.M314944 八、新型說明： ^【新型所屬之技術領域】 本創作係關於一種電連接器，尤其涉及一種用以收容電子元件之電連 接器。 【先前技術】 電連接器被廣泛地應用於電子設備中，隨著科技發展，人們對電子設 備之要求也越來越高，例如，在移動電話、PDA上增設照相功能等，隨著 人們對於该功能各方面之要求不斷提高，這些電子裝置中用於實現照相機 功能之電連接器也必須得到相應之改進。.M314944 VIII. New Description: ^[New Technology Field] This paper is about an electrical connector, especially an electrical connector for accommodating electronic components. [Prior Art] Electrical connectors are widely used in electronic devices. With the development of technology, people are increasingly demanding electronic devices. For example, adding camera functions to mobile phones and PDAs, as people The requirements for all aspects of this function continue to increase, and the electrical connectors used to implement the camera functions in these electronic devices must also be correspondingly improved.
如第一圖所示，一種電連接器100,，其包括裝有複數導電端子2，之絕緣 本體3’和設有收容空間10，並且裝於電連接器100,之週邊以保護導電端子2, 免受外界信號電磁干擾之遮蔽殼體1，，所述遮蔽殼體丨，構成收容空間1〇，之 側壁均爲雙層鐵殼結構，從其内層鐵殼向收容空間中延伸出複數彈性臂 11’。電連接器100’固定至印刷電路板(未圖示)上後，電子元件(未圖示)裝設 至收容空間10’中，電連接器腦，之彈性臂11，彈性抵接電子元件，對其進行 定位和緊SI，電子元件上對應之導電片（未圖示)和導電端子2,接觸，從而， 電連接器100’將電子元件和印刷電路板電性連接起來。 然而，上述電連接器100,至少存在以下缺點··遮蔽殼體i，之侧壁都爲雙 層鐵殼結構，衝壓段模具之成本較高，生産速度較慢，而且産品製造出來 後尺寸超差嚴重，無法滿足圖面要求，裝配段#手工調整，效率極低。 鑒於以上弊’確有必要提供一種針對上述缺點之電連接器。 【新型内容】 器 鑒於上述狀况，貫有必要提供一種兼顧製造成本和製造精度之電連接 ，解決上述技術問題，本_提供了—觀連接器，㈣收容 持於絕緣本體並與之形成收容空間之上殼體，上殼 體匕括相υ之第—壁部和相對設置之第二壁部，第_壁 構ΐί容空間之側壁；其中所述第—壁部爲單層鐵殼結構，所 土顧雙層鐵殼結構，第二壁部設有外壁、自其外壁頂緣向_弯折且: M314944 下Kt之、f折部，以及自彎折部之底緣繼續向内側延伸之第—彈 部之下端和第一彈片共同組成内壁。 士本創作電連接H與習知技翻比，具有町優點··其圍成收容空間之 上π又體之側壁制相對第二壁部錢層鐵殼機構，確保了上殼體整體姓構 強度足夠，不易變形，以及確保了第一彈片嗎電子元件所需之足夠彈^ ; 相對^壁部爲單層鐵殼結構設置，確保了製造過程中模具成本之相對降 低，製造難度之降低，產品精度和穩定性之提高，裝配段效率之提高等。 【實施方式】 :面結合附圖來詳細說明本創作電連接器1〇〇之具體實施方式。 凊參閱第二圖至第四圖，本創作電連接器1〇〇用以收容電子元件，其包 括：絕緣本體3、固持於絕緣本體3中之複數導電端子i，以及包覆絕緣^ 3並與之形成收容電子元件收容空間之遮蔽殼體2。 、，遮蔽殼體2包括上殼體5及下殼體6。其中上殼體5由相互分離且結構對 稱之左、右金屬框顺成，兩金屬獅大致呈n字型且相互圍繞形成第一 收容腔Μ，當組裝至崎本雜，第—收容腔__本體3制組成收容 電子7G件之收容空間。每―金屬框5〇均包括三健部，其 對稱之第-壁部52和連接兩第—壁之第二壁部54，第—壁^2:= 壁部54亦即收容空間之側壁。其中第二壁部_雙層鐵殼結構，設有自其 外壁540頂緣向_彎折助下延伸之彎折部541及自彎折部541之底緣ς 續向内側延伸之第-彈片542，彎折部541之下端和第一彈片％共同城 壁546,從第二壁部54外壁5做兩側下端延伸一對凸片知，第一焊接部泌 自與凸片543底端垂直並向雜於第—收容腔51之方向延伸。金屬框默 -壁部52爲單層鐵殼結構，其具有自底緣延狀第二焊接部521及第一固持 片522，其中第二焊接部521沿與第一壁部划目垂直並向背離於第一收容腔 51之方向延伸，第二焊接部52卜第一焊接部545處於同一高度上；第一固 持片522爲向下延伸之片狀結構，第_壁部％上還設有開口奶，第 525自開口 523之頂端向第-收容腔51延伸，所述第一、第二彈片542、525 與電子元件彈性抵接從而將其穩定固持於電連接器1〇〇内。 、下殼體6具有-第二收容腔60，用以收容絕緣本體3，其由平板底壁& 連同由底壁61之四個端緣向上延伸之_對第三壁部62和_對第四壁部纪圍 、M314944 -·,繞而成。底壁61於與第四壁部63交接處撕裂形成有第二固持片61〇,當絕緣 本體3與下殼體6配合時，所述第二固持片61〇收容固持于設於絕緣本體珊 '應位置處之固持通槽301内。第四壁部63設有焊接於電路板之第三焊接部 • 630，第四壁部63包括前壁635和後壁636,其中前壁635還設有一切口635〇， 其用於容納電子元件之定位肋（未圖示）之一部分。第三壁部62頂緣設有 複數突起620，兩相鄰突起620間之凹陷與端子丨第四焊接部14對齊。 絕緣本體3包括底部30、高於底部30且對稱設置之凸牆31、從底部3〇另 一對相對邊緣分別長出一對用以固持上殼體5之固持結構33、從底部3〇連通 至凸牆31上表面之兩排端子槽道32，以及固持下殼體6第二固持片61〇之固 持通槽301。所述固持結構33包括第一固持槽330和第二固持槽332，其中第 泰一固持槽330開口向外並從固持結構33之下部開設，用以固持第一固持片 522 ;第二固持槽332位於固持結構33之上部其外側被豎立之牆壁包圍，還 與第一固持槽330連通並被其從中截斷，用來固持第一壁部52之下端。 複數導電端子1固持於所述絕緣本體3之端子槽道32内，其中每一導電 知子1包括與端子槽道32相固持之固持部13、自固持部13向前延伸之彈性彎 曲部12、自彈性彎曲部12向後延伸之接觸部η及自固持部13向後延伸之第 四焊接部14，當導電端子1固持於絕緣本體3後，導電端子1之接觸部^突出 於絕緣本體3底部30之上表面，導電端子1之第四焊接部14延伸出絕緣本體3 之凸牆31。 鲁第一焊接部545、第一焊接部521、第三焊接部630和第四焊接部14統稱 爲電連接器100之焊接部。 組裝時，首先將導電端子1組裝至絕緣本體3上對應之端子槽道32中， 導電端子1之接觸部11突出於絕緣本體3底部30之上表面，第四焊接部14延 伸出絕緣本體3之凸牆31 ;然後，將上殼體5固持至絕緣本體3之固持結構33 中；最後，將下殼體6與絕緣本體3固持，下殼體6之第二固持片610與絕緣 本體3之固持通槽301相固持。 