M335849 八、新型說明： 【新型所屬之技術領域】 本創作係”電連接ϋ接地結構，特別是指—種透過連 接兀件將電賴n之電路基板觀部與電子產品之電路板相互導 通接地之電連接器接地結構。 . 【先前技術】 按’現在各種電子卡（記憶卡）之使用⑽著各種電子產品 • 之推陳出新而日漸頻繁’同時各種不同尺寸、規格之電子卡亦早 已成為各式電子產品於應用時不可或缺之一部分，然而，不論何 種電子卡於使㈣，必_接人電子產品設備預設之電子卡連接 器中，使其得以達到電訊傳輸。 目前電子卡連接器除了針對單一連接器進行設計外，亦有針 對多種電子卡進行多卡共用設計，藉以節省裝配如，並且方便 使用者操作使用。 瞻絲，由於隨著科技日益發達，電子產品之反應及運算速度 , 魏著不斷增加，當電子產品内部之峨速度增加時，亦伴隨產 生電磁波（EM I )’該電磁波則會影響電子卡連接器之傳輸訊 號’使得電子產品產生無法作動或發生不敎之狀況。 為了克服電磁波之干擾，目前電子卡連接H結構請參閱第一 圖所示，㈣電子卡連接器1係由-絕緣本體10及-金屬上蓋 11對接組成，絕緣本體1〇及金屬上蓋11間以卡塊1〇 i及 卡孔111相互配合卡合固定，絕緣本體i 〇配合金屬上蓋工1 5 M3 3 5 849 職—含有前端開π之插卡空間i 2，絕緣本體2 Q之—侧底壁 1Q 2係可組接—電路基板i 3，亦或者透過電路基板丨^直接 代替4底壁1 Q 2 ’金屬上蓋1 1兩細彳延伸設有_接地部1 1 Y ’並與電子產品之電路板丨4焊接固定。透過上述之結構係可 提供不同尺寸及種類之電子卡插設，並_電訊導通。 . tf子產品⑽因訊號速度增加，使其產生電磁波時，電磁 ' 波則四處散射，此時，電子卡連接H1之金屬上蓋1i可接收散 • 射至其上之電磁波，並透過金屬上蓋11兩侧之接地部i i 2將 電磁波導引至電子產品之電路板i 4上，使其得以避免電磁波干 擾電子卡連接器1之傳輸訊號。 雖然上述結構係可達到克服電磁波之問題，但由於電子產品 之體積係逐漸縮小，使得其内部空間受限，因此於設置電子卡連 接器1時，其金屬上蓋U並非皆朝外設置，請參閱第二圖所示， 為習用電子卡連接ϋ結構之另—實施立體結構示意圖，該實施方 Φ 式則為電子卡連接器1之電路基板13朝外之使用設置，當電子 產品之電磁波四處散射時，則直接散射於電子卡連接器1之電路 基板13上，使得電磁波無法有效導出，進而影響電子卡連接器 1之傳輸訊號，使得電子產品發生運作不穩定之現象。 由此可見，上述習用電子卡連接器i仍有諸多缺失，實非一 良善之設計者，而亟待加以改良。 本案創作人鑑於上述習用方法及物品所衍生的各項缺點，乃 亟思加以改良創新，並經多年苦心孤詣潛心研究後，終於成功研 6 M335849 發完成本件電連接器接地結構。 【新型内容】 本創作之目祕在提供—觀過連接元件之設置，使其得以 接觸電路基板上之紐接地部，進喃電子產品之電路板導通， 並將電路基板上之電磁波料翻之電連接器接地結構。 為達上揭目的’本創作電連接器殼體内形成—含有前端開口 之插卡如，並於插卡空_設置多數具有接腳之峨端子，殼 體，設有與插卡雜平行之電路基板，殼體另—侧則設有一金 屬盍體；其特徵在於··㈣路基板之外絲面設有至少-電性接 地部，並透過連接元件接觸電性接地部，進而與電子產品之電路 板導通接地。 當電連接H路基板朝上凸露設置時，射透過連接元件 將電子產品散射於電路基板上之電磁波，完全導引至電子產品之 電路板上，避免影響電連接器之傳輸訊號。 於較佳實施例中，該連接元件係可為導電殼體，並於其上設 有與電性接地部相對應之接觸部，使其接觸於電路基板之電性 接地部上，同時該導電殼體係與電連接ϋ之金屬蓋體相互接觸， 且該金屬蓋體與電路板設有對應接觸之電性接地部。 於另一較佳實施例中，該連接元件係可為軟性導電布，該導 電布係可貼合於電路基板之電性接地部及電連接器之金屬蓋體 上，且該金屬蓋體與電路板設有對應接觸之電性接地部。 於又一較佳實施例中，該連接元件係可為導電殼體，並於其 M335849 上設有一與電性接地部相對應之接觸部，該導電殼體外緣延伸設 有一固定部’使得導電殼體可透過固定部固定於電子產品之電路 板上。 【實施方式】 請參閱第三圖至第五圖所示，為本創作所提供之電連接器接 • 地結構之立體分解、組合及局部放大結構示意圖，可達成本創作 - 新型目的之電連接器接地結構，該電連接器A係由殼體2及金屬 • 蓋體3對接組成，並且兩者間以卡塊21及卡孔31相互卡合固 定，金屬蓋體3則延伸設有一連接部3 2，使得電連接器a得透 過連接部3 2焊接固定於電子產品之電路板4上，以構成兩者間 對應接觸之電性接地部，進而達到接地功效。該殼體2配合金屬 蓋體3形成一含有前端開口之插卡空間2 2及兩侧導執2 3，且 λ又體2側壁面24係組接一電路基板5，其中電路基板5亦可 直接代替殼體2壁面2 4，該插卡空間2 2關設有多數具有接 • 腳之訊號端子6，且訊號端子6係與電路基板5相互焊接固定。 ·· 透過上述結構使用者係可針對單-種電子卡進行插卡，或者其他 種類之電子卡進行插卡使用。 本創作之紐5係於凸斜絲面上設有至少—或兩個 電性接地部51 ’該電路基板5配合訊號端子6設有接地接點$ 2，該電性接地部51係可與接地接點5 2相互導通，並透過 接元件7接觸電路基板5上之電性接地部51，進而與電子產品 之電路板4相互導通接地。 8 M335849 . 料該連接元件7射轉紐體7 1，並於其上延伸設有 -與電性接地部5丄相對應之接觸部7 i i，導電殼體7丄裝設 固定於電連接H A時，該導電殼體7 !兩端職配合蚊於電連 接器A之金屬蓋體3 _，使其兩相翻面接觸，並且接觸部 711接觸於電路基板5之電性接地部5 i上。當電子產品之電 •磁波產生時，其散射於電路基板5上之電磁波則可透過電性接地 ，部51導引至導電殼體71上，並由導電殼體7工導引至電連接 • ^之金屬蓋體3上，再透過金屬蓋體3焊接固定於電子產品之 連接部3 2導引排出至電子產品之電路板4上，避免電磁波影響 電連接器A之訊號傳輸。 " 請參閱第六圖所示，為本_所提供之電連接器接地結構之 另-實施立體結構示意圖，該連接树7除了可為導電殼體7工 緊配合於電連接器A之金屬蓋體3上之外，該連接元件7亦可為 -权性導電布7 2 ’該導電布7 2係可貼合於電路基板5之電性 • 接地部51上，且軟性導電布7 2貼合時，除了與電性接地部5 1直接貼合接綱定外，其餘與電路基板5接觸之部侧設有絕 緣層（圖中未標示），使其得以避免電路基板5因導電布7 2之設 置而產生短路現象，而導電布7 2另一端則貼合於電連接器a之 金屬蓋體3上。當電子產品之電磁波產生時，其散射於電路基板 5上之電磁波則可透過電性接地部51導引至軟性導電布7 2 上，並由軟性導電布7 2導引至電連接器a之金屬蓋體3上，再 透過金屬蓋體3焊接固定於電子產品之連接部3 2導引排出至電 9 M335849 子產品之電路板4上，避免電磁波影響電連接器A之訊號傳輸。 請參閱第七圖所示，為本創作所提供之電連接器接地結構之 實加立體結構示思圖，其中該連接元件7亦可為導電殼體7 3 ’並於其上延伸設有一與電性接地部5丄相對應之接觸部7 3 1，且於導電殼體7 3外緣延伸設有一固定部7 3 2，使得導電 • ^體7 3可透過蚊部7 3 2焊接固定，或透過_件8鎖固固 ' 定於電子產品之1路板4上，並且接觸部7 31接觸於電路基板 • 5之電性接地部51上。當電子產品之電磁波產生時，其散射於 電路基板5上之電磁波則可透過電性接地部5 i導 7 3上，並由導電殼體7 3直接導引至電子產品之電路板4=性 接地部排出，避免電磁波影響電連接器A之訊號傳輸。 ▲上列詳細說明係針對本創作之一可行實施例之具體說明，惟 該實施例並非賴關本解之專圍，凡未雌本創作技藝 精神所為之等效實施或變更，均應包含於本案之申請專利範圍中。 • 綜上所述，本案不但在空間型態上確屬創新，並能較習用物 ασ增進上述多項功效’應已充分符合難性及進步性之法定新型 專利要件，爰依法提出申請’懇請貴局核准本件新型專利申請 案，以勵創作，至感德便。 【圖式簡單說明】 第-圖為習用電子卡連接器結構之立體結構示意圖； 第二圖為習用電子卡連接器結構之另一實施立體結構示意圖； 第二圖為本創作電連接器接地結構之立體分解結構示意圖； M335849 第四圖為本㈣電連接雜地結構之謂齡結構示意圖； 第五圖為本創作電連接器接地結構之立體局部放大結構示意圖·， 第六圖為本創作電連接器接地結構之另一實施立體結構示意圖; 第七®為本創作電連接n接地結構之又_實施立黯構示意圖。 