M320700 , 八、新型說明： . 【新型所屬之技術領域】 本新型是有關於一種組裝輔助治具，特別是指一種用 以輔助中央處理器組裝在電路板上的連接器的中央處理器 組裝輔助治具以及該組裝輔助治具與連接器治具的組合。 【先前技術】 一般中央處理器是透過一連接器治具而設置在電路板 • 上。參閱圖1，為一連接器治具2及插接在連接器治具2上 的中央處理器1，中央處理器i前後外緣鄰近左端處分別設 置有缺口 10，且其底部是設置有多數插接端子（圖未示） ，連接器治具2是包括一座體21、一蓋體22及一設置在座 體21的插座連接器23，插座連接器23内部設置有多數供 銲設在電路板上的接觸端子（圖未示），且插座連接器23 外圍框設有一框部24，框部24左側前後的内壁分別設置有 一凸塊241。組裝時，是先使中央處理器1前後的缺口 1〇 • 對應於插座連接器23外圍前後的凸塊214而將中央處理器 1插接在插座接器23上，再將蓋體22蓋在中央處理器丨上 使中央處理器1底部的插接端子透過與插座連接器a)内 的接觸端子接觸而可與電路板上的電路導接，因此，中央 處理器1插接在插座連接器23時，中央處理器丨是透過其 二缺口 10與框部24二凸塊241之間的防呆配合而具有二 個既定的方向性，依照此既定的方向將中央處理器1插置 在插座連接器23上，再蓋上蓋體22，方可使中央處理器^ 的插接端子與插座連接器23的接觸端子正常接觸。 M320700 但由於凸塊241是鄰近插座連接器23設置且較不起眼 ，因此，在組裝過程中較容易發生如圖2所示狀況：中央 處理器1因為組裝員的疏忽而沒有被依照如圖1其前後兩 側的缺口 10應該對應到二凸塊241的方向放置在插座連接 為23上便蓋上蓋體22，而導致插座連接器23内部分接觸 端子未與中央處理器丨的插接端子正常接觸，再加上受到 蓋體22施加在中央處理器i的壓迫力，便容易導致插座連 接器23内的部分接觸端子因為受到壓迫而導致變形、損壞 此外，由於凸塊241本身設計的尺寸較小，且在組裝 時，中央處理n 1插置在插座連接器23以及凸塊241嵌入 中央處理器！缺口 1G兩者幾乎是同時發生的，所以，若組 裝員施加的力道較大而又插人時才因為中央處理器1的缺 口 10沒有對到凸《241而發現方向錯誤，則很可能插座連 接器23的端子已經因為施加的力道過大而損壞。 【新型内容】 種用以辅助一中央 器上的中央處理器 ’而可避免中央處 因此’本新型之目的，即在提供一 處理器插接在一連接器治具的插座連接 組裝輔助治具，且該治具具有防呆作用 理器反向插置造成插座連接器損壞。 本新型之另一目的，:於担# .. ^ 在於&供一種具有較明確的導引 防呆結構的中央處理器組裝輔助治具。 於是’本新型中央處理器組裝辅助治具包含一框體、 設置在該框體的一第—嵌合部、一第二嵌合部及一導引部 M320700 ，該框體圍繞界定出-框體空間，且該框體透過該等嵌合 部而可嵌合定位在該連接器治具上，並藉此供财央處: 器透過該導引部的導引而可置入該組裝輔助治具的框體空 間而插接在該插座連接器上。 該等嵌合部與該導引部是配合中央處理器以及連接器 治具既有的外型而形成’除可供框體嵌合定位在連接器治 具上，也分別構成與連接器治具及中央處理器之間在料 上的防呆設計。 本新型連接器治具與中央處理器組裝輔助治具的組合 包含-連接器治具與一中央處理器組裝輔助治具，該組震 輔助治具用以輔助-中央處理器組裝於該連接器治具該 中央處理器兩相反側外緣分別設置有一缺口。 該連接器治具包括-座體及一設置於該座體而可供該 中央處理器插接的插座連接器，該座體包括一圍繞於該中 央處理器外的-内框及-圍繞於該内料的外_，且該内 框位於該插座連接器之兩相反側分別設置有一凹槽。該組 裝輔助治具包括-圍繞界定出—對應於該插座連接器的框 體空間的框體、設置於該框體的―帛—纟合部與一導引部 。該第-嵌合部設置於該框體底部，用以嵌合於該座體的 凹槽，藉此使該框體定位於該座體。該導引部設置於該框 體内側且對應於該中央處理器的缺口，以導引該中央處理 器置入該框體空間而插接於該插座連接器。 透過本新型中央處理器組裝辅助治具的設置，使得中 央處理器要插接在連接器治具時，必須先通過輔助治具的 M320700 ’藉此避免中央 進而可減少組裝 防呆機制，方可順利插接在連接器治具上 處理器插接在連接器治具上的方向錯誤， 錯誤的風險並降低組裝成本。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之-個較佳實施例的詳細說明中，將可 清楚的呈現。M320700, VIII, new description: . [New technical field] The present invention relates to an assembly auxiliary fixture, in particular to a central processor assembly aid for assisting a central processor to assemble a connector on a circuit board. Fixture and a combination of the assembly aid and the connector fixture. [Prior Art] Generally, the central processing unit is disposed on the circuit board through a connector fixture. Referring to FIG. 1 , a connector fixture 2 and a central processing unit 1 connected to the connector fixture 2 are disposed. The front and rear outer edges of the central processing unit i are respectively provided with a notch 10 adjacent to the left end, and the bottom portion is provided with a majority. The connector terminal 2 (not shown) includes a body 21, a cover 22 and a socket connector 23 disposed on the base 21. The socket connector 23 is internally provided with a plurality of soldering electrodes on the circuit board. The upper terminal of the socket connector 23 is provided with a frame portion 24, and the inner wall of the front and rear sides of the frame portion 24 is respectively provided with a bump 241. When assembling, the front and rear notches of the central processing unit 1 are first connected to the front and rear bumps 214 of the socket connector 23 to insert the central processing unit 1 onto the socket connector 23, and then the cover 22 is covered. The central processing unit is configured such that the plug terminal at the