使用時，通過電連接器100之焊接部14、545、521、630分別與電路板 (未圖示）上對應之電路焊接將其組裝至電路板上，然後將電子元件（未 圖示）植入電連接器1〇〇之收容空間中，第一、第二彈片542、525將電子元 件緊緊固持在收容空間中，導電端子1之接觸部11和電子元件上對應之導電 7 .M314944As shown in the first figure, an electrical connector 100 includes an insulative housing 3' having a plurality of conductive terminals 2, and a receiving space 10, and is mounted on the periphery of the electrical connector 100 to protect the conductive terminals 2. The shielding case 1 is protected from electromagnetic interference of external signals, and the shielding case 构成 constitutes a receiving space 1 〇, and the side walls are double-layer iron shell structures, and a plurality of elastic bodies are extended from the inner iron shell to the accommodating space. Arm 11'. After the electrical connector 100' is fixed to a printed circuit board (not shown), an electronic component (not shown) is mounted in the accommodating space 10', and the elastic arm 11 of the electrical connector body elastically abuts the electronic component. Positioning and tight SI, the corresponding conductive piece (not shown) on the electronic component and the conductive terminal 2 are in contact, so that the electrical connector 100' electrically connects the electronic component and the printed circuit board. However, the above electrical connector 100 has at least the following disadvantages: · The shielding shell i has a double-walled iron shell structure, the stamping section mold has a high cost, the production speed is slow, and the product is manufactured in a super-size. The difference is serious, the picture requirements cannot be met, and the assembly section # manual adjustment, the efficiency is extremely low. In view of the above drawbacks, it is indeed necessary to provide an electrical connector that addresses the above disadvantages. [New content] In view of the above situation, it is necessary to provide an electrical connection that combines manufacturing cost and manufacturing precision to solve the above technical problems. The present invention provides a connector, and (4) is housed in the insulating body and is accommodated therein. a housing above the space, the upper housing includes a first wall portion and a second wall portion opposite to each other, the first wall portion is a side wall of the space; wherein the first wall portion is a single layer iron shell structure The double-walled iron shell structure is provided, and the second wall portion is provided with an outer wall, bent from the top edge of the outer wall, and: K314, the f-fold portion under the M314944, and the bottom edge of the bent portion continues to extend inward The first end of the bullet portion and the first elastic piece together form an inner wall. Shiben's creative electrical connection H is compared with the conventional technology. It has the advantage of the town. It is surrounded by the side wall of the π-body and the second wall of the iron layer. It ensures the overall structure of the upper shell. The strength is sufficient, it is not easy to be deformed, and the sufficient elasticity required for the electronic components of the first shrapnel is ensured; the relative wall portion is a single-layer iron shell structure, which ensures the relative reduction of the mold cost during the manufacturing process, and the manufacturing difficulty is reduced. Increased product accuracy and stability, improved assembly efficiency, etc. [Embodiment]: A specific embodiment of the present invention will be described in detail with reference to the accompanying drawings. Referring to the second to fourth figures, the present invention is for housing an electronic component, comprising: an insulative housing 3, a plurality of conductive terminals i held in the insulative housing 