M3 04140 - 八、新型說明： : 【新型所屬之技術領域】 本創作係有關一種連接器，特別是一種接地效果佳之相機模 組連接器。 【先前技術】 隨著無線通訊技術的發展及高科技的日新月異，行動電話、 φ 個人數位助理（personal digital assistant，PDA)及筆記型電腦等， 皆附加各種電子模組，如具有影像擷取功能的相機模組等。較為 常見之設什係於消費電子產品之本體組裝一模組連接器，而後將 一外部相機模組組裝於模組連接器上，以達到與數位影像擷取功 能之整合。 習知一般模組連接器包括一電連接器與一相機模組，且電連 接器安裝於一電路板上，用以收容相機模組。其中電連接器包括 一絕緣殼體、複數個訊號端子及一金屬殼體。訊號端子係收容於 絕緣殼體中，且絕緣殼體中形成一空間用以容置相機模組；金屬 • 殼體用以包覆絕緣殼體以防止電磁干擾（dectromagnetic interfering， EMI)，達到遮蔽保護效果。 惟’上述相機模組連接器，其金屬殼體須利用金屬材質經沖 壓及彎折等加工步驟成型，其製造相當不便，組裝上也相當麻 煩’且谷易因金屬殼體上_些挖槽設計影響屏蔽效果。 【新型内容】 ^ 為了解決上述問題，本創作目的之一係提供一種模組連接 • 1 W設計之接地構件可達到方便組裝的效果並簡化製程複雜度。 M3 04140 。。為有效濾除雜訊干擾，本創作目的之一係提供一種模组連 益，利用接地構件上之接觸部與金屬鐵殼抵觸且其模組干涉部呈 容置空_，致使滅模組插人後’其模組干涉部可與相機模“ ^接觸以形成良好接地迴路。此外，其金屬殼體包密性良好，可增加 。又’接地構件上具有卡固部使其可穩固固持於遮蔽殼^避 免因為外力震蘯影響接地效果。 為解決相機模_模域接職卡不密合之問題，摘作提供一鮮 、、且連接$，其金屬殼體上含有引導彈片向容置空間延伸，其中引導彈片不 引導相機模組進位，亦可與接地構件之模組干涉部讀，以提供相 吴、，且不同方向的麟力，致使相機模組可卡固於模組連接器中。 —if:目的之—提供—種模組連接器，於遮蔽殼體上之底板開 個方位辨識孔，可避免相機模組置人時方向錯誤或模組連 接為各部件組裝時構件錯置。 财Λ了達到上述目的，本創作一實施例之模組連接器用以與一相 、且、接，包括·一遮蔽殼體，含有一底板及四側壁形成一容置空間， ^數個溝槽間隔設置於底板與側壁連接處，其中至少_侧壁之兩^部各 向滑槽；複數個導電端子，設置於溝槽；複數健地構件，係順 者:向滑槽卡合於遮蔽殼體上，且接地構件含有-連接折部，其中：連接 斤I5女而壬角度延伸出一模組干涉部，另一端延伸出一接觸部及一^^固 12Ϊ觸部與卡固部係不共平面；以及一金屬殼體，係卡合遮蔽殼體並 ^地構件之接觸部糊，其中金屬殼體更包含複數則導彈片設置於之 至屬设體一開口處且朝容置空間内延伸。 【實施方式】 其詳細說明如了，所述較佳實施例僅做一說明非用以限定本 創作。 M304140 第1A圖所示為本創作一實施例之模組連接器1〇〇之分解示意圖。如 圖所示，模組連接器100包括一遮蔽殼體200、複數個導電端子3〇〇、複M3 04140 - VIII. New description: : [New technical field] This creation is about a connector, especially a camera module connector with good grounding effect. [Prior Art] With the development of wireless communication technology and the rapid development of high technology, mobile phones, personal digital assistants (PDAs) and notebook computers are equipped with various electronic modules, such as image capture. Camera module and so on. It is more common to assemble a module connector for the body of a consumer electronic product, and then assemble an external camera module to the module connector to achieve integration with the digital image capture function. A conventional module connector includes an electrical connector and a camera module, and the electrical connector is mounted on a circuit board for receiving the camera module. The electrical connector includes an insulative housing, a plurality of signal terminals, and a metal housing. The signal terminal is housed in the insulating housing, and a space is formed in the insulating housing for accommodating the camera module; the metal housing is used to cover the insulating housing to prevent dectromagnetic interfering (EMI) to achieve shielding Protection effect. However, the above-mentioned camera module connector, the metal casing must be formed by metal processing such as stamping and bending, which is quite inconvenient to manufacture, and is also quite troublesome to assemble. The design affects the shielding effect. [New Content] ^ In order to solve the above problems, one of the purposes of this creation is to provide a module connection. The grounding member of the 1 W design can achieve the effect of easy assembly and simplify the process complexity. M3 04140. . In order to effectively filter out noise interference, one of the purposes of