M269610 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種連接器模組，特別是指一種未對接時插頭 與插座連接器的對接側被關閉，能有效避免灰塵聚集，而於對接 時插頭與插座連接器的對接侧能自動啟開之防塵型連接器模組。 【先前技術】 按’電訊的傳輸不外藉由插座連接器與插頭連接器來達成， 而隨著高速傳輸的要求及其所衍生外界雜訊或電磁波干擾的因 素’各類插座與插頭連接器皆不斷進行改良設計。且，鐘於時下 工作環境的特殊要求如：無塵環境、高污染與潮濕環境等，為避免 插座與插頭連接器内的導電端子有接觸不良的情況發生，業者更 設計有保護措施，即，在插座連接器的對接槽設置防護蓋，相關 的設計可參考美國專利第6, 〇1〇, 343、6, 017229、6,120, 322號， 及台灣專利公告第547827、470232號等。 惟，習知防護蓋的設計皆以支轴作掀蓋式，當對接時必需先 掀開蓋體，再進行對接，實非常不方便。再者，習知的防護蓋僅 設置在插座連接H，對接的插頭連接關無類倾置，因此，插 頭連接器取岐科外露的導電料極易_異物或人為的碰觸 而損壞，如是，當與插座連接器對接時將會有電訊傳輪不穩定的 顧慮。 【新型内容】 本創作的目的’即在提供一種防塵型連接器模組，亦即，在 M269610 於提供-種插座與插頭連接器皆設置有防護蓋，且該㈣蓋於 插座與插頭連接器對接的過程會自動啟開，而於接時則自 動開閉，不但可以提供防塵效果，亦能轉穩定傳輪品質且， 更可提供使用上便捷效果。 爲達到上述目的，本創作防塵型連接帥_包括：插頭連 接器與插座連接器，其中： 該插頭連接器的對接部係設有可沿插頭連接器的第一本趙橫 向滑移並·對接繼蔽的滑套；及可提供騎套移位後之回復 力的彈性讀，藉如是構造，常態下，使該滑套罩住該第一本趙 的對接部’猶止灰塵㈣集，—旦與插座連接料接時，該滑 套被推移而使得插頭連接器的對接部露出，而可以與插座連接器 電訊接觸。 該插座連接器的第二本體具有對接槽，其内係設有可沿插座 連接器的對接槽橫向移位的遮板；及可提供該遮板移位後之回復 力的彈性元件，藉如是構造，常態下，使該遮板罩住該對接槽， 以防止灰塵的聚集，一旦與插頭連接器對接時，該遮板會被插頭 連接器的對接部水平推移，而使得插座連接器的對接槽可與插頭 連接Is電訊接觸。 又’本創作防塵型連接器模組再一特徵，在於插頭與插座連 接器之間係設有可相互抵接的第一抵壓件與第二抵壓件，其中第 一抵壓件係組裝於第一本體上，具有彈性抵壓部，而第二抵壓件 係組裝於第二本體的相對應處，具有長形槽，藉以當插頭與插座 M269610 連接器對接時，該彈性抵壓部會抵扣於長形槽内，使得插頭與插 座連接器可相連接一體不會脫離。 再’本創作防塵型連接器模组又一特徵，在於該插頭連接器 的對接部與遮板之間，係設有第一對位件與第二對位件，其中該 第一對位件為凸粒，係設於該插頭連接器之對接部的前緣，且， 凸出於該插口；而該第二對位件為凹槽，係設於該遮板的相對位 置，藉以當插頭與插座連接器對接時，該凸粒可先套入該凹槽内 進行對位後，再使得兩者的滑套與遮板作相對的移位，以達到穩 固準確的對接。 【實施方式】 請參閱第-圖，本創作防塵型連接器模組卜係包括可相互 對接的插頭連接器2與插座連接器3，其中： 該插頭連接器2請配合第二圖參閱，包括：第一本體2〇、第 一導電端子21、滑套22、第一抵壓件23及第一彈性件％，其中 該第-本體20，係由塑膠-體成型具有對接部2〇1與接合部咖， 該對接部201用於與插座連接器3對接，其頂面設有複數第一收 容槽203，係沿對接部201與接合部202設置，用於收容第一導 端子2卜另’前緣的兩侧凸設有第一對位件，係由對接部2〇ι = 體形成凸粒204,可與後述插座連接器3的第二對位件相套合。 於對接部201的兩側設有擋壁205。該接合部2〇2用於外部 側設有導槽206用於導引滑套22的移動及定也。另， 力，相對於兮 槽206並緊鄰於對接部201的兩側設有組合槽2〇7用於供第~ M269610 壓件23的組裝。 第-導電端子2卜係組裝於第—收容槽，包含·接觸部 210焊接np 2n ’其中接觸部21〇 |且裝後係外露位於對接部2〇1 的一側，焊接部211則位於接合部2〇2的一側。 滑套22，係組套於第一本體2上，具有與第-本體之對接部 201相對的第一表面221，及鄰接於該第一表面四周的第二、第三、 第四及第五表面222, 223, 224, 225，且，該第-表面221設有可供 對接部201穿越的插〇 226，而相對於第一本體之導槽2〇6的表 面，設有導臂227，請配合第五圖觀之，該導臂m的端緣設有勾 部228可扣卡於該導槽咖的内壁上。另，該滑套22之第一表面 221的内側設有定位柱229供第一彈性件24的一端套合定位。 、第一抵壓件23，係組裝於第-本體的接合部202的導槽206, 為-長方形板體，其-端的側緣設有干涉體23卜可與接合部預設 的組裝槽干涉配合，另_端观轉性缝部挪，細縮小尺寸 略微傾斜且前端設置彎弧形成，其組裝後該彈性抵壓部微係被 擋壁205遮擋，僅f弧部略微凸出。另，第一抵壓件23的尾端設 有接腳233可組接固定於電路板7的組接孔7〇上。 第-彈性件24，係為壓縮彈簧，組裝於滑套22與第一本體2 之間，用於提供滑套22移位後的回復力。 上述該等構造組裝之後，請—併參閱第二、三圖所示，該插 頭連接器2的對接部201的係被滑套22遮蔽，第一導電端子21 的接觸部210係被保護而未外露，因此，較不會有聚集灰塵。續 M269610 請配合第四圖參閱，當該滑套22沿著導槽206橫向移位後，該等 第一導電端子21的接觸部210則露出，而可與插座連接器3電訊 對接。此時，該第一彈性件24係被壓迫而具有儲能，可於脫離與 插座連接器3的對接狀態後，將滑套22推回原位再將接觸部21〇 遮蔽。 再’請參閱第六圖，該插座連接器3，包括：第二本體3〇、 第二導電端子3卜第二彈性件32、遮板33、外遮蔽趙34，以 及第二抵壓件35，其中該第二本體30，其上設有對接槽3〇1，且， 於對接槽301内設有複數第二收容槽3〇2用於收容第二導電端子 31且，相鄰於第一收容槽go?的對接槽之相對兩内壁，設有導 槽303用於組裝第二抵壓件35。另，請配合第九圖觀之，該對接 槽301的底部兩側設有定位槽3〇4用於供第二彈性件犯的一端跨 坐。第二導電端子31，具有接觸部310與焊接部311，其令焊接 部311係經適當騎可供表面黏著焊接的進行。而該第二彈性件 32係為壓縮彈簧。 遮板33，係組裝於第二本體的對接槽3〇1⑴可將前緣封閉， 其相對於第二本體3〇之導槽3Q3設有卡臂331，且該卡臂331 =緣设成勾部332可抵扣於該導槽331的前緣。另該遮板33的 別表面叹有第—對位件係為凹槽333，其係與前述第—本體2之凸 粒204相對’藉以當插頭與插座連接器2,3對接時，該巴粒汹 Z先套入該凹槽333内進行對位後，再使得滑套沒與遮板犯作 對的移位。另，該外遮蔽殼體34，為金屬材質，係包覆於第二 M269610 本體30的外周緣’具有防止外界雜訊的干擾。又，相對於凹槽咖 的一側設有凸柱334(第九圖參閱）可供第二彈性件32的另一端定 位。 第二抵壓件35，係為一長方形板體，相對於遮板33的卡臂 331設有長形槽350，該長形槽350的深度大於該遮板33對接位 移後的行程，即，如第九圖所示，可引導該遮板33的位移，且， 組裝後能供該遮板33的卡臂的勾部332抵扣於前緣。 上述該等構造組裝之後，如第七圖所示，該遮板33俵將對接 槽301封閉，而使得第二導電端子31被保護而未外露，因此，較 不會有聚集灰塵。續請配合第八、九圖參閱，該遮板33可沿著第 二抵壓件35之長形槽350橫向移位後，該等第二導電端子31的 接觸部310則露出，而可與插頭連接器2電訊對接。此時，該第 二彈性件32係被壓迫而具有儲能，可於脫離與插頭連接器2的對 接狀態後，將遮板33推回原位再將接觸部310遮蔽。 