M343318 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種零插入力插座，尤其是指一種藉助框架組件上增 没一連動機構，使壓蓋能隨壓桿構件的轉動而自動與框架開啟閉合的 零插入力插座框架組件結構。 【先前技術】 平面栅格陣列(LGA，Land Grid Array)插座廣泛用於電子領域， 其採用按壓方式以實現相鄰兩電子元件間的零插入力電性連接。如中M343318 VIII, new description: [New technical field] This creation involves a kind of zero insertion force socket, especially refers to the addition of a linkage mechanism by means of the frame assembly, so that the gland can automatically follow the rotation of the pressing member The frame opens the closed zero insertion force socket frame assembly structure. [Prior Art] A Grid Array (LGA) socket is widely used in the field of electronics, and it adopts a pressing method to realize a zero insertion force electrical connection between two adjacent electronic components. Such as
國專利申請第 CN 200620073492、CN 200620070311 及 CN 200520110672航揭示了這-麵的零插人力插座結構，該類連接器 主要由絕緣本體、壓板、金屬加強片及撥桿構成；其中，金屬加強片 的别壁设有卡槽，用於卡制壓板；撥桿具有一施壓部，壓板對應於該 施壓部的位置対按壓部，當晶片模組安裝於絕緣本體後，先用手動 將壓板放下’使⑼模_步被壓住，域雜桿壓下並卡制在金屬 •加強片側壁的卡鉤内，此時，施壓部扣住按壓部，讓晶片模組被下壓 -並對端子施力，形成壓力接觸導通。 不難看出，由於壓桿與壓蓋之間的不連動，在安裝晶片模級時需 要作交替動作，安裝上非常不方便，且端子裸露容肢碰撞而歪斜。 有赛於此’本創作設計人針對上述缺陷與不足，經過長期研究，並配 合學理的運用，終於創設出一種能夠解決上述不足和缺陷的 方案。 。叫 【新型内容】 ,M343318 本創作之主要目的是提供一種零插入力插座框架組件結構，利用 在框架組件的壓桿構件上增設一制動件，使壓蓋能隨壓桿構件的轉動 而自動與框架開啟閉合，從而使得在安裝晶片模組時變得方便，操作 更加簡單。 為達到上述目的，本創作可以通過以下的技術方案加以實現：本 創作提供一種零插入力插座框架組件結構，該框架組件主要由一框 架、-壓蓋及將框架與壓蓋樞接於一起的一壓桿構件所構成；其中， >壓蓋包括主體板及自主龜_對_向端子座延伸_板，其主體 板的-端設有第-套軸，於該第一套韩的外側還設有第一凸齒，另— 端則設有舌部：所賴桿構件包括了由金鱗崎彎形成的壓桿與在 壓桿的彎折部所包覆_動件’於_動件上設有凸柱與壓蓋的第一 凸齒相對的第二凸齒；所述框架用來樞接安震壓蓋與壓桿構件，於拖 接:位料-端設有用於卡持壓蓋舌部的卡口 ；當作動時，壓蓋依靠 斤置的第凸齒與壓杯制動件上的第二凸齒的相互抵接，隨壓桿的 社轉動娜啟，當壓制餘#其上設㈣—凸酿辟制動件上 的第-凸齒的相互抵接’隨壓桿的向下轉動而_，且最後達到定位 =同時藉主體㈣舌部與框架的卡口的抵持卿成共⑽施力將晶 片核組與端子導通制，從㈣完成―以漁的安裝。 :現有的技術概，本解的優點在於：彻在框架組件上增設 構’使塵蓋_桿構件的轉動而自動與框架開啟閉合，不 紅作更加料，也同時避免了異常的發生。 6 M343318 【實施方式】 為便於詳細說明本創作的實施結構，現配合附圖結合本創作的且 體實施例，對本創作詳加說明如下： 請參閱第1圖所示，為本創作零插人力插座框架組件結構之—且 體實施例，該插座包括有―晶片模組ω、—端子座％、—護板况、、 若干導電端子40及-框架組件5〇，其中，該護板％安裝於端子錢 上，接著驗裝好的端子㈣裝置在框架組件5㈣框細，使該端 子座30内的導電端子4〇能夠電性接觸電路板(未標示），最後將晶片 模組H)放人框細的端子細上，使導電端子4Q能電性接觸晶二莫 組10 〇 請參閱第2、3、4圖所示，為本創作零插入力插座框架組件結構 中的框架組件50 ;該框架組件5〇包括了壓蓋5卜壓桿構件52及框架 53 ;其中，該壓蓋51為—中㈣方形板狀構造，其包括_個主體板 511及自主體板511的相對兩侧向端子座延伸的側板512;其中該主體 板511的中部形成有略向端子座2〇方向彎折的按壓部513，以便按壓 晶片模組10與導電端子40接觸，於主體板511的前端間隔設有一對 左右對稱用於樞接壓桿構件52中空的第一套軸514，在該對第一套軸 514的其中之一個的外側還設有一第一凸齒仍，而主體板511的後端 還設有一對舌部516 ;所述侧板512是為加強主體板511結構而設計。 所述壓桿構件52是將框架53與壓蓋51樞接於一起，是由金屬桿 經折彎形成的壓桿521再與制動件522結合而形成，該壓桿521又進 步包括個可紅轉女裝至框架53卡持空間内的兩定位部5211、處 M343318 於兩定位部5211間的施力部5212及連接於定位部52ιι 一端的操作部 5213 ;而制動件522是固定於壓桿521施力部5212的中間，其上設有 一向上延伸的凸枉則，該凸柱迎的延伸角度和高度均根據能促 健蓋才安壓晶片模組10準確定位而設計，又於制動件522在與壓 蓋51上的第一凸齒515相對的一侧設有第二凸齒助，該第二凸齒 5222可與-第一套軸514上的第一凸齒515相互抵持，以使壓蓋w 鑫產生轉動的力量’配合其開啟與關閉，（在本實施中制動件522的形狀 #及第二凸齒5222與凸柱5221的位置關並不受圖示所限制）。 因此可利用壓桿構件52帶動壓蓋51進出框架53内外。其中框架 5山3具有-底壁53卜該底壁531的中央位置設有一中央開口 532以供 端子座30襄入，於紐531的四周向上彎折延伸設有側壁，這些側壁 與上述2壁531共同圍成以收容端子座3〇的空間，所述其前壁紹 的兩邊#近相鄰兩側壁向内彎折延伸各設有一第二套轴Μ4，該等第 二套軸534與相鄰兩侧壁前端的臺階部奶朗形成一定位壓桿構件 -52的卡持空間，又於每一第二套軸534的—側還設有—抵靠面伽； -另外’其後壁的中間設有一對用於卡持壓蓋51舌部的卡口 537，側壁 的後端設有一向外彎折呈弧形狀用於鎖固壓桿521的卡釣538。土 請參閱第5、6〜！及6〜2圖所示，為—框架組件開啟動作示意圖， 百先向外拉動壓桿切3使之脫離框架53的卡細(請結合第2圖所 外_向上轉動壓桿構件52，壓蓋S1開始隨著壓桿構件Μ的轉動 斜向前移動並使得其後端的舌部516脫離框架53後壁上的卡口切. 緊接著，壓桿構件52制動件522上的第二凸齒5222開始與壓蓋Μ M343318 的第-凸齒515抵接，並以相互的抵接面為著力點，提供一轉動的力 量’以此帶動壓蓋51向上轉動開啟，當壓蓋51轉動到完全開啟狀能 的時候，一其壓桿521上的施力部皿與定位部52ιι的連接處抵靠在 框架53前壁533的抵靠面536上，並因此定位，同時壓蓋η上第— 凸齒仍脫離第二凸齒5222 ’並依靠其前端弧面抵靠於凸柱灿上 而定位(請參閱第6〜1 @示），以方便安裝晶片模組⑴。 請參閱第6〜3及6〜4圖並同時配合第2圖所示，當裝入晶片脸 H)至鮮座30内後’其框架53和壓蓋51需要閉合，首先板動壓桿 52W吏壓桿521往閉合方向轉動’此時’壓桿切施力部迎上的 制動件522也同時轉動，當制動件522轉動，該壓蓋^被制動件奶 上的凸柱5221所帶動，繼續旋轉，當壓蓋51與框架的角度小如 度時，由於重心的作用，壓蓋51便改為由第—凸齒515盘第二凸喜 皿的抵接支撐來隨壓桿521向下轉動，當壓蓋51後端的舌部2 在轉動下基於抵靠於晶片模組1〇的表面時，其上的第一凸齒515開始 脫離第二凸齒5222 ’便同時在基於晶片模組1〇的表面向前移動，直 至其後端的舌部516卡入框架53後壁上卡口 537内，此時制動件似 上的凸柱5221轉動開始接觸壓蓋S1下壓，並同時借舌部训卡入卡 口 537内來作為共同的著力點，以共同促賴蓋51中間的滅部犯 對晶片模組10施並使之與導電端子4〇接觸，最後，遷桿切上的 呈彈性的操作部則彈性的卡入框架53 —側的卡鉤现内並固定， 從而以完成一晶片模組10的安裝。 