【主要元件符號說明】 * 1電子卡連接器 10絕緣本體 1 0 1卡塊 ' 1 0 2底壁 1 1金屬上蓋 1 1 1卡孔 • 1 12接地部 1 4電路板 A電連接器 12插卡空間 13電路基板 2殼體 2 3導軌 2 1卡塊 2 4壁面 2 2插卡空間 3金屬蓋體 4電路板 3 1卡孔 3 2連接部 • 5電路基板 6訊號端子 51電性接地部 5 2接地接點 7連接元件 71導電殼體 711接觸部 7 2導電布 7 3 2固定部 8鎖固件 7 3導電殼體 7 31接觸部 11M335849 VIII. New description: [New technical field] This creation is “electrical connection”, especially for the connection between the circuit board of the circuit board and the circuit board of the electronic product through the connection piece. Electrical connector grounding structure. [Prior Art] According to the use of various electronic cards (memory cards) (10), various electronic products have been introduced and become more and more frequent. At the same time, electronic cards of various sizes and specifications have become various types. Electronic products are indispensable for application. However, no matter what kind of electronic card is used, (4), it must be connected to the electronic card connector preset by the electronic device to enable telecommunication transmission. In addition to designing for a single connector, there are also multi-card sharing designs for multiple electronic cards, which saves assembly and is convenient for users to use. Zhansi, due to the increasingly advanced technology, the response and computing speed of electronic products Wei is constantly increasing, and when the speed inside the electronic product increases, it is accompanied by electromagnetic waves. EM I ) 'The electromagnetic wave will affect the transmission signal of the electronic card connector', so that the electronic product can not be activated or unsatisfactory. In order to overcome the interference of electromagnetic waves, the current structure of the electronic card connection H, please refer to the first figure, (4) The electronic card connector 1 is composed of an insulative housing 10 and a metal upper cover 11 which are butted together. The insulating body 1〇 and the metal upper cover 11 are engaged and fixed by the locking block 1〇i and the card hole 111, and the insulating body i is matched with Metal cover 1 5 M3 3 5 849 jobs - card space i 2 with front opening π, insulating body 2 Q - side bottom wall 1Q 2 can be assembled - circuit board i 3, or through the circuit board 丨 ^ Directly replacing the 4 bottom wall 1 Q 2 'the metal upper cover 1 1 is extended with the _ grounding portion 1 1 Y ' and is soldered and fixed to the circuit board 丨 4 of the electronic product. The above structure can be provided in different sizes and types. The electronic card is inserted and _ telecommunications is turned on. . tf sub-product (10) When the signal speed is increased, the electromagnetic wave is scattered around when the electromagnetic wave is generated. At this time, the metal cover 1i of the electronic card connecting H1 can receive the radiation to Electromagnetic wave And electromagnetic waves are guided to the circuit board i 4 of the electronic product through the grounding portion ii 2 on both sides of the metal upper cover 11, so as to prevent electromagnetic waves from interfering with the transmission signal of the electronic card connector 1. Although the above structure can overcome the electromagnetic wave The problem, but because the volume of the electronic product is gradually reduced, the internal space is limited. Therefore, when the electronic card connector 1 is installed, the metal cover U is not all disposed outward, as shown in the second figure, for the conventional electronic Another embodiment of the card connection structure is a three-dimensional structure. The embodiment Φ is used for the circuit board 13 of the electronic card connector 1 to be used outward. When the electromagnetic waves of the electronic product are scattered everywhere, the electronic card is directly