通道121，如此，可以避免主側電連接器膠料構件191流入主側絕緣座嵌設通道121，而膠接主側絕緣座嵌設通道121中的主側跨接導電構件13，讓主側跨接導電構件13能夠有效搭接各個主側第二導電端子112。Furthermore, in the embodiment shown in Figure 27, the main side electrical connector
另外，如圖27所示的實施例中，提供次側電連接器膠料構件192，並令次側電連接器膠料構件192將次側電連接器絕緣座16、次側插接構件18與次側線材膠接成為一體，此時，次側插接構件遮蔽結構181係提供遮蔽次側絕緣座嵌設通道161，如此，可以避免次側電連接器膠料構件192流入次側絕緣座嵌設通道161，而膠接次側絕緣座嵌設通道161中的次側跨接導電構件17，讓次側跨接導電構件17能夠有效搭接各個次側第二導電端子152。In addition, in the embodiment shown in Fig. 27, provide secondary side electrical connector
因此，本申請的電連接器1係藉由主側導電端子構件11、主側電連接器絕緣座12、主側跨接導電構件13、主側插接構件14、主側電連接器膠料構件191、次側導電端子構件15、次側電連接器絕緣座16、次側跨接導電構件17、次側插接構件18與次側電連接器膠料構件192等構件組裝而構成，因此，在電連接器設計完成後，仍然可以藉由組裝構件的調整而客製化調整電連接器的導電端子的數量與結構，以滿足電子設備的特殊需求及發展。Therefore, the
應說明的是，如圖26至圖27所示的實施例中，令主側跨接導電構件13與次側跨接導電構件17係成形為一體，俾電性連接主側跨接電路與次側跨接電路，以提供傳輸接地訊號而抑制電連接器在傳輸高速訊號時產生耦合的串音干擾，進而避免電連接器傳輸的高速訊號受到干擾而衰減，以符合電連接器傳輸高速訊號等客製化需求。另外，如圖1至圖2所示的實施例中，主側插接構件14與次側插接構件18係成形為一體，俾接合主側電連接器接合體B1與次側電連接器接合體B2，而完成主側電連接器接合體B1與次側電連接器接合體B2的組裝。It should be noted that, in the embodiments shown in FIGS. 26 to 27 , the primary-side bridging
應說明的是，於本申請的電連接器組裝方法中，還可以省略前述部分步驟，舉例而言，本申請的電連接器組裝方法係包括以下步驟：提供一主側導電端子構件、一主側電連接器絕緣座、一主側跨接導電構件與一主側插接構件，其中，該主側導電端子構件係具有至少一主側第一導電端子與多個主側第二導電端子，且該主側電連接器絕緣座係提供定位該主側導電端子構件，且該主側電連接器絕緣座係具有一主側絕緣座嵌設通道，且該主側插接構件係具有一主側插接構件遮蔽結構；令該主側跨接導電構件經由該主側絕緣座嵌設通道而嵌設於該主側電連接器絕緣座，使該主側跨接導電構件跨過該主側第一導電端子而搭接各該主側第二導電端子，以讓各該主側第二導電端子電性連接而構成一主側跨接電路；以及令該主側插接構件插接該主側跨接導電構件與該主側電連接器絕緣座，使該主側跨接導電構件與該主側電連接器絕緣座接合成為一主側電連接器接合體，並使該主側插接構件遮蔽結構遮蔽該主側絕緣座嵌設通道的至少一部分。It should be noted that in the electrical connector assembly method of the present application, some of the aforementioned steps can also be omitted. For example, the electrical connector assembly method of the present application includes the following steps: providing a main side conductive terminal member, a main side electrical connector insulation seat, a main-side bridging conductive member and a main-side plug-in member, wherein the main-side conductive terminal member has at least one main-side first conductive terminal and a plurality of main-side second conductive terminals, And the main-side electrical connector insulating seat is provided for positioning the main-side conductive terminal member, and the main-side electrical connector insulating seat has a main-side insulating seat embedding channel, and the main-side plug-in member has a main Side plug-in component shielding structure; make the main-side jumper conductive member embedded in the main-side electrical connector insulating seat through the main-side insulating seat embedding channel, so that the main-side jumper conductive member straddles the main side The first conductive terminal overlaps each of the main-side second conductive terminals, so that each of the main-side second conductive terminals is electrically connected to form a main-side jumper circuit; and the main-side plug-in member is plugged into the main-side side bridging conductive member and the main side electrical connector insulating seat, the main side bridging conductive member and the main side electrical connector insulating seat are joined to form a main side electrical connector joint body, and the main side is plugged into The component shielding structure shields at least a part of the main-side insulating seat embedding channel.
