M J / 0 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種電 體的蓋板直立於電子襄置 連接線插接至數據端口， 線。 子裝置之端口上之蓋體結構，蓋 之盒體上，不僅不會阻礙到數據 並可避免蓋板壓迫到數據連接 ^ 【先前技術】 現今電子裝置上的數據端口，為了避免未使用時其端 口上的金屬接腳容易受塵或氧化受潮，而影響到端口之電 性接觸的敏銳度，係可於數據端口上增設一蓋體結構，藉 此以=護未使用中的數據端口直接接觸外界環境。9 請參閱第1 A圖，為習用電子裝置之端口上之蓋體結 構之立體示意圖。如圖所示，電子裝置100之盒體1〇上 土括有-數據端口 η，例如：USB連接端口，其外圍處環 # %有一凹槽部u卜一中空之蓋體結構13可對準於數據端 口 η之位置而套入凹槽部lu巾’藉此以包覆數據端口 11 ° 上述習用技術為一簡易的實施方式，然，當使用者欲 使用數據端口 11時，不僅不易將蓋體結構13從數據端口 11上取下，並且取下的蓋體結構13容易遺失，而造成使 用上的困擾。 又，請參閱第1 B圖，為另一習用電子裴置之端口上 之蓋體結構之結構立體示意圖。如圖所示，電子裝置2⑽ 3 M376104 之盒體20上包括有一端口區21，端口區21上包括有一數 據端口 211及一蓋體結構23，該蓋體結構23為一彈性軟 墊，其中一端231為固定端可採用壓黏方式固定於端口區 21之側邊上，而另一端233為活動式，並且，蓋體結構 23的軟墊面積相等於端口區21的面積，藉此以完全蓋住 在端口區21上未使用中的數據端口 211。 當使用者欲使用數據端口 211時，亦可拉起該蓋體結 構23的活動端233，而使得數據端口 211顯露出，則數據 連接線213,例如：USB連接線，即可插接至數據端口 211， 以進行數據上的傳輸。 採用第二種習用技術，雖然，可使得蓋體結構23固 設在電子裝置200之端口區21上而避免遺失，但，使用 者必須一手拉起蓋體結構23的活動端233,另一手拿者數 據連接線213才能插接至數據端口 211，其動作上並非即 為便利。再者，數據連接線213插接至數據端口 211時， 蓋體結構23會壓迫到數據連接線213,影響到數據連接線 213與數據端口 211間電性連接的穩固性，進而降低彼此 間數據傳輸的可靠度。 【新型内容】 本創作之目的，在於提供一種電子裝置之端口上之蓋 體結構，其可用以蓋住未使用中的數據端口，若一數據連 接線欲插接至數據端口時，則可打開蓋體結構之蓋板並調 整直立於電子裝置之盒體上，如此，插接至數據端口的數 M376104 據連接線將可避免受到蓋板的壓迫，並依此增加插接上的 便利性。 為達成上述目的，本創作提供一種電子裝置之端口上 之蓋體結構，其結構包括有：一電子裝置之盒體，包括有 至少一端口區，各端口區上包括有一數據端口及一孔部； 及一蓋體，其包括有一蓋板及一連接部，連接部包括有一 •第一端及一第二端並呈現為一彎折態樣，第一端固定連接 •於盖板之下表面上’弟·一端銜接至端口區’並穿過端口區 籲上之孔部，以使得連接部在孔部中移動；其中，當連接部 在孔部中移動調整而使得蓋板之平面相對於端口區為水 平方向時’則蓋板貼合於端口區上，並蓋住於數據端口呈 現為一關閉狀態，當連接部在孔部中移動調整而使得蓋板 之平面相對於端口區為垂直方向時，則蓋板透過連接部的 支撐而直立於電子裝置之盒體上，並打開於數據端口呈現 為一開啟狀態。 * 【實施方式】 _ 首先，請參閱第2 A圖及第2 B圖，為本創作電子裝 置之端口上之蓋體結構一開啟狀態之立體示意圖及剖面 示意圖。本實施例將以開啟狀態的蓋體結構進行解說，如 圖所示，本創作電子裝置300包括有一盒體30及一蓋體 35，該電子裝置300可為一網通裝置、一手機裝置、一影 音裝置或一電腦裝置。 盒體30上包括有至少一端口區31，端口區31上包括 5 M376104 有一數據端口 311及一孔部313，本創作所述之數據端口 311可為一 USB連接端口、一網路連接端口或一輸出入端 口 〇 而蓋體35之詳細結構可參閱第3A圖、第3B圖及 第3 C圖之俯視圖、底視圖及側視圖，其主要包括有一蓋 板36及一連接部37。 連接部37包括有一第一端371及一第二端373並呈 現為一彎折態樣，例如：彎折成約90度，以使得第一端 371相對於第二端373為垂直方向。又，第一端371固定 連接蓋板36之下表面上，而第二端373銜接至盒體30之 端口區31，並穿過端口區31上之孔部313，以在孔部313 中移動。 如第2A圖及第2B圖所示，當使用者欲使用電子裝 置300之端口區31上的數據端口 311時，亦可打開該蓋 體35，並移動調整蓋體35之連接部37在孔部313中的位 置，而使得蓋體35之蓋板36之平面相對於端口區31為 垂直方向，則該蓋板36將透過連接部37的支撐直立於盒 體30上，如此蓋板36與數據端口 311間將呈現為一開啟 狀態。 接續，連接部37之彎折處可支撐蓋板36維持直立於 盒體30上，當使用者欲將一數據連接線317(例如：USB 數據連接線）或網路數據連接線（例如：RJ45)插接至數據 端口 311時，一手拿著該數據連接線317，另一手則可抓 牢穩固該盒體30，而令使用者可將手上的數據連接線317 M376104 快速精準地插入至數據端口 311，如此據以實施，本創作 在進行插接動作時不需如習用技術一樣必須握持蓋體結 構（23)之一側端（233)，藉此以增加插接時的便利性及準 確度。 