M404514 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電遠技哭彡 “ 接裔結構’特別是指透過驅動輪驅 結構。 ㈣而推動盖體滑動之電連接器 【先前技術】 目前市面上之處理器具有大量針腳陣列，並透過插座在針 板增權崎觀，歡伽會運用到 可在基座上_位置之畴_蓋體，綺猶作可由例如手 起子）的驅動構件所驅動。而蓋趙的陣列 孔貝】與處理裔的針腳相互對鹿。 :固定處酬，物細細㈣插座配合， 二 =開啟位置，針腳會穿透過蓋體的孔並穿入基座的針 腳收谷孔中，但是並未與針腳收容孔中内的導電端子電性連 接，若將蓋體移動至關閉位置會導致針聊移動至與針腳收容孔 内與導電端子電性連接。 需要⑼I能具有上百個針腳，將蓋體移動至關閉位置 需要相§的力衫料聊機找全配合_置，此力量會導 致插座組合f曲’導致驅動不足或無法解除驅動。 二前習用之驅動構件通常是—個可以旋轉之偏心輪，利用 偏心輪的機Μ轉諸㈣於基座滑動， 上而下-«形颂此相互連接之餘體，錢_透過^ ’進而帶動 _動鷄構件時，該階㈣黯生偏心旋轉作動 蓋體於基座上位移作動。 雖然上述結射財馨蓋體於基座上姆 ==之階柱體並不容易生產製造’細可能造成製: 計者由:=:Γ構仍_缺失’實非，之設 完成本件電連接器結構 【新型内容】 本案創作人鑑於上述結構所衍生的各項缺點，乃亟尾 ^以改良創新’並經多年苦心孤赌心研究後，終於成功研發 本創狀目的係透過,!_輪购部之設置，使其得以轉動 馬|動部而推動蓋體滑動之電連接器結構。 為了達此一目的，本創作包含有收容有複數導電端子之基 座’可滑動組設於基座之蓋體，固定基座與蓋體之略件以及 收容於基座與蓋體間之驅動輪。 基座係包含有基體，基體設有複數貫穿基體且呈矩形排列 彼此分離之導電端子收容孔，導電端子收容孔用於收容相對應 數目之導電端子’基座周緣則設有基座定位部，並於基體一側 設有座孔，絲收容,_輪對應之部分，基體底部座孔周緣則 設有夾持片容置孔。 蓋體包括與基座之基體形狀大致相同之基部，基部在與基 M404514 座之導電鸲子收谷孔相對應之位置設有複數通孔，用於收容晶 片模組之導電插腳，蓋體之前、後端則設有至少一個以上之蓋 疋位。卩藉以與基座定位部相互卡合定位；蓋體一側設有與 基體座孔姆應之收容纽，上狀收容蓋孔非為正圓。 固定件’該固定件中央則設有與蓋體收容蓋孔與基座座孔 相互對應之固定件通孔。 •驅動輪，係女裝於基座之收容蓋孔和座孔中，該驅動輪包 含有與驅動輪同心之轉動部及與轉動部分離之至少一個以上 之驅動部’购輪之轉動部及鶴部之另側表關設有插設 槽，轉動部上則設有可供夾持片夾持之夾持槽。 夾持片，該夾持片係設置於基體之夾持片容置槽中，並透 過夾持部趙_雜轉動部之夹賴±，細狀驅動輪。 當上述各耕組裝時，蓋體係透過兩側之蓋體定位部及基 座之基座粒部相魏合’使得蓋H與基座得_互對應組 合，組合後之蓋體之收容S孔與蓋體定位細絲座之座孔及 基座定位槽相互對應’而蓋體之通孔亦與基座之導電端子收容 孔相互對應，並於端子收容孔中插設固定導電端子；固定件則 透過固定部插設於蓋體定位槽及基座定位槽内，藉以將蓋體及 基座相互固定，又驅動輪則可插設於固定件通孔、收容蓋孔及 座孔中，藉以完成各元件之組裝。 於-實施例中’該基座係由絕緣材料所製成，且該基體大 致呈矩形平板狀。 於一實施例中，該蓋體基部兩側分別設有一拾取開口，藉 以提供使用者取出晶片模組。 於一實施例中，該座孔周緣則設有至少一個以上之基座定 位槽。 於一實施例中，該收容蓋孔周緣則設有至少一個以上之蓋 體定位槽。 於一實施例中，該固定件係為金屬材質所製成。 於一實施例中，該固定件周緣則朝蓋體方向彎折有與蓋體 定位槽、基座定位槽相互對應之固定部。 ，於-實施例該驅動部兩側則設有補強部，加強驅動部 之結構強度。 ，於-實施例中’該驅動部之周緣並無設置補強部，轉動部 與驅動部間則為單純兩分離之圓柱體。 於-實施例中’該驅動部及轉動部之間則又連接設有一連 接部，可增加驅動輪之整體結構強度。 【實施方式】 ▲為讓本創作之上述和其他目的、特徵和優點能更明顯易 4下文特舉出較佳貫施例，並配合所附圖式，作詳細說明如 下。 沾奮/閱第ϋ至第五圖所示，為本創作所提供之電連接器 一 2之立體分解結構示意圖、立體組合結構及驅雜立體結構 其匕3收谷有複數導電端子I3之基座1，可滑動組 1P04514 设於基座1之蓋體2，固定基座1與蓋體2之固定件3，以及 收容於基座1與蓋體2間之驅動輪4。 基座1係由絕緣材料所製成，其包括大致呈矩形平板狀之 基體11’基體11設有複數貫穿基體u且呈矩形排列彼此分離 之導電端子收容孔12，導電端子收容孔12用於收容相對應數 目之導電端子13，基座1周緣則設有基座定位部14，並於基 體11 一侧設有座孔15，用來收容驅動輪4對應之部分，座孔 15周緣則設有至少一個以上之基座定位槽16，基體u底部座 孔15周緣則設有夾持片容置槽π。 盍體2用於承載電腦之晶片模組（.圖中未標示），其包括 與基座1之基體11形狀大致相同之基部21，基部21在與其 座1之導電端子收容孔12相對應之位置設有複數通孔22，用 於收容晶片模組之導電插腳（圖中未標示），蓋體2基部21兩 側分別設有一拾取開口 23，藉以提供使用者取出晶片模組， 蓋體2之拾取開口 23之前、後端則設有至少一個以上之蓋體 定位部24，藉以與基座定位部14相互卡合定位；蓋體2 一側 設有與基體11座孔15相對應之收容蓋孔25，收容蓋孔25周 緣則設有至少一個以上之蓋體定位槽26，上述之收容蓋孔b 非為正圓。 固定件3係為金屬材質所製成，固定件3中央則設有與蓋 體2收容蓋孔25與基座1座孔15相互對應之固定件通孔31， 固定件3周緣職魏2方向f折有與蓋體定位槽％及基座 8 M404514 定位槽16相互對應之固定部32。 驅動輪4係安裝於收容蓋孔25和座孔15中，該驅動輪4 包含有與驅動輪4同心之轉動部41及與轉動部41分離之至少 一個以上之驅動部42 ’驅動輪4之轉動部41及驅動部42之 另側表面則設有插設槽43，上述之驅動部42兩側則設有補強 . 部44，藉以加強驅動部42之結構強度，轉動部41上則設有 • 可供夾持片5夾持之夾持槽45。 • 失持片5係設置於基座1之夾持片容置槽17中，並透過 夾持部51夾持於驅動輪4轉動部41之夾持槽45上，藉以固 定驅動輪4。 當上述各元件組裝時，蓋體2係透過兩側之蓋體定位部 24及基座1之基座定位部14相互配合，使得蓋體2與基座i 得以相互對應組合，組合後之蓋體2之收容蓋孔25與蓋體定 . 位槽26則與基座1之座孔15及基座定位槽16相互對應，而 鲁 蓋體2之通孔22亦與基座1之導電端子收容孔12相互對應， 並於導電端子收容孔12中插設固定導電端子η ;固定件3則 透過固定部32插設於蓋體定位槽26及基座定位槽16内，藉 以將蓋體2及基座1相互m定’又驅動輪4則可插設於固定件 通孔31、收容蓋孔25及座孔15中，藉以完成各元件之組裝。 凊參閱第一至六圖A、B所示，為本創作電連接器結構之 驅動輪轉動實施作動示意圖；當蓋體2與基座1組裝在一起 時，此時蓋體2係組裝於基座1上方，並相對於基座1偏移了 9 一定之距離’使得晶片模組之導電插_導電端子13彼此間 並無接觸；當者利用操私具（例如手動起子）時，健 知作工具插設於驅動輪4之插設槽43中，並轉動驅動輪4， =驅動輪4則以轉動部41為中心點轉動，同時帶動驅動部42 ㈣作動，此時，驅動部42於轉動過財，由於固定件通孔 31及蓋體2之收容蓋體25非為正圓，因此會於基座丨及蓋體 2間會產生-偏移間距，透過驅動輪4之驅動部42與固定件 通孔3丨職目互雜’使得输_失，電連接器處於關 閉狀態’最後使得“ _之導電插腳與基座丨之導電端子 U相互接觸，形成電性導通。 