是以，藉上述插頭與插座連接器2,3的構造，當對接時，請 配合第一、五、九圖參閱，該滑套22被第二本體30阻播，此時， 該對接槽301與滑套22之插口 226相對應，而第一本體20之對 接部201則穿越插口 226將遮板33推移，因而，對接部201上該 等第一導電端子21的接觸部210則可與對接槽301内的第二導電 端子31的接觸部310電訊接觸，而達到電訊連通的目的。且，如 第一圖所示，此時該第一抵壓部23之彈性抵壓部232係抵扣於第 二抵壓件35的長形槽350内，因而，插頭與插座連接器2, 3並不 M269610 會脫離。當施加外力將插頭與插座連接器2, 3脫離對接時，該滑 套22及遮板33則分別藉第一、二彈性件24, 32回復原位將對接 邛201及對接槽301封閉（第五、九圖），而可防止灰塵的聚集。 綜上所述，本創作防塵型連接器模組確能達到創作之目的， 符合新型專利要件，惟，以上所述者僅為本新型之實施例而已， 大凡依據本創作所為之各種修飾與變化，仍應包含於本專利申請 範圍内。 【圖式簡單說明】 第一圖為本創作防塵型連接器模縊之插頭、插座連接器對接後的 立體圖。 第二圖為本創作防塵型連接器模乡且之插頭連接器之立體分解圖， 第三圖為第二圖的立體組合圖。 第四圖為第三圖中滑套位移後的立體圖。 第五圖為第三圖的5-5剖視圖。 第六圖為本創作防塵型連接器模組之插座連接器之立體分解圖， 第七圖為第六圖的立體組合圖。 第八圖為第七圖中遮板位移後的立體圖。 第九圖為第七圖的9-9剖視圖。 【主要元件符號說明】 M269610 防塵型連接器模組 1 插頭連接器 2 插座連接器 3 第一本體 20 第一導電端子 21 滑套 22 第一抵壓件 23 第一彈性件 24 對接部 201 接合部 202 第一收容槽 203 凸粒 204 擋壁 205 導槽 206 組合槽 207 接觸部 210 焊接部 211 第一表面 221 第二表面 222 第三表面 223 第四表面 224 第五表面 225 插口 226 導臂 227 勾部 228 定位柱 229 干涉體 231 彈性抵壓部 232 接腳 233 第二本體 30 第二導電端子 31 第二彈性件 32 遮板 33 外遮蔽殼體 34 第二抵壓件 35 對接槽 301 第二收容槽 302 導槽 303 卡臂 331 勾部 332 凹槽 333 長形槽 350 電路板 7 組接孔 70M269610 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a connector module, especially a type of connector that is closed when the mating side of the plug and the socket connector is unmated, which can effectively prevent dust from accumulating and mating A dust-proof connector module that can automatically open when the mating side of the plug and socket connector is opened. [Previous technology] According to 'Telecommunication transmission can only be achieved through socket connectors and plug connectors, and with the requirements of high-speed transmission and factors derived from external noise or electromagnetic interference,' various types of socket and plug connectors They are constantly being improved. In addition, Zhongyu has special requirements for the current working environment, such as: dust-free environment, high pollution and humid environment, etc. In order to avoid poor contact between the socket and the conductive terminals in the plug connector, the industry has designed protective measures, that is, A protective cover is provided in the mating groove of the socket connector. For related designs, refer to US Patent Nos. 6,010,343, 6,017229, 6,120,322, and Taiwan Patent Bulletin Nos. 547827, 470232, etc. However, the design of the conventional protective cover uses a support shaft as a flip cover type. When docking, it is necessary to open the cover body first, and then docking, which is very inconvenient. In addition, the conventional protective cover is only provided at the socket connection H, and the mating plug connection is tilted. Therefore, it is very easy for the plug connector to be exposed to the conductive material exposed by Chico _ foreign matter or artificial contact and damage, if so, When docking with the socket connector, there will be concerns about the instability of the telecommunications wheel. [New content] The purpose of this creation is to provide a dust-proof connector module, that is, to provide a type of socket and plug connector with protective cover in M269610, and the cover is on the socket and plug connector The docking process will open and close automatically, and it will automatically open and close when it is docked. Not only can it provide dust-proof effects, but it can also stabilize the quality of the transfer wheel. It can also provide convenient effects in use. In order to achieve the above purpose, this creative dustproof connector includes: a plug connector