M411710 f 五、新型說明： 【新型所屬之技術領域】 _]本創作係關於-種連心模組，尤其涉及所述連接器模 組的退出結構。 ' 【先前技術】 剛2004年6月8日公告的美國專利第6 ’ 746，158號揭示一 種連接器，其包括可與-設有外殼的插座鎖扣配合的插 頭及設置在插頭上的退出機構，插頭設有卡扣凸塊，外 殼設有卡扣彈片，退出機構在其前端末端設有抵推凸塊 ，插頭在卡扣凸塊兩側設有收容退出機，的收容槽，所 述收容槽在其底面進一步凹收爸蟮雜故塊的凹槽， 驅動退出機構’抵推凸塊攸逢.所遽.如靖_|馨:推卡扣彈片 使卡扣彈片脫離卡扣凸塊。 【新型内容】 [00〇3]本創作之主要目的在於提供一種具有不同進出機構的連 接器模組。 [0004] 本創作之目的係藉由如下技術方案達成：一種連接器模 組，可與對接連接器鎖扣配合，所述連接器模組包括模 組殼體及設置在模組殼體上的退出機構，所述對接連接 器設有卡扣彈片，模組殼體上設有與所述卡扣彈片鎖扣 配合的卡扣凸塊，所述連接器模組上設有一抵推塊，退 出機構可驅動抵推塊，使抵推塊頂推卡扣彈片，抬起脫 離卡扣凸塊β [0005] 本發明連接器模組以與前案不同的技術方案達到相同的 表單編號Α0101 第3頁/共16頁 M411710 技術效果。 【實施方式】 [0006] 請參閱第一圖至第五圖所示為符合本創作的連接器模組 100，該連接器模組100可沿一對接方向與一對接連接器 (未圖示）鎖扣配合，所述對接連接器設有殼體200，所 述殼體200設有卡扣彈片2，卡扣彈片設有一卡持孔21。 所述連接器模組100包括設有收容腔10的縱長模組殼體1 、收容於所述收容腔10中的印刷電路板3、組裝於模組殼 體1上的遮蔽體5、退出機構7、部分包覆退出機構7的蓋 體9、及與印刷電路板3之尾部相電性連接的線纜4。 >； · [0007] 所述模組殼體1為金屬材質，其¥有if於安裝到對接連接 器（未圖示）中的前部lc和連接於前的後部Id。所 述模組殼體1包括第一殼體1 a和第一殼體1 a相互組裝以形 成收容腔10的第二殼體lb，所述第一殼體la和第二殼體 lb各自包括安裝到對接連接器（未圖示）中的前部lc和 連接於前部lc的後部Id，且所述第一殼體la和第二殼體 lb都為金屬模壓鑄而成。 ".M411710 f V. New description: [New technical field] _] This creation is about the type of concentric module, especially the exit structure of the connector module. [Prior Art] U.S. Patent No. 6,746,158, issued on Jun. 8, 2004, discloses a connector including a plug that can be mated with a socket lock provided with a housing and an exit provided on the plug a mechanism, the plug is provided with a buckle protrusion, the outer casing is provided with a snap-up elastic piece, and the withdrawal mechanism is provided with a pushing protrusion at a front end thereof, and the plug is provided with a receiving groove for receiving the exiting machine on both sides of the buckle protrusion, The receiving groove is further recessed on the bottom surface thereof to receive the groove of the daddy block, and the driving and withdrawing mechanism is pushed to push the protruding block. The _. _ 馨: Pushing the snap-up elastic piece to release the snap-up piece from the buckle bump . [New Content] [00〇3] The main purpose of this creation is to provide a connector module with different access mechanisms. [0004] The purpose of the present invention is achieved by the following technical solution: a connector module that can be mated with a mating connector, the connector module including a module housing and a module housing An ejector mechanism, the docking connector is provided with a snap-up elastic piece, and the module housing is provided with a buckle protrusion that cooperates with the buckle spring clip, and the connector module is provided with an anti-pushing block and exits The mechanism can drive the push block to push the snap block to push the snap tab and lift off the snap tab β. [0005] The connector module of the present invention achieves the same form number in a different technical solution from the previous case. Page / Total 16 pages M411710 Technical effects. [Embodiment] [0006] Please refer to the first to fifth figures for the connector module 100 according to the present invention. The connector module 100 can be connected to a pair of connectors (not shown) in a pair of connection directions. The latching connector is provided with a housing 200. The housing 200 is provided with a snap tab 2, and the snap tab is provided with a latching hole 21. The connector module 100 includes a vertically long module housing 1 provided with a receiving cavity 10, a printed circuit board 3 received in the receiving cavity 10, a shielding body 5 assembled on the module housing 1, and exited. The mechanism 7 partially covers the cover 9 of the exit mechanism 7 and the cable 4 electrically connected to the tail of the printed circuit board 3. >; [0007] The module case 1 is made of a metal material, and has a front portion lc that is mounted in a docking connector (not shown) and a rear portion Id that is connected to the front. The module housing 1 includes a first housing 1a and a first housing 1a that are assembled with each other to form a second housing lb of the receiving cavity 10. The first housing 1a and the second housing 1b each include A front portion lc that is mounted in a docking connector (not shown) and a rear portion Id that is coupled to the front portion lc, and both the first housing 1a and the second housing lb are die-cast. ".
