201203715 六、發明說明： 【發明所屬之技術領域】 本發明係有關於種電連接器’特別係指一種具有可相對滑 動之上、下座之電連接器。 【先前技術】 請參閱圖1 ’係為一種習知CPU(中央處理器）之電連接器，其 φ 包括有一基座90、一蓋體91、及一驅動件92、其中蓋體91設有一 頂面97及自頂面97左右二側向下延伸之二側板98，該側板肋設有 卡勾99，頂面97蓋合於基座90上，二側板98之卡勾99與基座9〇之 卡面910卡扣使蓋體91和基座90二者僅能相對前後滑動，該驅動件 92具有略成垂直之樞軸部93及搖動部94，其中樞轴部gg為且凸輪 效應之轴體，樞設於基座90與蓋體91之間，該搖動部94可沿基座 與蓋體之一邊旋動而令蓋體相對於基座平移；該基座9〇與驅動件 • 92樞接處附近一體成形設有卡勾95，該蓋體91對應設有卡勾96與 該卡勾95卡合。 如此’當往下搖動該驅動件92令蓋體91往前平移時，可令蓋 體之卡勾96與基座之卡勾95穩固勾合，藉以結合蓋體91與基座 90 ’防止因驅動件92樞轉時產生向上力量帶動蓋體91上翹，並可 減少塑膠之蓋體或基座損壞。 上述習知構造係利用蓋體與基座一體成形有相互配合之卡勾 作結合，其亦有未完善處，即： 201203715 1.基座及蓋體凸出之卡勾95、96容易發蝴裂情形。 2·卡勾95、96卡合之面積甚小，結合力量不大，_效果有限。 3·卡勾95、96卡合之位置是在樞㈣珊方，並未套扣樞轴侧 故防翹效果並非良好。 4.蓋體91需設有向下延伸之兩織⑽卡扣基細，如此在塑膠射 出成型二侧板98所產生之應力造成蓋體91之翹曲不平整，如此產 生產品之重大缺失，尤當蓋顏隨輕薄之需求時更加容易產生 勉曲不平整。 【發明内容】 本發明之主要目的在於提供―種電連接^，其藉由—套合件 套扣上、下座及驅動構造，限位上、下座之上下方向，達到當該 驅動構造帶動上、下座相對位移時，可防止上座或驅動構造受到 向上力量而翹起。 為達上述目的，本發明提供一種電連接器，其包括有：一下 座’其上設有至少-端子槽，該端子槽可設置一端子一上座其 係蓋合並卡合於該下座上且能相對於下座前後位移；一驅動構 造’其可帶動該上座和下座相對前後位移；及至少一套合件其 設有-壓織及至少-卡合部，該至少—卡合部連接於該壓制板 並向下延伸’該至少-套合件由上而下套扣該上座、下座及驅動 構造，該翻板壓綱上座及該轉構造限制向上麟該下座， 該卡合部穿過上座並卡合該下座，使該上座和τ座上下限位且能 201203715 前後相對位移。 如所述之電連接器，其中該套合件之壓制板之左、右側各設 有至少一該卡合部。 如所述之電連接器，其中該驅動構造設有一移動件及一推動 件，該上座設有一開孔，該移動件設有一透孔且結合固定於該上 座，該推動件上面設有一^槽且對應該卡槽中心設有一偏心凸 輪，該偏心凸輪設於該透孔内，該卡槽由該上座之開孔露出，當 • 該推動件樞轉時該偏心凸輪可帶動該上座相對於下座前後移動。 如所述之電連接器，其中該驅動構造為一搖桿，該搖桿設有 一搖動部及一樞接部，該樞接部兩端設有樞軸而中間設有一凸 輪’該樞轴與下絲接，該凸輪可帶動上座相對下座#後位移； 該上座係為職材胃平板，該上絲段魏有—穿孔，該套合件 之壓制板旁设有-·^接部’該卡接部由該上座之穿孔穿過並卡接 該搖桿之凸輪，當該搖桿搖動時該凸輪可由該穿孔向上凸出該上 Φ 座。 如所述之電連接器’其中該卡接部包括二相對之夾面及二呈 弧形之頂面。 如所述之電連接器，其㈣下座設有前後延伸之卡槽，該卡 槽設有-上下方向之開σ且後端設有—插人口，該套合件之料 部設有-卡面由該開口伸入該卡槽，再藉由一插梢插入該卡槽2 卡制在該套合件之卡合部之卡面上。 如所述之電連接器，其中該套合件之麼制板左右側各至少設 201203715 有一該卡合部’該卡合部穿過該移動件，該壓制板設有一穿孔對 應該上座之開孔，該壓制板抵於推動件之上面，該推動件之卡槽 由該穿孔露出。 如所述之電連接器，其中該驅動構造更設有一固定片，該固 定片與下座定位，該推動件下端樞接於該固定片，該下座設有前 後延伸之卡槽，該卡槽設有一上下方向之開口，該套合件之卡合 部設有-卡面穿過該移動件及並由該開口伸入該卡槽，再 • 藉由一插梢插入該卡槽並卡制在該套合件之卡合部之卡面上。 如所述之電連接n ’其巾該套合件之卡合部設有倒扣卡合於 該下座。 如所述之電連接H，其中該至少—套合件為二個，該套合件 之壓制板前後側各設有-卡合部而呈门形狀，該二套合件由上而 下套合於該上座左、右側。 如所述之f連接器，其找套合件之壓做係直接壓制於該 Φ 上座。 …如所述之電連接器，其中該上座之·内設有—補強板，驾 補強板設有-開π對應該推動件，該套合件之卡合部穿過該獅 板0 如所述之電連接H，其中該上座物晴質平板，其兩側 沒有向下延伸之卡合構造卡合下座。 下表面皆平整無凸出 如所述之電連接器，其中該上座之上、 部位。 201203715 如所述之電連接器，其中該驅動構造為一搖桿，該搖桿設有 搖動部及一柩接部，該樞接部二端設有樞軸而中間設有一凸 輪’該樞軸與下座樞接，該凸輪可帶動上座相對下座前後位移。 如所述之電連接器，其為一晶片連接器，該下座之至少一端 子槽為多排之端子槽’該上舰有多排穿孔對應該下座之多排端 子槽。 如所述之電連接器，其中該套合件之至少一_合部下端設有 一卡孔，該卡合部穿過該下座並藉由一結合件卡定，該結合件設 有至v-f孔及--’該卡以呈水平方向卡人該卡合部之 卡孔。 再者，本發明更提供一種電連接器，其包括有：一下座，其 上設有至少-端子槽，該端子槽可設置—軒—上座，其係蓋合 並卡合於該下紅且_對於下座前後轉；—㈣構造，其可 帶動該上座和下座相對前後位移；及—套合件，其係套扣該上座、 下座及驅動構造，其包括H職及—絲，該卿板壓制該 上座及該鶴構造關向上麟該下座，該底板—體設有至少一 向上延伸之卡合部’該底板貼合該下座底面，該卡合部穿過下座 並與該壓制板卡定，使該上座和下座上下限位健前後相對位移。 如所述之電連接器，其中該至少—卡合部為二個，分別設於 該底板之左、右側。 如所述之電連接器’其中該驅動構造設有一移動件及一推動 件’該上座設有-開孔’該移動件設有—透孔且結合㈣於該上 201203715 座，該推動件上面設有一"f·槽且對應該卡槽中心設有一偏心凸 輪，該偏心凸輪設於該透孔内，該卡槽由該上座之開孔露出，當 該推動件樞轉時該偏心凸輪可帶動該上座相對於下座前後移動。 如所述之電連接器，其中該套合件之底板左、右側各設有一 該卡合部’該卡合部穿過該移動件，該壓制板設有一穿孔對應該 上座之開孔’該壓制板抵於推動件之上面，該推動件之卡槽由該 穿孔露出。 • 如所述之電連接器，其中該套合件之底板設有一樞接孔，該 推動件下端樞接於該樞接孔。 如所述之電連接器，其中該底板之卡合部穿過該壓制板並藉 由一結合件卡定，該底板之卡合部設有一卡孔，該結合件設有一 開孔及至少一"定片，該卡定片呈水平方向卡入該底板之卡合部 之卡孔，該開孔對應該推動件之卡槽。 如所述之電連接器，其中該套合件之壓制板係直接壓制於該 φ 上座。 如所述之電連接器，其中該上座之開孔内設有一補強板，該 補強板設有一開口對應該推動件，該套合件之卡合部穿過該補強 板。 如所述之電連接器，其中該上座係為絕緣材質平板，其兩側 沒有向下延伸之卡合構造卡合下座。 如所述之電連接器，其中該上座之上、下表面皆平整無凸出 部位。 201203715 如所述之電連接器，其中該驅動構造為一搖桿，該搖桿設有 一搖動部及一樞接部，該樞接部二端設有樞軸而中間設有一凸 輪，該樞轴與下她接’該凸輪可帶動上座相對下歸後位移。 如所述之電連接器，其為一晶片連接器，該下座之至少一端 子槽為多排之端子槽，該上座設有多排穿孔對應該下座之多排端 子槽。 本發明之上述及其他目的、優點和特色由以下較佳實施例之 • 詳細說明中並參考圖式當可更加明白。 【實施方式】 請參閱圖3、圖3A、圖4及圖5，係為本發明第一實施例，其係 為一種晶片連接器，其可電連接一CPU，其包括一下座1〇、一上座 20、一卡扣結構3〇、一驅動裝置4〇及一套合件5〇，其中： 該下座10上設有多排成矩陣排列之端子槽u，每一端子槽可 鲁 6又置一知子’該多排端子槽11後方設有一凹槽12，該凹槽12之中 心設有一圓孔13且左右兩側各設有一前後向之卡槽μ，該卡槽μ 設有一上下方向之開口 15且後端設有一插入口 16。 該上座20蓋合於該下座1〇上且可相對於該下座1〇前後滑動， 該上座20整體係以絕緣材質平板製成，故沒有向下延伸之兩侧板 卡合構造卡合下座10且上下二面皆為平面無凸出部，其上設有多 排成矩陣排列之插孔21對應該下座1〇之多個端子槽η，該多個插 孔21之後方中間段有一圓形之開孔22，開孔22之左、右側各設有 201203715 一前後向穿孔23及二相互呈垂直之卡孔24。 該卡扣結構30—體射出成型於該下座10，該卡扣結構30在下 座兩侧上表面各凸設有一前後延伸之侧板31及三個分隔之上卡面 32。 該驅動裝置40為一螺絲驅動組件，其係設於該上座20和下座 10之間，其包括有一固定片41、一移動件45及一推動件412，該固 定片41係定位於該下座10之凹槽12，該固定片41設有一樞接孔42 φ 對應該圓孔13，該樞接孔42左右兩側各設有二穿孔43 ;該移動件 45之中心設有一透孔46，該透孔46左右兩側各設有一前後向穿孔 47及二呈垂直之凸部48，該移動件45由下而上使其凸部48與上座 20之卡孔24卡定；該推動件412上面設有一螺帽413，螺帽413中間 設有一較小之凸面417，該凸面設有—h字型之卡槽414，螺帽413 下方對正該卡槽414中心設有一偏心凸輪415及一柩轴416，該推動 件412由上座之開口22置入’該螺帽413抵於該移動件45上，該偏 • 心凸輪415位於該透孔46内，該卡槽414由該上座之開孔22露出， 該樞軸416樞接於該下座10上之固定片41之樞接孔42，當該推動件 412樞轉時該偏心凸輪415推動該移動件45故可帶動該上座20相對 於下座10前後移動。 該套合件50大致呈门形狀’其一體設有一壓制板51及二卡 合部52，該壓制板51設有一穿孔53較上座之開孔22為小，該穿 孔53套合該推動件412之凸面417，該二卡合部連接於該壓制板 51左、右側並向下延伸且下端設有一呈水平之卡面54 ,該套合件 201203715 50係由上^下套合於該上座2G並套扣該鶴構造仙，該愿制板 51壓合於該上座20及該驅動構造4〇之推動件412之螺帽Μ〗上， 該二卡合部52穿過上座2〇之前後向穿孔烈、移動件奶之前後向 穿孔47及固以41之穿孔43後再由開口 15伸人該卡槽μ，再 藉由-插梢60由插入口 16插入該卡槽14而卡制在該套合件5〇 之卡合部52之卡面54上’該插梢6Q前端設有倒刺61與下座ι〇201203715 VI. Description of the Invention: [Technical Field] The present invention relates to an electrical connector', particularly to an electrical connector having a relatively slidable upper and lower seats. [Prior Art] Please refer to FIG. 1 as an electrical connector of a conventional CPU (Central Processing Unit), the φ includes a base 90, a cover 91, and a driving member 92, wherein the cover 91 is provided with a The top surface 97 and the two side panels 98 extending downward from the left and right sides of the top surface 97 are provided with a hook 99, the top surface 97 is covered on the base 90, and the hooks 99 and the base 9 of the two side panels 98 are provided. The card face 910 snaps the cover 91 and the base 90 to slide only relative to each other. The drive member 92 has a slightly vertical pivot portion 93 and a rocking portion 94, wherein the pivot portion gg is a cam effect The shaft body is pivotally disposed between the base 90 and the cover body 91. The rocking portion 94 can be rotated along one side of the base and the cover body to translate the cover body relative to the base; the base 9 and the driving member • A hook 95 is integrally formed near the pivotal portion of the 92, and the cover 91 is provided with a hook 96 corresponding to the hook 95. Thus, when the driving member 92 is swung downward to cause the cover 91 to translate forward, the hook 96 of the cover can be firmly hooked with the hook 95 of the base, thereby combining the cover 91 and the base 90 to prevent When the driving member 92 pivots, an upward force is generated to drive the cover 91 up and the plastic cover or the base can be damaged. The above-mentioned conventional structure is formed by integrally forming a matching hook with the base and the base, and there are also imperfections, that is, 201203715 1. The base and the cover protruding hooks 95 and 96 are easy to bloom. Crack situation. 2· The area of the hooks 95 and 96 is very small, the combined strength is not big, and the effect is limited. 3. The position of the hooks 95 and 96 is in the pivot (four) side of the side, and the pivoting side is not buckled. Therefore, the anti-warping effect is not good. 4. The cover body 91 is provided with two woven (10) snap bases extending downward, so that the stress generated by the plastic injection molding two side plates 98 causes the warpage of the cover body 91 to be uneven, thus causing a major loss of the product. Especially when the face is thin, it is more likely to produce distortion and unevenness. SUMMARY OF THE INVENTION The main object of the present invention is to provide a type of electrical connection, which is supported by the upper and lower seats of the sleeve member and the driving structure, and the upper and lower seats are restricted from the upper and lower directions to achieve the driving structure. When the upper and lower seats are relatively displaced, the upper seat or the drive structure can be prevented from being lifted by the upward force. In order to achieve the above object, the present invention provides an electrical connector including: a lower seat having at least a terminal slot thereon, the terminal slot being provided with a terminal and a top cover, and the cover is coupled to the lower seat and Displaceable relative to the lower seat; a drive structure 'which can drive the upper and lower seats relative to the front and rear displacement; and at least one set of components is provided with - weaving and at least - engaging portions, the at least - engaging portions are connected Extending the pressing plate and extending downwardly, the at least-fitting member buckles the upper seat, the lower seat and the driving structure from top to bottom, the flap pressing upper seat and the rotating structure restricting the upper arm to the lower seat, the engaging The part passes through the upper seat and engages the lower seat, so that the upper seat and the τ seat are upper and lower limits and can be relatively displaced before and after 201203715. The electrical connector as described, wherein at least one of the engaging portions is provided on the left and right sides of the pressing plate of the fitting. The electric connector, wherein the driving structure is provided with a moving member and a pushing member, the upper seat is provided with an opening, the moving member is provided with a through hole and is fixedly fixed to the upper seat, and the pushing member is provided with a slot And an eccentric cam is disposed in the center of the card slot, the eccentric cam is disposed in the through hole, the card slot is exposed by the opening of the upper seat, and the eccentric cam can drive the upper seat relative to the lower portion when the pusher pivots The seat moves back and forth. The electric connector is configured as a rocker, the rocker is provided with a rocking portion and a pivoting portion, the pivoting portion is provided with a pivot at both ends and a cam is disposed in the middle of