bottom of the central processing unit 1 is in contact with the contact terminal in the socket connector a) to be connected to the circuit on the circuit board. Therefore, the central processing unit 1 is plugged into the socket connector. At 2300, the central processing unit 具有 has two predetermined directionalities through the anti-staying cooperation between the two notches 10 and the two protrusions 241 of the frame portion 24, and the central processing unit 1 is inserted into the socket according to the predetermined direction. The connector 23 is then covered with the cover 22 so that the plug terminal of the central processing unit can be normally in contact with the contact terminal of the receptacle connector 23. M320700, however, since the bump 241 is disposed adjacent to the socket connector 23 and is relatively inconspicuous, it is more likely to occur in the assembly process as shown in FIG. 2: the central processor 1 is not in accordance with the inadvertentness of the assembler as shown in FIG. The notch 10 on the front and rear sides should be placed on the socket connection 23 in the direction of the two protrusions 241 to cover the cover body 22, and the part of the socket connector 23 is not properly connected to the central processing unit. The contact, together with the pressing force applied to the central processing unit i by the cover 22, tends to cause partial contact terminals in the receptacle connector 23 to be deformed and damaged due to compression, and the size of the bump 241 itself is designed. Small, and when assembled, the central processing n 1 is inserted into the socket connector 23 and the bump 241 is embedded in the central processor! The gap 1G is almost simultaneous, so if the force applied by the assembler is large and the insertion is made, the socket 10 is likely to be connected because the gap 10 of the CPU 1 is not aligned to the convex "241. The terminal of the device 23 has been damaged due to the applied force being too large. [New content] It is used to assist the central processing unit on a central unit to avoid the central point. Therefore, the purpose of the present invention is to provide a socket for connecting a connector to a connector fixture assembly auxiliary fixture. And the fixture has a foolproof action mechanism inserted in the reverse direction to cause damage to the socket connector. Another object of the present invention is that the ##..^ is used in a central processing unit to assemble an auxiliary fixture with a relatively clear guiding and foolproof structure. Therefore, the new central processing unit assembly auxiliary fixture comprises a frame body, a first fitting portion disposed on the frame body, a second fitting portion and a guiding portion M320700, the frame surrounding the defining frame a body space, and the frame body is engageably positioned on the connector fixture through the fitting portions, and is thereby provided to the financial center: the device can be placed into the assembly aid through the guiding of the guiding portion The frame space of the jig is inserted into the socket connector. The fitting portion and the guiding portion are formed in accordance with the existing shape of the central processing unit and the connector jig, and are formed in the connector fixture, and are respectively configured and connected. A foolproof design on the material between the central