[0008] 所述第一殼體la的前部lc具有水平的第一表面11，後部 Id設有水平的第二表面12，所述第二表面12高於第一表 面11。所述後部Id的第二表面12向下凹設有平行於所述 對接方向的第一限位槽121、設置於第一限位槽121兩側 的第二限位槽122，所述第一限位槽121與第二限位槽 122連通設置。所述第二表面12在鄰接第一表面11的位置 延伸設有一對凸柱123。 表單編號A0101 第4頁/共16頁 M411710 [0009] 所述第一表面11靠近凸柱123設有卡扣凸塊111，卡扣凸 塊111的兩側各自凹設有一凹槽11 2，所述凹槽11 2和卡 扣凸塊111的後方設有收容槽113，所述收容槽113與凹 槽112連通設置。所述凹槽112設有平行於第一表面11的 底面（未標號）。 [0010] 所述退出機構7部分收容於第一表面11的凹槽11 2和收容 槽113内，遮蔽體5包覆於模組殼體1和退出機構7的週邊 。所述遮蔽體5設有遮蔽體主體51、自遮蔽體主體51延伸 響 形成的複數彈片53，其中兩彈片53位於卡扣凸塊111之兩 側，即位於凹槽112的上方，該兩彈片53各設有一面向模 組殼體1的表面方向延伸的抵離塊531。 - · ' . ； .. . [0011] • 所述退出機構7設有拉帶71、連接於拉帶Τί上的驅動部72 、連接拉帶71和驅動部72的連接部73、及自連接部73向 兩側延伸形成的彈性構件74。所述連接部73間隙收容於 第一限位槽121内，彈性構件74間隙收容於第二限位槽 122内。所述驅動部72收容於幕一表面11的凹槽112和收 容槽113内，該驅動部72設有基部720，自基部720向前 延伸設有一對延伸臂721，各延伸臂721在其末端延伸設 有凸塊722，所述凸塊722設有斜面723。所述驅動部72 的基部720收容在收容槽113内，延伸臂721收容在凹槽 112内》所述彈性構件74設有水平且垂直於對接方向的抵 擋臂741，及自抵檔臂741之末端向連接部73方向彎折形 成的彎折部742。所述抵擋臂741收容於第二表面12的第 二限位槽122内。所述抵擋臂741貼合於凸柱123上。 [0012] 所述蓋體9包括上壁91、自上壁91的側邊向下延伸形成的 表單編號A0101 第5頁/共16頁 M411710 —對側壁92及自上壁91的後端向下延伸而成的後壁93。 所述侧壁92扣設於模組殼體1的第二表面1 2的兩側邊緣， 後壁93則貼合扣設於驅動部72的前端，所述上壁91則位 於連接部73的上方，該上壁91於垂直方向上將退出機構7 限定在模組殼體1上。退出機構7的拉帶71則延伸出蓋體9 的上壁91。所述模組殼體1的第二表面12設有螺孔124， 蓋體9的上壁91對應螺孔124設有安裝孔911，一對螺釘6 穿過蓋體9的安裝孔911，且插入到模組殼體1的螺孔124 内，將蓋體9和模組殼體1固定組裝在一起β [0013] 當將連接器模組100與對接速接器（未圖示）解鎖時’向 後拉動拉帶71，所述連接部73帶動驅考部72向後運動， 驅動部72的延伸臂721沿凹櫓112的底壁内後滑動’此時 . · · ’由於延伸臂721驅動凸塊722抵推遮蔽體5上的抵推塊 531沿斜面723向上移動，即驅動部72驅動抵推塊531頂 推對接連接器的卡扣彈片2，卡扣彈片2抬起脫離卡扣凸 塊111。此時’彈性構件74的彎折部742發生形變。當撤 銷施加力時’彎折部742撤回到原先的位置為彈性構件74 提供一個回撤力使退出機構7恢復回到原先的位置。後壁 93則用以限制退出機構7在水平方向上的位置，以防止退 出機構7在水平方向上過度偏移。 [0014] 综上所述，本創作符合新型專利要件，爰依法提出專利 申凊。惟，以上所述者僅為本創作之較佳實施例，本創 作之範上述#闕核，舉凡熟胃本案技藝之 人士援依本創作之精神所作之等效修飾或變化，皆應涵 蓋於以下申請專利範圍内。 表單編號Α0101 第6頁/共16頁 M411710 【圖式簡單說明】 [0015] 第一圖係符合本創作連接器模組與對接連接器殼體的組 裝立體圖； [0016] 第二圖係本創作連接器模組的立體圖； [0017] 第三圖係第二圖所示連接器模組的分解圖； [0018] 第四圖係本創作連接器模組之遮蔽體和退出機構的立體 圖； [0019] 第五圖係第一圖所示連接器模組沿V-V方向的剖視圖。The front portion lc of the first casing 1a has a horizontal first surface 11, and the rear portion Id is provided with a horizontal second surface 12, which is higher than the first surface 11. The second surface 12 of the rear portion Id is recessed with a first limiting slot 121 parallel to the mating direction, and a second limiting slot 122 disposed at two sides of the first limiting slot 121, the first The limiting slot 121 is disposed in communication with the second limiting slot 122. The second surface 12 is extended with a pair of studs 123 at a position adjacent to the first surface 11. Form No. A0101 Page 4 of 16 M411710 [0009] The first surface 11 is provided with a buckle protrusion 111 near the protrusion 123, and a recess 11 2 is recessed on each side of the buckle protrusion 111. A receiving groove 113 is defined in the rear of the groove 11 2 and the latching protrusion 111 . The receiving groove 113 is disposed in communication with the groove 112 . The groove 112 is provided with a bottom surface (not labeled) parallel to the first surface 11. [0010] The ejecting mechanism 7 is partially received in the recess 11 2 of the first surface 11 and the receiving groove 113, and the shielding body 5 is wrapped around the periphery of the module housing 1 and the ejecting mechanism 7. The shielding body 5 is provided with a shielding body main body 51 and a plurality of elastic pieces 53 extending from the shielding body main