the present invention is to provide a module benefit, which uses the contact portion on the grounding member to interfere with the metal iron shell and the module interference portion is placed in the empty space, thereby causing the module to be inserted. After the person's module interference part can be in contact with the camera module to form a good grounding loop. In addition, the metal housing has good tightness and can be added. The grounding member has a fastening portion to make it securely held. The shielding shell ^ avoids the grounding effect due to the external force shock. In order to solve the problem that the camera module _ mode domain receiving card is not close, it is provided as a fresh, and connected $, and the metal casing contains the guiding elastic piece to accommodate The space extension, wherein the guiding elastic piece does not guide the camera module to carry the position, and can also be read with the module interference part of the grounding member to provide the phase and the different directions, so that the camera module can be clamped to the module connector. —if: the purpose of providing a module connector, opening a bearing identification hole on the bottom plate of the shielding shell, which can avoid the wrong direction when the camera module is placed or the component connection when the module is assembled for each component. Set up. To achieve the above object, the module connector of the present embodiment is configured to form a receiving space with a bottom plate and a four-side wall, and a plurality of trenches are spaced apart from each other. a joint between the bottom plate and the side wall, wherein at least the two sides of the side wall are opposite to the chute; a plurality of conductive terminals are disposed in the groove; and the plurality of geotechnical members are smoothed: the sliding groove is engaged with the shielding case, And the grounding member comprises a connecting portion, wherein: the connecting pin I5 female and the angle extending out of a module interference portion, the other end extending out of a contact portion and a ^12 solid 12 contact portion and the securing portion are not coplanar; And a metal shell that engages the contact portion of the shielding shell and the ground member, wherein the metal shell further comprises a plurality of missile pieces disposed at an opening of the body and extending toward the receiving space. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the preferred embodiment is not intended to limit the present invention. M304140 FIG. 1A is a schematic exploded view of a modular connector 1 according to an embodiment of the present invention. As shown, the module connector 100 includes a cover Housing 200, a plurality of conductive terminals 3〇〇, complex
