TWM641324U - connector assembly - Google Patents
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- TWM641324U TWM641324U TW111213915U TW111213915U TWM641324U TW M641324 U TWM641324 U TW M641324U TW 111213915 U TW111213915 U TW 111213915U TW 111213915 U TW111213915 U TW 111213915U TW M641324 U TWM641324 U TW M641324U
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Abstract
一種連接器組件,包含至少兩個導引屏蔽罩以及橋接件。所述兩個導引屏蔽罩彼此獨立且具有導電性,各所述導引屏蔽罩具有側壁,所述兩個導引屏蔽罩並排設置,且所述兩個導引屏蔽罩的彼此面對且相鄰的所述側壁間隔一預定距離。所述橋接件相對所述兩個導引屏蔽罩為獨立的組件且具有導電性,所述橋接件設置在所述兩個導引屏蔽罩之間,並機械性且電性地連接於相鄰的所述兩個導引屏蔽罩的側壁之間,所述橋接件具有第一橋接部,所述第一橋接部具有分別通過第一組裝構造組裝在所述兩個導引屏蔽罩的所述側壁的兩個側板,各所述側板具有共同多點接觸於對應的所述側壁的多個接觸彈片。A connector assembly includes at least two guiding shields and a bridging piece. The two guide shields are independent of each other and have electrical conductivity, each of the guide shields has a side wall, the two guide shields are arranged side by side, and the two guide shields face each other and Adjacent side walls are separated by a predetermined distance. The bridging piece is an independent component relative to the two guiding shields and has electrical conductivity, the bridging piece is arranged between the two guiding shielding covers, and is mechanically and electrically connected to adjacent Between the side walls of the two guide shields, the bridging member has a first bridging portion, and the first bridging portion has the said two guide shields that are respectively assembled in the two guide shields through the first assembly structure. The two side plates of the side wall, each of the side plates has a plurality of contact elastic pieces that are in common multi-point contact with the corresponding side walls.
Description
本新型是有關於一種連接器組件,特別是指一種包含至少兩個導引屏蔽罩的連接器組件。The present invention relates to a connector assembly, in particular to a connector assembly comprising at least two guiding shields.
中國實用新型公告號CN208209117U公開了一種並聯式熱插拔式接口連接器,包括金屬材質的籠體,所述籠體設有若干縱長的用以自前向後收容對接插頭模塊的插接口,所述插接口後端設有用以收容安裝連接器的安裝腔,所述籠體包括若干左右間隔排布的罩壁,所述罩壁包括頂壁以及自頂壁左右兩側向下彎折延伸的側壁,所述籠體還包括用以連接所述側壁下方的一底壁以及用以連接所述側壁後方的一後壁,所述底壁上固持有用以左右連接相鄰兩側壁的底端連接件,所述後壁上固持有用以左右連接相鄰兩側壁的後端連接件,所述相鄰兩側壁的前端夾設固持有前端連接件。China Utility Model Notification No. CN208209117U discloses a parallel hot-swappable interface connector, which includes a cage made of metal, and the cage is provided with a number of elongated sockets for accommodating butted plug modules from front to rear. The rear end of the socket is provided with an installation cavity for accommodating the connector. The cage body includes a plurality of cover walls arranged at intervals from left to right. The cover walls include a top wall and side walls bent downward from the left and right sides of the top wall. , the cage body also includes a bottom wall for connecting the bottom of the side wall and a rear wall for connecting the rear of the side wall, the bottom wall is fixed with a bottom end for connecting the adjacent two side walls left and right As for the connecting piece, the rear wall is fixed with a rear-end connecting piece for connecting the adjacent two side walls left and right, and the front end of the adjacent two side walls is interposed and fixed with a front-end connecting piece.