再者，直立於盒體30上之蓋板36，不僅不會阻礙到 數據連接線317插接至數據端口 311，並可避免蓋板36壓 迫到插接在數據端口 311上的數據連接線317而影響到數 -據連接線317與數據端口 311間電性連接時的穩固性，藉 _此以增加兩者間數據傳輸的可靠度。 本創作連接部37之第二端373進一步設置有一卡固 體38,其體積將大於孔部313之口徑並通過孔部313設於 電子裝置300之盒體30内部，當連接部37在孔部313中 移動調整而令蓋板36直立於盒體30上，該卡固體38將 產生抵住作用，以將連接部37之第二端373抵止在孔部 313上，避免連接部37被進一步拉曳調整而完全脫離於孔 部37，後續產生蓋體結構35遺失的顧慮。 * 進一步參閱第4A圖及第4B圖，為本創作電子裝置 -之端口上之蓋體結構一關閉狀態之立體示意圖及剖面示 意圖，並可同時參閱上述之第2A-2B圖及第3B-3C 圖。如圖所示，當數據端口 311處在未使用的狀態，使用 者可移動調整蓋體35之連接部37在孔部313中的位置， 而使得蓋體35之蓋板36之平面相對於端口區31為水平 方向，此時蓋板36將可貼合在端口區31上，並蓋住數據 端口 311呈現為一關閉狀態，再者，蓋板36之下表面將 7 M376104 包括有一容置區361，當蓋板36呈現關閉狀態時，容置區 361將包覆數據端口 311。 又，蓋板36之下表面的側邊上包括有一凸緣部365 ’ 而端口區31之側邊上包括有一凹緣部315，當蓋板36蓋 住在端口區31上，凸緣部365與凹緣部315間將產生密 合作用，以穩固關閉狀態之蓋體35。 又，蓋板36之前緣包括有一斜面363，而盒體30之 端口區31之外側邊上設置有一圓弧凹陷區33。當蓋板36 貼合蓋住於端口區31時，斜面363將位在圓弧凹陷區33 的相對位置上。若使用者欲打開關閉狀態的蓋體35,使用 者之手指可順著斜面363的斜面方向深入至圓孤凹陷區33 内，如此設計將便利於使用者扳開端口區31上的蓋板36。 承上，本創作實施例之蓋體結構35主要使用在一可 插接數據連接線317的數據端口 311上，然，在實際應用 時，本創作蓋體結構35另可選擇使用於一可擺置有數據 卡（例如：記憶卡）的插入端口上。 以上所述者，僅為本創作之較佳實施例而已，並非用 來限定本創作實施之範圍，即凡依本創作申請專利範圍所 述之形狀、構造、特徵及精神所為之均等變化與修飾，均 應包括於本創作之申請專利範圍内。 【圖式簡單說明】 第1 A圖：習用電子裝置之端口上之蓋體結構之立體示意 M376104 第1B圖：習用電子梦甚a山 裝置之端口上之蓋體結構之立體示意 圖。 苐2A圖.為本創作電子缺罢l 子裝置之編口上之盍體結構一開啟 狀悲之立體示意圖。 第2 B圖：為本創作電子护罢 p电千裝置之端口上之蓋體結構一開啟 狀悲之剖面示意圖。 第3 A圖 第3 B圖 第3 C圖 第4 A圖 為本創作蓋體結構之俯視圖。 為本創作蓋體結構之底視圖。 為本創作蓋體結構之側視圖。 為本創作電子裳置之端口上之蓋體結構-關閉 狀態之立體示意圖。 第4B圖1本創作電讀置之端口上之蓋體結構一關閉 狀態之剖面示意圖。 【主要元件符號說明】 100 11 13 20 211 23 233 30 311 電子裝置 數據端口 蓋體結構 盒體 數據端口 蓋體結構 活動端 盒體 數據端口 10 111 200 21 213 231 300 31 313 金體 凹槽部 電子裝置 端口區 數據連接線 固定端 電子装置 端口區 孔部 9 M376104 315 凹緣部 317 數據連接線 33 圓弧^凹陷區 35 蓋體 36 蓋板 361 容置區 363 斜面 365 凸緣部 37 連接部 371 第一端 373 第二端 38 卡固體M J / 0 V. New description: [New technical field] This creation has a cover for an electric body that is erected to the electronic port and is connected to the data port and line. The cover structure on the port of the sub-device, not only does not block the data and can prevent the cover from being pressed to the data connection. [Prior Art] The data port on the electronic device today, in order to avoid the use of the data port The metal pins on the port are susceptible to dust or oxidation, and affect the acuity of the electrical contact of the port. A cover structure can be added to the data port to directly contact the unused data port. external environment. 