數個接地構件400及一金屬殼體500。其詳細說明分別於第1B圖、第1C S及第ID圖中描述。首先睛先參考第iB圖，如圖所示，遮蔽殼體2〇〇 含有一底板210及四側壁220以形成一容置空間230，且複數個溝槽24〇 間隔设置於底板210與側壁220連接處，其中至少一側壁22〇之兩端部各 含f 一縱向滑槽222。於此實施例中，每一縱向滑槽222上各含有二構; 固定凸塊224，其中構件固定凸塊224係用以雜地構件4〇〇卡固用。複A plurality of grounding members 400 and a metal housing 500. The detailed description is described in FIG. 1B, the 1C S, and the ID diagram, respectively. First, referring to the first iB, as shown in the figure, the shielding shell 2 includes a bottom plate 210 and four side walls 220 to form an accommodating space 230, and a plurality of grooves 24 are spaced apart from the bottom plate 210 and the side wall 220. At the joint, at least one of the side walls 22 has a longitudinal groove 222 at each end. In this embodiment, each of the longitudinal sliding grooves 222 includes two structures; the fixing protrusions 224, wherein the component fixing protrusions 224 are used for the fastening of the structural members. complex
f個導電端子300，係由圖式中之虛線方向插設於溝槽24〇内，其中導電 2子300 —端朝容置空間23〇延伸以方便與其後模組連接器電性接觸，另 一端則由遮蔽殼體之麵22()㈣延伸以方便其後焊接於電路板上使 用，例如延伸出一焊接部31〇。 =上魏明並-併參考第lc圖，導電端子插人遮蔽殼體· 2 圖所示’導電端子· 一端凸出底板21G並朝容置空間23〇 «中；另—端朝遮蔽殼體200之側壁220向外延伸為一焊接部31〇。此外， 複數個接地構件伽，係沿圖式中虛線方向順著縱向滑槽奶滑入並卡A 體200上。於此實施例中，接地構件含有—連接折部4i〇 : /、中連接折部彻—端呈角度延伸出一模組干涉部420，另-端延伸出— ，觸。[U30及-卡固部44〇 ;且接觸部與卡固部顿係不共平面 折4〇0之模組干涉部係與其後之相機模、组電性接觸，由連接 ° “呈角度延伸的模組干涉部42〇可與相機模組緊密干涉，如此一 擁有部420 一方面可固持相機模組’另一方面可確保與相機模組 =好的祕接觸。又’於此實施例中，接地構件4〇〇之卡固部_上 ΐίίΓΓ孔442以方便與縱向滑槽222上之構件固定凸塊似卡固， t構^乍用係使接地構件400可穩固地扣合於遮蔽殼體上。此外， =-貫施例中’請參考第1E圖，模組干涉部伽之自由端亦 可折部422之設計有助於模組干涉部420之結構強度，亦 吴、、且干'々部42〇因相機模組多次插拔所受到的嚴重磨損甚至變形。 M304140 • 上述一並參考第1D圖，當接地構件4〇〇夾入遮蔽殼體2〇0後， : =1D圖所不，接地構件400之連接折部係固持於遮蔽殼體200上， 、纟折杉崎伸出之模組干涉部42()呈角度朝容置空間別彎折以方 便與其後相機模組電性接觸；另一端延伸出之卡固部44〇係順著遮蔽殼體 200亚其^之構件映凸塊似卡固，而接觸部係、凸出遮蔽殼體 200。於-貝蝴中’各接地構件上之卡固部係向外延伸出一焊 腳物，這些焊腳444可與導電端子3〇〇之焊接部灿約略呈共平面之狀 態，致使方便其後焊接於電路板上。接著，金屬殼體5〇〇，係朝圖式中虛 線方向卡口遮蔽叙體200亚與接地構件4〇〇上凸出遮蔽殼體2〇〇的接觸部 430糊’藉由接地構件4〇〇的模組干涉部42〇與相機模組干涉以及接地 構件400的接觸部430與金屬殼體·緊密抵觸以形成良好的接地效果。 其中金屬殼體更包含複數個引導彈片训設置於之金屬殼體一開 口 502並朝谷置空間230内延伸，這些引導彈片51〇之作用係引導其後相 機，組插入進位。於-實施例中，為使金屬殼體5〇〇能與遮蔽殼體2〇〇 緊么扣δ，更包括複數個凸塊226設置於遮蔽殼體2〇〇之側壁22〇 上；而更包括複數個卡合孔5〇4設置於金屬殼體5〇〇上，且這些 卡合孔504係與遮蔽殼體200上之凸塊226契合。於此實施例 中，金屬殼體500周緣係利用沖折方法形成，以提供遮蔽殼體2〇〇 # 良好的包覆。 模組連接态100組立後之立體圖如第2Α圖所示，於此實施例 中’金屬设體5〇0 Ji之引導彈片51〇與接地構件4〇〇可分別位於遮蔽殼體 之相鄰兩側壁220上，以提供相機模組不同方向的引導進位功能及確切的 接地效果。如圖所示，遮蔽殼體之側壁220上的凸塊226係凸出金屬殼體 500上之卡合孔504以達到卡固功能，且金屬殼體5〇〇之包覆性 良好’可與接地構件400形成良好的屏蔽效果以有效濾除雜訊。 第2B圖為本創作之一實施例第2A圖之模組連接器ι〇〇之俯視圖，如圖 所示，遮蔽殼體200之底板210上含有複數個方位辨識孔212，這此方位 M304140 可幫助於模組咖觸各部件組斜對位正確以防止組件 |曰置的情形务生進而減少組件損壞之機率。 第3Α _為本創作之一實施例之模組連接器ι〇〇雜至 用0山插入相機杈組600之立體示意圖。如圖所示，模組連接器100利 用V ·子之焊接部310與接地構件之 44 找輪肖峨，=== 模植ϊίΪtΓΛ 與模組連_ _複數個間_以利 ：：；：：Γ4# 400 430 - ί 相機模組_並與其。=t==7M :::::™ ^件如d連蝴與電路板以形成完整肅的接地迴 殼體觸係^ 模組接觸之模組干涉部的自由端更可蜷組干涉接觸；且與相機 構，進而避免模組干涉部因相機 2 Ί以加強其接地構件結 此外，趙、Α 夕-人插拔產生麵變形的情況發生。 構件固讓接地簡爾入夹持，且其上之 上。且摘叙金触ott 構件可觀聽置於遮蔽殼體 再者，當相機槿植"又二L设’良好’可與接地構件形成良好接地迴路。 以利模組連接器有問吏’相機模組四周與金屬殼體形成間隙 複雜組裝的效果並簡化製程 鐵殼抵觸且其模組干涉部呈乍，接地構件上之接觸部與金屬 後’其模'_―二：：== # # 圖 M3 04140 金屬殼體包密性良好，可增加其屏蔽效果。又，接地構件上具有卡固部使 其可穩固固持於遮蔽殼體上，以避免因為外力震盪影響接地效果。再者， 為，決相機模組誠組連脑嵌卡不密合之問題，摘錢供一種模組連 接杰。其金屬殼體上含有引導彈片向容置空間延伸，其中引轉片不僅可 以引‘彳峨模組進位’亦可與接地構件之模組干涉部合作，以提供相機模 組=方向_持力，致使相频組可卡固於模組連接器巾。此外，於 遮敝殼體。上之底板開設複數個方位辨識孔，可避免相機模組置入時 方向錯誤或模組連接器各部件組裝時構件錯置。 =所述之實施例僅係為說明本創作之技術 的^熟習此項技藝之人士㈣瞭解本創作據實 施:當不能以之限定本創作之專利範圍，即大凡依本創作 ί作之均等變化或修飾，仍應涵蓋在本創作之專利範圍 圖式簡單說明] =1Α圖所不為本創作—實施繼組連接器之分解示意 .=體S _1D __作，_連接器組立步 第聞所又—輪_糊调 第2A圖所示為根據本創作模組連接器組立後之立雕_、1。 第2B圖所示输據本創第W·。W。 第3A圖所示為根據本創作之一每 組立後之立體示意圖。 之目機模組與模組連接器 第則所示為根據機3A圖之AA，線段剖視圖。 