and a socket connector, wherein: the docking part of the plug connector is provided with a first slide of the plug connector that can be laterally slid and docked The sliding sleeve that is shielded; and the elastic reading that can provide the restoring force after the displacement of the riding sleeve. If it is structured, under normal conditions, the sliding sleeve covers the docking part of the first book, "Just stop dust gathering," Once connected to the socket connection material, the sliding sleeve is pushed to expose the butt portion of the plug connector, and it can be in electrical contact with the socket connector. The second body of the socket connector has a docking groove, and a shield plate capable of being laterally displaced along the docking groove of the socket connector is provided therein; and an elastic element capable of providing a restoring force after the shield plate is displaced, if so Structure, under normal conditions, the shield covers the docking groove to prevent the accumulation of dust. Once docked with the plug connector, the shield is horizontally moved by the docking part of the plug connector, so that the socket connector is docked. The slot can be contacted with the plug connection Is telecommunications. Another feature of this creative dust-proof connector module is that a first pressing member and a second pressing member that can abut each other are provided between the plug and the socket connector, wherein the first pressing member is assembled The first body is provided with an elastic pressing portion, and the second pressing member is assembled at the corresponding position of the second body and has an elongated groove, so that when the plug is mated with the socket M269610 connector, the elastic pressing portion It will buckle in the long slot, so that the plug and the socket connector can be connected together and not detached. Another feature of this creative dust-proof connector module is that a first alignment member and a second alignment member are provided between the mating portion of the plug connector and the shield, wherein the first alignment member It is a convex particle, which is provided at the front edge of the mating portion of the plug connector, and protrudes from the socket; and the second positioning member is a groove, which is provided at a relative position of the shield plate, so as to be a plug When mating with the socket connector, the convex particles can be sleeved in the groove for alignment, and then the sliding sleeve and the shield of the two can be relatively displaced to achieve stable and accurate docking. [Embodiment] Please refer to FIG.-FIG. The dust-proof connector module of this creation includes a plug connector 2 and a socket connector 3 which can be docked with each other, wherein: Please refer to the second figure with the plug connector 2 and include : The first body 20, the first conductive terminal 21, the sliding sleeve 22, the first pressing member 23, and the first elastic member%, wherein the first body 20 is formed of a plastic body and has a butting portion 201 and The joint part 201 is used for docking with the socket connector 3, and the top surface is provided with a plurality of first receiving grooves 203, which are arranged along the docking part 201 and the joint part 202 for receiving the first lead terminal 2. A first alignment member is protruded on both