請參閱第七圖所示，為本創作電連接器結構之驅動輪另一 結構示意t於此f施結射，軸動部42之騎並並設置 補強部44，轉動部41與.陶_鱗純兩分離之圓柱 體’並且在平行於驅動輪4旋_線的方向上具有不同的延伸 長度。雖然此結構並無補強部44 α 4之使用功能。 之但並不影響驅動輪 凊參閱第八圖所示，為本創作電連接器結構之驅動輪又一 =圖;於此實施結構中’該驅動部们之周緣除設有補 «44之外’驅_2及轉動_之間則又連接設有 =，透織料，州加鶴4之整體結 上列禅細說明係針對本創竹★ 蝴乍之-可行實施例之具體說 名:I實婦1並非用以限制本創作之專利範圍，凡未脫離本 創作技藝㈣所為之等財施峻更，均應包含於本案之專利 fc圍中糊作之權鄉護範圍應如後述之巾請專利範圍所 【圖式簡單說明】 第-圖為本創作電連接器結構之立體分解結構示意圖。 ^二圖為本創作電連接H結構之另—㈣立體分解結構示意 第三圖為本創作電連接H結構之立體組合結構示意圖。 第四圖為本創作電連接驗構之驅動輪立體結構示意圖。 第五圖為本創作電連接器結構之另一隨驅動輪立體結構示 意圖。 笔六圖A、B為本創作電連接器結構之驅動輪轉動實施作動示 意圖。 第七圖為本創作電連接器結構之驅動輪另—結構示意圖。 第八圖為本創作電連接器結構之驅動輪又—結構示意圖。 【主要元件符號說明】 1基座 11基體 12導電端子收容孔 U導電端子 Η基座定位部 M404514 15座孔 16基座定位槽 17夾持片容置槽 2蓋體 21基部 22通孔 23拾取開口 24蓋體定位部 25收容蓋孔 26蓋體定位槽 3固定件 31固定件通孔 32固定部 4驅動輪 41轉動部 42驅動部 43插設槽 44補強部 45夾持槽 46連接部 5夾持片 51夾持部M404514 V. New description: [New technical field] This creation is about a kind of electric remote technology crying "connected structure" especially refers to the electric drive through the drive wheel drive structure. (4) to push the cover sliding electrical connector [previous technology 】 At present, the processor on the market has a large number of stitch arrays, and through the socket to increase the weight of the needle board, the Huanjia will be applied to the pedestal _ position domain _ cover body, which can be used, for example, by a hand screwdriver The drive member is driven. The cover array of the cover Zhao is opposite to the stitches of the treated person. The fixed position is fine, the material is fine (4) the socket is matched, and the second = open position, the stitch will penetrate the hole of the cover body and penetrate The pin of the pedestal is in the hole of the valley, but is not electrically connected to the conductive terminal in the pin receiving hole. If the cover is moved to the closed position, the pin is moved to be electrically connected to the conductive terminal in the pin receiving hole. Need (9)I can have hundreds of pins, move the cover to the closed position, you need to find the full match _ set, this force will cause the socket combination f song 'cause the drive is insufficient or can not be lifted The driving member of the second pre-existing is usually a rotatable eccentric wheel, which is rotated by the eccentric wheel (4) sliding on the base, and the top-down-«shapes the interconnected body, money _ through ^ 'When the _ moving chicken component is driven, the eccentric rotating rotating cover body of the step (4) is displaced on the pedestal. Although the above-mentioned cascading cover body on the pedestal is not easy to manufacture. 'Thin may cause system: Calculate by: =: Γ 仍 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After improving the innovations and after years of painstaking research, the goal of the successful development of this creation was finally passed through! In order to achieve this goal, the present invention comprises a base body accommodating a plurality of conductive terminals, a cover body slidably assembled on the base, a fixed base and a cover member, and a space between the base and the cover body. Driving wheel. The base system comprises a base body, and the base body is provided a plurality of conductive terminal receiving holes penetrating the base body and separated from each other in a rectangular