此先前技術雖然公開了底端連接件、後端連接件及前端連接件的組合。其中,用以左右連接相鄰兩側壁的底端連接件需要固持在底壁上,從而使所述側壁的底端較爲穩固地連接於底壁上。用以左右連接相鄰兩側壁的後端連接件則需要固持在後壁上。而前端連接件夾設固持在相鄰的兩側壁前端之間且用以與相鄰兩側壁搭接/固持,使相鄰兩側壁之間可間隔一定的距離,並使所述左右相鄰插接口之間的距離較爲穩定。但是,因為罩壁的數量為多個,但是而底壁及後壁的數量各為一個,因此這些底端連接件、後端連接件及前端連接件都是在組裝整個籠體的必要組件,使整個籠體在組裝上較為複雜且較為不易。雖然此先前技術公開了前端連接件的第一側端部可以和隔板件的扣點鉚壓,但是可以想見,要把前端連接件的兩側的第一側端部皆進行鉚壓固定,必然需要通過工具且在操作上也較爲困難。而且前端連接件、底端連接件或後端連接件在整個金屬籠體內僅用於單純機械性地連接或隔開多個相鄰的罩壁。Although this prior art discloses the combination of the bottom connector, the rear connector and the front connector. Wherein, the bottom end connectors for connecting the adjacent two side walls left and right need to be fixed on the bottom wall, so that the bottom ends of the side walls are relatively firmly connected to the bottom wall. The rear connecting piece used to connect the adjacent two side walls left and right needs to be fixed on the rear wall. The front end connecting piece is clamped and held between the front ends of the adjacent two side walls and is used to overlap/hold with the adjacent two side walls, so that a certain distance can be spaced between the adjacent two side walls, and the left and right adjacent inserts The distance between the interfaces is more stable. However, because the number of cover walls is multiple, but the number of the bottom wall and the rear wall is one each, these bottom connectors, rear connectors and front connectors are all necessary components for assembling the entire cage, Make the whole cage relatively complicated and difficult to assemble. Although this prior art discloses that the first side end of the front-end connector can be riveted with the buckle point of the partition member, it is conceivable that the first side ends on both sides of the front-end connector should be riveted and fixed. , it is necessary to use tools and it is also difficult to operate. Moreover, the front-end connector, the bottom-end connector or the rear-end connector are only used for purely mechanically connecting or separating a plurality of adjacent enclosure walls in the entire metal cage.
因此,本新型的一目的,即在提供一種能改善先前技術中至少一問題的連接器組件。Therefore, an object of the present invention is to provide a connector assembly which can solve at least one problem of the prior art.
於是,本新型連接器組件在一些實施態樣中,是包含至少兩個導引屏蔽罩以及橋接件。所述兩個導引屏蔽罩彼此獨立且具有導電性,各所述導引屏蔽罩具有側壁,所述兩個導引屏蔽罩並排設置,且所述兩個導引屏蔽罩的彼此面對且相鄰的所述側壁間隔一預定距離。所述橋接件相對所述兩個導引屏蔽罩為獨立的組件且具有導電性,所述橋接件設置在所述兩個導引屏蔽罩之間,並機械性且電性地連接於相鄰的所述兩個導引屏蔽罩的所述側壁之間,所述橋接件具有第一橋接部,所述第一橋接部具有分別通過第一組裝構造組裝在所述兩個導引屏蔽罩的所述側壁的兩個側板,各所述側板具有共同多點接觸於對應的所述側壁的多個接觸彈片。Therefore, in some embodiments of the present invention, the connector assembly includes at least two guiding shields and bridge pieces. The two guide shields are independent of each other and have electrical conductivity, each of the guide shields has a side wall, the two guide shields are arranged side by side, and the two guide shields face each other and Adjacent side walls are separated by a predetermined distance. The bridging piece is an independent component relative to the two guiding shields and has electrical conductivity, the bridging piece is arranged between the two guiding shielding covers, and is mechanically and electrically connected to adjacent Between the sidewalls of the two guiding shields, the bridging member has a first bridging portion, and the first bridging portion has parts assembled in the two guiding shields through the first assembly structure respectively. The two side plates of the side wall, each of the side plates has a plurality of contact elastic pieces that are in common multi-point contact with the corresponding side wall.
在一些實施態樣中,所述第一組裝構造包括設置在所述導引屏蔽罩的所述側壁的插孔,以及設置在所述第一橋接部的所述側板且對應插設於所述插孔的插片。In some implementation aspects, the first assembly structure includes an insertion hole disposed on the side wall of the guiding shield, and the side plate disposed on the first bridging portion and correspondingly inserted into the Jack tabs.