sides of the front edge, and a bump 204 is formed by the butting portion 20m, which can be fitted with a second alignment member of the socket connector 3 described later. Blocking walls 205 are provided on both sides of the docking portion 201. The joint portion 202 is provided with a guide groove 206 on the outer side for guiding the movement and positioning of the sliding sleeve 22. In addition, the force is provided with a combination groove 207 opposite to the groove 206 and adjacent to the two sides of the butting portion 201 for assembly of the first to M269610 pressing members 23. The first-conducting terminal 2 is assembled in the first-receiving groove, and includes a contact portion 210 that is welded np 2n ', where the contact portion 21o | is exposed on the side of the butting portion 201 and the welding portion 211 is located at the joint The side of the part 02. The sliding sleeve 22 is sleeved on the first body 2 and has a first surface 221 opposite to the butting portion 201 of the first body, and second, third, fourth, and fifth surfaces adjacent to the first surface. Surfaces 222, 223, 224, 225, and the first surface 221 is provided with a socket 226 through which the docking portion 201 can pass, and a surface of the guide groove 206 of the first body is provided with a guide arm 227, Please refer to the fifth figure. The hook arm 228 is provided on the end edge of the guide arm m to be snapped on the inner wall of the guide trough. In addition, a positioning post 229 is provided on the inner side of the first surface 221 of the sliding sleeve 22 for one end of the first elastic member 24 to be positioned. 1. The first pressing member 23 is a guide groove 206 assembled in the joint portion 202 of the first body, and is a rectangular plate body. An interference body 23 is provided on the side edge of the -end and can interfere with the assembly groove preset in the joint portion. Cooperating, the other side of the turning seam is moved, the size is reduced slightly, and the front end is provided with a curved arc. After assembly, the elastic pressing part is slightly blocked by the blocking wall 205, and only the f-arc part is slightly protruding. In addition, a pin 233 is provided at the tail end of the first pressing member 23 and can be assembled and fixed to the assembly hole 70 of the circuit board 7. The first elastic member 24 is a compression spring and is assembled between the sliding sleeve 22 and the first body 2 to provide a restoring force after the sliding sleeve 22 is displaced. After the above-mentioned structures are assembled, please—see also the second and third figures. The mating portion 201 of the plug connector 2 is shielded by the sliding sleeve 22, and the contact portion 210 of the first conductive terminal 21 is protected but not. Exposed and therefore less likely to collect dust. Continued M269610 Please refer to the fourth figure. When the sliding sleeve 22 is laterally displaced along the guide groove 206, the contact portions 210 of the first conductive terminals 21 are exposed and can be connected with the telecommunications of the socket connector 3. At this time, the first elastic member 24 is compressed and has energy storage. After the first elastic member 24 is released from the docking state with the socket connector 3, the sliding sleeve 22 is pushed back to the original position and then the contact portion 21 is