shape, and the conductive terminal receiving holes are used for accommodating a corresponding number of conductive terminals. The base periphery of the base is provided with a base positioning portion, and a hole is provided on one side of the base body. The wire is accommodated, and the corresponding part of the wheel is provided with a clamping piece receiving hole at the periphery of the bottom hole of the base body. The cover body comprises a base portion having substantially the same shape as the base of the base, and the base is in the conductive tweezers of the base M404514. The corresponding hole of the hole is provided with a plurality of through holes for receiving the conductive pins of the chip module, and at least one or more of the cover positions are provided at the front and the back end of the cover body, so as to be engaged with the base positioning portion; One side of the cover body is provided with a receiving button of the base body hole, and the upper receiving cover hole is not a perfect circle. The fixing member 'the center of the fixing member is provided corresponding to the cover receiving cover hole and the base seat hole. The fixing member has a through hole. The driving wheel is formed in the receiving cover hole and the seat hole of the base. The driving wheel includes a rotating portion concentric with the driving wheel and at least one driving portion separated from the rotating portion. Wheel rotation The other side of the table off the crane unit is provided interposed chute is provided for holding the sheet holding unit holding the rotational groove. The clamping piece is disposed in the clamping piece receiving groove of the base body, and passes through the clamping portion of the clamping portion and the fine driving wheel. When the above-mentioned ploughing is assembled, the cover system transmits the cover hull through the locating portion of the cover on both sides and the base of the base, so that the cover H and the pedestal are combined with each other, and the combined S-hole of the cover is received. The contact hole of the cover positioning filament seat and the base positioning groove correspond to each other', and the through hole of the cover body also corresponds to the conductive terminal receiving hole of the base, and the fixed conductive terminal is inserted into the terminal receiving hole; The fixing portion is inserted into the cover positioning groove and the base positioning groove, so that the cover body and the base are fixed to each other, and the driving wheel can be inserted into the fixing member through hole, the receiving cover hole and the seat hole, thereby Complete assembly of the various components. In the embodiment, the base is made of an insulating material, and the base is substantially rectangular. In one embodiment, a pick-up opening is provided on each side of the base of the cover body to provide a user to take out the wafer module. In an embodiment, at least one of the susceptor positioning grooves is provided at the periphery of the seat hole. In one embodiment, the periphery of the receiving cover hole is provided with at least one cover positioning groove. In one embodiment, the fixing member is made of a metal material. In one embodiment, the