M258467 捌、新型說明： 【新型所屬之技術領域】 本新型是有關於—種彈片m指—種設置在 衣置的冗又體内以作為接地使用之彈片。 5 10 【先前技術】 已知如筆記型電腦、個人數位助理、口袋型電腦， 至仃動電話等等電子裝置在輕薄短小之設計乃 兩7 - 〜-力 Γ ，内 =件之配置均達到相當密集的程度4在高頻運作; 門：電子元件之電磁波干擾(EM1)現象已經成為不容忽視的 b而現今對於電子裝置之電磁波干制題的解決方式， ^包子衣置内之部份電磁波溢射較嚴重之電子元件、命 子兀件組成區域、或甚至將整個内部電路，利用可導電之 j體完全地加以包覆並接地，而作為電磁波的屏蔽作用电， W η ‘电之力又月豆將感應之電磁波導引接地而防止其溢射 二由於電子裝置組裝之設計，實務上，可導電的殼體通 吊=以:上殼體及一下殼體相互對合，或以類似的手段來 將电子兀件包覆’而上殼體及下殼體内面通常設有金屬板 2〇 ?:接以金屬材料製作，且上殼體及下殼體其中之一具有 ^电接地的作用’藉由上殼體或下殼體在對合後相互接觸 ^ —置上預先塗佈有導電膠，使得上殼體與下殼體在結合 後藉著^電膠形成接地迴路而達到電磁波屏蔽的作用。 AS、而’由於上殼體或下殼體在接觸面上因具有組裝公 差同日寸塗佈導電膠亦無法控制厚度而有不均句的現象產 4 M258467 生’使得上殼體與下殼俨料 性導通的目的，也因性難以達到確” 法達到預期的效果。‘ “波屏-作用大打折扣’無 【新型内容】 因此，本新型之目的， ψ ^ ^ n 疋在棱供一種直接定位於電二 、置之凸、、彖上而達到接地作用之彈片。 本新型夾緣接地彈月|座 m 早月疋應用於一電子裝置内，電子举 置利用可相互組合且苴中 子4 n ^ ，、之八有接地效果之一第一分巧 及-弟二分部以構成電磁波屏蔽， = 面，而彈月勺入Λ 可接近凸緣且可導電之接觸 由而5早月包含-夹持部及至少一抵接部。 夹持部包括有間隔並列之- 插置办H 幻之—側壁，二側壁令間構成一 :置二間’抵接部則連接於夹持部 置出，抵接部並可彈性復位地相對於夹持部改變位 本新型之功效在於，藉由 置空間可供凸喙相對奸 、。卩之—側壁所形成之插 =凸'.表相對插人，並以二側壁共同夾置於凸緣上 —y f則壁則與凸緣形成電性接觸，χ，把 第二分部之接觸面所慶迫 -邛可文 電性導通凸緣與接觸面，以使第八：f接觸，經由彈片 整之接地迴路。 …-分部與第二分部構成完 【實施方式】 有關本新型之前述及其他技術内容 以下配合參考圖式之一較 、/、工效，在 罕乂1 土戶、轭例的詳細說明中，將可清 M258467 楚的明白。 的箆λ圖土圖2及圖3，本新型之夾緣接地彈片3〇〇 咭，C施例是應用於一電子裝置内，例如-行動電 1邱'置利用可相互組合之—第—分部ΗΚ)及-第二 ίο 15 肖㈣電路板（圖未示）加以包覆，以構成電 右：广幵敝的效果。本例中’第-分部叫一下殼體，具 氏壁1G1及複數自底壁1G1向上突出且各自以不同走 :ί、向地延伸之凸緣1〇2，複數凸緣⑽與底壁⑼之間構 成容:内部電路板之一容置空間103,凸緣102及底壁101 :月：奋置空間103 t一面可藉由貼覆金屬薄板或其他導電 勿貝形成可導電之表面’而第二分部200如一上殼體，其 〆、有位於下方可接近凸緣1〇2之接觸面加，相同地，接 觸=201亦以貼覆金屬薄板或其他導電物質的方式以形成 可導電之表面’且第-分部100或第二分苦"00其中之— 可與内部電路板之接地電路電性連接。 無片30G之作用在於電性連接第m⑼與第二分 部200’使第一分部⑽與第二分部細共同構成一完整且 連接確實之接地迴路’以避免如習知塗佈導電勝之繁难過 程與塗佈不均而導致接觸不良的缺點，基於此一概念，彈 片300配合電子裝置之第一分部1〇〇與第二分部細的型 態，利用㈣成㈣方式使其包含有—夾持部〗及複數抵 接部2。 夾持部1包括有二間隔並列且概由上而下延伸且於水 平橫向具有一定長度之側壁n及一連接該等側壁丨〗上方對 20 M258467 應物之頂# 12,二側壁11及頂壁12中間構成—插置 3，而在二側壁U對應的下方邊緣則構成一連通插置 空間13之開放側14。 置 抵接部2為-連接於夾持部i的頂壁^之彈性臂，並 並以遠離插置空間13的方向斜向地朝外延伸突出，使抵接 部2具備有可彈性復位地相對於夾持…改變位置的作用 〇 10 15 應用時，彈片300自上方接近第一分部1〇〇之任一凸 緣1〇2，使凸緣102得以相對由夾持部i的開放们*進入 插置空間Π内，各側壁u將接觸凸緣1〇2之對應的—側面 ，而共同將彈片300夹置定位在凸緣1〇2上，同時至少一 側壁η會與凸緣102 #側面形成電性接觸，待第二分部 200與第—分部10〇結合後’第二分部2〇〇之接觸面加將 自然地㈣抵接部2向插置空間13方向相對於夹持部i改 變位置，致使抵接部2具#—彈性回復力，造成抵接部2 穩定地接觸在第二分部之接觸面201 i，形成確實的 電性導接。 ' 另外，為增加夾持部】與凸緣】02的固定性，於沖壓 成型時’各側壁11是由頂们2朝另外一側壁U傾斜地延 伸接近，使插置空間13内形成有一較凸緣1〇2寬度為小之 狹縫部15，在凸緣1〇2相對進入插置空間13並通過狹縫部 15後，因凸緣1〇2寬度較狹縫部15大，可推擠二側壁“ 相互遂離變形，進而產生欲相互接近以回復原位置之彈性 回復力，可因此強化二側壁u夾固於凸緣1〇2之效果。 20 M258467 此外，如圖1及圖3所示，為增進夾持部丨組裝於凸 緣102之方便性，各側壁n於接近開放侧14之邊緣形成— 朝遠離插置空間13方向外張之導邊112，使得二側壁^之 導邊丨12所形成之開放側14較&緣1()2之寬度為大，可用 以導引凸緣102進入插置空間13。 一如圖4，是本新型之彈片300的第二較佳實施例，與 前述不同處僅在於，夾持部1僅有一側壁11是由頂壁12朝 另外一側壁Π傾斜地延伸接近，而另一側壁n則呈直立狀 延伸，同樣可使插置空間13内形成有一較凸緣1〇2寬度為 小之狭縫部15，以強化二側壁u夾固於凸 又如圖5，是本新型之彈片3。。之第三較佳=， 主要在於夹持部i之側壁u是採用另—種方式增進其與凸 緣102之固定效果，於沖壓成型時，使各側壁η具有一主 體no及-自主體m朝插置空間13内突出之凸塊114， 在凸緣1〇2相對進入插置空間13|，藉凸塊ιΐ4以進一步 壓迫凸緣1G2之對應的-側面，同時亦造成側壁^朝外擴 張而具有一彈性回復力，因此增加夾持部i與凸緣ι〇2之 干涉效果而防止相互脫離。 再如圖6所示，本新型之彈片3〇〇之第四較佳實施例 則是在炎持部i沖壓成型時，在各側壁u之主體ιι〇上進 一步沖設出-自主體110朝插置空間13内斜向上地凸伸之 棘片H6’在凸緣1〇2相對進入插置空間13後，除 片116壓迫凸緣102之對應的側面，而造成側壁η朝夕曰卜擴 張而具有-彈性回復力，以增加失持# i與凸緣ι〇2之干 M258467 涉效果外，更因棘片U6傾斜方向的影響，使得凸緣1〇2容 易相對進入插置空間1 3而難以反向脫離，更增添夾持部^ 與凸緣1 〇 2之定位性。 歸納上述，本新型之夾緣接地彈片3〇〇，藉由夾持部！ 將彈片300定位於電子裝置的第一分部1〇〇上之凸緣， 而在第二分部200與第一分部1〇〇對合後，經由抵接部2 與第二分部200之接觸面2〇1形成有效電性 一分部⑽&第二分部構成-接地迴路而具有 ίο 15 置内部電路之電磁波屏蔽的效用，不但安裝簡易且電性連 接效果確實而無習知塗佈導電膠之缺點，故確實能達到本 新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，雖缺 上述實施例於夾持部上連接有複數抵接部，但實務上僅: 有-抵接部即可達到本新型之㈣，且夹持部之側壁或： 有彈性之抵接部型態亦非一定如實施例所揭露，可依實際 運用型態作適當的變化，所 a 处 、丁 斤乂吾不月匕以此限定本新型實施 摩巳—P大凡依本新型申請專利範圍及新型說明書内容 料之簡單的等效變化與㈣，皆應仍屬本新型專利涵蓋 之範圍内。 ^ 【圖式簡單說明】 圖1疋JL粗圖，說明本新型之央緣接地 較佳實施例應用於一電子裝置之狀態； 圖2疋側面不意圖，說明該第一較 電子裝置内之態樣； σ t 20 M258467 0 3疋另方向側面示意圖，說明該第一較佳實施例 之組合於電子裝置内之狀態； 圖4疋一側面圖，說明本新型夾緣接地彈片之第二較 佳實施例之構造； 圖5疋一側面圖，說明本新型夾緣接地彈片之第三較 佳實施例之構造；及 圖6是一側面圖，說明本新型夾緣接地彈片之第四較 佳實施例之構造。 ]〇 M258467 【圖式之主要元件代表符號說明】 100 第一分部 110 主體 101 底壁 112 導邊 102 凸緣 114 凸塊 103 容置空間 116 棘片 200 第二分部 12 頂壁 201 接觸面 13 插置空間 300 彈片 14 開放側 1 炎持部 15 狹縫部 11 側壁 2 抵接部 11M258467 新型 Description of the new type: [Technical field to which the new type belongs] This new type is about a kind of shrapnel m refers to a kind of shrapnel set in the redundant body of a garment for grounding use. 5 10 [Prior art] It is known that electronic devices such as notebook computers, personal digital assistants, pocket computers, mobile phones, etc. are thin, short, and small. The design is two 7-~-force Γ, the configuration of the internal parts has reached The degree of intensive operation 4 is at high frequencies; the door: the electromagnetic interference (EM1) phenomenon of electronic components has become a problem that cannot be ignored. Nowadays, the solution to the problem of electromagnetic interference of electronic devices is ^, part of the electromagnetic waves in the bun The electronic components and life components that are more severely spilt, or even the entire internal circuit, are completely covered and grounded by a conductive body to serve as a shield for electromagnetic waves. W η 'Power of electricity Moon bean guides the induced electromagnetic waves to ground to prevent its overflow. Due to the design of the assembly of the electronic device, in practice, the conductive case is suspended ==: the upper case and the lower case are aligned with each other, or similar The method is used to cover the electronic components, and the inner surface of the upper case and the lower case is usually provided with a metal plate. It is made of a metal material, and one of the upper case and the lower case has an electrical ground. effect 'By the upper case or the lower case contacting each other after mating ^-the pre-coated conductive adhesive is placed on the upper case and the lower case to form a ground loop by ^ electric glue to achieve electromagnetic wave shielding. Role. AS, and because the upper case or the lower case has an assembly tolerance on the contact surface due to the same size coating of conductive adhesive, the thickness can not be controlled, and there is an uneven sentence. 4 M258467 produces the upper case and the lower case. The purpose of material continuity is also difficult to achieve due to sex. "The method achieves the expected effect." "Wave screen-greatly reduced effect" No [new content] Therefore, the purpose of this new model, ψ ^ ^ n 疋 provides a direct The shrapnel positioned on the electric two, placed on the convex, and cymbal to achieve grounding. The new clip-edge grounding moon | seat m early moon 疋 is used in an electronic device. Electronic lifting can be combined with each other and neutron 4 n ^, which has one of the best grounding effects. The two parts constitute an electromagnetic wave shield, = face, and the elastic moon can be brought into contact with the flange and can be conductively contacted, while the early part of the month includes-a clamping part and at least one abutting part. The clamping part includes side-by-side spacers-plug-in office H magic-side walls, the two side walls make one: the two abutting portions are connected to the clamping portions, and the abutting portions can be elastically reset relative to The effect of changing the position of the clamping part of the novel model is that by providing space, the convex beak can be opposite.