shielded. Please refer to the sixth figure again. The socket connector 3 includes a second body 30, a second conductive terminal 3, a second elastic member 32, a shielding plate 33, an external shielding Zhao 34, and a second pressing member 35. Wherein, the second body 30 is provided with a docking groove 3101 thereon, and a plurality of second receiving grooves 302 are provided in the docking groove 301 for receiving the second conductive terminal 31 and adjacent to the first conductive terminal 31 The two opposite inner walls of the receiving groove go? Are provided with guide grooves 303 for assembling the second pressing member 35. In addition, in accordance with the ninth figure, positioning grooves 304 are provided on both sides of the bottom of the docking groove 301 for the second elastic member to sit on. The second conductive terminal 31 has a contact portion 310 and a soldering portion 311, which enables the soldering portion 311 to be adhered to the surface by proper riding. The second elastic member 32 is a compression spring. The shielding plate 33 is assembled in the butt groove 3101 of the second body to close the leading edge. It is provided with a clamping arm 331 relative to the guide groove 3Q3 of the second body 30, and the clamping arm 331 = the edge is set as a hook The portion 332 can abut against the front edge of the guide groove 331. In addition, the other surface of the shielding plate 33 has a first-aligning member as a groove 333, which is opposite to the convex particles 204 of the aforementioned first-body 2 so that when the plug is mated with the socket connector 2, 3, the bar Granular Z is first inserted into the groove 333 for alignment, and then the sliding sleeve is not displaced against the shutter. In addition, the outer shielding case 34 is made of metal and is covered on the outer periphery of the second M269610 body 30 'to prevent interference from external noise. In addition, a convex post 334 (see the ninth figure) is provided on the side opposite to the recessed coffee to allow the other end of the second elastic member 32 to be positioned. The second pressing member 35 is a rectangular plate body, and is provided with an elongated slot 350 with respect to the clamping arm 331 of the shutter 33. The depth of the elongated slot 350 is greater than the stroke after the shutter 33 is docked and displaced, that is, As shown in the ninth figure, the displacement of the shielding plate 33 can be guided, and after assembly, the hook portion 332 of the latching arm of the shielding plate 33 can be buckled against the front edge. After the above-mentioned structures are assembled, as shown in the seventh figure, the shielding plate 33 对 closes the abutting groove 301, so that the second conductive terminal 31 is protected from being exposed, so there is less dust accumulation. Continue to refer to the eighth and ninth figures. After the shield 33 can be laterally displaced along the elongated slot 350 of the second pressing member 35, the contact portions 310 of the second conductive terminals 31 are exposed and can be connected with Plug connector 2 telecommunications docking. At this time, the second elastic member 32 is compressed and has energy storage. After the second elastic member 32 is released from the connection state with the plug connector 2, the shielding plate 33 is pushed back to the original position and then the