the pivot The lower wire is connected, the cam can drive the upper seat relative to the lower seat # rear displacement; the upper seat is a professional stomach plate, the upper wire segment has a perforation, and the pressing piece of the fitting is provided with a - ^ joint The engaging portion passes through the through hole of the upper seat and engages the cam of the rocker. When the rocker is rocked, the cam can protrude upward from the through hole. The electrical connector as described herein wherein the snap portion includes two opposing facets and two curved top faces. As described in the electrical connector, the (four) lower seat is provided with a card slot extending forward and backward, the card slot is provided with an opening σ in the up and down direction and a rear end is provided with a population, and the material portion of the fitting is provided with - The card surface extends into the card slot through the opening, and is inserted into the card slot 2 by a plug to be engaged on the card surface of the engaging portion of the sleeve. The electrical connector, wherein the left and right sides of the component board are at least 201203715, and the engaging portion passes through the moving member, and the pressing plate is provided with a perforation corresponding to the opening of the seat. The hole is pressed against the upper surface of the pushing member, and the groove of the pushing member is exposed by the through hole. The electrical connector of the present invention, wherein the driving structure is further provided with a fixing piece, the fixing piece is positioned with the lower seat, the lower end of the pushing member is pivotally connected to the fixing piece, and the lower seat is provided with a card slot extending forward and backward, the card The slot is provided with an opening in the up-and-down direction, and the engaging portion of the sleeve is provided with a card surface passing through the moving member and extending into the slot through the opening, and then inserted into the card slot by a plug It is formed on the card surface of the engaging portion of the fitting. The electrical connection n'' is as follows. The engaging portion of the cover is provided with a buckle to be engaged with the lower seat. The electrical connection H is as described, wherein the at least one of the sleeves is two, and the front and back sides of the pressing plate of the sleeve are respectively provided with a engaging portion and a door shape, and the two sets of the upper and lower sleeves are Combined with the left and right sides of the upper seat. As described in the f connector, the press-fitting member is directly pressed against the Φ upper seat. The electric connector as described, wherein the upper seat is provided with a reinforcing plate, and the driving reinforcing plate is provided with an opening π corresponding to the pushing member, and the engaging portion of the fitting member passes through the lion board. The electrical connection H is described, wherein the upper seat is a sunny plate, and the engaging structure of the two sides does not extend downward to engage the lower seat. The lower surface is flat and non-protruded as described in the electrical connector, wherein the upper seat is above the location. 201203715 The electrical connector as described, wherein the driving structure is a rocker, the rocking rod is provided with a rocking portion and a connecting portion, the pivoting portion is provided with a pivot at two ends and a cam is disposed in the middle It is pivotally connected to the lower seat, and the cam can drive the upper seat to be displaced forward and backward relative to the lower seat. The electrical connector is a wafer connector, and at least one end slot of the lower base is a plurality of rows of terminal slots. The upper ship has a plurality of rows of perforations corresponding to the plurality of rows of terminal slots of the lower seat. The electrical connector, wherein the lower end of the at least one of the components is provided with a card hole, the engaging portion passes through the lower seat and is locked by a coupling member, and the coupling member is provided to the vf Hole and --- The card is a horizontally oriented card hole for the engaging portion. Furthermore, the present invention further provides an electrical connector comprising: a lower seat having at least a terminal slot disposed thereon, the terminal slot being configurable - a top-up seat, the cover being merged to engage the lower red and For the lower seat forward and backward; - (4) structure, which can drive the upper and lower seats relative to the front and rear displacement; and - a fitting, which buckles the upper seat, the lower seat and the drive structure, including the H position and the wire, The upper plate presses the upper seat and the crane structure closes the lower seat, the bottom plate body is provided with at least one upwardly extending engaging portion, the bottom plate is fitted to the bottom surface of the lower seat, and the engaging portion passes through the lower seat and The pressing plate is locked so that the upper and lower limits of the upper and lower seats are relatively displaced before and after. The electrical connector, wherein the at least one of the engaging portions is two, respectively disposed on the left and right sides of the bottom plate. The electric connector as described, wherein the driving structure is provided with a moving member and a pushing member. The upper seat is provided with an opening. The moving member is provided with a through hole and is coupled to the upper portion of the 201203715 seat. An eccentric cam is disposed in the center of the card slot, and the eccentric cam is disposed in the through hole, the card slot is exposed by the opening of the upper seat, and the eccentric cam can be rotated when the pushing member is pivoted The upper seat is moved forward and backward relative to the lower seat. The electrical connector, wherein the bottom plate of the sleeve is provided with a latching portion on the left and right sides, and the engaging portion passes through the moving member, and the pressing plate is provided with a through hole corresponding to the upper seat. The pressing plate abuts against the upper surface of the pushing member, and the groove of the pushing member is exposed by the through hole. The electrical connector of the present invention, wherein the bottom plate of the sleeve is provided with a pivot hole, and the lower end of the pusher is pivotally connected to the pivot hole. The electrical connector of the present invention, wherein the engaging portion of the bottom plate passes through the pressing plate and is locked by a coupling member, the engaging portion of the bottom plate is provided with a card hole, and the coupling member is provided with an opening and at least one " fixed piece, the card is jammed horizontally into the card hole of the engaging portion of the bottom plate, and the opening corresponds to the card slot of the pushing member. The electrical connector as described, wherein the pressing plate of the fitting is directly pressed against the upper seat of the φ. The electrical connector of the present invention, wherein a reinforcing plate is disposed in the opening of the upper seat, the reinforcing plate is provided with an opening corresponding to the pushing member, and the engaging portion of the fitting member passes through the reinforcing plate. The electrical connector as described above, wherein the upper seat is an insulating material plate, and the lower structure has no engaging structure extending downward to engage the lower seat. The electrical connector as described above, wherein the upper and lower surfaces of the upper seat are flat and have no protruding portions. 201203715 The electrical connector as described in the above, wherein the driving is configured as a rocker, the rocking rod is provided with a rocking portion and a pivoting portion, the pivoting portion is provided with a pivot at two ends and a cam is arranged in the middle, the pivot Connected to her next 'the cam can drive the upper seat to the lower rear displacement. The electrical connector is a chip connector, and at least one end slot of the lower seat is a plurality of rows of terminal slots, and the upper seat is provided with a plurality of rows of end slots corresponding to the lower seats. The above and other objects, advantages and features of the present invention will become more apparent from the <RTIgt; [Embodiment] Please refer to FIG. 3, FIG. 3A, FIG. 4 and FIG. 5, which are the first embodiment of the present invention, which is a chip connector, which can be electrically connected to a CPU, which includes a lower seat, a The upper seat 20, a buckle structure 3〇, a driving device 4〇 and a set of fittings 5〇, wherein: the lower seat 10 is provided with a plurality of terminal slots u arranged in a matrix, each terminal slot can be 6 A groove 12 is disposed at the rear of the plurality of terminal slots 11. The center of the groove 12 is provided with a circular hole 13 and a front and rear card slot μ is disposed on each of the left and right sides. The card slot μ is provided with a vertical direction. The opening 15 and the rear end are provided with an insertion opening 16. The upper seat 20 is attached to the lower seat 1 且 and is slidable forward and backward relative to the lower seat 1 . The upper seat 20 is entirely made of an