processor and the processor. The combination of the new connector fixture and the central processor assembly auxiliary fixture comprises a connector fixture and a central processor assembly auxiliary fixture, the group of auxiliary fixtures for assisting - the central processor is assembled to the connector The outer edge of the opposite side of the central processing unit is respectively provided with a notch. The connector fixture includes a body and a socket connector disposed on the base for the central processor to be inserted, the base body including an inner frame surrounding the central processor and surrounding The outer material of the inner material is disposed, and the inner frame is respectively provided with a groove on opposite sides of the socket connector. The assembly fixture includes a frame defining a frame space corresponding to the socket connector, a 帛-engagement portion and a guide portion disposed on the frame. The first fitting portion is disposed at a bottom of the frame for fitting into a recess of the base body, thereby positioning the frame body to the seat body. The guiding portion is disposed on the inner side of the frame and corresponding to the notch of the central processing unit to guide the central processing unit to be inserted into the frame space to be inserted into the socket connector. Through the setting of the new central processor assembly auxiliary fixture, the central processor must be inserted into the connector fixture, and the M320700 of the auxiliary fixture must be used first to avoid the central and thus reduce the assembly foolproof mechanism. Smooth insertion of the processor on the connector fixture in the wrong direction of the connector fixture, the risk of errors and reduced assembly costs. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments.
參閱圖3與圖4,本新型中央處理器組裝辅助治具3的 -較佳實施例包含一框體31以及設置於框體31的一第一 嵌合部32、一第二嵌合部33、一導引部34及一防呆凹槽 414。本實施例中’該組裝輔助治具3是塑膠材質（例如丙 稀晴-丁二烯-苯乙烯共聚合物’ abs)以中心加工機（CNC )一體成型銑製而成，但其材料也可以是如聚丙烯（pp)、 聚碳酸酯樹脂（PC )、壓克力等等。 組裝辅助治具3是用以輔助並且導引一中央處理器5 ( CPU)插置定位於設置在電路板（圖未示）的一連接器治具 4上。中央處理器5的兩相反側外緣分別設置有一缺口 5 j 。連接器治具4包括一座體41、一設置在座體41而可供中 央處理器5插接的插座連接器42、一樞設在座體41的蓋體 43及一凸出座體41的扣環45。座體41具有一圍繞在中央 處理器5外圍的内框411及一圍繞在内框411外圍的外框 412 ’内框411位於插座連接器42的前後兩側分別設置有一 凹槽413，而扣環45是凸出外框412的一侧。 組裝輔助治具3的框體31包括四條前、後、左、右相 M320700 圍繞連接的框條311、312、313、314，及由框條311〜314 所圍繞界疋的一框體空間315，且前、後框條311、312的 左半段往上隆起形成有一階部3丨6。 第一嵌合部32包括分別設置在框體31的前、後兩框 條311、312底部約略中央處的二凸塊321，二凸塊321形 狀分別對應於内框411的兩凹槽413而用以分別嵌入兩卡槽 413。第二嵌合部33包括分別凹陷設置在框體31左右兩框 條313、314底部的二嵌槽331，每一嵌槽331前後貫穿框 條313、314。導引部34包括分別設置在前、後框條311、 312内側的二導引凸肋34卜以及一設置在前側框條31丨内 側並與導引凸肋341相間隔的限位凸肋342，二導引凸肋 341是設置在前、後框條311、312左半段形成有階部316 的内側並且延伸到階部316頂面，兩導引凸肋341的形狀 對應於中央處理H 5的缺口 5丨形狀，且位置是對應中央處 理器5的兩缺口 51設置。防呆凹槽414是設置在框體41 對應於扣％ 45處，本實施例巾，是設置在框條313鄰近框 條3 12的一端。 框體31與連接器治具4的座體41結合時，是將框體 31由上而下放置在座體4ι上 以框體31底部的兩嵌槽 底 體 體 在 331對應嵌入座體41的外框412兩側，兩框條川、312 部的凸塊321則對應嵌入内框4U的兩缺口 413内，而座 41 ^的扣環45則是位在防呆凹槽414内藉此，使框 31疋位在座體41上’且框體31的框體空間315是對應 插座連接器42的上方。 M320700 補充一點說明的是，由於只有框條313設置有防呆凹 槽414，當使用者欲將框體31左右反向設置在座體Μ時， 便會因為框條314與扣環45之間的干涉而無法順利將框體 31队ό在座體41上，因此，防呆凹槽414的設置，一方面 在於使框體31與座體41結合時，框條313可避開與扣環 45的干涉，另一方面，也在框體31與座體41之間形成防 呆作用’避免框體31被左右反向設置在座體41上。 參閱圖5、圖6、圖7，接著，便可將中央處理器$以 其兩側缺口 51分別對應到二階部216内側的兩導引凸肋 341的方向，使兩導引凸肋341分別嵌入中央處理器$的兩 側缺口 51内，接著再將中央處理器5置入框體31内並插 接在插座連接器42上，再蓋上蓋體43。限位凸肋342的作 用是在於當前、後框條311、312之間的寬度稍大於中央處 理裔5的前後寬度時，可供中央處理器5前緣靠抵，以減 少中央處理器5前緣與框條311之間的間隙距離，並提高中 央處理·器5插入插座連接器42内的準確度，因此，若前、 後框條3 11、3 12之間的寬度距離與中央處理器5前後緣的 寬度距離相符，則限位凸肋342也可以省略。 