contact portion 310 is shielded. Therefore, according to the structure of the plug and socket connectors 2, 3 described above, when mating, please refer to the first, fifth, and ninth figures. The sliding sleeve 22 is blocked by the second body 30. At this time, the mating groove 301 Corresponds to the socket 226 of the sliding sleeve 22, and the docking portion 201 of the first body 20 passes through the socket 226 to move the shield 33, so the contact portions 210 of the first conductive terminals 21 on the docking portion 201 can be docked with The contact portion 310 of the second conductive terminal 31 in the groove 301 is in electrical contact, thereby achieving the purpose of telecommunication communication. And, as shown in the first figure, at this time, the elastic pressing portion 232 of the first pressing portion 23 is buckled in the long groove 350 of the second pressing member 35, so the plug and the socket connector 2, 3 does not M269610 will leave. When an external force is applied to disconnect the plug from the socket connectors 2, 3, the sliding sleeve 22 and the shutter 33 are restored to their original positions by the first and second elastic members 24, 32, respectively, and the butt joint 201 and the butt groove 301 are closed (the Figures 5 and 9) while preventing the accumulation of dust. In summary, the dustproof connector module of this creation can indeed achieve the purpose of creation and meet the requirements of the new patent. However, the above is only an embodiment of the new model, and various modifications and changes based on this creation , Should still be included in the scope of this patent application. [Brief description of the drawing] The first picture is a perspective view of the plug and socket connector of the dust-proof connector mold. The second figure is an exploded perspective view of the plug connector of the dustproof connector mold, and the third figure is a three-dimensional combined view of the second figure. The fourth figure is a perspective view after the sliding sleeve is displaced in the third figure. The fifth figure is a 5-5 sectional view of the third figure. The sixth figure is an exploded perspective view of the socket connector of the creative dustproof connector module, and the seventh figure is a three-dimensional combined view of the sixth figure. The eighth figure is a perspective view after the shutter is displaced in the seventh figure. The ninth figure is a 9-9 sectional view of the seventh figure. [Description of main component symbols] M269610 Dust-proof connector module 1 Plug connector 2 Socket connector 3 First body 20 First conductive terminal 21 Slide sleeve 22 First pressing member 23 First elastic member 24 Butt portion 201 Joint portion 202 First receiving groove 203 Convex particles 204 Retaining wall 205 Guide groove 206 Combination groove 207 Contact portion 210 Welding portion 211 First surface 221 Second surface 222 Third surface 223 Fourth surface 224 Fifth surface 225 Socket 226 Guide arm 227 Hook Portion 228, positioning post 229, interference body 231, elastic pressing portion 232, pin 233, second body 30, second conductive terminal 31, second elastic member 32, shielding plate 33, outer cover case 34, second pressing member 35, butting groove 301, second accommodation Slot 302 Guide slot 303 Clip arm 331 Hook 332 Groove 333 Long slot 350 Circuit board 7 sets of connection holes 70