M3 04140The f conductive terminals 300 are inserted into the trenches 24 由 in the direction of the dotted line in the figure, wherein the conductive 2 sub-300 end extends toward the accommodating space 23 以 to facilitate electrical contact with the rear module connector, and One end is extended by the face 22 () (four) of the shielding case to facilitate subsequent soldering to the circuit board, for example, a solder portion 31 is extended. =上魏明和- and refer to the lc diagram, the conductive terminal is inserted into the shielding case. 2 The figure shows the 'conductive terminal · one end protrudes from the bottom plate 21G and faces the accommodating space 23 〇«; the other end faces the shielding case The side wall 220 of the 200 extends outwardly into a welded portion 31A. In addition, a plurality of grounding members are slid into the A-body 200 along the longitudinal chute along the direction of the dashed line in the drawing. In this embodiment, the grounding member includes a connecting folded portion 4i〇: /, the middle connecting folded portion is extended at an angle to form a module interference portion 420, and the other end extends out of the contact. [U30 and - the fastening portion 44〇; and the module interference portion of the contact portion and the fastening portion that is not coplanar folded 4〇0 is in electrical contact with the camera module and the group, and is connected by the angle ° The module interference portion 42 can closely interfere with the camera module, such that the possessing portion 420 can hold the camera module on the one hand and ensure a good contact with the camera module on the other hand. In this embodiment The securing portion of the grounding member 4 _ ΐ ΐ ί 442 442 is convenient for locking with the component fixing protrusion on the longitudinal sliding slot 222, and the t-clamping system enables the grounding member 400 to be securely fastened to the shielding shell In addition, in the embodiment, please refer to FIG. 1E, and the design of the free end of the module interference portion can also contribute to the structural strength of the module interference portion 420, and The dry '々 42〇 is severely worn or even deformed due to multiple insertions and removals of the camera module. M304140 • Refer to Figure 1D above, when the grounding member 4〇〇 is clamped into the shielding case 2〇0, := In the 1D diagram, the connecting portion of the grounding member 400 is fixed on the shielding case 200, and the module that is extended by Sugisaki The interference portion 42() is bent at an angle toward the accommodating space to facilitate electrical contact with the rear camera module; the other end of the extending portion 44 is slid along the shielding member 200. It is like to be stuck, and the contact portion protrudes from the shielding case 200. In the fastening portion of the grounding member, a soldering foot is extended outward, and the soldering legs 444 can be connected with the conductive terminals. The soldering portion of the crucible is approximately coplanar, so that it is convenient to be soldered to the circuit board. Then, the metal casing 5〇〇 is shielded from the dotted