insulating material plate, so that the two sides of the lower plate do not have a downwardly engaging structure. The lower seat 10 and the upper and lower sides are flat non-protrusions, and a plurality of rows of jacks 21 arranged in a matrix are arranged on the upper side, and a plurality of terminal slots η corresponding to the lower seat 1 are arranged. The segment has a circular opening 22, and the left and right sides of the opening 22 are respectively provided with 201203715 a forward and backward perforation 23 and two mutually perpendicular card holes 24. The buckle structure 30 is integrally formed on the lower seat 10. The buckle structure 30 has a front and rear extending side plate 31 and three spaced upper surface cards 32 on the upper surfaces of the lower seat. The driving device 40 is a screw driving assembly, which is disposed between the upper seat 20 and the lower seat 10, and includes a fixing piece 41, a moving member 45 and a pushing member 412. The fixing piece 41 is positioned under the fixing device 41. The fixing piece 41 of the seat 10 is provided with a pivot hole 42 φ corresponding to the circular hole 13 . The pivot hole 42 is provided with two through holes 43 on the left and right sides thereof; a through hole 46 is defined in the center of the moving member 45 . The front and rear through holes 47 and the two vertical protrusions 48 are respectively disposed on the left and right sides of the through hole 46. The moving member 45 is locked from the bottom portion to the card hole 24 of the upper seat 20; the pushing member A nut 413 is disposed on the upper surface of the 412, and a small convex surface 417 is disposed in the middle of the nut 413. The convex surface is provided with a -h-shaped card slot 414, and an eccentric cam 415 is disposed at the center of the card slot 414. a shaft 416, the pushing member 412 is placed by the opening 22 of the upper seat, and the nut 413 is abutted against the moving member 45. The biasing cam 415 is located in the through hole 46. The card slot 414 is formed by the upper seat. The opening 22 is exposed, and the pivot 416 is pivotally connected to the pivot hole 42 of the fixing piece 41 on the lower seat 10. The eccentric convex when the pushing member 412 is pivoted 415 pushes the moving member 45 so that the upper seat 20 may be driven back and forth relative to the lower seat 10 moves. The sleeve member 50 is substantially in the shape of a door. The pressing plate 51 is provided with a pressing plate 51 and a second engaging portion 52. The pressing plate 51 is provided with a through hole 53 which is smaller than the opening 22 of the upper seat. The through hole 53 fits the pushing member 412. The convex portion 417 is connected to the left and right sides of the pressing plate 51 and extends downwardly, and the lower end is provided with a horizontal card surface 54. The fitting member 201203715 50 is fitted to the upper seat 2G by the upper and lower parts. And engaging the crane structure, the wishing plate 51 is pressed against the nut 20 of the upper seat 20 and the driving member 412 of the driving structure 4, and the two engaging portions 52 pass through the upper seat 2 The perforation is strong, the moving piece of milk is moved to the perforation 47 and the perforation 43 of the fixing 41, and then the card slot μ is extended by the opening 15, and then inserted into the card slot 14 by the insertion hole 60 and inserted into the card slot 14 The card cover 54 of the engaging portion 52 of the sleeve member 5 is provided with a barb 61 and a lower seat ι at the front end of the insertion end 6Q.
卡定’該上座20之前後向穿孔23及移動件45之前後向穿孔47 均較該卡合部52之前後長度為長。 藉由以上構造’在組裝上，先將細定片41定位於下座 之=槽12，該移動件45卡定於上錢下面；接著將上座2〇由後 往前置入該下座1G上，使卡扣結構3()随上座Μ之 . 接著再將套合件5〇由上而下套扣上座2Q及崎構造4q，二卡合 部52f過上座20之前後向穿孔烈、移動件45之前後向穿孔47 及固疋片41之穿孔43並伸人該卡槽14;最後將插祕由插入口 16插入該卡槽14而卡制在該套合㈣之卡合部52之卡面54上， 如此即可穩_套扣上座、轉構造4G及下座1〇。 在使用上，當以螺絲刀自卡槽414轉動該 前後移動:時’該上座2()_對套合件50及下座10 該上座20 較該卡合部52 之前後向穿孔23及移動件45之前後向穿錢均 之前後長度輕，故該上㈣可相對套合件5〇及 201203715 下座ίο前後移動。 由上述之說明’該套合件50之卡合部52穿過該上座2〇、移 動件45、固定片41後卡扣於下座1〇，如此該套合件5〇不僅套扣 該上下座20、10且套扣該驅動構造4〇，如此該推動件412不需 鉚〇於下座10即可很穩gj的定位，達顺裝之方便性且穩固的套 結該驅動構造4〇。 本實施例之上座2G之製造方法如下:提供—絕緣材質平板， 籲將該絕緣材質平板沖孔並切割成該上座，使該上座形成有多排成 矩陣排列之插孔’其中該絕緣材質平板可為塑黟平板或是玻璃纖 維平板。 請參閱圖6及圖7’係為本發明第二實施例，其大致與第一實 施例相同’其差異在於本實施例之卡扣結構3〇係包括有6個金屬 片彎折之卡扣片33，該卡扣片33上段設有前後延伸之側板31及 上卡面32，下段設有一定位部34，該下座1〇之兩側各設有三個 • 卡槽17及穿孔110，該6個卡扣片33分別由下而上固定於下座 10兩側之六個卡槽17,每一卡扣片33上段之側板31及上卡面32 分別由一穿孔110凸出於下座1〇兩側，該上座2〇之兩側各設有 三個穿孔26，該穿孔26之前段為窄孔而後段為寬孔。 藉由以上構造，在組裝上，先將該上座之穿孔π之寬孔 對正該卡扣片33即可直接由上而下置入下座1〇，接著將上座2〇 往後滑移該卡扣片33即卡扣於上座20上。 另外，本實施例之插梢60設有一彈性倒扣62，請參閱圖8， [S] 12 201203715 當觸壓該彈性倒扣62可作脫扣而拆解該插梢60。 請參閱圖9、圖10及圖11，係為本發明第三實施例，其大致 與第一實施例相同，其包括有一下座10、-上座20、-卡扣結構 30、一驅動裝置40及一套合件5〇，其中： 該下座10上③有多排成輯排列之端子，每―端子槽可 設置一端子’該多個端子槽U後方設有-凹槽12，該凹槽12之中 〜又有圓孔13且左右_各設有—前後向之卡槽丨4，該卡槽 鲁設有-上下方向之開口 15且後端設有一插入口 16。 該上座2G為塑膠射出成型，其沒有一體向下延伸設有側板卡 合構造卡合下座1G’其上設有多排成矩陣排列之插孔21對應該下 座10之多個端子槽11’該多個插孔21之後方中間段有一凹面 凹面27之中間設有一圓形之開孔22，開孔22之左右側各設有二 左右向穿孔28，另外兩側各設有三個分隔之凸緣29，該凸緣29 凸出上座10側邊且略向下凸出底面，該下座1〇於每—側板31前 # 設有一凹面18以配合該凸緣29 ; 該卡扣結構30係一體射成型於該下座1〇兩側，該卡扣結構 30凸出下座上表面各設有前後延伸且分隔之三個側板31及三個 上卡面32，每一側板31連接該上卡面32。 該驅動裝置40為一螺絲驅動組件，其設於該上座20和下座10 之巧’其包括有一固定片41、一移動件45及一推動件412 ’該固定 片41係定位於該下座10之凹槽12，該固定片41設有一樞接孔42對 應該圓孔13，其兩側為較窄之側部44 ;該移動件45之中心設有一 13 201203715 透孔46，該透孔46左右兩側各設有三個左右向穿孔49，該移動件 45由下而上使其兩側中間之左右向穿孔49與上座20下面之二凸部 卡定；該推動件412上面設有一螺帽413，螺帽413中間設有一較小 之凸面417，該凸面417設有一十字形之卡槽414，螺帽413下方對 正該卡槽414中心同第一實施例設有一偏心凸輪及一樞軸，該推動 件412由上座之開口22置入，該螺帽413抵於該移動件45上，該偏 心凸輪位於該透孔46内，該卡槽414由該上座之開孔22露出，該螺 • 帽413套合於該開口22，該樞軸416樞接於該下座1〇上之固定片41 之樞接孔42 ’當該推動件412樞轉時該偏心凸輪可帶動該上座2〇相 對於下座10前後移動。 該套合件50設有一壓制板51及四卡合部52，該壓制板51 設有一穿孔53較上座之開孔22為小，該四卡合部52連接於該壓 制板51左、右側之前、後端並向下延伸，使套合件5〇左、右侧 各成一门形狀，該卡合部52設有一卡孔，該卡孔下緣呈一水平之The front end of the upper seat 20 and the rearward perforation 47 of the moving member 45 are both longer than the front and rear of the engaging portion 52. With the above configuration 'in assembly, the fine stator 41 is first positioned in the lower seat = slot 12, the moving member 45 is locked under the upper money; then the upper seat 2 is placed into the lower seat 1G from the rear to the front. On the upper side, the buckle structure 3 () is attached to the upper seat. Then, the sleeve member 5 is buckled from the upper and lower sides of the upper seat 2Q and the saddle structure 4q, and the second engaging portion 52f passes through the upper seat 20 and then moves toward the perforation. Before the member 45, the through hole 47 and the through hole 43 of the fixing piece 41 are extended to the card slot 14; finally, the insertion hole is inserted into the card slot 14 from the insertion opening 16 to be engaged in the engaging portion 52 of the sleeve (4). On the card surface 54, this can be stabilized _ buckle upper seat, rotating structure 4G and lower seat 1 〇. In use, when the front and rear movements are rotated by the screwdriver from the card slot 414: the upper seat 2 () _ the pairing member 50 and the lower seat 10 the upper seat 20 is earlier than the engaging portion 52, the rearward perforation 23 and the moving member 45 before and after the money is worn before the length is light, so the upper (four) can be moved relative to the 5 〇 and 201203715 lower ίο. From the above description, the engaging portion 52 of the fitting member 50 passes through the upper seat 2〇, the moving member 45, and the fixing piece 41, and then is buckled to the lower seat 1〇, so that the fitting member 5〇 not only buckles the upper and lower sides. The seat 20 and 10 are sleeved with the driving structure 4〇, so that the pushing member 412 can be stably positioned without riveting to the lower seat 10, and the driving structure is sturdy and sturdy. . The manufacturing method of the upper seat 2G of the embodiment is as follows: providing a flat plate of insulating material, punching and cutting the insulating material flat plate into the upper seat, so that the upper seat is formed with a plurality of rows of jacks arranged in a matrix, wherein the insulating material flat plate It can be a plastic plate or a fiberglass plate. 6 and FIG. 7 ′′ are the second embodiment of the present invention, which is substantially the same as the first embodiment. The difference is that the buckle structure 3 of the embodiment includes a buckle with 6 metal sheets bent. The upper portion of the locking piece 33 is provided with a front and rear extending side plate 31 and an upper clamping surface 32. The lower portion is provided with a positioning portion 34. Three sides of the lower base 1 are respectively provided with three card slots 17 and perforations 110. The six latching pieces 33 are respectively fixed from the bottom to the top of the six latching slots 17 on the two sides of the lower base 10. The side panel 31 and the upper latching surface 32 of the upper section of each of the latching tabs 33 are respectively protruded from the lower seat by a through hole 110. There are three perforations 26 on both sides of the upper side of the upper seat, and the perforations 26 are narrow holes in the front section and wide holes in the rear section. With the above configuration, in the assembly, the wide hole of the perforation of the upper seat is aligned with the locking piece 33, and the locking piece 33 can be directly placed into the lower seat 1〇 from the top to the bottom, and then the upper seat 2〇 is later slipped. The snap tab 33 is snapped onto the upper seat 20. In addition, the insertion end 60 of the embodiment is provided with an elastic inverted buckle 62. Referring to FIG. 8, [S] 12 201203715 When the