201014495 九、發明說明： -【發明所屬之技術領域】 . 本發明係關於一種蓋體結構，尤其涉及一種連接器蓋 體結構及具該蓋體結構之電子裝置。 【先前技術】 隨著無線通訊與信息處理技術之發展，行動電話、個 人數位助理（personaldigitalassistant，pDA)等各類電子 裝置競相湧現，令消費者可隨時隨地充分享受高科技帶來 ❹之種種便利。同時，這些電子裝置之功能亦愈來愈多，為 與其他電子裝置之間互聯、數據傳輸等操作，這些電子裝 置之周緣上一般皆設置有電源輸入接口、麥克風輸出接 口 USB數據接口等各類連接器端口。這些連接器端口於 非使用狀態下如果不對其採取保護措施，將會遭受外界雜 物、水分及灰塵等侵蝕，從而大大影響電子裝置之整體使 用性能。 ❿ 為，，一些電子裝置藉由於各連接器端口上對應罩設 一保護蓋，以避免外界雜物、水分及灰塵等侵蝕、進入到 連接器端口内而影響電子裝置之使用性能。當使用電子裝 置上之各連接器端口時，使用者需卸下罩設於各連接器端 口上之保護蓋，使所述保護蓋從電子裝置本體上分離開， 使用完後再將該保護蓋重新裝設於電子裝置本體之連接器 端口上，使用過程顯得非常麻煩。另，所述保護蓋於使用 過程中易與電子裝置本體脫離，使得該保護蓋容易遺失。 【發明内容】 201014495 接器有必要提供一種使用方便且不易遺失之連 亦有必要提供一 蓋體結構之電子装置 種具有使用方便且不易遺失之連接器 -種連接器蓋體結構，其包括一基板、一蓋板及一定 =板，該基板上形成一滑槽及與該滑槽相鄰之一開口，該 定位板固定於該基板上，該蓋板開設有一收容部，該蓋板 _設置於該基板與該定位板之間，且可滑動地設置於該滑槽 中，該定位板上形成一定位凸點及一與該開口正對之缺 口，該定位凸點容置於該收容部中以將該蓋板卡持，並使 該蓋板從該開口中露出。 一種電子裝置’其包括一殼體、一蓋板及一定位板， 該殼體上形成一滑槽及與該滑槽相鄰之一開口，該定位板 固定於該殼體上，該蓋板開設有一收容部，該蓋板設置於 該殼體與該定位板之間，且可滑動地設置於該滑槽中，該 鬱定位板上形成一定位凸點及一與該開口正對之缺口，該定 位凸點容置於該收容部中以將該蓋板卡持，並使該蓋板從 該開口中露出。 相較於習知技術，該種結構之連接器蓋體結構，將蓋 板設置於基板與定位板之間’於打開及閉合該蓋板時不用 將該蓋板取下，操作方便，且可有效防止該蓋板之丢失。 【實施方式】 請參閱圖1及圖2，所述連接器蓋體結構1〇〇適於襄 設於行動電話、個人數位助理（personal digital assistant 201014495 PDA)等電子裝置（圖去-、， 衣罝1圖未不）上，以用於保護所述電子梦 ♦置上之電源輸入接口、麥克風輸出接口、聰數據接口等 <各種連接器端π。本發明較㈣施例之連接器蓋體結構 ⑽包^-基板30、-蓋板5〇及一定位板7〇。該定位板 70固定於該基板3G上，該蓋板％設置於該定位板川盘 該基板30之間且可滑動地卡持於該基板3〇上。 ” 所述基板30大致呈矩形，本較佳實施狀基板如 橡膠、軟性之塑料等材料製成。該基板3〇包括—第 β 31及與該第—表面31相對之第二表面32。該第二表面32 士設有-凹槽33，該凹槽33之一侧與該基板3〇之一侧相 貝通。該凹槽33上之槽底形成有-滑槽34及一開口 35。 該開口 35貝穿至該第一表面31。基板3〇上還形成有 =佈於該_ 33兩側之二定錄36，用於时該定位板 該蓋板5G為-柔性體’本較佳實施例之蓋板5〇 ❿膠、軟性塑料等材料製成。該蓋板5〇包括一本體Η 本體51 一面凸伸出來之-凸台52。本體51大於開口 ”， 以使本體51可滑動地設置於該滑槽34中而不能從該開口 %中滑脫。該凸台52可容置於該開口 ％中。該凸台w 之一端凸設一開啓部53,本發明較佳實施例之開啓部Μ 凸棱。當該凸台52容置於該開口 35中時，該開啓部 3由開π 35中伸出’以方便使用者對該蓋板5()操作。本 體51上與凸台52相對之―面形成二凸柱54及-收容部 55。凸柱54用於抵頂該定位板7〇，使凸台52容置於該開 201014495 口 35中。收容部55用於與該定位板70配合，以對蓋板 -5〇卡合固定。 < 該定位板7 〇大致呈矩形，本發明較佳實施例之定位板 7〇由金屬材料製成。該定位板7〇 一端之中部延伸一折邊 71，該折邊71與定位板70之間形成一角度，最佳角度大 致為90度。該折邊71可抵持於該基板30上，使該定位板 70與該基板30間限定一空腔。該定位板7〇鄰近其兩端上 參刀別開设一定位孔72 ’所述定位柱36可穿過所述定位孔 72 ’藉由過盈配合或熱熔之方式使定位板固定於基板 30上。該定位板7〇上開設一呈“凸”字形之缺口 73，以 於該缺口 73 —端形成二抵頂部74。所述二凸柱54可於該 缺口 73中滑動並可分別抵持所述抵頂部74。定位板7〇上 還形成一疋位凸點75。定位凸點75鄰近缺口 73且遠離形 成有抵頂部74之一側。當該蓋板5〇於滑槽34中滑動至與 该缺口 73正對之位置時，該定位凸點75可卡合於該蓋板 參50之收容部55中以將該蓋板5〇卡持。 請一並參閱圖3 ’組裝該連接器蓋體結構1〇〇時，先 將β亥蓋板50放置於該滑槽34内，使該蓋板5〇可滑動地設 置於該滑槽34内。然後將該定位板7〇藉由所述定位孔72 固疋於所述定位柱36上並將該折邊71抵持於該基板3〇 上，從而使該蓋板50可滑動地設置於該基板3〇與該定位 板70之間〇 ' 當打開該連接器蓋體結構1〇〇時，使用者推動該蓋板 50上之開啓部53’由該開啓部53帶動該蓋板％向開啓該 201014495 蓋板50方向滑動。該蓋板5〇之收容部與該定位凸點 ，75脫離，同時所述二凸柱54從所述抵頂部％上滑至定位 ♦板70之缺口 73中。此時，該蓋板5〇向定位板7〇 一側移 動^又距離，该凸台52從該開口 35中滑脫。當該開啓部 53抵持於該開口 35之邊緣處時，該蓋板％完全打開。 请結合參閱圖4，當閉合該連接器蓋體結構10〇時， 使用者向相反之方向推動該開啓部53，使該蓋板5〇於該 滑槽34中滑動。同時該蓋板5〇上之凸柱54於該定位板 7〇之缺口 73中滑動。當所述凸柱54滑動至所述抵頂部74 上時，抵頂部74推頂凸柱54,使該蓋板5〇具有向基板3〇 之=向移動之趨勢，當該凸台52從該基板3〇之開口 ％ 中路出時，該蓋板5〇向基板3〇方向移動。繼續推動開啓 部53，使該蓋板5〇將開口 ％完全封閉。此時，該蓋板& 之收容部55將該定位凸點75容置，以將該蓋板50固定於 元全閉合之狀態。 # 士請參閱圖5,可以理解，該基板30可視為電子裝置之 破體90，即該連接器蓋體結構100應用於電子裝置中。 可以理解，該基板30上之凹槽33可省略，可直接於 該基板30上形成該滑槽34，以使該蓋板％於該滑样％ 中滑動。 g 該種結構之連接器蓋體結構1〇〇,將蓋板5〇設置於基 板=〇與定位板70之間，於打開及閉合該蓋板5〇時不用ς 該蓋板50 *下，操作方便，且可有效防止該蓋板50丟失。 綜上所述，本發明符合發明專利要件，爱依法提出專 201014495 利2請。惟，以上所述者僅為本發明之較佳實施例本發明 „之範圍並不以上述實施例絲，舉凡熟悉本案技藝之人^援 <依本發明之精神所作之等效修飾或變化，皆應涵蓋於以下申 睛專利範圍内。 【圖式簡單說明】 圖1為本發明較佳實施例之連接器蓋體結構之立體分 解示意圖； 圖2為圖1中所述連接器蓋體結構之另一方向之立體 分解示意圖； 圖3為圖1所示蓋體結構組裝後之打開時之立體示专 圖； u 圖4為圖1所示蓋體結構組裝後之閉合時之立體示意 圖； ~ 圖5為本發明較佳實施例連接器蓋體結構應用於電子 I置中之立體分解示意圖。 ❹【主要元件符號說明】 基板 30 第一表面 31 第二表面 32 凹槽 33 滑槽 34 開口 35 轰板 50 本體 51 凸台 52 開啓部 53 定仇板 70 折邊 71 定仇孔 72 缺口 73 11 201014495 抵頂部 «連接器蓋體結構 74 定位凸點 75 100201014495 IX. Description of the invention: - [Technical field to which the invention pertains] The present invention relates to a cover structure, and more particularly to a connector cover structure and an electronic device having the same. [Prior Art] With the development of wireless communication and information processing technology, various electronic devices such as mobile phones and personal digital assistants (pDA) are competing to emerge, so that consumers can fully enjoy the convenience brought by high technology anytime and anywhere. . At the same time, these electronic devices have more and more functions, such as interconnection and data transmission with other electronic devices. The periphery of these electronic devices is generally provided with a power input interface, a microphone output interface, a USB data interface, and the like. Connector port. If these connector ports are not protected under non-use conditions, they will be exposed to external debris, moisture and dust, which will greatly affect the overall performance of the electronic device. ❿ Therefore, some electronic devices affect the performance of the electronic device by providing a protective cover on each connector port to prevent external debris, moisture, dust and the like from entering the connector port. When the connector ports on the electronic device are used, the user needs to remove the protective cover that is disposed on each connector port, so that the protective cover is separated from the electronic device body, and the protective cover is used after use. Reinstalled on the connector port of the electronic device body, the use process is very troublesome. In addition, the protective cover is easily detached from the electronic device body during use, so that the protective cover is easily lost. SUMMARY OF THE INVENTION It is necessary for the connector of 201014495 to provide a connector that is easy to use and is not easily lost. It is also necessary to provide a cover structure. The connector has a connector that is easy to use and is not easily lost. a substrate, a cover plate and a certain plate, wherein a sliding slot and an opening adjacent to the sliding slot are formed on the substrate, the positioning plate is fixed on the substrate, and the cover plate defines a receiving portion, and the cover plate is disposed Between the substrate and the positioning plate, and slidably disposed in the sliding slot, the positioning plate forms a positioning bump and a notch facing the opening, and the positioning protrusion is received in the receiving portion The cover is held and the cover is exposed from the opening. An electronic device includes a housing, a cover plate and a positioning plate. The housing defines a sliding slot and an opening adjacent to the sliding slot. The positioning plate is fixed to the housing. The cover plate is fixed on the housing. An accommodating portion is disposed, the cover plate is disposed between the housing and the positioning plate, and is slidably disposed in the sliding slot. The locating plate forms a positioning bump and a gap facing the opening The positioning protrusion is received in the receiving portion to hold the cover plate and expose the cover plate from the opening. Compared with the prior art, the connector cover structure of the structure has the cover plate disposed between the substrate and the positioning plate. When the cover plate is opened and closed, the cover plate is not required to be removed, and the operation is convenient and can be performed. Effectively prevent the loss of the cover. [Embodiment] Referring to FIG. 1 and FIG. 2, the connector cover structure 1 is suitable for being installed in an electronic device such as a mobile phone or a personal digital assistant (personal digital assistant 201014495 PDA). The power input interface, the microphone output interface, the Cong data