在一些實施態樣中,各所述導引屏蔽罩的所述側壁具有插接凸塊,所述插接凸塊形成有朝向後方的所述插孔,所述第一橋接部的各所述側板具有朝下延伸的下伸片,所述下伸片形成有朝前凸出且朝前插設所述插孔的所述插片,且所述下伸片的前緣在朝前的方向被所述插接凸塊限位。In some implementation aspects, the side walls of each of the guiding shields have inserting protrusions, and the inserting protrusions are formed with the insertion holes facing backward, and each of the first bridging parts The side plate has a downwardly extending downward piece, the downwardly extending piece is formed with the insertion piece protruding forward and inserted into the insertion hole forwardly, and the front edge of the downwardly extending piece is in the forward direction It is limited by the insertion protrusion.
在一些實施態樣中,所述第一橋接部呈前後延伸的長條框形構造,且所述第一橋接部橫截面呈矩形。In some implementation aspects, the first bridging portion is in the shape of a long frame extending back and forth, and the cross section of the first bridging portion is rectangular.
在一些實施態樣中,各所述導引屏蔽罩還具有後壁,所述橋接件還包括連接於所述第一橋接部後端的第二橋接部,所述兩個導引屏蔽罩的所述後壁及所述第二橋接部通過第二組裝構造組裝。In some implementation aspects, each of the guiding shields further has a rear wall, and the bridging member further includes a second bridging portion connected to the rear end of the first bridging portion. The rear wall and the second bridging portion are assembled through a second assembly structure.
在一些實施態樣中,所述第二組裝構造包括設置在所述導引屏蔽罩的所述後壁的鎖扣片,以及設置在所述第二橋接部且與對應鎖扣於所述鎖扣片的鎖扣彈片。In some implementation aspects, the second assembly structure includes a locking piece disposed on the rear wall of the guiding shield, and a locking piece disposed on the second bridging portion and correspondingly locked to the lock The buckle's locking shrapnel.
在一些實施態樣中,所述第二組裝構造還包括設置在所述第二橋接部且位於所述鎖扣彈片上方的擋塊,下方的所述鎖扣彈片及上方的所述擋塊之間構成用以容納及鎖扣所述鎖扣片的鎖扣凹部。In some implementation aspects, the second assembly structure further includes a stopper disposed on the second bridging portion and above the locking elastic piece, and the locking elastic piece below and the above stopper A locking recess for accommodating and locking the locking piece is formed between them.
在一些實施態樣中,所述鎖扣彈片設置於所述第二橋接部的下端,且所述鎖扣彈片具有自所述第二橋接部的下端朝前延伸的延伸段,以及自所述延伸段末端朝上翻折地朝後延伸的鎖扣段。In some implementation aspects, the locking elastic piece is disposed at the lower end of the second bridging portion, and the locking elastic piece has an extension extending forward from the lower end of the second bridging portion, and extending from the lower end of the second bridging portion. The end of the extension section is folded upwards and extends rearwardly with a lock section.
在一些實施態樣中,所述第一橋接部的各個所述側板的所述多個接觸彈片前後地排成一排。In some implementation aspects, the plurality of contact elastic pieces of each of the side plates of the first bridging portion are arranged in a row front to back.
本新型中具有導電性的所述橋接件與並排設置的所述兩個導引屏蔽罩是各自獨立的構件,通過所述橋接件能機械性且電性地連接所述兩個導引屏蔽罩,其中,利用所述橋接件的各個所述側板的所述多個接觸彈片共同多點接觸於對應的所述導引屏蔽罩的所述側壁,能夠更加確實地電性連接相鄰的所述兩個導引屏蔽罩,使所述兩個導引屏蔽罩之間能夠具有相同的接地電位,以增加抑制電磁干擾的效果,並提高訊號的傳輸速度。另外,所述橋接件是組裝於所述導引屏蔽罩的所述側壁以及所述後壁,因此能穩固地設置在所述兩個導引屏蔽罩之間。再者,由於所述橋接件相對所述兩個導引屏蔽罩為獨立的組件,因此所述橋接件可以在並排相鄰的所述兩個導引屏蔽罩完成整體組裝之後(例如組裝插座連接器及安裝到電路板之後),再組裝到所述兩個導引屏蔽罩之間。In the present invention, the conductive bridge and the two guide shields arranged side by side are independent components, and the two guide shields can be connected mechanically and electrically through the bridge , wherein, using the plurality of contact elastic pieces of each of the side plates of the bridging member to be in multi-point contact with the corresponding side wall of the guiding shield, it is possible to more reliably electrically connect the adjacent The two guide shields enable the two guide shields to have the same ground potential, so as to increase the effect of suppressing electromagnetic interference and increase the transmission speed of signals. In addition, the bridging member is assembled on the side wall and the rear wall of the guiding shield, so it can be stably arranged between the two guiding shields. Furthermore, since the bridging piece is an independent assembly relative to the two guiding shields, the bridging piece can be assembled after the two adjacent guiding shielding covers are assembled (for example, when the socket connection is assembled). device and installed on the circuit board), and then assembled between the two guide shields.