periphery of the fixing member is bent toward the cover body to have a fixing portion corresponding to the cover positioning groove and the base positioning groove. In the embodiment, the reinforcing portion is provided on both sides of the driving portion to strengthen the structural strength of the driving portion. In the embodiment, the reinforcing portion is not provided on the periphery of the driving portion, and the cylindrical portion is simply separated between the rotating portion and the driving portion. In the embodiment, a connecting portion is further connected between the driving portion and the rotating portion to increase the overall structural strength of the driving wheel. [Embodiment] ▲ In order to make the above and other objects, features and advantages of the present invention more obvious, the following is a detailed description of the preferred embodiments and the accompanying drawings are described in detail below. Zhan Fen / Yue Di ϋ to the fifth figure, the schematic diagram of the three-dimensional exploded structure of the electrical connector 1 provided by the creation, the three-dimensional composite structure and the three-dimensional structure of the hybrid, and the base of the plurality of conductive terminals I3 The base 1, the slidable group 1P04514 is provided on the cover 2 of the base 1, the fixed base 3 of the fixed base 1 and the cover 2, and the drive wheel 4 housed between the base 1 and the cover 2. The base 1 is made of an insulating material, and comprises a base body 11' having a substantially rectangular flat shape. The base body 11 is provided with a plurality of conductive terminal receiving holes 12 penetrating through the base body u and separated from each other in a rectangular shape. The conductive terminal receiving holes 12 are used for The corresponding number of the conductive terminals 13 are accommodated, the base 1 is provided with a base positioning portion 14 , and the base 11 is provided with a seat hole 15 for receiving the corresponding portion of the drive wheel 4 , and the periphery of the seat hole 15 is provided. There are at least one base positioning groove 16 , and the periphery of the base hole 15 of the base u is provided with a clamping piece receiving groove π. The die body 2 is used for carrying a computer chip module (not shown), and includes a base portion 21 having substantially the same shape as the base body 11 of the base 1, and the base portion 21 corresponds to the conductive terminal receiving hole 12 of the seat 1. The position is provided with a plurality of through holes 22 for receiving the conductive pins of the chip module (not shown), and a pick-up opening 23 is respectively provided on both sides of the base portion 21 of the cover body 2, thereby providing the user to take out the chip module, and the cover body 2 At least one or more cover positioning portions 24 are provided at the front end and the rear end of the pick-up opening 23, so as to be engaged with the base positioning portion 14; the cover body 2 is provided with a corresponding hole corresponding to the base hole 15 of the base 11. The cover hole 25 and the periphery of the receiving cover hole 25 are provided with at least one cover positioning groove 