本創作的重點在於··利用在框架組件50上增設—連動結構，錢 M343318 盍5i滅壓域件％的猶*自触购μ開啟朗合，從而使得 在安裝晶片模組1G時變得方便，操作更加簡單，也同時避免異常的發 4： 〇 為使熟悉該項技術者如實瞭解本創作精神之實施創作目的盘功 效，所舉之實_及關僅是縣_加贱明，並補本創作加以 任何限制，摘作尚可料他的變化魏方式，_凡誠此項技術 者在不脫離本案創作精神τ進行其他樣式實施，均應視為本案申請專 利範圍的等效實施。 【圖式簡單說明】 第1圖為本創作具體實施例之立體分解圖； 第2圖為本創作具體實施例之框架組件閉合的外觀圖； 第3圖為本創作具體實施例之框架組件的局部放大圖·， 第4圖為本創作具體實施例之框架組件的立體分解圖； 第5圖為本創作具體實施例於作動狀態時之示意圖； 第6〜1圖為本創作具體實施例於作動狀態時之示咅圖； •第6〜2圖為本創作具體實施例於作動狀態時之示音圖； 第6〜3圖為本創作具體實施例於作動狀態時之示咅圖·, 第6〜4圖為本創作具體實施例於作動狀態時之示咅圖。 【主要元件符號說明】 1 〇 —晶片模組 20—護板 30—端子座 40—^電端子 50—框架組件 51—壓蓋 ,M343318 511—主體板 513—按·壓:部 515—第一凸齒 5 2—壓桿構件 5211—定位部 5213 —操作部 5221—凸柱 ⑩53—框架 532—中央開口 534—第二套軸 536—抵靠面 538—卡鉤 512—側板 514—第一套軸 516—舌部 521— 壓桿 5212—施力部 522— 制動件 5222—第二凸齒 531—底壁 533—前壁 535—臺階部 537—卡口The patent application Nos. CN 200620073492, CN 200620070311 and CN 200520110672 disclose the zero-plug human socket structure of the face, which is mainly composed of an insulating body, a pressure plate, a metal reinforcing plate and a shifting rod; wherein, the metal reinforcing sheet The card wall is provided with a card slot for clamping the platen; the lever has a pressing portion corresponding to the position of the pressing portion and the pressing portion. When the chip module is mounted on the insulating body, the pressing plate is manually lowered. 'Make (9) mode _ step is pressed, the domain miscellaneous rod is pressed and snapped into the hook of the side wall of the metal reinforcement plate. At this time, the pressing portion buckles the pressing portion, and the wafer module is pressed down - and The terminal applies a force to form a pressure contact conduction. It is not difficult to see that due to the non-coupling between the pressure bar and the gland, it is necessary to perform an alternate action when mounting the wafer mold stage, which is very inconvenient to install, and the exposed bare limb of the terminal is collided and skewed. With the above-mentioned defects and shortcomings, the creative designer has finally developed a solution that can solve the above shortcomings and shortcomings after long-term research and the use of academics. . Called [new content], M343318 The main purpose of this creation is to provide a zero insertion force socket frame assembly structure, by adding a brake member on the pressing member of the frame assembly, so that the gland can automatically follow the rotation of the pressing member The frame is opened and closed, which makes it convenient to install the wafer module and to make the operation simpler. In order to achieve the above object, the present invention can be realized by the following technical solutions: The present invention provides a zero insertion force socket frame assembly structure, which is mainly composed of a frame, a gland, and a pivoting frame and a gland. a pressure bar member; wherein, the gland comprises a main body plate and a self-contained turtle _ _ _ to the terminal block extension _ plate, the end of the main body plate is provided with a first set of shafts, on the outer side of the first set of han There is also a first convex tooth, and the other end is provided with a tongue: the rod member includes a pressing rod formed by a gold scales bend and a bending part of the pressing rod. a second protruding tooth opposite to the first protruding tooth of the gland; the frame is used for pivoting the anti-shock gland and the pressing bar member, and