3, and a cladding insulator 3 A shield case 2 for accommodating the electronic component housing space is formed therewith. The shielding housing 2 includes an upper housing 5 and a lower housing 6. The upper casing 5 is formed by the left and right metal frames which are separated from each other and structurally symmetrical, and the two metal lions are substantially n-shaped and surround each other to form a first receiving cavity Μ, when assembled to Sakimoto, the first receiving cavity _ _ Body 3 system constitutes the accommodating space for accommodating electronic 7G parts. Each of the metal frames 5 includes a three-seat portion, a symmetrical first wall portion 52 and a second wall portion 54 connecting the two first walls. The first wall 2 = the wall portion 54 is the side wall of the receiving space. The second wall portion _ double-layer iron shell structure is provided with a bent portion 541 extending from the top edge of the outer wall 540 toward the _ bending and extending, and a first elastic piece 542 extending from the bottom edge of the bent portion 541 to the inner side. The lower end of the bent portion 541 and the first elastic piece % common wall 546 extend from the outer wall 5 of the second wall portion 54 to the lower end of the second wall portion 54. The first welded portion is perpendicular to the bottom end of the protruding piece 543. It extends in the direction of the first receiving chamber 51. The metal frame silent wall portion 52 is a single-layer iron shell structure having a second welded portion 521 and a first holding piece 522 extending from the bottom edge, wherein the second welded portion 521 is perpendicular to the first wall portion The second welding portion 52 is at the same height as the first welding portion 545. The first holding piece 522 is a downwardly extending sheet-like structure, and the first wall portion is further provided with The opening 295 extends from the top end of the opening 523 toward the first receiving cavity 51, and the first and second elastic pieces 542 and 525 elastically abut against the electronic component to stably hold the electronic connector 1〇〇. The lower housing 6 has a second receiving cavity 60 for receiving the insulative housing 3, which is composed of a flat bottom wall & together with the third wall portion 62 and the pair extending upward from the four end edges of the bottom wall 61. The fourth wall section, M314944 -·, is formed. The bottom wall 61 is torn at the intersection with the fourth wall portion 63 to form a second holding piece 61 〇. When the insulating body 3 is engaged with the lower case 6 , the second holding piece 61 〇 is received and held on the insulating body. Shan's position is in the holding channel 301. The fourth wall portion 63 is provided with a third welded portion 630 welded to the circuit board, and the fourth wall portion 63 includes a front wall 635 and a rear wall 636, wherein the front wall 635 is further provided with a port 635 〇 for accommodating the electronic One of the positioning ribs (not shown) of the component. The top edge of the third wall portion 62 is provided with a plurality of protrusions 620, and the recesses between the two adjacent protrusions 620 are aligned with the terminal turns fourth welded portion 14. The insulative housing 3 includes a bottom portion 30, a symmetrical wall 31 that is symmetrically disposed above the bottom portion 30, and a pair of holding structures 33 for holding the