TWM656500U - Electrical connector - Google Patents
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- TWM656500U TWM656500U TW112212682U TW112212682U TWM656500U TW M656500 U TWM656500 U TW M656500U TW 112212682 U TW112212682 U TW 112212682U TW 112212682 U TW112212682 U TW 112212682U TW M656500 U TWM656500 U TW M656500U
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Abstract
一種電連接器，該電連接器係可對接一對接構件，且該電連接器係具有一連接器本體、一連接器對接埠與一施力帶體。該連接器對接埠係具有可扣勾該對接構件的一扣勾結構。該連接器本體係可讓該施力帶體的延伸轉向，使得該施力帶體可在內部空間有限的電子產品中致動該扣勾結構，而令該扣勾結構可解除扣勾該對接構件，使該電連接器可拉拔而解除跟該對接構件的對接關係，進而讓該電連接器可以提供輕薄設計的電子產品使用。 An electrical connector is provided, which can be connected to a pair of connecting components, and has a connector body, a connector connecting port and a force belt body. The connector connecting port has a hook structure that can hook the connecting component. The connector body can allow the extension of the force belt body to turn, so that the force belt body can actuate the hook structure in an electronic product with limited internal space, and the hook structure can release the hook from the connecting component, so that the electrical connector can be pulled out to release the connecting relationship with the connecting component, and thus the electrical connector can be used in electronic products with a thin and light design.
Description
本申請係涉及一種電連接器，更詳而言之，係指一種可於輕薄設計的電子產品中使用的電連接器。 This application relates to an electrical connector, more specifically, an electrical connector that can be used in electronic products with a thin and light design.
按，電子產品上通常設置有一電連接器，該電連接器可扣勾一對接構件，以使該電連接器對接該對接構件而提供電性訊號的傳遞。在該電連接器在電子產品上的實施狀態中，該電連接器可解除扣勾該對接構件，使該電連接器與該對接構件的對接關係解除。然，近年來電子產品有著輕薄設計的發展趨勢，導致電子產品的內部空間有限，使得該電連接器不易解除扣勾該對接構件。 According to the specification, an electrical connector is usually provided on an electronic product, and the electrical connector can hook a pair of connecting components so that the electrical connector can be connected to the connecting components to provide electrical signal transmission. When the electrical connector is implemented on the electronic product, the electrical connector can be unhooked from the connecting component to release the connection between the electrical connector and the connecting component. However, in recent years, electronic products have a trend of developing thin and light designs, resulting in limited internal space of electronic products, making it difficult for the electrical connector to unhook the connecting component.
基於前述，如何改良電連接器的結構設計，讓電連接器可以在電子產品內部的有限空間中解除扣勾該對接構件，遂為所屬技術領域人士所迫切關注的議題。 Based on the above, how to improve the structural design of the electrical connector so that the electrical connector can be unhooked from the docking component in the limited space inside the electronic product has become an issue of urgent concern to people in the relevant technical field.
鑒於上述先前技術之缺點，本申請提供一種電連接器，係包括：一連接器本體，該連接器本體係具有一連接器本體頭部外牆、一連接器本體內部空間、一第一連接器本體頭部延伸轉向結構、一第二連接器本體頭部延伸轉 向結構、一連接器本體拖曳結構與一連接器本體抵接結構；一連接器對接埠，該連接器對接埠係具有一連接器對接埠扣勾結構與一連接器對接埠抵接結構；以及一施力帶體，該施力帶體係具有一施力帶體拖曳段、一施力帶體延伸段與一施力帶體施力段，該施力帶體延伸段係具有一第一施力帶體頭部延伸子段與一第二施力帶體頭部延伸子段，該第一施力帶體頭部延伸子段係連接該施力帶體拖曳段，該第二施力帶體頭部延伸子段係連接該第一施力帶體頭部延伸子段；其中，該施力帶體拖曳段係接合該連接器本體拖曳結構，該施力帶體延伸段係分別連接該施力帶體拖曳段與該施力帶體施力段，且該施力帶體延伸段係延伸經過該第一連接器本體頭部延伸轉向結構與該第二連接器本體頭部延伸轉向結構；該施力帶體施力段係可提供施力，使該施力帶體拖曳段在一拖曳方向拖曳該連接器本體拖曳結構而致動該連接器本體抵接結構，且使該連接器本體抵接結構抵接該連接器對接埠抵接結構而致動該連接器對接埠扣勾結構，且使該第一連接器本體頭部延伸轉向結構與該第二連接器本體頭部延伸轉向結構分別讓該施力帶體延伸段的延伸轉向，令該第一施力帶體頭部延伸子段沿著該連接器本體頭部外牆在一第一頭部延伸方向延伸，且令該第二施力帶體頭部延伸子段在一第二頭部延伸方向延伸至該連接器本體內部空間；以及該拖曳方向與該第一頭部延伸方向係實質不同，該第一頭部延伸方向與該第二頭部延伸方向係實質不同。 