elastic inverted buckle 62 is pressed, the insertion end 60 can be disassembled. Please refer to FIG. 9 , FIG. 10 and FIG. 11 , which are the third embodiment of the present invention, which is substantially the same as the first embodiment, and includes a lower seat 10 , an upper seat 20 , a buckle structure 30 , and a driving device 40 . And a set of 5 pieces, wherein: the lower seat 10 has 3 rows of terminals arranged in series, and each terminal slot can be provided with a terminal. The plurality of terminal slots U are provided with a groove 12, the concave The groove 12 has a circular hole 13 and is provided with a front-rear card slot 4, which is provided with an opening 15 in the up-and-down direction and an insertion opening 16 at the rear end. The upper seat 2G is plastic injection molding, and has no side plate extending downwardly and has a side plate engaging structure. The lower seat 1G' is provided with a plurality of rows of jacks 21 arranged in a matrix corresponding to the plurality of terminal slots 11 of the lower seat 10. The middle portion of the plurality of insertion holes 21 has a concave opening 22 in the middle of the concave concave surface 27. The left and right sides of the opening 22 are provided with two left and right perforations 28, and the other sides are provided with three partitions. a flange 29 protruding from a side of the upper seat 10 and slightly protruding downwardly from the bottom surface, the lower seat 1 being provided with a concave surface 18 in front of each side panel 31 to engage the flange 29; the buckle structure 30 The two sides of the lower seat are respectively formed on the upper surface of the lower seat, and the upper surface of the lower seat is provided with three side plates 31 and three upper card faces 32 extending forward and backward, and each of the side plates 31 is connected thereto. Upper card surface 32. The driving device 40 is a screw driving assembly, which is disposed on the upper seat 20 and the lower seat 10 and includes a fixing piece 41, a moving member 45 and a pushing member 412. The fixing piece 41 is positioned on the lower seat. The groove 12 of the 10 is provided with a pivot hole 42 corresponding to the circular hole 13 and has narrower sides 44 on both sides; a center of the moving member 45 is provided with a 13 201203715 through hole 46, the through hole There are three left and right perforations 49 on each of the left and right sides of the 46. The moving member 45 is locked from the bottom to the left and right sides of the two sides to the two convex portions of the upper seat 20; the pushing member 412 is provided with a screw The cap 413 and the nut 413 are provided with a small convex surface 417. The convex surface 417 is provided with a cross-shaped card slot 414. The center of the nut 413 is aligned with the center of the card slot 414. The center of the card slot 414 is provided with an eccentric cam and a pivot. a shaft, the pushing member 412 is inserted into the opening 22 of the upper seat, the nut 413 is abutted against the moving member 45. The eccentric cam is located in the through hole 46, and the engaging groove 414 is exposed by the opening 22 of the upper seat. A screw cap 413 is fitted to the opening 22, and the pivot 416 is pivotally connected to the fixing piece 41 of the lower seat 1 Aperture 42 'when the pushing member 412 can be pivotally driven by the eccentric cam with respect to the upper seat 2〇 lower seat 10 move back and forth. The sleeve member 50 is provided with a pressing plate 51 and a four engaging portion 52. The pressing plate 51 is provided with a through hole 53 which is smaller than the opening 22 of the upper seat. The four engaging portions 52 are connected to the left and right sides of the pressing plate 51. The rear end extends downwardly so that the left and right sides of the sleeve member 5 are formed into a door shape, and the engaging portion 52 is provided with a card hole, and the lower edge of the card hole is horizontal.
卡面54，該套合件5〇係由上而下套合於該上座2〇並套扣該驅動 構造40 ’該壓制板51壓合於該上座2〇上且位於該驅動構造仙 之上方’該四卡合部52穿過上座2G之左右向穿孔28及移動件4 之左右向穿孔49而跨於固定片41之二侧料後再由開口 _ 入該卡槽14’再藉由—插梢⑼由插人口 16插人該卡槽14而卡 在該套合件5G之卡合部52之卡面54上及固定部4ι之二側部4 下，故本實施例之套合件50同樣是可顧的套扣上座20、驅辦 造40及下座1〇。 201203715 該套合件50係套合固定於上座2〇，故當轉動該推動件412 時，該套合件50連同上座2〇相對下座1〇前後移動，該開口 15 前後長度較該套合件50左、右側呈门形之卡合部52之前後長度 為大，藉以提供套合件5〇之移動間距。 請參閱圖12，係為本發明第四實施例，其大致與第一、三實 施例相同’其差異在於本實簡係設置二個較小之套合件5〇，該 二套合件50之屋制板51套壓在另一分開且較大之麼制板…之 •兩側’該壓制板51a中間設有一穿孔53，如此亦如同第三實施例 之套合件50之效果，另外該上座2〇之兩側係設置由前而後不間 斷之凸緣29,而下座1〇兩側之凹面18亦由前而後不間斷，另外， 該插梢之彈性倒扣62係由板面中間下卿成並向上凸起。 請參閱圖13，係為本發明第五實施例，其大致與第一、三實 施例相同’其差異在於本實施例之套合件50之卡合部52係板面 刺破設有倒㈣穿過上座之前後向穿孔23及移動件⑮之前後向 _穿孔47後穿入下座10之前後向之卡槽19,該倒勾56卡扣於卡槽 19内之卡面而僅能左右位移，另外，該推動件412不設螺帽而直 接設相對於卡槽414之偏心凸輪415。 。月參閱圖Μ ’係為本發明第六實施例，其大致與第一實施例 相同，其差異在於本實施例之套合件5〇之卡合㈣係先穿過上 座1〇、移動件45、固定片41及下座1〇如圓15所示，接著再二 次加^折該卡合部52下段卡扣下座10如圖16所示。 參閲圖17係為本發明第七實施例，其大致與第二實施例 [i i 15 201203715 相同，其差異在於本實施例之上座20兩側各設有三個缺口 214對 應凸設於該下座10之卡扣片33。 藉由以上構造，在組裝上，先將該上座2〇之缺口 214對正該 卡扣片33即可直接由上而下置入下座1〇，接著將上座2〇往後滑 移該卡扣片33即卡扣於上座20上。 請參閱圖18及圖19,係為本發明第八實施例，其係為搖桿型 之晶片連接器，其可電連接一 CPU，其包括一下座10、一上座2〇、 一驅動裝置及一套合件50，其中： 該下座ίο上設有多排成矩陣排列之端子槽n，每一端子槽可 設置-端子，該多個端子槽1丨後方中間設有—凹槽12，該凹槽12 之左右兩側各設有-樞接槽112，另外’該下座1()設有二前後向之 卡槽14與該凹槽12相通，該卡槽14後端設有一插入口。 該上座20蓋合於該下座1G上，該上越係為雜射出成型， 其設有兩側板218與下座1〇兩側卡合而可相對於該下座1〇前後滑 動’其上設有多排成矩陣制之減21對應該下細之多個端子 槽1卜該多储孔21之後方巾段設有—凹甜，細面27左右對 稱各設有二左右向穿孔28。 該驅動構造為-搖桿70 ’該搖桿7〇設有—搖動部71及一梅 接部，該樞接部設於該上座20和下座1〇之間，該框接部兩端為 輕軸72而中間為—凸輪73,該樞軸72與下座之_槽山 該凸輪73與上座20内面卡接，故當該搖桿7()摇動時該凸輪π 可帶動上座20相對下座1〇前後位移。 201203715 該套合件50設有一壓制板51及四卡合部52，該四卡合部52 連接於該壓制板51左、右側之前、後端並向下延伸，使套合件別 左、右側各成一门形狀，該卡合部52設有一卡孔，該卡孔下緣呈 一水平之卡面54，該套合件50係由上而下套合於該上座2〇並套 扣該搖桿70’該壓制板51壓合於該上座2〇之凹面27且位於該搖 桿之凸輪73之上方，該四卡合部52穿過上座2〇之左右向穿孔劭 至下座之凹槽12，再藉由一插梢6〇插入該卡槽14而卡制在該套 φ 合件50之卡合部52之卡面54上及搖桿70之凸輪73下，故本實 施例之套合件50同樣是可穩固的套扣上座2〇、搖桿7〇及下座1〇。 另外，該套合件50之壓制板51後側設有二開孔512，當要拆 解時可由該二開孔512伸入工具去觸壓該插梢6〇之彈性倒扣62 而可取出插梢60。 β奮參閱圖20及圖21 ’係為本發明第九實施例，其大致與第八 實施例相同，其差異在於本實施例係設有二個較小之套合件50， 鲁該二套合件50大致呈门形狀，分別套扣搖桿7〇之樞接部兩端之 抱轴72。 請參閱圖22、圖23及圖24，係為本發明第十實施例，其大 致與第八實施例相同，其差異在於本實施例之上座2〇係為絕緣材 質平板製成，上座20與下座10之卡合大致與第二實施例相同， 該上座20後段係設有二個左右向穿孔28及一較寬之左右向穿孔 215，該套合件5〇設有一壓制板51、一-^接部57及四個卡合部 52 ’該卡接部57係位於該壓制板51後方，該卡接部57包括二相 201203715 對之夾面59及二呈弧形之頂面58，該四個卡合部Μ呈左右向並 向下延伸，該四個卡合部52呈對稱連接於屡制板51和卡接㈣ 左右二側；該套合件5G係由上而下套合於該上座2g並套扣該搖 桿，該塵制板51磨合於該上座2〇，該卡接部57由上座2〇較 寬之左右向穿孔215穿過並卡接該搖桿7〇之凸輪73，該四卡合部 52穿過上座20之左右向穿孔28、那至下座】〇之凹槽]2，再藉 由-插梢60插入該卡槽14而卡制在該套合件5〇之卡合部记/ *卡面54上及搖桿70之凸輪73下，故本實施例之套合件5〇同樣 疋可穩固的套扣上座2〇、搖桿7〇及下座。 本實施例之上座20之較寬之左右向穿孔215係讓開空間使搖 桿在搖動時其凸輪73得以向上凸出上座2〇。 請參閱圖25、圖25A、圖26及圖27,係為本發明第十一實施例， 其係為-種晶片連接器，其可電連接一⑽，其包括—下座1〇、一 上座20、-卡扣結構3〇、一驅動裝置4〇、一套合件5〇及一結合件 • 65,其中： 該下座10上設有多排成矩陣排列之端子槽丨丨，每一端子槽可 設置一端子，該多排端子槽〗〗後方設有一凹槽12，該凹槽12之中 心設有一圓孔13且左右兩側各設有一前後向穿孔115。 該上座20蓋合於該下座10上且可相對於該下座1〇前後滑動， 該上座20整體係以絕緣材質平板製成，故沒有向下延伸之兩側板 卡合構造卡合下座10且上下二面皆為平面無凸出部，其上設有多 排成矩陣排列之插孔21對應該下座10之多個端子槽u，該多個插 201203715 孔21之後方中間段有一圓形之開孔22，開孔22之左、右側各設有 一月(I後向穿孔23及·一左右向之卡孔24，另外其左、右側各設有三 個凸緣29。 該卡扣結構30—體射出成型於該下座1〇，其在下座兩側上表 面各凸設有一前後延伸之側板31及三個分隔之上卡面32及缺口 315。 該驅動裝置40為一螺絲驅動組件，其設於該上座2〇和下座 φ 之間’其包括有一移動件45及一推動件412 ;該移動件45之中心設 有一透孔46，該透孔46左右兩侧各設有一前後向穿孔47及二左右 向之凸部48，該移動件45由下而上使其凸部48與上座20之卡孔24 卡定；該推動件412上面設有一螺帽413，螺帽413中間設有一較小 之凸面417，該凸面設有一十字型之卡槽414，螺帽413下方對正該 卡槽414中心設有一偏心凸輪415及一樞軸416 ,該該推動件412由 上座之開口22置入，該螺帽413抵於該移動件45上，該偏心凸輪415 • 位於該透孔46内，該卡槽414由該上座之開孔22露出，該樞軸416 穿過該下座10上之圓孔13，當該推動件412樞轉時該偏心凸輪415 推動該移動件45故可帶動該上座20相對於下座1〇前後移動。 該套合件50係套扣該上座1〇、下座29及驅動構造40，其包 括有一壓制板520及一底板530 ,該壓制板520壓制該上座1〇及 該驅動構造40限制二者向上脫離該下座2〇,該壓制板520呈一平 板且中央設有一穿孔521較上座之開孔22為小，該穿孔521左右 側各設有一前後向穿孔522 ’該二前後向穿孔522外側分別設有一 201203715 向上凸出之擋塊523及一彈性卡片524,該穿孔521套合該推動件 412之凸面417，該壓制板520壓制於該上座2〇及該驅動構造4〇 之推動件412之螺帽413上；該底板530之中央設有樞接孔531 且左、右側各一體設有一向上延伸之卡合部532，該卡合部5犯 接近上端設有卡孔533。 該結合件65中央設有一開孔66，該開孔66之左、右側各設 有-卡定片67及-穿孔68，該卡定片67呈水平方向卡入該底板 • 之卡合部之卡孔533，該開孔65對應該推動件412之卡槽414。 上述元件除了上、下座20、10是塑膠材質外其餘元件皆為金 屬材質。 藉由以上構造，在組裝上’先將該移動件45由下而上使其凸 部48與上座2G之卡孔24衫，將上座2()由上而下置於該下座 10上’上座之凸緣29對應該缺口 315，該移動件45對應置於該a card face 54, the sleeve member 5 is sleeved up and down from the upper seat 2〇 and buckles the drive structure 40'. The press plate 51 is pressed onto the upper seat 2〇 and is located above the drive structure The four engaging portions 52 pass through the right and left of the upper seat 2G and the right and left through holes 49 of the moving member 4, and straddle the two sides of the fixing piece 41, and then pass through the opening_ into the card slot 14'. The insertion piece (9) is inserted into the card slot 14 by the insertion body 16 and is caught on the card surface 54 of the engaging portion 52 of the fitting member 5G and the side portion 4 of the fixing portion 4i. Therefore, the fitting member of the embodiment 50 is also a deductible buckle on the seat 20, drive 40 and the next seat. 201203715 The sleeve 50 is sleeved and fixed to the upper seat 2〇. Therefore, when the pusher 412 is rotated, the sleeve 50 moves forward and backward together with the upper seat 2〇 relative to the lower seat 1 , and the front and rear lengths of the opening 15 are longer than the sleeve The length of the door-shaped engaging portion 52 on the left and right sides of the member 50 is large before and after, so as to provide the moving distance of the fitting member 5〇. Please refer to FIG. 12, which is a fourth embodiment of the present invention, which is substantially the same as the first and third embodiments. The difference is that the present embodiment is provided with two smaller fittings 5, which are 50 The set of 51 pieces of the house is pressed on the other side of the partition plate 51a. The side of the press plate 51a is provided with a perforation 53 so as to be the same as the case 50 of the third embodiment. The