卩 之 —the insert formed by the side wall = convex '. The table is interposed, and is sandwiched by the two side walls on the flange—yf, the wall makes electrical contact with the flange, and χ, contacts the second section The surface is obliged to press-the electric contact flange and the contact surface, so that the eighth: f contact, through the shrapnel to ground the circuit. … -Complete the division and the second division. [Embodiment] The foregoing and other technical contents of the new model are described below with reference to one of the drawings, and ergonomics, in the detailed description of Hanto 1 Tuto and yoke examples. It will be clear to M258467. Figures 2 and 3 of the 箆 λ diagram are shown in Fig. 2 and Fig. 3. The new-type clip-to-earth shrapnel 300 is used in an electronic device. Subdivision ΗΚ) and-the second ο 15 Xiao Xiao circuit board (not shown) is covered to form an electric right: a wide effect. In this example, the 'part-division' is called the shell, with the wall 1G1 and the plurality protruding upward from the bottom wall 1G1 and each walking differently: ί, ground-extending flange 10, the plurality of flanges ⑽ and the bottom wall The capacity between the :: one of the internal circuit board containing space 103, the flange 102 and the bottom wall 101: month: Fen Zhi space 103 t side can be formed by laminating a metal sheet or other conductive substrates to form a conductive surface ' The second sub-section 200 is like an upper case, which has a contact surface that is located below and can be close to the flange 102. Similarly, contact = 201 is also formed by laminating a thin metal plate or other conductive material. 'Conductive surface' and either of the sub-section 100 or the second sub- "00"-can be electrically connected to the ground circuit of the internal circuit board. The function of the 30G without sheet is to electrically connect the m⑼ and the second sub-section 200 'so that the first sub-section ⑽ and the second sub-section together form a complete and well-connected grounding circuit' to avoid the conductive coating as is known in the art. The disadvantages of poor contact caused by difficult processes and uneven coating. Based on this concept, the elastic sheet 300 is matched with the thin sections of the first section 100 and the second section of the electronic device, and is incorporated into the electronic device in a way that includes Yes-clamping section〗 and plural abutment section 2. The clamping part 1 includes two side walls n spaced side by side and extending from top to bottom and having a certain length in the horizontal and lateral direction, and a side connecting these side walls. The upper side faces 20 M258467 应 物 顶 # 12, two side walls 11 and top The middle of the wall 12 is an insert 3, and the lower edge corresponding to the two side walls U constitutes an open side 14 communicating with the insert space 13. The abutting portion 2 is an elastic arm connected to the top wall of the clamping portion i, and protrudes outward obliquely in a direction away from the insertion space 13, so that the abutting portion 2 is provided with a resiliently resettable ground. Relative to the clamping ... The effect of changing