26, and the above-mentioned receiving cover hole b is not a perfect circle. The fixing member 3 is made of a metal material, and the fixing member 3 is provided with a fixing member through hole 31 corresponding to the cover body 25 receiving the cover hole 25 and the base 1 hole 15 of the cover body 2, and the fixing member 3 is in the circumferential direction of the Wei 2 direction. The f-fold has a fixing portion 32 corresponding to the cover positioning groove % and the base 8 M404514 positioning groove 16. The driving wheel 4 is mounted in the receiving cover hole 25 and the seat hole 15, and the driving wheel 4 includes a rotating portion 41 concentric with the driving wheel 4 and at least one driving portion 42' driving the wheel 4 separated from the rotating portion 41. The other side surfaces of the rotating portion 41 and the driving portion 42 are provided with insertion grooves 43. The reinforcing portions 44 are provided on both sides of the driving portion 42 to strengthen the structural strength of the driving portion 42, and the rotating portion 41 is provided. • A clamping groove 45 for holding the clamping piece 5. The stray piece 5 is placed in the holding piece receiving groove 17 of the base 1, and is clamped to the holding groove 45 of the rotating portion 41 of the driving wheel 4 through the holding portion 51, whereby the driving wheel 4 is fixed. When the above components are assembled, the cover 2 is coupled to the base positioning portion 24 of the base and the base positioning portion 14 of the base 1 so that the cover 2 and the base i are combined with each other, and the combined cover is assembled. The receiving cover hole 25 of the body 2 and the cover body are fixed. The position groove 26 corresponds to the seat hole 15 of the base 1 and the base positioning groove 16, and the through hole 22 of the cover body 2 is also connected with the conductive terminal of the base 1. The receiving holes 12 are corresponding to each other, and the conductive terminal η is inserted into the conductive terminal receiving hole 12; the fixing member 3 is inserted into the cover positioning groove 26 and the base positioning groove 16 through the fixing portion 32, thereby the cover body 2 is And the base 1 is fixed to each other, and the driving wheel 4 can be inserted into the fixing member through hole 31, the receiving cover hole 25 and the seat hole 15, thereby completing assembly of the components. Referring to Figures A and B of Figures 1 to 6, the driving diagram of the driving wheel of the present invention is implemented. When the cover 2 is assembled with the base 1, the cover 2 is assembled to the base. Above the seat 1, and offset by a certain distance from the base 1 by a certain distance 'so that the conductive plugs_conductive terminals 13 of the wafer module are not in contact with each other; when using a personal device (such as a manual screwdriver), the health knows The tool is inserted into the insertion slot 43 of the driving wheel 4, and rotates the driving wheel 4. The driving wheel 4 rotates around the rotating portion 41, and simultaneously drives the driving portion 42 (4) to operate. At this time, the driving portion 42 is Since the fixing member through hole 31 and the