在本新型被詳細描述之前,應當注意在以下的說明內容中,類似的元件是以相同的編號來表示。Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numerals.
參閱圖1至圖4,本新型連接器組件100之一第一實施例,適用於與一可插拔模組(圖未示)插接。該連接器組件100包含兩個導引屏蔽罩1、兩個插座連接器2,以及一橋接件3。Referring to FIGS. 1 to 4 , a first embodiment of the
該兩導引屏蔽罩1彼此獨立且具有導電性。該兩導引屏蔽罩1舉例來說是通過對導電金屬板實施衝壓、彎曲等加工方式所構造而成,並用以導引該可插拔模組及產生屏蔽電磁干擾之作用。每一該導引屏蔽罩1包括一罩體11、設於該罩體11的一隔間框架12、分別設於該罩體11與該隔間框架12的前端處的多個接地件13,以及由該罩體11與該隔間框架12共同界定且被該隔間框架12上下分隔的兩個插接通道14,該等插接通道14供該可插拔模組***。需要說明的是,在其他實施態樣中,該隔間框架12可以被取消,且各該導引屏蔽罩1僅包括由該罩體11界定的一個所述插接通道14。The two
該罩體11用以設置於一電路板(圖未示)且沿一前後方向D1 (箭頭所指方向為前,反向為後)延伸,該罩體11包括一頂壁111、與該頂壁111沿一上下方向D2(箭頭所指方向為上,反向為下)間隔相對的一底壁112、沿著一左右方向D3 (箭頭所指方向為右,反向為左)彼此間隔相對並連接於該頂壁111與該底壁112兩側的兩個側壁113、連接於該頂壁111與該兩側壁113的後緣的一後壁114,以及自該等側壁113朝下延伸並適用於固定在所述電路板上及/或連接到接地軌跡(圖未示)的多個插腳115。The
該頂壁111具有形成於前段處且連通位於上方的該插接通道14的一窗口111a,以及形成於後端處且沿該左右方向D3排列的多個穿孔111b。舉例來說,該頂壁111可以自上方設置一頂部散熱器(圖未示),該頂部散熱器具有自該窗口111a朝下伸入位於上方的該插接通道14的一熱耦合部(圖未示)。另外,該隔間框架12也可以設置一內部散熱器,該內部散熱器(圖未示)具有伸入位於下方的該插接通道14的一熱耦合部(圖未示)。The
每一該側壁113具有形成在後段近頂緣處且朝外凸出的一插接凸塊113a,以及自後端緣朝後延伸的多個扣接片113b。在本第一實施例中,該後壁114構造為一個獨立的部件且通過組裝方式連接於該頂壁111與該兩側壁113。該後壁114具有一後壁本體114a、自該後壁本體114a左右兩側朝前延伸以搭接於該兩側壁113的兩個側扣片114b、自該後壁本體114a的上緣朝上延伸且插設於該頂壁111的該等穿孔111b的多個上扣片114c,以及形成於該兩側扣片114b與該後壁本體114a之間的連接處且供該等扣接片113b穿過以朝內彎折地扣接的多個扣接孔114d。詳細來說,該後壁114的兩側扣片114b朝前且朝內地傾斜延伸且末端朝外翻折,該兩側扣片114b是具有正向力地朝內壓抵於該兩側壁113上。Each of the
該後壁本體114a具有分別位於上方與下方且各自組裝有一個整線器4的兩個整線器組裝部114e。每一該整線器4舉例來說是以絕緣材質構成且具有上下地互相結合的兩個半體41,以及由該兩個半體41共同界定且左右分布的兩個整線孔42。The
該導引屏蔽罩1的前端處可設置於一機殼(圖未示)的一安裝孔。每一該接地件13具有自該罩體11或該隔間框架12的前端處朝後延伸且位於該罩體11的外側或內側的多個彈性指部131,該等彈性指部131中位於外側者用於與該機殼的位於安裝孔的周緣處部分接觸,該等彈性指部131中位於內側者用於與該可插拔模組接觸。The front end of the