而前、後框條311、312隆起的階部316 —方面可提供 較明顯的方位辨識，另一方面，也具有將二導引凸肋i 往上延伸的效果，使得中央處理器5要插置在插座連接器 23前，可如圖5的假想線所示，先讓中央處理器5兩側的 缺口 51確定對應到框體31的二導引凸肋341後，再往下 進入框體空間315並且插置在插座連接器23,而可確實發 10 M320700 揮防呆機制的作用，確實避免因為組裝員的疏忽導 Γ:不5:插接方向錯誤而損壞插座連接器23的情況，當 =也不會發生中央處理器5已經插置在插座連接器23上 才毛現方向錯誤的情況。綜上所述，本新型中 裝輔助治具3藉由設置在框架31的導引部34，不僅提= 中央處理器5插接在插座連接器42的方位辨識及導引，且 由於令央處理器5必須先配合輔助治具3的防呆機制才 能，利插接在插座連接器23上，因此也可確實避免中央處 理益5因插接方向錯誤而導致插座連接器42内部的端子損 裒而可降低組裝錯誤的風險以減少組裝成本，另一方面 ’框體31與座體41之間的結合，也透過防呆凹槽414的 設置而具有防呆作用，避免框體31反向組裝在座體Ο上 〇 ^惟以上所述者，僅為本新型之較佳實施例而已，當不 =以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新i專利涵蓋之範圍内。此外，摘要部分和標題僅是 用來辅助專利文件搜尋之用，並非用來限制本發明之權力 範圍。 【圖式簡單說明】 圖1疋習知一種中央處理器與連接器治具的立體圖； 圖2疋一立體圖，說明圖1的該中央處理器插置在該 連接器治具的方向錯誤； 圖3是本新型中央處理器組裝輔助治具之較佳實施例 M320700 . 與一中央處理器、一連接器治具的立體圖； 圖4是該較佳實施的仰視立體圖； 圖5是該較佳實施例嵌合在該連接器治具的立體圖； 圖6是該較佳實施例嵌合於該連接器治具，且該中央 處理器組裝在該連接器治具的立體圖；以及 圖7是圖6的俯視圖。Referring to FIG. 3 and FIG. 4 , the preferred embodiment of the present invention includes a frame 31 and a first fitting portion 32 and a second fitting portion 33 disposed on the frame 31 . a guiding portion 34 and a foolproof groove 414. In the present embodiment, the assembly aid 3 is made of a plastic material (for example, acrylonitrile-butadiene-styrene copolymer 'abs), which is integrally molded by a central processing machine (CNC), but the material thereof is also It may be, for example, polypropylene (pp), polycarbonate resin (PC), acrylic, and the like. The assembly aid 3 is used to assist and guide a central processing unit 5 (CPU) to be positioned and positioned on a connector fixture 4 disposed on a circuit board (not shown). The outer edges of opposite sides of the central processing unit 5 are respectively provided with a notch 5 j . The connector fixture 4 includes a body 41, a socket connector 42 disposed on the base 41 for the central processor 5 to be inserted, a cover 43 pivoted to the base 41, and a buckle of the protruding base 41. 45. The base 41 has an inner frame 411 surrounding the periphery of the central processing unit 5 and an outer frame 412 surrounding the outer frame 411. The inner frame 411 is respectively provided with a recess 413 on the front and rear sides of the socket connector 42. The ring 45 is a side that protrudes from the outer frame 412. The frame 31 for assembling the auxiliary jig 3 includes four front, rear, left, and right phases M320700 surrounding the connected frame strips 311, 312, 313, and 314, and a frame space 315 surrounded by the frame strips 311 to 314. And the left half of the front and rear frame strips 311, 312 are raised upward to form a stepped portion 3丨6. The first fitting portion 32 includes two protrusions 321 respectively disposed at approximately the center of the front and rear frame strips 311 and 312 of the frame body 31. The two protrusions 321 are respectively shaped to correspond to the two grooves 413 of the inner frame 411. It is used to respectively insert two card slots 413. The second fitting portion 33 includes two fitting grooves 331 which are recessed and disposed at the bottoms of the left and right frame strips 313 and 314 of the frame body 31, and each of the fitting grooves 331 extends through the frame strips 313 and 314. The guiding portion 34 includes two guiding ribs 34 respectively disposed inside the front and rear frame strips 311, 312, and a limiting rib 342 disposed inside the front side frame strip 31 and spaced apart