In view of the above-mentioned shortcomings of the prior art, the present application provides an electrical connector, comprising: a connector body, the connector body having a connector body head outer wall, a connector body internal space, a first connector body head extension turning structure, a second connector body head extension turning structure, a connector body dragging structure and a connector body abutting structure; a connector docking port, the connector docking port having a connector docking port hook structure and a connector docking port abutting structure; and a force applying structure. The force belt body has a force belt body drag section, a force belt body extension section and a force belt body force section, the force belt body extension section has a first force belt body head extension section and a second force belt body head extension section, the first force belt body head extension section is connected to the force belt body drag section, the second force belt body head extension section is connected to the first force belt body head extension section; wherein the force belt body drag section is connected to the connector body drag structure, and the force belt body extension section is respectively connected to The force-applying belt body drag section and the force-applying belt body force section, and the force-applying belt body extension section extends through the first connector body head extension turning structure and the second connector body head extension turning structure; the force-applying belt body force section can provide force, so that the force-applying belt body drag section drags the connector body drag structure in a dragging direction to activate the connector body abutment structure, and the connector body abutment structure abuts against the connector docking port abutment structure to activate the connector docking port hook structure, and the first connector The main body head extension turning structure and the second connector body head extension turning structure respectively turn the extension direction of the force-applying belt extension section, so that the first force-applying belt head extension section extends along the connector body head outer wall in a first head extension direction, and the second force-applying belt head extension section extends to the connector body inner space in a second head extension direction; and the dragging direction is substantially different from the first head extension direction, and the first head extension direction is substantially different from the second head extension direction.
優選地，於本申請的電連接器中，該連接器對接埠還具有一連接器對接埠支點結構，該連接器對接埠扣勾結構與該連接器對接埠抵接結構係分別位於該連接器對接埠支點結構相對兩側中的一側，於該施力帶體拖曳段致動 該連接器對接埠扣勾結構，該連接器對接埠扣勾結構係以該連接器對接埠支點結構為支點而運動。 Preferably, in the electrical connector of the present application, the connector docking port further has a connector docking port pivot structure, the connector docking port hook structure and the connector docking port abutment structure are respectively located on one of the two opposite sides of the connector docking port pivot structure, and the connector docking port hook structure is actuated in the dragging section of the force-applying belt body, and the connector docking port hook structure moves with the connector docking port pivot structure as a pivot.
優選地，於本申請的電連接器中，該連接器對接埠扣勾結構、該連接器對接埠抵接結構與該連接器對接埠支點結構係構成一蹺蹺板結構，該連接器對接埠支點結構係為該蹺蹺板結構的支點。 Preferably, in the electrical connector of the present application, the connector docking port hook structure, the connector docking port abutment structure and the connector docking port fulcrum structure constitute a fulcrum plate structure, and the connector docking port fulcrum structure is the fulcrum of the fulcrum plate structure.
優選地，於本申請的電連接器中，該連接器本體還具有一連接器本體卡接結構，該連接器本體卡接結構係可卡接該連接器對接埠，使該連接器本體與該連接器對接埠可卡接成為一體。 Preferably, in the electrical connector of the present application, the connector body also has a connector body snap-on structure, and the connector body snap-on structure can snap-on the connector docking port, so that the connector body and the connector docking port can be snap-oned into one body.
優選地，於本申請的電連接器中，該連接器本體卡接結構係為彈臂結構。 Preferably, in the electrical connector of the present application, the connector body snap-on structure is a spring arm structure.