該兩插座連接器2分別設置於該兩導引屏蔽罩1的後段。每一該插座連接器2包括一插座殼體21、多個插座端子(圖未示),以及多個線纜22。該插座殼體21具有分別對應該導引屏蔽罩1的該兩插接通道14且朝向前方的兩個插接槽(圖未示)。該等插座端子設於該插座殼體21且分別伸入該兩插接槽。該等線纜22分別連接於該等插座端子中的至少部分且自該等整線孔42朝後穿出,而該等插座端子中的其他部分則可以是連接到該電路板。The two
該兩個導引屏蔽罩1沿該左右方向D3並排設置,且該兩個導引屏蔽罩1的彼此面對且相鄰的側壁113間隔一預定距離。該橋接件3相對該兩個導引屏蔽罩1為獨立的組件且具有導電性,該橋接件3舉例來說是通過對導電金屬板實施衝壓、彎曲等加工方式所構造而成。該橋接件3設置在該兩個導引屏蔽罩1之間且大致位於該兩個導引屏蔽罩1的後段近頂部處,並且,該橋接件3是機械性且電性地連接於相鄰的該兩個導引屏蔽罩1的側壁113之間。需要說明的是,雖然在本第一實施例中所述導引屏蔽罩1的數量為兩個且所述橋接件3的數量為一個,但在其他實施態樣中,所述導引屏蔽罩1的數量也可以為三個以上,而設置在所述導引屏蔽罩1之間的所述橋接件3的數量則根據所述導引屏蔽罩1的數量對應調整。The two
參閱圖1及圖3至圖5,該橋接件3具有沿該前後方向D1延伸的一第一橋接部31,以及連接於該第一橋接部31後端且自該第一橋接部31的後端沿該上下方向D2朝下延伸的一第二橋接部32,該第一橋接部31呈長條框形構造且橫截面呈矩形,該第二橋接部32呈片體構造。該第一橋接部31具有沿該左右方向D3間隔並排且分別通過第一組裝構造5組裝在該兩個導引屏蔽罩1的該側壁113的兩個側板311、連接於該兩側板311頂緣之間的一頂板312,以及連接於該兩側板311底緣之間的一底板313。其中,框形構造的該第一橋接部31具有較高強度,能確實地支撐及間隔在相鄰的該兩個導引屏蔽罩1之間,另外,該橋接件3的該第一橋接部31的框形構造的板片接合處舉例來說在該底板313。每一該側板311具有一側板本體311a、形成於該側板本體311a且共同多點接觸於對應的該側壁113的多個接觸彈片311b,以及自該側板本體311a靠近前端處朝下延伸的一下伸片311c。該第一橋接部31的各該側板311的該等接觸彈片311b沿該前後方向D1排成一排,且朝後延伸並略為朝外凸出以靠抵於對應的該導引屏蔽罩1的該側壁113,利用所述橋接件3的各個所述側板311的所述多個接觸彈片311b共同多點接觸於對應的所述導引屏蔽罩1的所述側壁113,能夠更加確實地電性連接相鄰的所述兩個導引屏蔽罩1。1 and 3 to 5, the bridging
所述第一組裝構造5包括一體構造地設置在該導引屏蔽罩1的側壁113的插接凸塊113a且開口朝後的插孔51,以及一體構造且朝前凸出地設置在該第一橋接部31的側板311的下伸片311c且對應朝前插設於所述插孔51的插片52。在本第一實施例中,所述插孔51是朝前貫穿該導引屏蔽罩1的側壁113的插接凸塊113a的前端,且所述插片52朝前穿過該導引屏蔽罩1的側壁113的插接凸塊113a的前端,但在其他實施態樣中,所述插孔51也可以是不朝前貫穿該導引屏蔽罩1的側壁113的插接凸塊113a的前端,且所述插片52也可以不朝前穿過該導引屏蔽罩1的側壁113的插接凸塊113a的前端。The
該第二橋接部32自該第一橋接部31的該頂板312的後緣一體構造地朝下彎折延伸,並通過第二組裝構造6組裝在該兩導引屏蔽罩1的後壁114。所述第二組裝構造6包括一體構造地設置在該導引屏蔽罩1的該後壁114的鎖扣片61、一體構造地設置在所述第二橋接部32且與對應鎖扣於所述鎖扣片61的鎖扣彈片62,以及一體構造地設置在所述第二橋接部32且位於所述鎖扣彈片62上方的擋塊63。下方的所述鎖扣彈片62及上方的所述擋塊63之間構成用以容納及鎖扣所述鎖扣片61的鎖扣凹部64。其中,所述鎖扣彈片62設置於所述第二橋接部32的下端,且所述鎖扣彈片62具有自所述第二橋接部32的下端一體構造地朝前延伸的一延伸段621,以及自所述延伸段621末端朝上翻折地朝後延伸的一鎖扣段622。The