scattered. On the circuit board 13 of the device 1, the electromagnetic wave cannot be effectively exported, thereby affecting the transmission signal of the electronic card connector 1, and the operation of the electronic product is unstable. It can be seen that the above-mentioned conventional electronic card connector i still has many defects, which is not a good designer, and needs to be improved. In view of the above-mentioned conventional methods and the shortcomings derived from the articles, the creators of this case have improved and innovated, and after years of painstaking research, they finally succeeded in researching 6 M335849 to complete the grounding structure of the electrical connector. [New content] The secret of this creation is to provide a view of the connection component, so that it can be contacted with the new grounding part of the circuit board, the circuit board of the electronic product is turned on, and the electromagnetic wave material on the circuit substrate is turned over. Electrical connector grounding structure. In order to achieve the purpose of the present invention, the card is formed in the housing of the present invention, and the card having the front end opening is provided, and the card is provided with a plurality of pins, and the housing is provided in parallel with the card. The circuit substrate is provided with a metal body on the other side of the casing; and the (four) circuit substrate is provided with at least an electrical grounding portion outside the wire surface, and is in contact with the electrical grounding portion through the connecting component, and further relates to the electronic product. The circuit board is grounded. When the electrically connected H-channel substrate is convexly disposed, the electromagnetic wave scattered on the circuit substrate by the transmitting and transmitting component is completely guided to the circuit board of the electronic product to avoid affecting the transmission signal of the electrical connector. In a preferred embodiment, the connecting component is a conductive housing, and a contact portion corresponding to the electrical ground portion is disposed thereon to be in contact with the electrical ground portion of the circuit substrate, and the conductive The housing is in contact with the metal cover of the electrical connection, and the metal cover is provided with an electrical grounding portion corresponding to the circuit board. In another preferred embodiment, the connecting component can be a flexible conductive cloth that can be attached to the electrical grounding portion of the circuit substrate and the metal cover of the electrical connector, and the metal cover and the metal cover The circuit board is provided with an electrical grounding portion corresponding to the contact. In another preferred embodiment, the connecting component can be a conductive housing, and a contact portion corresponding to the electrical ground portion is disposed on the M335849, and the outer edge of the conductive housing extends to provide a fixing portion for conducting The housing can be fixed to the circuit board of the electronic product through the fixing portion. [Embodiment] Please refer to the third to fifth figures, which are schematic diagrams of the three-dimensional decomposition, combination and partial enlargement of the electrical connector connection and ground structure provided by the author, to achieve cost creation - new purpose electrical connection The grounding structure of the electrical connector A is formed by the housing 2 and the metal cover body 3, and the card block 21 and the card hole 31 are engaged with each other, and the metal cover body 3 is extended with a connecting portion. 