from the guiding rib 341. The two guiding ribs 341 are disposed on the inner side of the front and rear frame strips 311, 312 formed with the step portion 316 and extend to the top surface of the step portion 316, and the shapes of the two guiding ribs 341 correspond to the central processing H The notch 5 has a shape of 5 inches, and the position is set corresponding to the two notches 51 of the central processing unit 5. The foolproof groove 414 is disposed at the frame 41 corresponding to the buckle 45. The towel of the embodiment is disposed at one end of the frame 313 adjacent to the frame 314. When the frame body 31 is coupled to the base body 41 of the connector jig 4, the frame body 31 is placed on the base body 4 from top to bottom. The two grooved bottom body bodies at the bottom of the frame body 31 are correspondingly embedded in the seat body 41 at 331. On both sides of the outer frame 412, the two frame strips and the 312 portions of the bumps 321 are correspondingly embedded in the two notches 413 of the inner frame 4U, and the retaining ring 45 of the seat 41 ^ is located in the foolproof recess 414. The frame 31 is clamped on the seat body 41' and the frame space 315 of the frame body 31 is above the corresponding socket connector 42. M320700 It is added that since only the frame strip 313 is provided with the foolproof groove 414, when the user wants to set the frame 31 to the left and right in the opposite direction, it will be between the frame strip 314 and the buckle 45. The interference of the frame 31 can not be smoothly smashed on the seat 41. Therefore, the arrangement of the foolproof groove 414 is such that when the frame 31 is coupled with the base 41, the frame 313 can be avoided from the buckle 45. Interference, on the other hand, also forms a foolproof action between the frame 31 and the base 41. The frame 31 is prevented from being disposed on the base 41 in the opposite direction. Referring to FIG. 5, FIG. 6, and FIG. 7, the central processing unit can respectively correspond to the direction of the two guiding ribs 341 on the inner side of the second-order portion 216 by the two side notches 51, so that the two guiding ribs 341 are respectively The central processor 5 is placed in the frame 31 and inserted into the socket connector 42 and then the cover 43 is closed. The function of the limiting rib 342 is that when the width between the front and rear frame strips 311 and 312 is slightly larger than the front and rear width of the central processing unit 5, the front edge of the central processing unit 5 can be abutted to reduce the front of the central processing unit 5. The gap distance between the edge and the frame strip 311, and the accuracy of the central processing device 5 inserted into the socket connector 42 is increased, so if the width distance between the front and rear frame strips 3 11 and 3 12 and the central processing unit 5 The width of the front and rear edges is the same, and the limiting rib 342 can also be omitted. The ribs 316 of the front and rear frame strips 311, 312 can provide a more obvious orientation recognition, and on the other hand, have the effect of extending the two guiding ribs i upward, so that the central processing unit 5 is inserted. Before being placed in the socket connector 23, as shown by the imaginary line of FIG. 5, the notches 51 on both sides of the central processing unit 5 are first