the position 〇 10 15 In application, the elastic piece 300 approaches one of the flanges 102 of the first section 100 from above, so that the flange 102 can be opened relative to the openings of the clamping portion i. * Into the insertion space Π, each side wall u will contact the corresponding side of the flange 102, and the elastic sheet 300 will be sandwiched and positioned on the flange 102, and at least one side wall η will be in contact with the flange 102 #The side is electrically contacted. After the second sub-section 200 is combined with the first sub-section 100, the contact surface of the second sub-section 200 will naturally touch the abutment section 2 in the direction of the insertion space 13 relative to The position of the clamping portion i is changed, so that the abutting portion 2 has an elastic restoring force, which causes the abutting portion 2 to stably contact the contact surface 201 i of the second branch, thereby forming a reliable electrical connection. 'In addition, in order to increase the fixation of the clamping part] and the flange] 02, during stamping and molding,' each side wall 11 is extended obliquely toward the other side wall U from the tops 2, so that a relatively convex shape is formed in the insertion space 13. The edge 102 has a small slit portion 15 having a small width. After the flange 102 enters the insertion space 13 and passes through the slit portion 15, the width of the flange 102 is larger than that of the slit portion 15. Therefore, the two side walls can be pushed " Mutual deformation from each other, and thus the elastic restoring force that wants to approach each other to return to the original position, can thus strengthen the effect of the two side walls u clamped to the flange 102. 20 M258467 In addition, as shown in Figures 1 and 3, Improved the convenience of assembling the clamping portion 丨 on the flange 102, each side wall n is formed near the edge of the open side 14-the leading edge 112 which is flared away from the insertion space 13 so that the leading edge of the two side walls ^ 12 The formed open side 14 is wider than the & edge 1 () 2 and can be used to guide the flange 102 into the insertion space 13. As shown in FIG. 4, it is the second preferred embodiment of the new-type spring piece 300, The only difference from the foregoing is that only one side wall 11 of the clamping portion 1 is inclined from the top wall 12 toward the other side wall Π The extension is close, and the other side wall n is extended upright. Similarly, a slot 15 having a width smaller than that of the flange 102 may be formed in the insertion space 13 so as to strengthen the two side walls u clamped to the convex and as shown in the figure. 5, is the new type of spring piece 3. The third best =, mainly because the side wall u of the clamping portion i is used to improve the fixing effect with the flange 102 in another way. During stamping, each side wall is made. η has a main body no and-a projection 114 protruding from the main body m into the insertion space 13, and the flange 102 relatively enters the insertion space 13 |, and the projection ιΐ4 is further used to press the corresponding one of the flange 1G2- The side also causes the side wall ^ to expand outward and has an elastic restoring force, so the interference effect between the clamping portion i and the flange ι2 is increased to prevent mutual disengagement. As