所述橋接件3可以在並排相鄰的所述兩個導引屏蔽罩1完成整體組裝之後(例如組裝所述插座連接器2及安裝到該電路板之後),再組裝到所述兩個導引屏蔽罩1之間。在該橋接件3組裝至該兩導引屏蔽罩1的過程中,該第一橋接部31的兩側板311上的插片52分別由後朝前地***該兩個導引屏蔽罩1的側壁113上的插孔51,所述下伸片311c的前緣在該上下方向D2的尺寸大於所述插孔51在該上下方向D2的尺寸,致使所述下伸片311c的前緣在朝前的方向被所述插接凸塊113a限位。在該橋接件3朝前移動時,該第二橋接部32的下方的所述鎖扣彈片62的鎖扣段622會干涉到該兩導引屏蔽罩1的後壁114上的所述鎖扣片61,致使所述鎖扣彈片62受力向下彈性變形,當所述鎖扣彈片62的鎖扣段622越過所述鎖扣片61之後彈性回復且扣住所述鎖扣片61,以使鎖扣片61被容納在下方的所述鎖扣彈片62及上方的所述擋塊63之間所構成所述鎖扣凹部64內。The bridging
參閱圖6與圖7,本新型連接器組件100之一第二實施例與該第一實施例的不同之處在於,本第二實施例的該兩導引屏蔽罩1的該罩體11的後壁114’是一體構造地連接於該頂壁111並與該兩側壁113結合,且該兩插座連接器2沒有具備線纜22,該兩插座連接器2的該等插座端子是直接地連接到該電路板。該橋接件3與該兩個導引屏蔽罩1之間的組裝構造與該第一實施例相同。Referring to Fig. 6 and Fig. 7, the difference between the second embodiment of the new
綜上所述,本新型具有導電性的所述橋接件3與並排設置的所述兩個導引屏蔽罩1是各自獨立的構件,通過所述橋接件3能機械性且電性地連接所述兩個導引屏蔽罩1,其中,利用所述橋接件3的各個所述側板311的所述多個接觸彈片311b共同多點接觸於對應的所述導引屏蔽罩1的所述側壁113,能夠更加確實地電性連接相鄰的所述兩個導引屏蔽罩1,使所述兩個導引屏蔽罩1之間能夠具有相同的接地電位,以增加抑制電磁干擾的效果,並提高訊號的傳輸速度。另外,所述橋接件3是組裝於所述導引屏蔽罩1的所述側壁113以及所述後壁114、114’,因此能穩固地設置在所述兩個導引屏蔽罩1之間。再者,由於所述橋接件3相對所述兩個導引屏蔽罩1為獨立的組件,因此所述橋接件3可以在並排相鄰的所述兩個導引屏蔽罩1完成整體組裝之後(例如組裝插座連接器2及安裝到電路板之後),再組裝到所述兩個導引屏蔽罩1之間。To sum up, the
惟以上所述者,僅為本新型之實施例而已,當不能以此限定本新型實施之範圍,凡是依本新型申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾,皆仍屬本新型專利涵蓋之範圍內。But the above-mentioned ones are only embodiments of the present invention, and should not limit the scope of implementation of the present invention with this. All simple equivalent changes and modifications made according to the patent scope of the present application and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this patent.