優選地，於本申請的電連接器中，該連接器本體還具有一連接器本體支點結構，於該施力帶體拖曳段致動該連接器本體抵接結構，該連接器本體抵接結構係以該連接器本體支點結構為支點而運動。 Preferably, in the electrical connector of the present application, the connector body also has a connector body fulcrum structure, and the connector body abutment structure is actuated in the dragging section of the force-applying belt body, and the connector body abutment structure moves with the connector body fulcrum structure as a fulcrum.
相較於先前技術，本申請所提出之電連接器係可對接一對接構件，且該電連接器係具有一連接器本體、一連接器對接埠與一施力帶體。該連接器對接埠係具有可扣勾該對接構件的一扣勾結構。該連接器本體係可讓該施力帶體的延伸轉向，使得該施力帶體可在內部空間有限的電子產品中致動該扣勾結構，而令該扣勾結構可解除扣勾該對接構件，使該電連接器可拉拔而解除跟該對接構件的對接關係，進而讓該電連接器可以提供輕薄設計的電子產品使用。 Compared with the prior art, the electrical connector proposed in this application can be connected to a pair of connecting components, and the electrical connector has a connector body, a connector connecting port and a force belt body. The connector connecting port has a hook structure that can hook the connecting component. The connector body can allow the extension of the force belt body to turn, so that the force belt body can actuate the hook structure in an electronic product with limited internal space, and the hook structure can release the hook from the connecting component, so that the electrical connector can be pulled out to release the connection with the connecting component, and thus the electrical connector can be used in electronic products with a thin and light design.
1:電連接器 1:Electrical connector
11:連接器本體 11: Connector body
1111:連接器本體頭部外牆 1111: Connector body head outer wall
112:連接器本體內部空間 112: Internal space of connector body
1131:第一連接器本體頭部延伸轉向結構 1131: The first connector body head extension turning structure
1132:第二連接器本體頭部延伸轉向結構 1132: Second connector body head extension turning structure
116:連接器本體抵接結構 116: Connector body abutment structure
117:連接器本體支點結構 117: Connector body fulcrum structure
118:連接器本體卡接結構 118: Connector body snap-on structure
119:連接器本體拖曳結構 119: Connector body drag structure
12:連接器對接埠 12: Connector docking port
120:蹺蹺板結構 120: Seesaw board structure
121:連接器對接埠扣勾結構 121: Connector docking port hook structure
123:連接器對接埠支點結構 123: Connector docking port support structure
124:連接器對接埠抵接結構 124: Connector docking port abutment structure
13:施力帶體 13: Force belt body
131:施力帶體拖曳段 131: Force belt drag section
132:施力帶體延伸段 132: Extension section of force belt
13211:第一施力帶體頭部延伸子段 13211: First force-applying belt head extension section
13212:第二施力帶體頭部延伸子段 13212: Second force-applying belt head extension section
133:施力帶體施力段 133: Force-applying section of force-applying belt
2:對接構件 2: Docking components
D0:拖曳方向 D0: drag direction
D11:第一頭部延伸方向 D11: First head extension direction
D12:第二頭部延伸方向 D12: Second head extension direction
本申請的上述及其他方面、特徵以及其他優點，將通過以下圖式結合實施例的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 figures combined with the description of the embodiments.
圖1，係本申請之電連接器於一實施例的第一視角的立體示意圖。 Figure 1 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.
圖2，係本申請之電連接器於一實施例的第二視角的立體示意圖。 Figure 2 is a three-dimensional schematic diagram of the electrical connector of the present application at a second viewing angle in one embodiment.
圖3，係本申請之電連接器的實施例的部分構件的俯視示意圖。 Figure 3 is a schematic top view of some components of an embodiment of the electrical connector of this application.
圖4，係本申請之電連接器的實施例的部分構件的後視示意圖。 Figure 4 is a schematic rear view of some components 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部分構件的前視示意圖。 Figure 5 is a front view schematic diagram of some components of an embodiment of the electrical connector of the present application.
圖6，係圖5所示之電連接器的部分構件沿著線段AA截切的截面示意圖。 FIG6 is a schematic cross-sectional view of some components of the electrical connector shown in FIG5 cut along line segment AA.
圖7，係本申請之電連接器於一實施例的第一視角的立體示意圖。 Figure 7 is a three-dimensional schematic diagram of the electrical connector of the present application at a first viewing angle in an embodiment.
圖8，係本申請之電連接器於一實施例的第二視角的立體示意圖。 Figure 8 is a three-dimensional schematic diagram of the electrical connector of the present application at a second viewing angle in one embodiment.