interface, etc., are used to protect the electronic dream device, and the various connector terminals π. According to the invention, the connector cover structure (10) of the embodiment (4) includes a substrate 30, a cover plate 5, and a positioning plate 7A. The positioning plate 70 is fixed on the substrate 3G. The cover plate is disposed between the positioning plate and the substrate 30 and slidably held on the substrate 3A. The substrate 30 is substantially rectangular, and the substrate of the preferred embodiment is made of a material such as rubber or soft plastic. The substrate 3 includes a β31 and a second surface 32 opposite to the first surface 31. The second surface 32 is provided with a groove 33, and one side of the groove 33 is in contact with one side of the substrate 3. The groove bottom of the groove 33 is formed with a sliding groove 34 and an opening 35. The opening 35 is penetrated to the first surface 31. The substrate 3 is further formed with two orders 36 on both sides of the _33, and the cover plate 5G is a flexible body. The cover plate 5 of the preferred embodiment is made of a material such as silicone rubber or soft plastic. The cover plate 5 includes a main body 51 body 51 protruding from one side of the boss 52. The body 51 is larger than the opening, so that the body 51 can be It is slidably disposed in the chute 34 and cannot slip out of the opening %. The boss 52 can be received in the opening %. An opening portion 53 is protruded from one end of the boss w, and the opening portion 凸 rib of the preferred embodiment of the present invention. When the boss 52 is received in the opening 35, the opening portion 3 is extended by opening π 35 to facilitate the user to operate the cover 5 (). The body 51 has two protrusions 54 and a receiving portion 55 formed opposite to the boss 52. The stud 54 is used to abut the positioning plate 7A so that the boss 52 is received in the opening 201014495. The accommodating portion 55 is for engaging with the positioning plate 70 to be engaged and fixed to the cover plate -5. < The positioning plate 7 is substantially rectangular, and the positioning plate 7 of the preferred embodiment of the present invention is made of a metal material. A folding edge 71 is formed in the middle of one end of the positioning plate 7〇, and the flange 71 forms an angle with the positioning plate 70, and the optimum angle is substantially 90 degrees. The flange 71 can be resisted on the substrate 30 to define a cavity between the positioning plate 70 and the substrate 30. A positioning hole 72 is formed in the positioning plate 7 〇 adjacent to the two ends of the positioning plate 7 ′. The positioning post 36 can pass through the positioning hole 72 ′ to fix the positioning plate to the substrate by interference fit or hot melt. 30 on. A notch 73 having a "convex" shape is formed on the positioning plate 7 so that the end of the notch 73 is formed to abut the top portion 74. The two protrusions 54 are slidable in the notch 73 and can respectively resist the abutting top 74. A clamping bump 75 is also formed on the positioning plate 7''. The positioning bump 75 is adjacent to the notch 73 and away from one side of the abutting top portion 74. When the cover plate 5 slides in the sliding slot 34 to a position facing the notch 73, the positioning protrusion 75 can be engaged in the receiving portion 55 of the cover plate 50 to slap the cover plate 5. hold. Referring to FIG. 3 together, when the connector cover structure 1 is assembled, the β-cover cover 50 is placed in the sliding slot 34, so that the cover plate 5 is slidably disposed in the sliding slot 34. . The