shown in FIG. 6, the new type of spring piece 3〇 The fourth preferred embodiment of 〇 is further punched out on the main body ιο of each side wall u when the inflammation holding part i is press-molded-a ratchet piece H6 protruding obliquely upward from the main body 110 into the insertion space 13 'After the flange 102 enters the insertion space 13 relatively, the strip 116 presses the corresponding side of the flange 102 Surface, and the side wall η expands day and night and expands and has-elastic restoring force, in order to increase the mischief # i and the flange M02467 stem M258467 In addition to the effects, but also because of the tilting direction of the spine U6, the flange 1 〇2 is relatively easy to enter the insertion space 13 and it is difficult to reversely disengage, and it also increases the positioning of the clamping part ^ and the flange 1 〇. In summary, the new type of clamping edge grounding spring 300, by clamping Position the shrapnel 300 on the flange of the first section 100 of the electronic device, and after the second section 200 is aligned with the first section 100, the abutment section 2 and the second section The contact surface 201 of the part 200 forms an effective electrical subdivision. &Amp; The second subdivision constitutes a ground loop and has the function of electromagnetic wave shielding of 15 internal circuits. Not only is the installation simple, but the electrical connection effect is reliable and unaccustomed. Knowing the disadvantages of coating conductive adhesive, it can indeed achieve the purpose of this new model. However, the above is only a preferred embodiment of the present invention. Although the above embodiment lacks a plurality of abutting portions connected to the clamping portion, in practice, only:-abutting portions can achieve the new type.且, and the side wall of the clamping part or: The shape of the flexible abutment part is not necessarily as disclosed in the embodiment, and can be appropriately changed according to the actual application type. This restricts the implementation of this new type of Capricorn-P. Any simple equivalent changes and changes in the patent application scope and new specification content of the new model should still fall within the scope of this new model patent. ^ [Schematic description] Figure 1 疋 JL rough diagram, illustrating the state of the new embodiment of the central edge grounding applied to an electronic device; Figure 2 疋 side view is not intended to illustrate the state of the first electronic device Σ t 20 M258467 0 3 疋 Side view in the other direction, illustrating the state of the first preferred embodiment of the combination in the electronic device; Figure 4 图 A side view, illustrating the second best of the new clamping edge grounding spring Structure of the embodiment; Fig. 5 (a) is a side view illustrating the structure of the third preferred embodiment of the novel clip-edge grounding spring; and Fig. 6 is a side-view illustrating the fourth preferred embodiment of the new clip-edge grounding spring. Example structure. ] 〇M258467 [Description of the main symbols of the drawings] 100 First Division 110 Main Body 101 Bottom Wall 112 Leading Edge 102 Flange 114 Bump 103 Receiving Space 116 Ratchet 200 Second Division 12 Top Wall 201 Contact Surface 13 Insertion space 300 Spring piece 14 Open side 1 Inflammable part 15 Slit part 11 Side wall 2 Contact part 11