line in the direction of the dotted line in the drawing. The contact portion 430 paste protruding from the cover housing 2 ' is interfered with the camera module by the module interference portion 42 接地 of the ground member 4 以及 and the contact portion 430 of the ground member 400 is in close contact with the metal case In order to form a good grounding effect, the metal casing further comprises a plurality of guiding elastic pieces arranged on the opening 502 of the metal casing and extending into the valley space 230. The guiding elastic pieces 51 are used to guide the camera, the group. Inserting the carry. In the embodiment, in order to make the metal casing 5 The 〇 can be tightened with the shielding shell 2, and further includes a plurality of bumps 226 disposed on the side wall 22 of the shielding shell 2; and a plurality of engaging holes 5〇4 are disposed on the metal shell The engaging holes 504 are engaged with the projections 226 on the shielding housing 200. In this embodiment, the periphery of the metal housing 500 is formed by a punching method to provide a shielding housing 2〇. 〇# Good coating. The perspective view of the module connected state 100 sets is shown in Fig. 2, in this embodiment, the guide piece 51〇 of the metal body 5〇0 Ji and the grounding member 4〇〇 can be located respectively. The adjacent sidewalls 220 of the housing are shielded to provide a guiding carry function in different directions of the camera module and an exact grounding effect. As shown in the figure, the protrusion 226 on the side wall 220 of the shielding shell protrudes from the engaging hole 504 on the metal casing 500 to achieve the locking function, and the metal casing 5 has good covering property. The grounding member 400 forms a good shielding effect to effectively filter out noise. 2B is a plan view of the module connector ι of the second embodiment of the present invention. As shown in the figure, the bottom plate 210 of the shielding case 200 includes a plurality of azimuth identification holes 212, and the orientation M304140 can be Helps the module to touch the component groups diagonally correctly to prevent the component from being placed in a situation to reduce the probability of component damage. The third module is a three-dimensional schematic diagram of the module connector 601 of the embodiment of the present invention. As shown in the figure, the module connector 100 uses the V-sub-welding portion 310 and the grounding member 44 to find the wheel, === 模 ϊ Ϊ Ϊ ΓΛ 模组 模组 模组 模组 模组 _ _ _ _ _ _ _ _ _ _ _ _ _ :Γ4# 400 430 - ί Camera module _ and with it. =t==7M :::::TM ^The piece is connected to the circuit board to form a complete grounding back to the housing contact system ^ The free end of the module interference part of the module contact is more suitable for interference contact; And the phase mechanism, and thus avoiding the module interference part due to the camera 2 Ί to strengthen the grounding member knot, in addition, Zhao, 夕 - 人 - human insertion and deformation of the surface occurs. The component solidifies the ground into the clamp and above it. And the