is disposed at the bit-end end for holding The bayonet of the gland is pressed; when it is actuated, the gland of the gland is abutted against the second tooth of the cup brake and the second tooth of the cup brake is rotated. It is provided with (4)—the mutual abutment of the first-protruding teeth on the brake-brakes is rotated downward with the pressure bar _, and finally reaches the limit At the same time, by abutting = bayonet (iv) a main body portion of the frame holding the tongue in a co-Qing ⑽ urging the wafer and the terminal group of cores conduction system, (iv) from completion - to fish installation. : The existing technical overview, the advantage of this solution is that the structure is added to the frame assembly to make the rotation of the dust cover _ rod member automatically open and close with the frame, which is not reddish and avoids the occurrence of abnormality. 6 M343318 [Embodiment] In order to facilitate the detailed description of the implementation structure of the present creation, the present invention will be described in detail with reference to the drawings and the embodiment of the present invention. Please refer to Figure 1 for the creation of the zero insertion manpower. The socket frame assembly structure, and the body embodiment, the socket includes a "wafer module ω, a terminal block %, a shield condition, a plurality of conductive terminals 40 and a frame assembly 5", wherein the shield is installed On the terminal money, the terminal (4) device is then finely framed in the frame assembly 5 (4), so that the conductive terminal 4〇 in the terminal block 30 can electrically contact the circuit board (not labeled), and finally the chip module H) The thin terminal of the human frame is finely connected, so that the conductive terminal 4Q can electrically contact the crystal diode group 10, please refer to the figures 2, 3 and 4, which is the frame component 50 in the structure of the zero insertion force socket frame assembly; The frame assembly 5 includes a gland 5 pressing rod member 52 and a frame 53. The gland 51 is a medium (four) square plate-like structure including - a main body plate 511 and opposite sides of the main body plate 511 a side plate 512 extending toward the terminal block; wherein the main The middle portion of the body plate 511 is formed with a pressing portion 513 which is bent slightly in the direction of the terminal block 2, so as to press the wafer module 10 to contact the conductive terminal 40, and a pair of left and right symmetry is provided at the front end of the body plate 511 for pivoting pressure. The first sleeve shaft 514 of the hollow member of the rod member 52 is further provided with a first convex tooth on the outer side of one of the pair of first sleeve shafts 514, and a pair of tongue portions 516 is further disposed at the rear end of the main body plate 511. The side plate 512 is designed to reinforce the structure of the main body plate 511. The pressing rod member 52 is formed by pivoting the frame 53 and the gland 51 together, and is formed by bending a metal rod to form a pressing rod 521 and then combining with the braking member 522. The pressing rod 521 is further improved to include a red color. Turning the clothes to the two positioning portions 5211 in the frame 53 holding space, the M343318 is between the two positioning portions 5211 and the operating portion 5213 connected to one end of the positioning portion 521; and the braking member 522 is fixed to the pressing rod In the middle of the 521 urging portion 5212, an