綜上所述，本申請所提供的電連接器可以藉由跨接導電構件，而在毋須額外增設其他構件的情況下，達成電連接器次側上部分導電端子彼此之間的電性連接，而讓使用本實施例的電連接器的電子設備可以持續朝輕薄短小的方向發展。另外，本申請所提供的電連接器係藉由多件構件組裝而構成，因此，在電連接器設計完成後，仍然可以藉由組裝構件的調整或更換，達成客製化調整電連接器的導電端子的數量與結構，以滿足電子設備的特殊需求及發展。再者，本申請所提供的電連接器具有遮蔽結構，而可以於電連接器組裝時提供遮蔽而避免異物或雜質進入內部，進而確保電連接器的作用符合預期。To sum up, the electrical connector provided by the present application can achieve electrical connection between some conductive terminals on the secondary side of the electrical connector by bridging the conductive components without adding other components. And the electronic equipment using the electrical connector of the present embodiment can continue to develop in the direction of thinner, lighter and smaller. In addition, the electrical connector provided in this application is constructed by assembling multiple components. Therefore, after the design of the electrical connector is completed, the adjustment or replacement of the assembled components can still be used to achieve customized adjustment of the electrical connector. The number and structure of the conductive terminals meet the special needs and development of electronic equipment. Furthermore, the electrical connector provided in the present application has a shielding structure, which can provide shielding when the electrical connector is assembled to prevent foreign objects or impurities from entering the interior, thereby ensuring that the function of the electrical connector meets expectations.
上述實施例僅例示性說明本申請之原理及功效，而非用於限制本申請。任何熟習此項技術之人士均可在不違背本申請之精神及範疇下，對上述實施例進行修飾與改變。因此，本申請之權利保護範圍，應如本申請的申請專利範圍所列。The above-mentioned embodiments are only illustrative to illustrate the principles and functions of the present application, and are not intended to limit the present application. Anyone skilled in the art can modify and change the above-mentioned embodiments without departing from the spirit and scope of the present application. Therefore, the protection scope of the rights of this application should be as listed in the patent scope of this application.