pick-up gold touch ott member can be placed in the shielding shell. In addition, when the camera is planted, the second and the L are set to 'good' to form a good ground loop with the grounding member. The Eli module connector has the effect of 'complex assembly of the gap between the camera module and the metal casing and simplifies the process of the iron shell against the interference and the module interference portion is flawed, the contact portion on the grounding member and the metal' Mode '_―2::== # #图 M3 04140 The metal case has good tightness and can increase its shielding effect. Moreover, the grounding member has a fixing portion for stably holding on the shielding case to avoid the grounding effect due to external force oscillation. In addition, in order to solve the problem that the camera module is not close to the brain, the money is for a module connection. The metal casing includes a guiding elastic piece extending toward the accommodating space, wherein the guiding piece can not only lead the '彳峨 module carry' but also cooperate with the module interference part of the grounding member to provide the camera module=direction_holding force , so that the phase frequency group can be stuck to the module connector towel. In addition, the concealer shell. A plurality of azimuth identification holes are formed in the upper bottom plate to avoid misalignment when the camera module is placed or when components of the module connector are assembled. The embodiment described is only for those who are familiar with the art of the present invention. (4) Understand the implementation of this creation: When it is not possible to limit the scope of the patent of this creation, that is, the equivalent of the creation of this creation Or modification, should still cover the simple description of the scope of the patent in this creation] =1 Α 所 不 为本 创作 — — 实施 实施 实施 实施 实施 实施 实施 实施 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = Figure 2A shows the stand-up _, 1 after the assembly of the creative module connector. The data shown in Figure 2B is the original W. W. Figure 3A shows a three-dimensional diagram of each group according to one of the creations. The eyepiece module and the module connector are shown as a cross-sectional view of the line according to the AA of the machine 3A. M3 04140
【主要元件符號說明】 100 模組連接器 200 遮蔽殼體 210 底板 212 方位辨識孔 220 側壁 222 縱向滑槽 224 構件固定凸塊 226 凸塊 230 容置空間 240 溝槽 300 導電端子 310 焊接部 400 接地構件 410 連接折部 420 模組干涉部 422 彎折部 430 接觸部 440 卡固部 442 固定孔 444 焊腳 500 金屬殼體 502 開口 504 卡合孔 510 引導彈片 600 相機模組 602 間隙 700 電路板[Main component symbol description] 100 module connector 200 shielding housing 210 bottom plate 212 orientation identification hole 220 side wall 222 longitudinal sliding groove 224 member fixing protrusion 226 convex piece 230 accommodating space 240 groove 300 conductive terminal 310 welding portion 400 grounding Member 410 connection fold 420 module interference portion 422 bend portion 430 contact portion 440 clamp portion 442 fixing hole 444 solder fillet 500 metal shell 502 opening 504 snap hole 510 guide shrapnel 600 camera module 602 gap 700 circuit board