body 51. The two elastic pieces 53 are located on two sides of the buckle protrusion 111, that is, above the groove 112, and the two elastic pieces are located. Each of the 53 pieces is provided with an abutting block 531 extending in the surface direction of the module case 1. - [0011] The exit mechanism 7 is provided with a draw tape 71, a drive portion 72 connected to the draw tape, a connecting portion 73 connecting the draw tape 71 and the drive portion 72, and a self-joining The portion 73 extends to form the elastic member 74 on both sides. The connecting portion 73 is interposed in the first limiting slot 121, and the elastic member 74 is interposed in the second limiting slot 122. The driving portion 72 is received in the groove 112 and the receiving groove 113 of the surface 11 of the screen. The driving portion 72 is provided with a base portion 720. A pair of extending arms 721 are extended forward from the base portion 720, and the extending arms 721 are at the ends thereof. The protrusion 722 is extended, and the protrusion 722 is provided with a slope 723. The base portion 720 of the driving portion 72 is received in the receiving groove 113, and the extending arm 721 is received in the recess 112. The elastic member 74 is provided with a resisting arm 741 horizontally and perpendicular to the mating direction, and the self-resisting arm 741 The bent portion 742 formed by bending the distal end in the direction of the connecting portion 73. The resisting arm 741 is received in the second limiting slot 122 of the second surface 12. The abutting arm 741 is attached to the stud 123. [0012] The cover body 9 includes an upper wall 91, a form number A0101 extending from the side of the upper wall 91, and a page number A0101, page 5 of a total of 16 pages M411710, the side wall 92 and the rear end from the upper wall 91 are downwardly The rear wall 93 is extended. The side wall 92 is fastened to the front end of the second surface 12 of the module housing 1 , and the rear wall 93 is attached to the front end of the driving portion 72 . The upper wall 91 is located at the connecting portion 73 . Above, the upper wall 91 defines the exit mechanism 7 on the module housing 1 in the vertical direction. The draw tape 71 of the exit mechanism 7 extends out of the upper wall 91 of the cover 9. The second surface 12 of the module housing 1 is provided with a screw hole 124. The upper wall 91 of the cover body 9 is provided with a mounting hole 911 corresponding to the screw hole 124, and a pair of screws 6 pass through the mounting hole 911 of the cover body 9, and Inserted into the screw hole 124 of the module housing 1 to fix the cover body 9 and the module housing 1 together [0013] When the connector module 100 and the docking quick connector (not shown) are unlocked ' Pulling the pull belt 71 backward, the connecting portion 73 drives the drive test portion 72 to move backward, and the extending arm 721 of the driving portion 72 slides along the bottom wall of the recess 112. At this time, the extension arm 721 drives the convex portion. The block 722 pushes up against the push block 531 on the shield body 5, and the drive portion 72 drives the snap block 531 to push the snap tab 2 of the docking connector, and the snap tab 2 is lifted off