3 2, the electrical connector a is soldered and fixed to the circuit board 4 of the electronic product through the connecting portion 32, so as to form an electrical grounding portion corresponding to the contact therebetween, thereby achieving the grounding effect. The housing 2 is combined with the metal cover 3 to form a card space 2 2 having a front end opening and two side guides 2 3 , and the side wall 24 of the λ 2 body is assembled with a circuit board 5 , wherein the circuit board 5 can also be In place of the wall surface 24 of the casing 2, the card space 2 2 is provided with a plurality of signal terminals 6 having pins, and the signal terminals 6 are soldered to the circuit substrate 5. • The user of the above structure can insert cards for single-type electronic cards or use other types of electronic cards for card insertion. The button 5 of the present invention is provided with at least two electrical ground portions 51 on the convex oblique surface. The circuit substrate 5 is provided with a ground contact $2 with the signal terminal 6, and the electrical ground portion 51 can be combined with The ground contacts 55 are electrically connected to each other, and are in contact with the electrical ground portion 51 of the circuit board 5 through the connecting member 7, and are electrically connected to the circuit board 4 of the electronic product. 8 M335849. The connecting element 7 is rotated to the new body 711, and a contact portion 7ii corresponding to the electrical grounding portion 5丄 is extended thereon, and the conductive housing 7 is mounted and fixed to the electrical connection HA. At the same time, the conductive housing 7 is matched with the metal cover 3 _ of the electrical connector A at both ends, so that the two phases are in surface contact, and the contact portion 711 is in contact with the electrical ground portion 5 i of the circuit substrate 5 . When the electric and magnetic waves of the electronic product are generated, the electromagnetic waves scattered on the circuit substrate 5 are electrically grounded, and the portion 51 is guided to the conductive housing 71, and is electrically connected to the electrical connection by the conductive housing. On the metal cover 3, the metal cover 3 is soldered and fixed to the electronic component connecting portion 3 2 and guided to the circuit board 4 of the electronic product to prevent electromagnetic waves from affecting the signal transmission of the electrical connector A. " Please refer to the sixth figure, which is a schematic diagram of another embodiment of the electrical connector grounding structure provided by the present invention. The connecting tree 7 can be used for the metal of the electrical connector A. In addition to the cover 3, the connecting member 7 can also be a conductive conductive cloth 7 2 '. The conductive cloth 7 2 can be attached to the electrical grounding portion 51 of the circuit substrate 5, and the flexible conductive cloth 7 2 In the case of bonding, in addition to being directly bonded to the electrical grounding portion 51, an insulating layer (not shown) is provided on the side of the portion in contact with the circuit substrate 5, so that the circuit substrate 5 is prevented from being electrically conductive. The arrangement of 7 2 causes a short circuit phenomenon, and the other end of the conductive cloth 7 2 is attached to the metal cover 3 of the electrical connector a. When electromagnetic waves of the electronic product are generated, the electromagnetic waves scattered on the circuit substrate 5 can be guided to the flexible conductive cloth 7 2 through the electrical grounding