two sides of the upper seat are provided with flanges 29 which are uninterrupted from front to back, and the concave surfaces 18 on both sides of the lower seat 1 are also uninterrupted from front to back, and the elastic inverted buckle 62 of the insert is made of a plate surface. In the middle, under the Qingcheng and raised upwards. Referring to FIG. 13 , it is a fifth embodiment of the present invention, which is substantially the same as the first embodiment and the third embodiment. The difference is that the engaging portion 52 of the fitting member 50 of the embodiment is pierced with a plate surface (four). Before passing through the upper seat, the back hole 23 and the moving member 15 are forwardly inserted into the card slot 19 before the lower seat 10, and the barb 56 is buckled in the card surface of the card slot 19 and can only be left and right. In addition, the pusher 412 is directly provided with an eccentric cam 415 with respect to the card slot 414 without a nut. . The reference to the drawings is a sixth embodiment of the present invention, which is substantially the same as the first embodiment, and the difference is that the engagement (4) of the sleeve member 5 of the present embodiment first passes through the upper seat 1 and the moving member 45. The fixing piece 41 and the lower seat 1 are as shown by the circle 15, and then the second folding portion 10 of the lower portion of the engaging portion 52 is shown in FIG. 17 is a seventh embodiment of the present invention, which is substantially the same as the second embodiment [ii 15 201203715. The difference is that three notches 214 are respectively disposed on the two sides of the upper seat 20 of the present embodiment. 10 clips 33. With the above configuration, in the assembly, the notch 214 of the upper seat 2 can be directly aligned into the lower seat 1 对, and then the upper seat 2 〇 slides the card backward. The clasp 33 is snapped onto the upper seat 20. Referring to FIG. 18 and FIG. 19, it is an eighth embodiment of the present invention, which is a rocker type wafer connector, which can be electrically connected to a CPU, and includes a lower seat 10, a top seat 2, a driving device, and a set of fittings 50, wherein: the lower seat ίο is provided with a plurality of terminal slots n arranged in a matrix, each terminal slot can be provided with a terminal, and the plurality of terminal slots 1 is provided with a groove 12 in the middle of the rear. The left and right sides of the groove 12 are respectively provided with a pivoting groove 112, and the lower seat 1 is provided with two front and rear latching slots 14 communicating with the recess 12, and the rear end of the latching slot 14 is provided with an insertion. mouth. The upper seat 20 is capped on the lower seat 1G, and the upper armature is formed by the miscellaneous injection molding. The upper side plate 218 is provided with the two sides of the lower seat 1 卡 and can be slid back and forth relative to the lower seat 1 ′. There are a plurality of rows of matrixes which are reduced by 21 pairs, and a plurality of terminal slots 1 which are thinner. The plurality of storage holes 21 are provided with concave sweets, and the fine faces 27 are symmetrically provided with two right and left perforations 28. The driving structure is configured as a rocker 70. The rocker 7 is provided with a rocking portion 71 and a plumbing portion. The pivoting portion is disposed between the upper seat 20 and the lower seat 1〇. The light shaft 72 is in the middle of the cam 73. The pivot 72 is engaged with the inner surface of the upper seat 20 of the lower seat. Therefore, the cam π can drive the upper seat 20 when the rocker 7() is rocked. The lower seat is displaced 1 inch. 201203715 The fitting 50 is provided with a pressing plate 51 and a four engaging portion 52. The four engaging portions 52 are connected to the front and rear ends of the pressing plate 51 and extend downward, so that the fittings are left and right. Each of the engaging portions 52 is provided with a card hole, and the lower edge of the card hole is a horizontal card surface 54. The sleeve member 50 is sleeved from the upper and lower sides of the upper seat 2〇 and buckled. The pressing plate 51 is pressed against the concave surface 27 of the upper seat 2 and is located above the cam 73 of the rocker. The four engaging portions 52 pass through the left and right direction of the upper seat 2 to the groove of the lower seat. 12, and then inserted into the card slot 14 by a pin 6 to be engaged on the card surface 54 of the engaging portion 52 of the sleeve φ fitting 50 and under the cam 73 of the rocker 70, so the sleeve of the embodiment The fitting 50 is also a stable buckle upper seat 2〇, a rocker 7〇 and a lower seat 1〇. In addition, the rear side of the pressing plate 51 of the fitting member 50 is provided with two opening holes 512. When the two opening holes 512 are to be disassembled, the two opening holes 512 can be inserted into the tool to touch the elastic inverted buckle 62 of the insertion piece 6 to be taken out. Insert 60. FIG. 20 and FIG. 21 are the ninth embodiment of the present invention, which is substantially the same as the eighth embodiment, and the difference is that the present embodiment is provided with two smaller fittings 50, and the two sets are provided. The engaging member 50 is substantially in the shape of a door, and respectively grips the axle 72 at both ends of the pivoting portion of the rocker 7〇. Referring to FIG. 22, FIG. 23 and FIG. 24, it is a tenth embodiment of the present invention, which is substantially the same as the eighth embodiment. The difference is that the upper seat 2 of the embodiment is made of an insulating material plate, and the upper seat 20 is The engagement of the lower seat 10 is substantially the same as that of the second embodiment. The rear section of the upper seat 20 is provided with two right and left through holes 28 and a wide left and right direction through hole 215. The sleeve member 5 is provided with a pressing plate 51 and a - ^ joint portion 57 and four engaging portions 52 'the snap portion 57 is located behind the pressing plate 51, the engaging portion 57 includes two phases 201203715 pairs of the clamping surface 59 and two curved top surfaces 58, The four engaging portions Μ are extending left and right and downwardly, and the four engaging portions 52 are symmetrically connected to the two sides of the repeating plate 51 and the snapping (four); the fitting member 5G is sleeved from top to bottom. The rocking plate 51 is lapped to the upper seat 2〇, and the engaging portion 57 is passed through the wide side of the upper seat 2〇 to the through hole 215 and the rocker 7 is engaged. The cam 73, the four engaging portions 52 pass through the right and left through holes 28 of the upper seat 20, the recesses to the lower seat, and are inserted into the card slots 14 by the insertion pins 60. The engaging portion of the fitting member 5〇/* is formed on the card surface 54 and the cam 73 of the rocker 70, so that the sleeve member 5 of the embodiment can also be stably secured with the upper seat 2〇 and the rocker 7〇. And the next seat. The wider left and right perforations 215 of the upper seat 20 of the present embodiment allow the space to allow the cam 73 to protrude upwardly from the upper seat 2 when the rocker is rocking. Referring to FIG. 25, FIG. 25A, FIG. 26 and FIG. 27, it is an eleventh embodiment of the present invention, which is a type of wafer connector, which can be electrically connected to a (10), which includes a lower seat and a top seat. 20, a buckle structure 3〇, a driving device 4〇, a set of fittings 5〇 and a coupling member • 65, wherein: the lower seat 10 is provided with a plurality of terminal slots arranged in a matrix, each of which The terminal slot can be provided with a terminal, and a groove 12 is disposed behind the plurality of rows of the terminal slots. The center of the groove 12 is provided with a circular hole 13 and a front and rear through hole 115 is disposed on each of the left and right sides. The upper seat 20 is covered on the lower seat 10 and is slidable back and forth with respect to the lower seat 1 . The upper seat 20 is entirely made of an insulating material plate, so that the two side plate engaging structures without the downward extension are engaged with the lower seat. 10 and the upper and lower sides are plane non-protrusions, and the plurality of rows of jacks 21 arranged in a matrix are arranged corresponding to the plurality of terminal slots u of the lower seat 10, and the plurality of plugs 2012-0315 have a hole in the middle of the hole 21 The circular opening 22, the left and right sides of the opening 22 are provided with one month (I rearward perforation 23 and a left and right card hole 24, and three flanges 29 are provided on the left and right sides respectively. The structure 30 is integrally formed on the lower seat 1 〇, and a front and rear extending side plate 31 and three spaced upper card faces 32 and a notch 315 are respectively protruded from the upper surfaces of the lower seat. The driving device 40 is driven by a screw. An assembly, which is disposed between the upper seat 2 〇 and the lower seat φ, includes a moving member 45 and a pushing member 412; a center of the moving member 45 is provided with a through hole 46, and each of the left and right sides of the through hole 46 is provided with a The front and rear through holes 47 and the two right