1:電連接器 11:主側導電端子構件 111:主側第一導電端子 112:主側第二導電端子 12:主側電連接器絕緣座 121:主側絕緣座嵌設通道 122:主側電連接器絕緣座插接結構 13:主側跨接導電構件 131:主側跨接導電構件搭接腳 132:主側跨接導電構件本體 133:主側跨接導電構件插接結構 14:主側插接構件 141:主側插接構件遮蔽結構 142:主側插接構件抵壓結構 143:主側插接構件插接結構 15:次側導電端子構件 151:次側第一導電端子 152:次側第二導電端子 16:次側電連接器絕緣座 161:次側絕緣座嵌設通道 162:次側電連接器絕緣座插接結構 17:次側跨接導電構件 171:次側跨接導電構件搭接腳 172:次側跨接導電構件本體 173:次側跨接導電構件插接結構 18:次側插接構件 181:次側插接構件遮蔽結構 182:次側插接構件抵壓結構 183:次側插接構件插接結構 191:主側電連接器膠料構件 192:次側電連接器膠料構件 A:插接區域 B1:主側電連接器接合體 B2:次側電連接器接合體1: Electrical connector 11: Main side conductive terminal member 111: the first conductive terminal on the main side 112: the second conductive terminal on the main side 12: Main side electrical connector insulation seat 121: Embedded channel of main side insulation seat 122: Insertion structure of the main side electrical connector insulation seat 13: The main side is connected to the conductive member 131: Overlapping feet of conductive components on the main side 132: The main side is connected to the body of the conductive member 133: Main side jumper conductive member plug-in structure 14: Main side plug-in component 141: Shielding structure of main side plug-in components 142: Compression structure of the plug-in component on the main side 143: Plug-in structure of main-side plug-in components 15: Secondary side conductive terminal member 151: Secondary side first conductive terminal 152: the second conductive terminal on the secondary side 16: Secondary electrical connector insulation seat 161: Embedded channel of the secondary insulation seat 162: Secondary side electrical connector insulation seat plug structure 17: The secondary side is connected to the conductive member 171: The secondary side is connected to the lapping leg of the conductive member 172: The secondary side is connected to the body of the conductive member 173: The plug-in structure of the secondary side jumper conductive member 18: Secondary side plug-in component 181:Secondary side plug-in member shielding structure 182: The compression structure of the secondary side plug-in member 183: The plug-in structure of the secondary side plug-in member 191: Main side electrical connector rubber component 192: Secondary side electrical connector compound component A: Docking area B1: main side electrical connector mating body B2: Secondary side electrical connector mating body
本申請的上述及其他方面、特徵以及其他優點，將通過以下結合圖式的實施例描述得到更清楚地理解。The above and other aspects, features and other advantages of the present application will be more clearly understood through the following description of the embodiments in conjunction with the drawings.
圖1，係本申請之電連接器的實施例的立體示意圖。FIG. 1 is a schematic perspective view of an embodiment of an electrical connector of the present application.
圖2，係本申請之電連接器的實施例的立體示意圖。FIG. 2 is a three-dimensional schematic diagram of an embodiment of the electrical connector of the present application.
圖3，係本申請之電連接器的實施例的分解示意圖。FIG. 3 is an exploded schematic diagram of an embodiment of the electrical connector of the present application.
圖4，係本申請之電連接器的實施例的分解示意圖。FIG. 4 is an exploded schematic view of an embodiment of the electrical connector of the present application.
圖5，係本申請之電連接器的實施例的組裝示意圖。FIG. 5 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖6，係本申請之電連接器的實施例的組裝示意圖。FIG. 6 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖7，係本申請之電連接器的實施例的組裝示意圖。FIG. 7 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖8，係圖7所示構件沿著線段AA截切的截面示意圖。Fig. 8 is a schematic cross-sectional view of the member shown in Fig. 7 cut along line AA.
圖9，係圖7所示構件沿著線段BB截切的截面示意圖。Fig. 9 is a schematic cross-sectional view of the component shown in Fig. 7 cut along the line segment BB.
圖10，係圖7所示構件沿著線段CC截切的截面示意圖。Fig. 10 is a schematic cross-sectional view of the member shown in Fig. 7 cut along line CC.
圖11，係本申請之電連接器的實施例的組裝示意圖。FIG. 11 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖12，係本申請之電連接器的實施例的組裝示意圖。FIG. 12 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖13，係本申請之電連接器的實施例的組裝示意圖。FIG. 13 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖14，係圖13所示構件沿著線段DD截切的截面示意圖。Fig. 14 is a schematic cross-sectional view of the member shown in Fig. 13 cut along line DD.
圖15，係圖13所示構件沿著線段EE截切的截面示意圖。Fig. 15 is a schematic cross-sectional view of the member shown in Fig. 13 cut along line EE.
圖16，係圖13所示構件沿著線段FF截切的截面示意圖。Fig. 16 is a schematic cross-sectional view of the member shown in Fig. 13 cut along the line segment FF.