100:連接器組件
1:導引屏蔽罩
11:罩體
111:頂壁
111a:窗口
111b:穿孔
112:底壁
113:側壁
113a:插接凸塊
113b:扣接片
114:後壁
114’:後壁
114a:後壁本體
114b:側扣片
114c:上扣片
114d:扣接孔
114e:整線器組裝部
115:插腳
12:隔間框架
13:接地件
131:彈性指部
14:插接通道
2:插座連接器
21:插座殼體
22:線纜
3:橋接件
31:第一橋接部
311:側板
311a:側板本體
311b:接觸彈片
311c:下伸片
312:頂板
313:底板
32:第二橋接部
4:整線器
41:半體
42:整線孔
5:第一組裝構造
51:插孔
52:插片
6:第二組裝構造
61:鎖扣片
62:鎖扣彈片
621:延伸段
622:鎖扣段
63:擋塊
64:鎖扣凹部
D1:前後方向
D2:上下方向
D3:左右方向100:Connector assembly
1: Guidance shield
11: Cover body
111:
本新型之其他的特徵及功效,將於參照圖式的實施方式中清楚地呈現,其中: 圖1是本新型連接器組件的一第一實施例的一立體圖; 圖2是該第一實施例的一立體分解圖; 圖3是該第一實施例的另一立體分解圖,圖中該第一實施例的一橋接件自兩導引屏蔽罩上拆解; 圖4是該第一實施例的一局部放大立體分解圖,圖中只表示出其中一個該導引屏蔽罩及該橋接件位於組裝之前的位置; 圖5是該第一實施例的一局部放大立體圖,圖中只表示出其中一個該導引屏蔽罩及該橋接件位於組裝之後的位置; 圖6是本新型連接器組件的一第二實施例的一立體分解圖; 圖7是該第二實施例的一立體圖,圖中該第二實施例的該橋接件組裝於其中一該導引屏蔽罩。 Other features and functions of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a perspective view of a first embodiment of the new connector assembly; Fig. 2 is a three-dimensional exploded view of the first embodiment; Fig. 3 is another three-dimensional exploded view of the first embodiment, in which a bridging member of the first embodiment is disassembled from two guiding shields; Fig. 4 is a partially enlarged three-dimensional exploded view of the first embodiment, in which only one of the guide shields and the bridge member are located before assembly; Fig. 5 is a partially enlarged perspective view of the first embodiment, in which only one of the guide shields and the bridging member are shown after assembly; Fig. 6 is a three-dimensional exploded view of a second embodiment of the new connector assembly; FIG. 7 is a perspective view of the second embodiment, in which the bridging member of the second embodiment is assembled in one of the guiding shields.
100:連接器組件 100:Connector assembly
1:導引屏蔽罩 1: Guidance shield
11:罩體 11: Cover body
111:頂壁 111: top wall
111a:窗口 111a: window
111b:穿孔 111b: perforation
112:底壁 112: bottom wall
113:側壁 113: side wall
113a:插接凸塊 113a: socket bump
113b:扣接片 113b: buckle tab
114:後壁 114: rear wall
114a:後壁本體 114a: rear wall body
114b:側扣片 114b: side buckle
114c:上扣片 114c: upper buckle
114d:扣接孔 114d: button hole
114e:整線器組裝部 114e: Wire completer assembly department
115:插腳 115: pin
13:接地件 13: Grounding piece
131:彈性指部 131: elastic fingers
14:插接通道 14: plug channel
2:插座連接器 2: socket connector
21:插座殼體 21: socket housing
22:線纜 22: cable
3:橋接件 3: bridge piece
31:第一橋接部 31: The first bridging part
311:側板 311: side panel
311a:側板本體 311a: side plate body
311b:接觸彈片 311b: contact shrapnel
311c:下伸片 311c: down extension piece
312:頂板 312: top plate
313:底板 313: bottom plate
32:第二橋接部 32: Second bridging part
4:整線器 4: Wire straightener
41:半體 41: half body
42:整線孔 42: The whole line hole
5:第一組裝構造 5: The first assembly structure
51:插孔 51: jack
52:插片 52: Insert
6:第二組裝構造 6: The second assembly structure
61:鎖扣片 61:Lock piece
D1:前後方向 D1: Front and rear directions
D2:上下方向 D2: up and down direction
D3:左右方向 D3: left and right directions
Claims (9)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW111213915U TWM641324U (en) | 2022-12-16 | 2022-12-16 | connector assembly |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW111213915U TWM641324U (en) | 2022-12-16 | 2022-12-16 | connector assembly |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM641324U true TWM641324U (en) | 2023-05-21 |
Family
ID=87382432
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW111213915U TWM641324U (en) | 2022-12-16 | 2022-12-16 | connector assembly |
Country Status (1)
Country | Link |
---|---|
TW (1) | TWM641324U (en) |
-
2022
- 2022-12-16 TW TW111213915U patent/TWM641324U/en unknown
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