the snap tab. 111. At this time, the bent portion 742 of the elastic member 74 is deformed. When the withdrawal force exerts a force, the bent portion 742 is withdrawn to the original position to provide a retracting force to the elastic member 74 to return the exit mechanism 7 to the original position. The rear wall 93 is used to limit the position of the exit mechanism 7 in the horizontal direction to prevent the exit mechanism 7 from being excessively offset in the horizontal direction. [0014] In summary, the creation complies with the new patent requirements, and the patent application is filed according to law. However, the above-mentioned ones are only preferred embodiments of the present invention. The above-mentioned formulas of the above-mentioned creations should be covered by the equivalent modifications or changes made by those who are familiar with the spirit of the present invention. The scope of the following patent application. Form No. 1010101 Page 6 of 16 M411710 [Simple Description] [0015] The first figure is an assembled perspective view of the connector module and the docking connector housing; [0016] The second picture is the creation [0017] The third drawing is an exploded view of the connector module shown in the second figure; [0018] The fourth figure is a perspective view of the shielding body and the exit mechanism of the authoring connector module; The first figure is a cross-sectional view of the connector module shown in the first figure in the VV direction.
【主要元件符號說明】 [0020] 連接器模組：100 [0021] 殼體：200 [0022] 模組殼體：1 [0023] 第一殼體：la [0024] 第二殼體：lb [0025] 前部：lc [0026] 後部：Id [0027] 收容腔：10 [0028] 第一表面：11 [0029] 卡扣凸塊：111 [0030] 凹槽：112 表單編號A0101 第7頁/共16頁 M411710 [0031] 收容槽：113 [0032] 第二表面：12 [0033] 第一限位槽： 121 [0034] 第二限位槽： 122 [0035] 凸柱：123 [0036] 螺孔：124 [0037] 卡扣彈片：2 [0038] 卡持孔：21 [0039] 印刷電路板： 3 [0040} 線纜：4 [0041] 遮蔽體：5 [0042] 遮蔽體主體： 51 [0043] 彈片：53 [0044] 抵推塊：531 [0045] 螺釘：6 [0046] 退出機構：7 [0047] 拉帶：71 [0048] 驅動部：72 [0049] 基部：720 表單編號A0101 第8頁/共16頁 M411710[Main component symbol description] [0020] Connector module: 100 [0021] Housing: 200 [0022] Module housing: 1 [0023] First housing: la [0024] Second housing: lb [ 0025] Front: lc [0026] Rear: Id [0027] Containment cavity: 10 [0028] First surface: 11 [0029] Snap bump: 111 [0030] Groove: 112 Form No. A0101 Page 7 / Total 16 pages M411710 [0031] Storage slot: 113 [0032] Second surface: 12 [0033] First limit slot: 121 [0034] Second limit slot: 122 [0035] Post: 123 [0036] Snail Hole: 124 [0037] Snap tab: 2 [0038] Snap hole: 21 [0039] Printed circuit board: 3 [0040] Cable: 4 [0041] Shield: 5 [0042] Shield body: 51 [ 0043] Shrapnel: 53 [0044] Abutment block: 531 [0045] Screw: 6 [0046] Exit mechanism: 7 [0047] Pull belt: 71 [0048] Drive unit: 72 [0049] Base: 720 Form No. A0101 8 pages / total 16 pages M411710
[0050] 延伸臂：721 [0051] 凸塊：722 [0052] 斜面：7 2 3 [0053] 連接部：73 [0054] 彈性構件：74 [0055] 抵擋臂：741 [0056] 彎折部：742 [0057] 蓋體：9 [0058] 上壁：91 [0059] 安裝孔：911 [0060] 側壁：92 [0061] 後壁：93 表單編號A0101 第9頁/共16頁[0050] Extension arm: 721 [0051] Bump: 722 [0052] Bevel: 7 2 3 [0053] Connection: 73 [0054] Elastic member: 74 [0055] Resisting arm: 741 [0056] Bending: 742 [0057] Cover: 9 [0058] Upper wall: 91 [0059] Mounting hole: 911 [0060] Side wall: 92 [0061] Rear wall: 93 Form number A0101 Page 9 of 16