and left convex portions 48, the moving member 45 from the bottom up to the convex portion 48 and the upper seat 20 The accommodating member 412 is provided with a nut 413. The nut 413 is provided with a small convex surface 417. The convex surface is provided with a cross-shaped card slot 414. The nut 413 is aligned with the card slot 414. The center is provided with an eccentric cam 415 and a pivot 416. The pushing member 412 is inserted into the opening 22 of the upper seat. The nut 413 is abutted on the moving member 45. The eccentric cam 415 is located in the through hole 46. The slot 414 is exposed by the opening 22 of the upper seat. The pivot 416 passes through the circular hole 13 in the lower seat 10. When the pushing member 412 pivots, the eccentric cam 415 pushes the moving member 45 to drive the upper seat. 20 is moved back and forth with respect to the lower seat 1 . The fitting member 50 is sleeved with the upper seat 1 , the lower seat 29 and the driving structure 40 , and includes a pressing plate 520 and a bottom plate 530 , and the pressing plate 520 presses the upper seat 1 The driving structure 40 and the driving structure 40 are arranged to be separated from the lower seat 2 〇. The pressing plate 520 has a flat plate and a through hole 521 is formed in the center, which is smaller than the opening 22 of the upper seat. The left and right sides of the through hole 521 are respectively provided with a front and rear perforation. 522 'The two forward and backward perforations 522 are respectively provided with a 201203715 upwardly protruding block 5 23 and an elastic card 524, the through hole 521 is engaged with the convex surface 417 of the pushing member 412, and the pressing plate 520 is pressed on the upper seat 2 and the nut 413 of the driving member 412 of the driving structure 4; The central portion is provided with a pivot hole 531, and the left and right sides are integrally provided with an upwardly extending engaging portion 532. The engaging portion 5 is provided with a hole 533 near the upper end. The connecting member 65 is provided with an opening 66 in the center. The left and right sides of the hole 66 are provided with a locking piece 67 and a through hole 68. The locking piece 67 is horizontally inserted into the hole 533 of the engaging portion of the bottom plate. The opening 65 corresponds to the pushing member 412. The card slot 414. In addition to the upper and lower seats 20, 10 being plastic materials, the components are all metal materials. With the above configuration, in the assembly, the moving member 45 is first placed from the bottom to the convex portion 48 and the upper hole 2G of the card hole 24, and the upper seat 2 () is placed from the top to the bottom of the lower seat 10' The flange 29 of the upper seat corresponds to the notch 315, and the moving member 45 is correspondingly disposed
下座10之凹槽12’該移動件45可於該凹槽12移動，接著將上座 2〇往後滑動，即使卡扣結構3〇之卡面32卡定該上座之凸緣29 而限位上座20之關及上方；接著將該推動件412由上座之開孔 22置入’該偏心凸輪415位於該移動件&之透孔46内，該卡槽 414由該上座之開孔22露出’該樞轴416穿過該下座1〇之圓孔 ⑴接著將該該_板52〇置於上座2〇，_板52〇之穿孔抝 對應上座2G之開孔22並將該推動件412之凸面417套入；接著 將該底板_合該下座1G底面，使軸件412之姉416插接 於雜接乳531 ’該卡合部532依序穿過下座H)之前後向穿孔 20 201203715 115，移動件45之前後向穿孔47'上座20之前後向穿孔22及壓 制板之刖後向穿孔522 ;最後將該結合件65置於該壓制板52〇上 並讓該底板530之卡合部532穿過該穿孔68，接著將該結合件65 向右位移即使該卡定片67呈水平方向卡入該底板53〇之卡合部 532之卡孔533，而使該壓制板52〇與底板53〇穩固結合，該結合 件65之左、右側可藉由該彈性卡片524及擋塊523卡定，該結合 件65之開孔66對應該推動件之卡槽中414，如此即使賴制板 • 520壓制於該上座20及該驅動構造40之推動件412之螺帽413 上，該套合件5〇穩固的套扣上座2〇、驅動構造4〇及下座1〇。 該套合件50和下座1〇係套扣固定不動，該移動件45之前後 向穿孔47及上座20之前後向穿孔22均較該套合件5〇之底板53〇 之卡合部532前後長度為長，如此該移動件45及上座2()方可相 對套合件50和下座1〇前後移動。 在使用上，當以螺絲刀自卡槽414轉動該推動件412時，由 _於該套合件50係套扣上座20、驅動構造4〇及下座1〇，故推動件 412之偏心凸輪415推動該移動件45時該上座2〇即相對套合件 50及下座10前後移動，且套合件5〇係穩固的套扣上座2〇、驅動 構造40及下座10 ’故該上座2〇及驅動構造4〇不會向上脱離該下 座1〇。由上述之說明，該套合件50不僅套扣該上、下座2〇、Μ 且套扣該驅動構造40,如此該推動件412 *需鉚合於下座1〇即可 很穩固的定位，達顺裝之方便性且穩_套結該驅動構造4〇。 請參閱圖28、圖29及圖30，係為本發明第十二實施例，其係 21 201203715 為一種晶片連接器，其可電連接一CPU，其包括一下座1〇、一上座 20、一卡扣結構30、一驅動裝置4〇、一套合件5〇及一結合件65， 上述各元件構造大致與第十一實施例相同，其差異在於： 該下座ίο之二前後向穿孔19和圓孔13間各設有一卡孔113。 該上座20之開孔22較第—實施例大。 該套合件50之壓制板520之二前後向穿孔522左邊各設有一 穿孔525，該底板530設有向上之凸肋535。 φ 該結合件65之卡定片67略向下凹陷。 另外，該上座20之開孔22内更套設一金屬材質之補強板22〇， 該補強板220中間設有一開口221配合該推動件412置入，該開口 221左、右側各設有一前後向穿孔222，該套合件之底板53〇之卡合 部532穿過該前後向穿孔222。 藉由以上構造，在組合上，該底板53〇之凸肋535與下座1〇之 卡孔113卡定，該補強板220套設於該上座2〇之開孔22内，該底板 翁530之卡合部532由下而上依序穿過下座1〇、移動件45、補強板22〇 及壓制板520後再藉由該結合件65卡定。 本實施之底板530之卡合部532穿過金屬材質之補強板22〇而 不穿過塑膠材質之上座20 ’且底板530之凸肋535與下座10之卡孔 113卡定，如此在結合上更為穩固，另外，該結合件阽之卡定片67 略向下凹陷，故可使底板530之卡合部532不凸出該結合件65上方。 請參閱圖31、圖32及圖33，係為本發明第十三實施例，其係 為一種晶片連接器，其可電連接一CPU，其包括一下座、一上座 22 201203715 20、 ^扣結構30、一驅動裝置40、一套合件50及一結合件65， 上述各元件構造大致與第十一實施例相同，其差異在於： 該驅動裝置40更包括有一金屬材質之固定片41，該固定片41 係定位於該下座10之凹槽12，該固定片41設有一樞接孔42對應該 圓孔13，該樞接孔42左右兩側各設有一前後向之穿孔43，該移動 件45係設卡孔411而不設凸肋，且左、右側各設有一卡勾41〇。 該上座20係為塑膠一體射出成型者，其開孔二側各設有一穿 • 孔218，且其内面設有凸部219與移動件45之卡孔411卡定，移動件 45之卡勾410係先呈平直片穿過該穿孔218後再彎折呈勾狀。 該套合件50—體設有一壓制板51及二卡合部52，該壓制板51 設有一穿孔53較上座20之開孔22為小，該穿孔53套合該推動件412 之凸面417，該二卡合部52連接於該壓制板51左、右側並向下延伸 且下端設有一呈水平之卡面54，該壓制板51呈橢圓形且前後邊緣 略向下彎折。 該結合件65設有二卡孔68。 藉由以上構造，在組合上，該套合件5〇係由上而下套入該上 座20之開孔22，其二卡合部52依序穿過該移動件45、固定片41、 下座10及結合件65 ,再將該該結合件65向右位移即使卡孔68卡定 該套合件50下端之卡面54，如此該壓制板51壓制於該推動件412之 螺帽413上，達到套合件5睡扣上座2()、該驅動構造4()及下座1〇。 請參閱圖34、圖35及圖36，係為本發明第十四實施例，其係 為-種晶片連接器’其可電連接一cpu，其包括—下座1〇、一上座 201203715 20、 f·扣結構30、一驅動裝置40、一套合件50及一結合件65， 上述各元件構造大致與第十一實施例相同，其差異在於： 該下座10之凹槽12之中間設有一更下陷之凹槽113。 該驅動裝置40更包括有一金屬材質之固定片41，該固定片41 係定位於該下座10之凹槽113，該固定片41設有一樞接孔42。 該套合件50—體設有一壓制板51及二卡合部52，該壓制板51 設有一穿孔53較上座20之開孔22為小，該穿孔53套合該推動件412 之凸面417 ’該·一卡合部52連接於該壓制板51左、右側中間並向下 延伸且下端設有· 孔515 ’該壓制板51左、右側之前、後端形成 向左、右側凸出之凸部516。 該結合件65設有二卡定片67及二卡孔68。 藉由以上構造，在組合上，該套合件5〇係由上而下套合於該 上座20上，其二卡合部52依序穿過該上座2〇、移動件45、下座10 及結合件65，再將該結合件65向右位移即使卡定片67卡定該套合 修件50下端之卡孔515，如此該套合件50之壓制板51壓制於該上座2〇 及推動件412之螺帽413上，達到套合件50套扣上座2〇、該驅動構 造40及下座1〇。 請參閱圖37、圖38及圖39，係為本發明第十五實施例，其係 為一種晶月連接器，其可電連接一CPU，其包括一下座1〇、一上座 20、一卡扣結構30、一驅動裝置4〇、一套合件5〇及一結合件阽， 上述各元件構造大致與第十四實施例相同，其差異在於： 該下座10之凹槽12之中間設有-穿孔114，該穿孔114之前、 24 201203715 後邊皆呈凹凸狀。 該上座20之開孔22較第十四實施例大。 該驅動裝置40之固定片41較寬且左右側各設有一穿孔43，該 固定片41之前、後邊亦呈凹凸狀而可與該下座1〇之穿孔114之前、 後邊卡合定位。 該結合件65之卡定片67略向上凸起。 另外，該上座20之開孔22内更套設一金屬材質之補強板220， φ 該補強板220中間設有一開口221配合該推動件412置入，該開口 221左右侧各設有一前後向穿孔222，該套合件50之卡合部52可穿 過該前後向穿孔222。 藉由以上構造’在組合上，該套合件50係由上而下套合於該 上座20上，該壓制板51四角之凸部516壓制於該上座20 ,該二卡合 部52依序穿過該補強板220、移動件45、固定片41、下座10及結合 件65 ’再將該結合件65向右位移即使卡定片67卡定該套合件50下 # 端之卡孔515，如此該壓制板51壓制於該上座2〇、補強板220及推 動件412之螺帽413上，達到套合件5〇套扣上座2〇、該驅動構造4〇 及下座10。 本實施之套合件50之卡合部52穿過金屬材質之補強板220而 不穿過塑膠材質之上座20且壓制板51四角之凸部516仍可壓制於 該上座20，如此在結合上更為穩固，另外，該結合件65之卡定片 67略向上凸起，故可使套合件50之卡合部532不凸出該下座結合件 65下方。 25 201203715 由以上實施例說明，本發明可歸納以下優點： 1.該套合件5G不僅套扣該上、下座2G、1()且套扣該驅動構 1¾ 40由於g該上、下座2〇、受該驅動構造驅動而相對滑 動時’該上、下座20、10與驅動構造40結合之位置受到向上龜 起之力量最大，故本發明可具有最佳之防翹效果。 2.藉由該套合件5〇之卡合部52穿過該上座2〇、移動件奶、固 定片41後卡合於下座10,如此該推動件412不需鉚合於下座斷可 籲很穩固的定位’達到組裝之方便性且穩固的套扣該驅動構造4〇。 3·上座20之開孔内套設—補強板22()，如此套合件5()係穿過補 強板220而不穿過上座，如此在結合上更為穩固。 4.藉由卡扣結構3〇卡扣上細及·y細，該上細不需設有 向下延伸之一側板卡合構造’如此上座2〇在塑移射出成型時可較 為平整而不會勉曲，當上座2〇因應輕薄需求時在製造可容易達到 平整要求。 » 5.藉由卡扣結構3G卡扣上座難下細，該上細可採絕緣 材質平板製造，如塑膠平板或是玻璃纖維平板，藉以達到輕薄、 堅固且平整之需求。 在較佳實施例之詳細說明中所提出之具體的實施例僅為了易 於說明本發明之技術内容，而並非將本發明狹義地限制於該實施 例’在不超出本發明之精神及以下申請專利範圍之情況，可作種 種變化實施。 m 26 201203715 【圖式簡單說明】 圖1係習知電連接器之側視圖。 圖2係習知電連接器之立體圖。 圖3係本發明第一實施例之立體分解圖。 圖3A係本發明第一實施例之推動件立體圖。 圖4係本發明第一實施例之立體組合圖。 圖5係本發明第-實施例之套合件套扣驅動構造之立體組合圖。 圖6係本發明第二實施例之立體分解圖。 圖7係本發明第二實施例之立體組合圖。 圖8係本發明第二實施例底視之立體組合圖。 圖9係本發明第三實施例之立體分解圖。 圖10係本發明第三實施例之立體組合圖。 圖11係本發明第三實施例之套合件套扣驅動構造之立體組合圖。 圖12係本發明第四實施例之立體分解圖。 圖13係本發明第五實施例之立體分解圖。 圖14係本發明第六實施例之立體分解圖。 圖15係本發明第六實施例尚未二次加工之底視立體組合圖。 圖16係本發明第六實施例二次加讀之底視立體組合圖。 圖17係本發明第七實施例之立體分解圖。 圖18係本發明第八實施例之立體分解圖。 圖19係本發明第八實施例之立體組合圖。 圖20係本發明第九實施例之立體分解圖。 201203715 圖21係本發明第九實施例之立體組合圖。 圖22係本發明第十實施例之立體分解圖。 圖23係本發明第十實施例之立體組合圖。 圖24係本發明第十實施例之套合件卡接搖桿之立體圖。 圖25係本發明第十一實施例之立體分解圖。 圖25A係本發明第十一實施例之推動件立體圖。 圖26係本發明第十一實施例之立體組合圖。 圖27係本發明第十一實施例之剖面立合圖。 圖28係本發明第十二實施例之立體分解圖。 圖29係本發明第十二實施例之立體組合圖。 圖30係本發明第十二實施例之剖面立合圖。 圖31係本發明第十三實施例之立體分解圖。 圖32係本發明第十三實施例之立體組合圖。 圖33係本發明第十三實施例之剖面立合圖。 圖34係本發明第十四實施例之立體分解圖。 圖35係本發明第十四實施例之立體組合圖。 圖36係本發明第十四實施例之剖面立合圖。 圖37係本發明第十五實施例之立體分解圖。 圖38係本發明第十五實施例之立體組合圖。 圖39係本發明第十五實施例之剖面立合圖。 28 201203715The groove 12' of the lower seat 10 is movable in the groove 12, and then the upper seat 2〇 is slid rearward, even if the card surface 32 of the buckle structure 3 is locked with the flange 29 of the upper seat, and the limit is fixed. The upper seat 20 is closed and above; then the pusher 412 is placed by the opening 22 of the upper seat. The eccentric cam 415 is located in the through hole 46 of the moving member & the slot 414 is exposed by the opening 22 of the upper seat. The pivot 416 passes through the circular hole (1) of the lower seat 1 and then the y-plate 52 is placed in the upper seat 2, the perforation _ of the _ plate 52 拗 corresponds to the opening 22 of the upper seat 2G and the pusher 412 The convex surface 417 is nested; then the bottom plate _ is joined to the bottom surface of the lower seat 1G, so that the 姊 416 of the shaft member 412 is inserted into the miscellaneous milk 531 'the engaging portion 532 sequentially passes through the lower seat H) 20 201203715 115, the moving member 45 is forwardly directed to the perforation 47' before the upper seat 20 and then to the perforation 22 and the rearward direction of the pressing plate 522; finally, the coupling member 65 is placed on the pressing plate 52〇 and the bottom plate 530 is placed. The engaging portion 532 passes through the through hole 68, and then the coupling member 65 is displaced to the right even if the locking piece 67 is horizontally engaged with the card of the engaging portion 532 of the bottom plate 53〇. The hole 533 is configured to firmly bond the pressing plate 52 to the bottom plate 53. The left and right sides of the coupling member 65 can be locked by the elastic