housing cover 25 of the cover 2 are not perfectly rounded, an offset pitch is generated between the base cymbal and the cover 2, and the driving portion 42 of the driving wheel 4 is transmitted. It is mutually miscellaneous with the through hole of the fixing member, so that the transmission is lost and the electrical connector is in the closed state. Finally, the conductive pin of the _ is electrically contacted with the conductive terminal U of the base , to form electrical conduction. Figure 7 shows another structure of the drive wheel of the original electrical connector structure. f is ancillary, the axe portion 42 rides and is provided with a reinforcing portion 44, the rotating portion 41 and the cylinder are separated from each other by a cylinder and having different extensions in a direction parallel to the rotation of the drive wheel 4 Length. Although this structure does not have the function of the reinforcing portion 44 α 4 , but does not affect the driving rim, as shown in the eighth figure, the drive wheel of the present electrical connector structure is another = diagram; In the middle of the 'driver's periphery, except for the addition of «44, 'driver _2 and turn _ between the two are connected with =, through the woven material, the state of the United States and the crane 4本创竹★ 乍 乍 - The specific name of the feasible embodiment: I 实 妇 1 is not intended to limit the scope of the patent of this creation, and all the financial stipulations that have not been divorced from this creative technique (4) should be included in this case. The scope of the patent fc in the middle of the paste should be as follows. Please refer to the patent scope [Picture of the diagram] The first diagram is a schematic diagram of the three-dimensional decomposition structure of the structure of the creative electrical connector. The other part of the H structure is connected to the (four) three-dimensional decomposition structure. Schematic diagram of the three-dimensional composite structure of the structure. The fourth figure is a schematic diagram of the three-dimensional structure of the driving wheel of the creative electrical connection. The fifth figure is a schematic diagram of the three-dimensional structure of the driving wheel of the creative electrical connector structure. The driving diagram of the driving wheel of the creative electrical connector structure is schematically illustrated. The seventh drawing is a schematic diagram of the driving wheel of the structure of the creative electrical connector. The eighth drawing is a schematic diagram of the driving wheel and structure of the creative electrical connector structure. [Main component symbol description] 1 base 11 base 12 conductive terminal receiving hole U conductive terminal Η base positioning portion M404514 15 seat hole 16 base positioning groove 17 holding piece accommodating groove 2 cover body 21 base 22 through hole 23 Picking opening 24 cover positioning portion 25 accommodating cover hole 26 cover positioning groove 3 fixing member 31 fixing member through hole 32 fixing portion 4 driving wheel 41 rotating portion 42 driving portion 43 insertion groove 44 reinforcing portion 45 holding groove 46 connecting portion 5 clamping piece 51 clamping part