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 accompanied by drawings to illustrate the technical content of this application through specific concrete embodiments. People familiar with this technology can easily understand other advantages and functions of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments. The details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportional relationship and relative position of each component in the drawings are only for exemplary purposes and do not represent the actual situation of the implementation of this application.
另外，應說明的是，為使揭露內容更為簡潔而容易明瞭，以下各實施例中相同或近似功能的元件將採用相同的符號進行說明，且省略相同或均等特徵的描述。 In addition, it should be noted that in order to make the disclosed content more concise and easy to understand, the same symbols will be used to describe the components with the same or similar functions in the following embodiments, and the description of the same or equivalent features will be omitted.
本申請係提供至少一種電連接器，該電連接器係可對接一對接構件，且該電連接器係具有一連接器本體、一連接器對接埠與一施力帶體。該連接器對接埠係具有一連接器對接埠扣勾結構，該連接器對接埠扣勾結構係可扣勾該對接構件。該連接器本體係具有至少一延伸轉向結構，該延伸轉向結構係可讓該施力帶體的延伸轉向，使該施力帶體可在內部空間有限的電子產品中致動該連接器對接埠扣勾結構，而令該連接器對接埠扣勾結構可解除扣勾該對接構件，使該電連接器可拉拔而解除跟該對接構件的對接關係，進而讓該電連接器可以提供輕薄設計的電子產品使用。 The present application provides at least one electrical connector, which can be connected to a pair of connecting components, and has a connector body, a connector docking port and a force belt body. The connector docking port has a connector docking port hook structure, and the connector docking port hook structure can hook the connecting component. The connector body has at least one extension turning structure, and the extension turning structure can allow the extension of the force belt body to turn, so that the force belt body can actuate the connector docking port hook structure in an electronic product with limited internal space, and the connector docking port hook structure can release the hook of the connecting component, so that the electrical connector can be pulled out to release the docking relationship with the connecting component, and thus the electrical connector can be used in electronic products with a thin and light design.
針對本申請技術揭露的實施例說明，請一併參閱圖1至圖8。 For the description of the embodiments disclosed in this application, please refer to Figures 1 to 8.
於圖1至圖3及圖6所示的實施例中，本申請的電連接器1可用於電子產品上扣勾一對接構件2，以使該電連接器對接該對接構件2而提供電性訊號的傳遞，該電連接器1係包括一連接器本體11、一連接器對接埠12以及一施力帶體13。
In the embodiments shown in FIGS. 1 to 3 and 6, the
如圖6至圖8所示，該連接器本體11係具有一連接器本體頭部外牆1111、一連接器本體內部空間112、一第一連接器本體頭部延伸轉向結構1131、一第二連接器本體頭部延伸轉向結構1132、一連接器本體拖曳結構119、一連接器本體抵接結構116、一連接器本體支點結構117與一連接器本體卡接結構118。該連接器本體卡接結構118係可卡接該連接器對接埠12，使該連接器本體11與該連接器對接埠12可卡接成為一體，可選擇性地，該連接器本體卡接結構118係為彈臂結構，使該連接器本體11可彈性卡接該連接器對接埠12。
As shown in Figures 6 to 8, the
如圖1及圖7至圖8所示，該連接器對接埠12係具有一連接器對接埠扣勾結構121、一連接器對接埠抵接結構124與一連接器對接埠支點結構123。
該連接器對接埠扣勾結構121與該連接器對接埠抵接結構124係分別位於該連接器對接埠支點結構123相對兩側中的一側，如此，該連接器對接埠扣勾結構121、該連接器對接埠抵接結構124與該連接器對接埠支點結構123係構成一蹺蹺板結構120，而該連接器對接埠支點結構123係為該蹺蹺板結構120的支點。
As shown in FIG. 1 and FIG. 7 to FIG. 8 , the