card 524 and the stopper 523, and the opening 66 of the coupling member 65 is correspondingly pushed. In the card slot 414, so that even if the slab 520 is pressed on the upper seat 20 and the nut 413 of the pushing member 412 of the driving structure 40, the ferrule 5 〇 stable sleeve upper seat 2 驱动, driving structure 4〇 and 1 seat in the lower seat. The sleeve member 50 and the lower seat 1 shackle are fixed, and the front and rear directional holes 22 of the moving member 45 before and after the punching hole 47 and the upper seat 20 are closer than the engaging portion 532 of the bottom plate 53 of the ferrule 5 The length of the front and rear is long, so that the moving member 45 and the upper seat 2 () can move back and forth with respect to the sleeve 50 and the lower seat 1 . In use, when the pusher 412 is rotated by the screwdriver from the slot 414, the upper cover 20, the drive structure 4〇 and the lower seat 1〇 are buckled by the sleeve 50, so the eccentric cam 415 of the pusher 412 When the moving member 45 is pushed, the upper seat 2 is moved forward and backward relative to the sleeve 50 and the lower seat 10, and the sleeve 5 is a stable sleeve upper seat 2, the driving structure 40 and the lower seat 10'. The 〇 and drive structure 4〇 will not detach from the lower seat 1〇 upward. As described above, the sleeve member 50 not only buckles the upper and lower seats 2〇, 且, but also buckles the driving structure 40, so that the pushing member 412 can be riveted to the lower seat 1 〇 to be stably positioned. It is convenient and stable to fit the drive structure. Referring to FIG. 28, FIG. 29 and FIG. 30, it is a twelfth embodiment of the present invention, which is a chip connector, which can be electrically connected to a CPU, which includes a lower seat, a top seat 20, and a The buckle structure 30, a driving device 4〇, a set of fittings 5〇 and a coupling member 65 are substantially the same as those of the eleventh embodiment, and the difference is: the lower seat ίο2 front and rear perforations 19 A card hole 113 is defined in each of the round holes 13. The opening 22 of the upper seat 20 is larger than the first embodiment. The two sides of the pressing plate 520 of the fitting member 50 are respectively provided with a through hole 525 on the left side of the front and rear through holes 522, and the bottom plate 530 is provided with an upward rib 535. φ The locking piece 67 of the coupling member 65 is slightly recessed downward. In addition, a reinforcing plate 22 of a metal material is disposed in the opening 22 of the upper seat 20, and an opening 221 is disposed in the middle of the reinforcing plate 220 to fit the pushing member 412. The opening 221 is provided with a front and rear direction on the left and right sides. The through hole 222 passes through the front and rear through holes 222 of the bottom plate 53 of the sleeve. With the above configuration, in combination, the rib 535 of the bottom plate 53 is locked with the hole 113 of the lower seat 1 , and the reinforcing plate 220 is sleeved in the opening 22 of the upper seat 2 . The engaging portion 532 passes through the lower seat 1 〇, the moving member 45, the reinforcing plate 22 〇 and the pressing plate 520 from bottom to top, and is then locked by the coupling member 65. The engaging portion 532 of the bottom plate 530 of the present embodiment passes through the reinforcing plate 22 of the metal material without passing through the upper seat 20' of the plastic material, and the rib 535 of the bottom plate 530 is locked with the hole 113 of the lower seat 10, so that the combination is The upper portion of the engaging member 530 is slightly recessed, so that the engaging portion 532 of the bottom plate 530 does not protrude above the engaging member 65. Referring to FIG. 31, FIG. 32 and FIG. 33, it is a thirteenth embodiment of the present invention, which is a chip connector, which can be electrically connected to a CPU, which includes a lower seat and a upper seat 22 201203715 20 and a buckle structure. 30. A driving device 40, a set of fittings 50 and a coupling member 65. The components of the above-mentioned components are substantially the same as those of the eleventh embodiment. The difference is that the driving device 40 further includes a fixing piece 41 made of a metal material. The fixing piece 41 is positioned on the groove 12 of the lower seat 10. The fixing piece 41 is provided with a pivot hole 42 corresponding to the circular hole 13. The left and right sides of the pivot hole 42 are respectively provided with a front and rear through hole 43. The member 45 is provided with a card hole 411 without a rib, and a hook 41 is provided on each of the left and right sides. The upper seat 20 is a plastic injection molding body, and each of the two sides of the opening is provided with a through hole 218, and the inner surface thereof is provided with a convex portion 219 and the card hole 411 of the moving member 45, and the hook of the moving member 45 is 410. The flat piece is first passed through the through hole 218 and then bent into a hook shape. The pressing member 51 is provided with a pressing plate 51 and a second engaging portion 52. The pressing plate 51 is provided with a through hole 53 which is smaller than the opening 22 of the upper seat 20, and the through hole 53 fits the convex surface 417 of the pushing member 412. The two engaging portions 52 are connected to the left and right sides of the pressing plate 51 and extend downward, and the lower end is provided with a horizontal card surface 54. The pressing plate 51 has an elliptical shape and the front and rear edges are slightly bent downward. The coupling member 65 is provided with two card holes 68. With the above configuration, in the combination, the sleeve member 5 is inserted into the opening 22 of the upper seat 20 from the top to the bottom, and the second engaging portion 52 sequentially passes through the moving member 45, the fixing piece 41, and the lower portion. The seat 10 and the coupling member 65 are further displaced to the right of the coupling member 65. Even if the card hole 68 locks the card surface 54 of the lower end of the sleeve member 50, the pressing plate 51 is pressed onto the nut 413 of the pushing member 412. , to reach the fitting 5 to sleep the upper seat 2 (), the driving structure 4 () and the lower seat 1 〇. Referring to FIG. 34, FIG. 35 and FIG. 36, it is a fourteenth embodiment of the present invention, which is a type of wafer connector that can be electrically connected to a cpu, which includes a lower seat and a top seat 201203715. The f-buckle structure 30, a driving device 40, a set of fittings 50 and a coupling member 65 are substantially the same as those of the eleventh embodiment, and the difference is that: the middle of the recess 12 of the lower seat 10 There is a more depressed groove 113. The driving device 40 further includes a metal fixing piece 41. The fixing piece 41 is positioned on the recess 113 of the lower seat 10. The fixing piece 41 is provided with a pivot hole 42. The pressing member 51 is provided with a pressing plate 51 and a second engaging portion 52. The pressing plate 51 is provided with a through hole 53 which is smaller than the opening 22 of the upper seat 20, and the through hole 53 fits the convex surface 417 of the pushing member 412. The first engaging portion 52 is connected to the left and right sides of the pressing plate 51 and extends downwardly, and the lower end is provided with a hole 515'. The pressing plate 51 forms a convex portion protruding to the left and right before and after the left and right sides of the pressing plate 51. 516. The coupling member 65 is provided with two locking pieces 67 and two card holes 68. With the above configuration, in the combination, the sleeve member 5 is sleeved on the upper seat 20 from the top to the bottom, and the second engaging portion 52 sequentially passes through the upper seat 2, the moving member 45, and the lower seat 10. And the coupling member 65, and then the coupling member 65 is displaced to the right. Even if the locking piece 67 locks the card hole 515 of the lower end of the sleeve repairing member 50, the pressing plate 51 of the fitting member 50 is pressed against the upper seat 2 The nut 413 of the pushing member 412 reaches the sleeve member 50 of the sleeve member 50, the driving structure 40 and the lower seat 1〇. Referring to FIG. 37, FIG. 38 and FIG. 39, it is a fifteenth embodiment of the present invention, which is a crystal moon connector, which can be electrically connected to a CPU, which includes a lower seat, a top seat 20, and a card. The buckle structure 30, a driving device 4〇, a set of fittings 5〇 and a coupling member 阽, the above-mentioned respective component structures are substantially the same as those of the fourteenth embodiment, and the difference is that: the middle of the recess 12 of the lower seat 10 There is a perforation 114, and the perforation 114 is concave and convex behind 24 201203715. The opening 22 of the upper seat 20 is larger than that of the fourteenth embodiment. The fixing piece 41 of the driving device 40 is wide and has a through hole 43 on each of the left and right sides. The front and rear sides of the fixing piece 41 are also concave-convex and can be engaged with the front and rear sides of the through hole 114 of the lower seat. The locking piece 67 of the coupling member 65 is slightly convex upward. In addition, a reinforcing plate 220 of a metal material is disposed in the opening 22 of the upper seat 20, and an opening 221 is disposed in the middle of the reinforcing plate 220 to fit the pushing member 412. The left and right sides of the opening 221 are provided with a front and rear perforation. 