upwardly extending ridge is disposed thereon, and the extending angle and height of the urging column are designed according to the accurate positioning of the wafer module 10, and the braking member is The second convex tooth 5222 is disposed on a side opposite to the first convex tooth 515 on the pressure cover 51, and the second convex tooth 5222 can abut against the first convex tooth 515 on the first sleeve shaft 514. In order to make the pressure of the gland w xin turn with its opening and closing, (the shape of the brake member 522 and the position of the second convex tooth 5222 and the boss 5221 are closed in the present embodiment and are not limited by the illustration). Therefore, the pressing member 52 can be used to drive the gland 51 into and out of the frame 53. Wherein the frame 5 mountain 3 has a bottom wall 53 and a central opening 532 is provided at a central position of the bottom wall 531 for the terminal block 30 to be inserted therein, and the side wall of the button 531 is bent upwardly to extend the side wall, and the side wall and the two walls are The 531 is enclosed by a space for accommodating the terminal block 3, and the two adjacent sides of the front wall are respectively bent and extended inwardly to provide a second set of shafts 4, and the second set of shafts 534 and The step portion of the front end of the two side walls forms a holding space for the positioning pressing member -52, and is also provided on the side of each second sleeve 534 - abutting the surface gamma; - another 'the rear wall A pair of bayonet 537 for holding the tongue of the gland 51 is disposed in the middle, and the rear end of the side wall is provided with a card fishing 538 which is bent outwardly and has an arc shape for locking the pressing rod 521. Please refer to section 5, 6~! And the figure shown in Fig. 6~2 is a schematic diagram of the opening action of the frame assembly, and the first step is to pull the pressing rod 3 to make it separate from the frame 53 (please combine the outer picture of the second figure with the upper part to rotate the pressing rod member 52, press The cover S1 begins to move forward obliquely with the rotation of the pressing member Μ and causes the tongue 516 at the rear end thereof to be disengaged from the bayonet on the rear wall of the frame 53. Next, the second protruding tooth on the pressing member 522 of the pressing member 52 5222 starts to abut the first convex tooth 515 of the gland Μ M343318, and provides a rotational force with the mutual abutting surface as a force point, thereby driving the gland 51 to rotate upwardly, when the gland 51 is rotated to the full When the opening energy is enabled, the connection between the urging member on the pressing rod 521 and the positioning portion 52 is abutted against the abutting surface 536 of the front wall 533 of the frame 53, and is thus positioned, and at the same time, the gland is n- The protruding teeth are still separated from the second protruding teeth 5222' and are positioned by the front end of the curved surface against the convex posts (refer to paragraphs 6 to 1 @) for easy mounting of the chip module (1). Please refer to the 6th to 3rd And 6 to 4 and at the same time as shown in Fig. 2, when the wafer face H) is loaded into the fresh seat 30, its frame 53 and gland 51 To close, firstly, the plate pressing lever 52W is pressed to rotate in the closing direction. At this time, the braking member 522 which is pressed by the pressing force applying portion of the pressing bar also rotates at the same