圖17，係本申請之電連接器的實施例的組裝示意圖。FIG. 17 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖18，係本申請之電連接器的實施例的組裝示意圖。FIG. 18 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖19，係本申請之電連接器的實施例的組裝示意圖。FIG. 19 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖20，係本申請之電連接器的實施例的組裝示意圖。FIG. 20 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖21，係圖20所示構件沿著線段GG截切的截面示意圖。Fig. 21 is a schematic cross-sectional view of the member shown in Fig. 20 cut along the line segment GG.
圖22，係圖20所示構件沿著線段HH截切的截面示意圖。Fig. 22 is a schematic cross-sectional view of the member shown in Fig. 20 cut along the line segment HH.
圖23，係圖20所示構件沿著線段II截切的截面示意圖。Fig. 23 is a schematic cross-sectional view of the member shown in Fig. 20 cut along line II.
圖24，係本申請之電連接器的實施例的組裝示意圖。FIG. 24 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖25，係本申請之電連接器的實施例的組裝示意圖。FIG. 25 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖26，係本申請之電連接器的實施例的組裝示意圖。Fig. 26 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖27，係本申請之電連接器的實施例的組裝示意圖。Fig. 27 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖28，係本申請之電連接器的實施例的組裝示意圖。FIG. 28 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖29，係本申請之電連接器的實施例的組裝示意圖。FIG. 29 is a schematic diagram of assembly of an embodiment of the electrical connector of the present application.
圖30，係本申請之電連接器的實施例的組裝示意圖。FIG. 30 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖31，係本申請之電連接器的實施例的組裝示意圖。FIG. 31 is an assembly diagram of an embodiment of the electrical connector of the present application.
圖32，係圖31所示構件沿著線段JJ截切的截面示意圖。Fig. 32 is a schematic cross-sectional view of the member shown in Fig. 31 cut along the line segment JJ.
1:電連接器 1: Electrical connector
11:主側導電端子構件 11: Main side conductive terminal member
111:主側第一導電端子 111: the first conductive terminal on the main side
112:主側第二導電端子 112: the second conductive terminal on the main side
12:主側電連接器絕緣座 12: Main side electrical connector insulation seat
121:主側絕緣座嵌設通道 121: Embedded channel of main side insulation seat
13:主側跨接導電構件 13: The main side is connected to the conductive member
131:主側跨接導電構件搭接腳 131: Overlapping feet of conductive components on the main side
132:主側跨接導電構件本體 132: The main side is connected to the body of the conductive member
133:主側跨接導電構件插接結構 133: Main side jumper conductive member plug-in structure
14:主側插接構件 14: Main side plug-in component
141:主側插接構件遮蔽結構 141: Shielding structure of main side plug-in components
142:主側插接構件抵壓結構 142: Compression structure of the plug-in component on the main side
143:主側插接構件插接結構 143: Plug-in structure of main-side plug-in components
15:次側導電端子構件 15: Secondary side conductive terminal member
151:次側第一導電端子 151: Secondary side first conductive terminal
152:次側第二導電端子 152: the second conductive terminal on the secondary side
16:次側電連接器絕緣座 16: Secondary electrical connector insulation seat
161:次側絕緣座嵌設通道 161: Embedded channel of the secondary insulation seat
162:次側電連接器絕緣座插接結構 162: Secondary side electrical connector insulation seat plug structure
17:次側跨接導電構件 17: The secondary side is connected to the conductive member
18:次側插接構件 18: Secondary side plug-in component
Claims (16)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW111209552U TWM637446U (en) | 2022-09-01 | 2022-09-01 | Electrical connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW111209552U TWM637446U (en) | 2022-09-01 | 2022-09-01 | Electrical connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM637446U true TWM637446U (en) | 2023-02-11 |
Family
ID=86689715
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW111209552U TWM637446U (en) | 2022-09-01 | 2022-09-01 | Electrical connector |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM637446U (en) |
-
2022
- 2022-09-01 TW TW111209552U patent/TWM637446U/en unknown
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