222. The engaging portion 52 of the fitting 50 can pass through the front and rear through holes 222. By the above configuration, in the combination, the sleeve 50 is sleeved from the top to the bottom of the upper seat 20, and the convex portion 516 of the pressing plate 51 is pressed against the upper seat 20, and the two engaging portions 52 are sequentially Through the reinforcing plate 220, the moving member 45, the fixing piece 41, the lower seat 10 and the coupling member 65', the coupling member 65 is displaced to the right even if the locking piece 67 locks the card hole of the lower end of the sleeve member 50. 515, the pressing plate 51 is pressed on the upper seat 2〇, the reinforcing plate 220 and the nut 413 of the pushing member 412, so as to reach the fitting member 5〇 the upper seat 2〇, the driving structure 4〇 and the lower seat 10. The engaging portion 52 of the fitting 50 of the present embodiment passes through the reinforcing plate 220 of the metal material without passing through the plastic material upper seat 20 and the convex portion 516 of the four corners of the pressing plate 51 can still be pressed on the upper seat 20, so that the combination is Further, the locking piece 67 of the coupling member 65 is slightly convex upward, so that the engaging portion 532 of the fitting member 50 does not protrude below the lower seat coupling member 65. 25 201203715 According to the above embodiment, the present invention can summarize the following advantages: 1. The fitting member 5G not only buckles the upper and lower seats 2G, 1 () but also buckles the driving mechanism 13⁄4 40 due to the upper and lower seats 2〇, when the drive structure is driven to slide relative to each other, the position where the upper and lower seats 20 and 10 are combined with the drive structure 40 is most affected by the upward force of the turtle. Therefore, the present invention can have an optimum anti-warping effect. 2. The engaging portion 52 of the fitting member 5 穿过 passes through the upper seat 2〇, the moving piece of milk, and the fixing piece 41, and then engages with the lower seat 10, so that the pushing member 412 does not need to be riveted to the lower seat. It can be called a very stable positioning 'to achieve the convenience of assembly and a stable buckle of the drive structure. 3. The inner hole of the upper seat 20 is sleeved - the reinforcing plate 22 (), such that the fitting 5 () passes through the reinforcing plate 220 without passing through the upper seat, so that the joint is more stable. 4. By the buckle structure 3 〇 buckle fine and · y fine, the upper thin does not need to have a side panel engagement structure extending downwards. Thus, the upper seat 2 可 can be relatively flat during plastic injection molding without It will be distorted, and it is easy to achieve leveling requirements when manufacturing in the second seat. » 5. With the 3G snap-on structure of the snap-on structure, it is difficult to make it thin. The upper-layer can be made of insulating material, such as plastic flat plate or fiberglass flat plate, to achieve the requirements of lightness, firmness and flatness. The specific embodiments set forth in the detailed description of the preferred embodiments are intended to be illustrative only, and the invention is not limited to the embodiments. The scope of the situation can be implemented in various changes. m 26 201203715 [Simplified illustration of the drawings] Fig. 1 is a side view of a conventional electrical connector. 2 is a perspective view of a conventional electrical connector. Figure 3 is a perspective exploded view of the first embodiment of the present invention. Fig. 3A is a perspective view of a pusher member according to a first embodiment of the present invention. Figure 4 is a perspective assembled view of a first embodiment of the present invention. Fig. 5 is a perspective assembled view of the sleeve buckle driving structure of the first embodiment of the present invention. Figure 6 is a perspective exploded view of a second embodiment of the present invention. Figure 7 is a perspective assembled view of a second embodiment of the present invention. Figure 8 is a perspective view of a bottom view of a second embodiment of the present invention. Figure 9 is a perspective exploded view of a third embodiment of the present invention. Figure 10 is a perspective assembled view of a third embodiment of the present invention. Figure 11 is a perspective assembled view of the sleeve buckle driving structure of the third embodiment of the present invention. Figure 12 is a perspective exploded view of a fourth embodiment of the present invention. Figure 13 is a perspective exploded view of a fifth embodiment of the present invention. Figure 14 is a perspective exploded view of a sixth embodiment of the present invention. Figure 15 is a bottom perspective assembled view of a sixth embodiment of the present invention which has not been subjected to secondary processing. Figure 16 is a perspective view of a bottom view of a sixth embodiment of the present invention. Figure 17 is a perspective exploded view of a seventh embodiment of the present invention. Figure 18 is a perspective exploded view of an eighth embodiment of the present invention. Figure 19 is a perspective assembled view of an eighth embodiment of the present invention. Figure 20 is a perspective exploded view of a ninth embodiment of the present invention. 201203715 Figure 21 is a perspective assembled view of a ninth embodiment of the present invention. Figure 22 is a perspective exploded view of a tenth embodiment of the present invention. Figure 23 is a perspective assembled view of a tenth embodiment of the present invention. Figure 24 is a perspective view of the snap-on rocker of the tenth embodiment of the present invention. Figure 25 is a perspective exploded view of an eleventh embodiment of the present invention. Figure 25A is a perspective view of a pusher of an eleventh embodiment of the present invention. Figure 26 is a perspective assembled view of an eleventh embodiment of the present invention. Figure 27 is a cross-sectional view of the eleventh embodiment of the present invention. Figure 28 is a perspective exploded view of a twelfth embodiment of the present invention. Figure 29 is a perspective assembled view of a twelfth embodiment of the present invention. Figure 30 is a cross-sectional view of a twelfth embodiment of the present invention. Figure 31 is a perspective exploded view of a thirteenth embodiment of the present invention. Figure 32 is a perspective assembled view of a thirteenth embodiment of the present invention. Figure 33 is a cross-sectional elevational view of a thirteenth embodiment of the present invention. Figure 34 is a perspective exploded view of a fourteenth embodiment of the present invention. Figure 35 is a perspective assembled view of a fourteenth embodiment of the present invention. Figure 36 is a cross-sectional view of the fourteenth embodiment of the present invention. Figure 37 is a perspective exploded view of a fifteenth embodiment of the present invention. Figure 38 is a perspective assembled view of a fifteenth embodiment of the present invention. Figure 39 is a cross-sectional elevational view of a fifteenth embodiment of the present invention. 28 201203715
【主要元件符號說明】 下座10 端子槽11 凹槽12 圓孔13 卡槽14 開口 15 插入口 16 卡槽17 凹面18 卡槽19 穿孔110 樞接槽112 凹槽113 穿孔114 前後向穿孔115 上座20 插孔21 開孔22 前後向穿孔23 卡孔24 穿孔26 凹面27 左右向穿孔28 凸緣29 左右向穿孔215 穿孔218 卡扣結構30 側板31 上卡面32 卡扣片33 定位部34 缺口 315 驅動裝置40 固定片41 框接孔42 穿孔43 側部44 移動件45 透孔46 前後向穿孔47 凸部48 左右向穿孔49 推動件412 螺帽413 卡槽414 卡勾410 卡孔411 偏心凸輪415 樞軸416 凸面417 套合件50 壓制板51 卡合部52 穿孔53 卡面54 壓合板55 倒勾56 卡接部57 頂面58 夾面59 512開孔 卡孔515 29 201203715 凸部516 壓制板520 穿孔521 前後向穿孔522 擋塊523 彈性卡片524 穿孔525 底板530 極接孔531 卡合部532 卡孔533 凸肋535 插梢60 倒刺61 彈性倒扣62 結合件65 開孔66 卡定片67 穿孔68 搖桿70 搖動部71 樞軸72 凸輪73[Main component symbol description] Lower seat 10 Terminal slot 11 Groove 12 Round hole 13 Card slot 14 Opening 15 Insertion port 16 Card slot 17 Concave surface 18 Card slot 19 Perforation 110 Pivot groove 112 Groove 113 Perforation 114 Front and rear perforation 115 Upper seat 20 Jack 21 Opening 22 Front and rear perforation 23 Card hole 24 Perforation 26 Concave surface 27 Right and left direction perforation 28 Flange 29 Right and left direction perforation 215 Perforation 218 Retaining structure 30 Side plate 31 Upper card face 32 Clip piece 33 Positioning part 34 Notch 315 Drive device 40 Fixing plate 41 Frame hole 42 Perforation 43 Side portion 44 Moving member 45 Through hole 46 Front and rear through hole 47 Projection 48 Left and right direction perforation 49 Pushing member 412 Nut 413 Card slot 414 Hook 410 Card hole 411 Eccentric cam 415 Pivot 416 convex surface 417 fitting 50 pressing plate 51 engaging portion 52 perforation 53 card surface 54 pressing plate 55 barb 56 engaging portion 57 top surface 58 clamping surface 59 512 opening hole 515 29 201203715 convex portion 516 pressing plate 520 Perforation 521 Front and rear perforation 522 Stopper 523 Elastic card 524 Perforation 525 Base plate 530 Terminal hole 531 Engagement 532 Card hole 533 Rib 535 Insert tip 60 Barb 61 Elastic inverted button 62 Joint member 65 Opening 66 Fixing tab 67 perforated 68 rocker 70 shake Moving part 71 pivot 72 cam 73