portion 51, and guided to the electrical connector a by the flexible conductive cloth 72. The metal cover 3 is further connected to the circuit board 4 of the electric product M335849 by the soldering and fixing of the metal cover 3 to the connecting portion 3 2 of the electronic product, so as to prevent electromagnetic waves from affecting the signal transmission of the electrical connector A. Please refer to the seventh figure, which is a schematic view of the solid structure of the electrical connector grounding structure provided by the present invention, wherein the connecting component 7 can also be a conductive housing 7 3 ′ and extending and extending thereon. The electrical grounding portion 5 丄 corresponds to the contact portion 733, and a fixing portion 723 is extended on the outer edge of the conductive housing 73, so that the conductive body 7 3 can be welded and fixed through the mosquito 723. Or, it is fixed to the one-way board 4 of the electronic product through the _ member 8 lock, and the contact portion 713 is in contact with the electrical ground portion 51 of the circuit board. When electromagnetic waves of the electronic product are generated, the electromagnetic waves scattered on the circuit substrate 5 can pass through the electrical grounding portion 5, and are directly guided by the conductive housing 73 to the circuit board of the electronic product. The grounding part is discharged to prevent electromagnetic waves from affecting the signal transmission of the electrical connector A. ▲The detailed description above is a detailed description of one of the possible embodiments of this creation. However, this embodiment is not intended to cover the scope of the solution. Any equivalent implementation or change of the spirit of the female creation should be included in The patent application scope of this case. • In summary, this case is not only innovative in terms of space type, but also can improve the above-mentioned multiple functions compared with the conventional object ασ. 'It should have fully complied with the statutory new patent requirements of difficulty and progress, and apply for it according to law' The bureau approved this new type of patent application, in order to encourage creation, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the structure of a conventional electronic card connector structure; FIG. 2 is a perspective view showing another embodiment of a conventional electronic card connector structure; Schematic diagram of the three-dimensional decomposition structure; M335849 The fourth diagram is a schematic diagram of the (4) electrical connection heterogeneous structure of the age structure; the fifth diagram is a three-dimensional partial enlarged structure diagram of the grounding structure of the creative electrical connector ·, the sixth picture is the creation of electricity Another embodiment of the connector grounding structure is a three-dimensional structure diagram; the seventh layer is a schematic diagram of the creation of the electrical connection n grounding structure. [Main component symbol description] * 1 electronic card connector 10 insulative housing 1 0 1 card block 1 0 2 bottom wall 1 1 metal upper cover 1 1 1 card hole • 1 12 grounding part 1 4 circuit board A electrical connector 12 plug Card space 13 circuit board 2 housing 2 3 rail 2 1 card 2 4 wall 2 2 card space 3 metal cover 4 circuit board 3 1 card hole 3 2 connection part • 5 circuit board 6 signal terminal 51 electrical ground 5 2 grounding contact 7 connecting element 71 conductive housing 711 contact portion 7 2 conductive cloth 7 3 2 fixing portion 8 locking member 7 3 conductive housing 7 31 contact portion 11