determined to correspond to the two guiding ribs 341 of the frame 31, and then enter the frame. The space 315 is inserted into the socket connector 23, and the function of the 10 M320700 anti-staying mechanism can be surely prevented, and the inadvertent guidance of the assembler is avoided: no 5: the plugging direction is wrong and the socket connector 23 is damaged. When = does not occur, the CPU 5 has been inserted into the socket connector 23 to cause the wrong direction. In summary, the present invention is provided with the guiding portion 34 of the frame 31, which not only mentions that the central processing unit 5 is inserted into the socket connector 42 for position recognition and guidance, and The processor 5 must first cooperate with the foolproof mechanism of the auxiliary jig 3 to be plugged into the socket connector 23, so that it is possible to surely avoid the terminal damage of the socket connector 42 due to the wrong direction of the plugging. In addition, the risk of assembly errors can be reduced to reduce the assembly cost. On the other hand, the combination between the frame 31 and the seat body 41 also has a foolproof effect through the arrangement of the foolproof groove 414, preventing the frame 31 from being reversed. The above is only a preferred embodiment of the present invention, and is not limited to the scope of the present invention, that is, the scope of the new patent application and the new description content. Simple equivalent changes and modifications are still covered by this new i patent. In addition, the abstract sections and headings are only used to assist in the search for patent documents and are not intended to limit the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a central processing unit and a connector jig; FIG. 2 is a perspective view showing the direction in which the central processing unit of FIG. 1 is inserted in the connector jig; 3 is a perspective view of a preferred embodiment of the present invention, and a central processing unit and a connector jig; FIG. 4 is a bottom perspective view of the preferred embodiment; FIG. 3 is a perspective view of the connector fixture; FIG. 6 is a perspective view of the preferred embodiment of the connector fixture, and the central processor is assembled to the connector fixture; and FIG. 7 is FIG. Top view.
< S ) 12 M320700 【主要元件符號說明】 先前技術： 1 … ^中央處理器 22… •蓋體 2… • 連接器治具 23，· *插座連接器 10… * 缺口 24… * 框部 2卜. *座體 24卜 •凸塊< S ) 12 M320700 [Description of main component symbols] Prior art: 1 ... ^ central processing unit 22... • cover 2... • connector fixture 23, * socket connector 10... * notch 24... * frame 2卜. * Block 24 bucks
實施方式： 3…* 中央處理器組 34… ，導引部 裝輔助治具 341 * ^導引凸肋 4 » 連接器治具 342 * * 限位凸肋 5 * ' 中央處理器 41… *座體 31* * 框體 411 * ^ 内框 311〜314 框條 412 * *外框 315… 框體空間 413 * * 凹槽 316 * 階部 414 * *防呆凹槽 32* * * 第一嵌合部 42 * * * 插座連接器 321 ^ * 凸塊 43… •蓋體 33* * * 第二嵌合部 45… ，扣環 331 * * 嵌槽 51… * 缺口 13Embodiments: 3...* Central processor group 34..., guide-mounted auxiliary fixture 341 * ^ Guide rib 4 » Connector fixture 342 * * Limit rib 5 * ' Central processor 41... * Block Body 31* * Frame 411 * ^ Inner frame 311~314 Frame 412 * * Outer frame 315... Frame space 413 * * Groove 316 * Step 414 * * Anti-dwelling groove 32* * * First fitting Portion 42 * * * Receptacle connector 321 ^ * Bump 43... • Cover 33* * * Second fitting portion 45..., retaining ring 331 * * Insert groove 51... * Notch 13