upper casing 5 from the other pair of opposite edges of the bottom portion 3, respectively, and connected from the bottom portion 3 Two rows of terminal channels 32 to the upper surface of the convex wall 31, and a holding through groove 301 for holding the second holding piece 61 of the lower casing 6. The holding structure 33 includes a first holding groove 330 and a second holding groove 332, wherein the first holding groove 330 is open outward and is opened from the lower portion of the holding structure 33 for holding the first holding piece 522; the second holding groove The 332 is located on the upper portion of the holding structure 33 and is surrounded by the erected wall, and is also in communication with and intercepted by the first holding groove 330 for holding the lower end of the first wall portion 52. The plurality of conductive terminals 1 are fixed in the terminal channel 32 of the insulative housing 3, wherein each of the conductive fingers 1 includes a holding portion 13 that is fixed to the terminal channel 32, and an elastic bending portion 12 that extends forward from the holding portion 13. The contact portion η extending from the elastic bending portion 12 and the fourth soldering portion 14 extending rearward from the holding portion 13 , after the conductive terminal 1 is held by the insulating body 3 , the contact portion of the conductive terminal 1 protrudes from the bottom portion 30 of the insulating body 3 On the upper surface, the fourth soldering portion 14 of the conductive terminal 1 extends out of the convex wall 31 of the insulative housing 3. The first welding portion 545, the first welding portion 521, the third welding portion 630, and the fourth welding portion 14 are collectively referred to as a welded portion of the electrical connector 100. When assembling, the conductive terminal 1 is first assembled into the corresponding terminal channel 32 of the insulative housing 3, the contact portion 11 of the conductive terminal 1 protrudes from the upper surface of the bottom portion 30 of the insulative housing 3, and the fourth soldering portion 14 extends out of the insulative housing 3. The convex wall 31; then, the upper casing 5 is held in the holding structure 33 of the insulating body 3; finally, the lower casing 6 and the insulating body 3 are fixed, and the second holding piece 610 and the insulating body 3 of the lower casing 6 are The holding through groove 301 is held. In use, the soldering portions 14, 545, 521, and 630 of the electrical connector 100 are respectively soldered to a circuit board corresponding to a circuit board (not shown), and then electronic components (not shown) are implanted. In the accommodating space of the electrical connector 1 ,, the first and second elastic pieces 542 and 525 fasten the electronic component in the accommodating space, and the contact portion 11 of the conductive terminal 1 and the corresponding conductive element on the electronic component 7. M314944