如圖6所示，該施力帶體13係具有一施力帶體拖曳段131、一施力帶體延伸段132與一施力帶體施力段133。該施力帶體延伸段132係具有一第一施力帶體頭部延伸子段13211與一第二施力帶體頭部延伸子段13212，該第一施力帶體頭部延伸子段13211係連接該施力帶體拖曳段131，該第二施力帶體頭部延伸子段13212係連接該第一施力帶體頭部延伸子段13211。
As shown in FIG6 , the
於上述實施例中，該施力帶體拖曳段131係接合該連接器本體拖曳結構119，該施力帶體延伸段132係分別連接該施力帶體拖曳段131與該施力帶體施力段133，且該施力帶體延伸段132係延伸經過該第一連接器本體頭部延伸轉向結構1131與該第二連接器本體頭部延伸轉向結構1132。
In the above embodiment, the force-applying belt
另外，於上述實施例中，該施力帶體施力段133係可提供施力，使該施力帶體拖曳段131在一拖曳方向D0拖曳該連接器本體拖曳結構119而致動該連接器本體抵接結構116，使該連接器本體抵接結構116以該連接器本體支點結構117為支點而運動，進而使該連接器本體抵接結構116抵接該連接器對接埠抵接結構124而致動該連接器對接埠扣勾結構121，讓該連接器對接埠扣勾結構121以該連接器對接埠支點結構123為支點而運動，如此，該連接器對接埠扣勾結構121可解除扣勾該對接構件2，使該電連接器1可拉拔而解除跟該對接構件2的對接關係。
In addition, in the above-mentioned embodiment, the force-applying belt force-applying
再者，於上述實施例中，當該施力帶體施力段133提供施力時，
該第一連接器本體頭部延伸轉向結構1131可以讓該施力帶體延伸段132的延伸轉向，而令該第一施力帶體頭部延伸子段13211沿著該連接器本體頭部外牆1111在一第一頭部延伸方向D11延伸，且使該第二連接器本體頭部延伸轉向結構1132讓該施力帶體延伸段132的延伸轉向，而令該第二施力帶體頭部延伸子段13212在一第二頭部延伸方向D12延伸至該連接器本體內部空間112。
Furthermore, in the above embodiment, when the force-applying belt force-applying
應說明的是，於上述實施例中，該拖曳方向D0與該第一頭部延伸方向D11係實質不同，而該第一頭部延伸方向D11與該第二頭部延伸方向D12係實質不同，如此，當該第二施力帶體頭部延伸子段13212受力時，該第一施力帶體頭部延伸子段13211係可作為力臂或傳力結構，令該施力帶體拖曳段131拖曳該連接器本體拖曳結構119，使該施力帶體13可在內部空間有限的電子產品中致動該連接器對接埠扣勾結構121，而令該連接器對接埠扣勾結構121可解除扣勾該對接構件2，使該電連接器1可拉拔而解除跟該對接構件2的對接關係，進而讓該電連接器1可以提供輕薄設計的電子產品使用。
It should be noted that in the above embodiment, the dragging direction D0 is substantially different from the first head extension direction D11, and the first head extension direction D11 is substantially different from the second head extension direction D12. Thus, when the second force-applying belt
另外，應說明的是，本申請的電連接器還可以省略部分構件而非以上述實施例為限。舉例而言，本申請的電連接器可選擇僅包括：連接器本體、連接器對接埠以及施力帶體。連接器本體係具有連接器本體頭部外牆、連接器本體內部空間、第一連接器本體頭部延伸轉向結構、第二連接器本體頭部延伸轉向結構、連接器本體拖曳結構與連接器本體抵接結構。連接器對接埠係具有連接器對接埠扣勾結構與連接器對接埠抵接結構。施力帶體係具有施力帶體拖曳段、施力帶體延伸段與施力帶體施力段，施力帶體延伸段係具有第一施力帶體頭部延伸子段與第二施力帶體頭部延伸子段，第一施力帶體頭部延伸子段係連接施力帶體拖曳段，第二施力帶體頭部延伸子段係連接第一施力帶體頭部延 伸子段。 In addition, it should be noted that the electrical connector of the present application may also omit some components rather than being limited to the above-mentioned embodiments. For example, the electrical connector of the present application may optionally include only: a connector body, a connector docking port, and a force-applying belt body. The connector body has a connector body head outer wall, a connector body internal space, a first connector body head extension turning structure, a second connector body head extension turning structure, a connector body dragging structure, and a connector body abutment structure. The connector docking port has a connector docking port hook structure and a connector docking port abutment structure. The force belt body has a force belt body drag section, a force belt body extension section and a force belt body force section. The force belt body extension section has a first force belt body head extension section and a second force belt body head extension section. The first force belt body head extension section is connected to the force belt body drag section, and the second force belt body head extension section is connected to the first force belt body head extension section.