time. When the braking member 522 is rotated, the pressing cover is braked. The protrusion 5221 on the milk is driven to continue to rotate. When the angle between the gland 51 and the frame is as small as the degree, the gland 51 is replaced by the second convex dish of the first convex tooth 515 due to the action of the center of gravity. Connecting the support to rotate downward with the pressing rod 521, when the tongue 2 at the rear end of the pressing cover 51 is rotated against the surface of the wafer module 1 ,, the first protruding tooth 515 thereon starts to disengage from the second protruding tooth. 5222' simultaneously moves forward on the surface of the wafer module 1 , until the tongue 516 at the rear end thereof snaps into the bayonet 537 on the rear wall of the frame 53. At this time, the protrusion 5221 of the brake member rotates to start contact pressure. The cover S1 is pressed down, and at the same time, the tongue is trained to be inserted into the bayonet 537 as a common focus point, so as to jointly urge the wafer module 10 to be in contact with the conductive terminal 4 in the middle of the cover 51. Finally, the elastic operating portion cut by the moving rod is elastically snapped into the frame 53 - the side hook is now Fixed so as to complete the installation module 10 of a wafer. The focus of this creation is that the use of the linkage structure on the frame assembly 50, the money M343318 盍5i to destroy the pressure component% of the * 自 自 自 自 自 自 自 自 , , , , , , , , , , , , , , , , , , , , The operation is simpler, and at the same time, it avoids the abnormal hair 4: 〇 In order to make the person familiar with the technology understand the spirit of the creation of the creative spirit, the truth is that the county is only _ _ 贱 贱 明There are any restrictions on this creation, and it is expected that his change will be based on the Wei method. _ Anyone who implements the other styles without leaving the spirit of the creation of this case should be regarded as the equivalent implementation of the scope of patent application in this case. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a specific embodiment of the present invention; FIG. 2 is an external view of the frame assembly of the present embodiment; FIG. 3 is a frame assembly of the specific embodiment of the present invention. 4 is an exploded perspective view of the frame assembly of the specific embodiment of the present invention; FIG. 5 is a schematic view of the specific embodiment of the present invention in an activated state; FIG. 6 to FIG. 2 are diagrams showing the sounding diagram of the specific embodiment in the active state; and FIGS. 6 to 3 are diagrams showing the specific embodiment in the active state. Figures 6 to 4 are diagrams showing the specific embodiment of the present invention in an active state. [Main component symbol description] 1 〇 - chip module 20 - shield 30 - terminal block 40 - ^ electrical terminal 50 - frame assembly 51 - gland, M343318 511 - main body plate 513 - press · pressure: part 515 - first The convex tooth 52 - the pressing member 5211 - the positioning portion 5213 - the operating portion 5221 - the stud 1053 - the frame 532 - the central opening 534 - the second set of shaft 536 - the abutting surface 538 - the hook 512 - the side plate 514 - the first set Shaft 516 - tongue 521 - pressure rod 5212 - urging portion 522 - brake member 5222 - second convex tooth 531 - bottom wall 533 - front wall 535 - step portion 537 - bayonet
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