positioning plate 7 is then fixed to the positioning post 36 by the positioning hole 72 and the folded edge 71 is abutted on the substrate 3〇, so that the cover plate 50 is slidably disposed on the positioning plate Between the substrate 3A and the positioning plate 70, when the connector cover structure 1 is opened, the user pushes the opening portion 53' of the cover 50 to drive the cover to open by the opening portion 53. The 201014495 cover slides in the direction of 50. The receiving portion of the cover 5 is disengaged from the positioning protrusion 75, and the two protrusions 54 are slid from the abutting top % into the notch 73 of the positioning plate 70. At this time, the cover plate 5 is moved to the side of the positioning plate 7〇, and the boss 52 is detached from the opening 35. When the opening portion 53 abuts against the edge of the opening 35, the cover plate % is fully opened. Referring to Figure 4, when the connector cover structure 10 is closed, the user pushes the opening portion 53 in the opposite direction to slide the cover plate 5 in the sliding slot 34. At the same time, the protruding post 54 of the cover plate 5 slides in the notch 73 of the positioning plate 7〇. When the stud 54 slides onto the abutting top 74, the abutting top 74 pushes the stud 54 so that the cover plate 5 has a tendency to move toward the substrate 3, when the boss 52 is from the When the opening % of the substrate 3 is out, the cover 5 turns in the direction of the substrate 3 . The opening portion 53 is continued to be pushed so that the cover 5 完全 completely closes the opening %. At this time, the accommodating portion 55 of the cover & accommodates the positioning bump 75 to fix the cover 50 to the state in which the cover is fully closed. Referring to FIG. 5, it can be understood that the substrate 30 can be regarded as the breaking body 90 of the electronic device, that is, the connector cover structure 100 is applied to the electronic device. It can be understood that the groove 33 on the substrate 30 can be omitted, and the sliding groove 34 can be formed directly on the substrate 30 so that the cover plate slides in the sliding sample %. g The connector cover structure 1 of the structure is disposed between the substrate=〇 and the positioning plate 70, and the cover plate 5〇 is opened and closed without the cover 50* The operation is convenient and the cover 50 can be effectively prevented from being lost. In summary, the present invention meets the requirements of the invention patent, and the love is legally proposed. However, the above description is only the preferred embodiment of the present invention. The scope of the present invention is not limited to the above embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a connector cover structure according to a preferred embodiment of the present invention; FIG. 2 is a connector cover body of FIG. 3 is a perspective view showing the other direction of the structure; FIG. 3 is a perspective view showing the opening of the cover structure shown in FIG. 1; FIG. 4 is a perspective view showing the closed structure of the cover body shown in FIG. FIG. 5 is a perspective exploded view of the connector cover structure applied to the electronic I in the preferred embodiment of the present invention. ❹ [Main component symbol description] substrate 30 first surface 31 second surface 32 groove 33 chute 34 Opening 35 blasting plate 50 body 51 boss 52 opening portion 53 venge board 70 hem 71 securing hole 72 notch 73 11 201014495 顶部 top «connector cover structure 74 locating bump 75 100
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