再者，施力帶體拖曳段係接合連接器本體拖曳結構，施力帶體延伸段係分別連接施力帶體拖曳段與施力帶體施力段，且施力帶體延伸段係延伸經過第一連接器本體頭部延伸轉向結構與第二連接器本體頭部延伸轉向結構。施力帶體施力段係可提供施力，使施力帶體拖曳段在拖曳方向拖曳連接器本體拖曳結構而致動連接器本體抵接結構，且使連接器本體抵接結構抵接連接器對接埠抵接結構而致動連接器對接埠扣勾結構，且使第一連接器本體頭部延伸轉向結構與第二連接器本體頭部延伸轉向結構分別讓施力帶體延伸段的延伸轉向，令第一施力帶體頭部延伸子段沿著連接器本體頭部外牆在第一頭部延伸方向延伸，且令第二施力帶體頭部延伸子段在第二頭部延伸方向延伸至連接器本體內部空間。拖曳方向與第一頭部延伸方向係實質不同，第一頭部延伸方向與第二頭部延伸方向係實質不同。 Furthermore, the force belt body drag section is connected to the connector body drag structure, the force belt body extension section is respectively connected to the force belt body drag section and the force belt body force section, and the force belt body extension section extends through the first connector body head extension turning structure and the second connector body head extension turning structure. The force-applying section of the force-applying belt body can provide force, so that the force-applying belt body dragging section drags the connector body dragging structure in the dragging direction to activate the connector body abutting structure, and the connector body abutting structure abuts the connector docking port abutting structure to activate the connector docking port hook structure, and the first connector body head extension turning structure and the second connector body head extension turning structure respectively allow the extension direction of the force-applying belt body extension section to be extended along the connector body head outer wall in the first head extension direction, and the second force-applying belt body head extension section extends in the second head extension direction to the connector body internal space. The dragging direction is substantially different from the first head extension direction, and the first head extension direction is substantially different from the second head extension direction.
綜上所述，本申請的電連接器係可對接一對接構件，且該電連接器係具有一連接器本體、一連接器對接埠與一施力帶體。該連接器對接埠係具有可扣勾該對接構件的一扣勾結構。該連接器本體係可讓該施力帶體的延伸轉向，使得該施力帶體可在內部空間有限的電子產品中致動該扣勾結構，而令該扣勾結構可解除扣勾該對接構件，使該電連接器可拉拔而解除跟該對接構件的對接關係，進而讓該電連接器可以提供輕薄設計的電子產品使用。 In summary, the electrical connector of the present application can be connected to a pair of connecting components, and the electrical connector has a connector body, a connector connecting port and a force belt body. The connector connecting port has a hook structure that can hook the connecting component. The connector body can allow the extension of the force belt body to turn, so that the force belt body can actuate the hook structure in an electronic product with limited internal space, and the hook structure can release the hook from the connecting component, so that the electrical connector can be pulled out to release the connecting relationship with the connecting component, and thus the electrical connector can be used in electronic products with a thin and light design.
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 embodiments are merely illustrative of the principles and effects of this application, and are not intended to limit this application. Anyone familiar with this technology may modify and change the above embodiments without violating the spirit and scope of this application. Therefore, the scope of protection of this application should be as listed in the scope of the patent application of this application.
1:電連接器 1:Electrical connector
11:連接器本體 11: Connector body
1111:連接器本體頭部外牆 1111: Connector body head outer wall
116:連接器本體抵接結構 116: Connector body abutment structure
117:連接器本體支點結構 117: Connector body fulcrum structure
118:連接器本體卡接結構 118: Connector body snap-on structure
119:連接器本體拖曳結構 119: Connector body drag structure
12:連接器對接埠 12: Connector docking port
120:蹺蹺板結構 120: Seesaw board structure
121:連接器對接埠扣勾結構 121: Connector docking port hook structure
123:連接器對接埠支點結構 123: Connector docking port support structure
124:連接器對接埠抵接結構 124: Connector docking port abutment structure
13:施力帶體 13: Force belt body
131:施力帶體拖曳段 131: Force belt drag section
133:施力帶體施力段 133: Force-applying section of force-applying belt
2:對接構件 2: Docking components
Claims (6)
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM656500U true TWM656500U (en) | 2024-06-11 |
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