片（未圖示）相導通，電連接器100從而將電子元件和印刷電路板電性連接 起來。 本創作電連接器100和習知技術相比，其圍成收容空間之上殼體5之側 壁採用相對第二壁部54爲雙層鐵殼機構，確保了上殼體5整體結構強度足 夠，不易變形，以及確保了第一彈片542固持電子元件所需之足夠彈性^相 對第，壁部52爲單層鐵殼結構設置，確保了製造過程中模具成本之相對降 低，製造難度之降低，産品精度和穩定性之提高，裝配段效率之提高等。 上述僅爲本創作之一個具體實施方式，基於本創作構思所做出1任何 八他文進如·上设體爲一件式设計之電連接器；遮蔽殼體僅包括有上續體 2連接器；或者遮蔽殼體爲-件式之電連接器等其他改進都以被本創作 所揭不’都應視爲本創作之保護範圍。 以 綜上所述，本創作符合新型專利要件，爰依法提出專利申請。惟 ΐ所ΐίίίίί作之難實闕，本創作之制並料上述實施例為 皆應神所作之等效修飾或變化， 【圖式簡單說明】 第一圖係一種習知電連接器之立體圖； 第二圖係本創作電連接器之立體分解圖； 第二圖係第二圖所示電連接器之立體分解圖 緣本體中； ，其中導電端子被裝入絕 第四圖係第二圖所示電連接器之立體圖。 【主要元件符號說明】 (習知技術圖示元件符號說明） 遮敝殼體 彈性臂 絕緣本體 電連接器 100， 收容空間 10， 11， 導電端子 2， 導電端子 (本創作圖示元件符號說明) 電連接器 100 8 3, M314944 - 接觸部 π 固持部 13 ' 遮蔽殼體 2 • 底部 30 凸牆 31 固持結構 33 第二固持槽 332 金屬框 50 第一壁部 52 第一固持片 522 • 第二彈片 525 外壁 540 第一彈片 542 第一焊接部 545 下殼體 6 底壁 61 第三壁部 62 第四壁部 63 前壁 635 Α 後壁 636 彎曲部 12 第四焊接部 14 絕緣本體 3 固持通槽 301 端子槽道 32 第一固持槽 330 上殼體 5 第一收容腔 51 第二焊接部 521 開口 523 第二壁部 54 彎折部 541 凸片 543 内壁 546 第二收容腔 60 第二固持片 610 突起 620 第三焊接部 630 切口 6350 9A sheet (not shown) is electrically connected, and the electrical connector 100 electrically connects the electronic component and the printed circuit board. Compared with the prior art, the present invention is such that the side wall of the housing 5 surrounding the receiving space is a double-layer iron shell mechanism with respect to the second wall portion 54 to ensure the overall structural strength of the upper housing 5 is sufficient. It is not easy to be deformed, and the sufficient elasticity required for the first elastic piece 542 to hold the electronic component is ensured. The wall portion 52 is provided with a single-layer iron shell structure, which ensures a relatively low cost of the mold during the manufacturing process, and the manufacturing difficulty is reduced. Improvement in accuracy and stability, improvement in assembly efficiency, etc. The above is only one specific implementation manner of the present creation, and based on the creative concept, any one of the eight-in-one electrical connectors is designed as a one-piece design; the shielding housing only includes the upper continuation 2 Other improvements, such as connectors or shielded housing-type electrical connectors, which are not disclosed in this creation, should be considered as protection of the present invention. In summary, the creation complies with the new patent requirements and submits a patent application in accordance with the law. However, the singularity of the present invention is the equivalent modification or variation of the above-mentioned embodiments. [The following is a perspective view of a conventional electrical connector; The second figure is an exploded view of the electronic connector of the present invention; the second figure is the body of the three-dimensional exploded view of the electrical connector shown in the second figure; wherein the conductive terminal is installed in the fourth figure A perspective view of the electrical connector. [Explanation of main component symbols] (Recognition of the symbols of the conventional components) The concealed casing elastic arm insulating body electrical connector 100, accommodating space 10, 11, conductive terminal 2, conductive terminal (illustration of component symbol in this creation) Electrical connector 100 8 3, M314944 - Contact portion π Holding portion 13 'Shading housing 2 • Bottom 30 Protruding wall 31 Holding structure 33 Second holding groove 332 Metal frame 50 First wall portion 52 First holding piece 522 • Second Shrapnel 525 Outer wall 540 First elastic piece 542 First welded portion 545 Lower case 6 Bottom wall 61 Third wall portion 62 Fourth wall portion 63 Front wall 635 Α Rear wall 636 Bending portion 12 Fourth welded portion 14 Insulating body 3 Hold Slot 301 Terminal channel 32 First holding groove 330 Upper housing 5 First receiving cavity 51 Second welding portion 521 Opening 523 Second wall portion 54 Bending portion 541 Tab 543 Inner wall 546 Second receiving cavity 60 Second holding piece 610 protrusion 620 third weld 630 slit 6350 9