9 Refer to Figure 1A for a perspective view of the cover structure on the port of a conventional electronic device. As shown in the figure, the casing 1 of the electronic device 100 includes a data port η, for example, a USB connection port, and a ring portion at the periphery thereof has a groove portion, and a hollow cover structure 13 is aligned. In the position of the data port η, the recessed portion is inserted into the groove portion to thereby cover the data port 11 °. The above-mentioned conventional technology is a simple implementation manner. However, when the user wants to use the data port 11, it is not easy to cover the cover. The body structure 13 is removed from the data port 11, and the removed cover structure 13 is easily lost, causing troubles in use. Further, please refer to Fig. 1B, which is a perspective view showing the structure of a cover structure on the port of another conventional electronic device. As shown in the figure, the casing 20 of the electronic device 2 (10) 3 M376104 includes a port area 21, and the port area 21 includes a data port 211 and a cover structure 23, wherein the cover structure 23 is an elastic cushion, one end of which is 231 is a fixed end that can be fixed to the side of the port area 21 by pressure bonding, and the other end 233 is movable, and the padded area of the cover structure 23 is equal to the area of the port area 21, thereby completely covering The data port 211 that is not in use on the port area 21 is live. When the user wants to use the data port 211, the movable end 233 of the cover structure 23 can also be pulled up, so that the data port 211 is exposed, and the data connection line 213, for example, a USB connection line, can be plugged into the data. Port 211 for data transfer. The second conventional technique is adopted. Although the cover structure 23 can be fixed on the port area 21 of the electronic device 200 to avoid loss, the user must manually pull up the movable end 233 of the cover structure 23 and take the other hand. The data connection line 213 can be plugged into the data port 211, which is not convenient in terms of its operation. Moreover, when the data connection line 213 is plugged into the data port 211, the cover structure 23 is pressed to the data connection line 213, which affects the stability of the electrical connection between the data connection line 213 and the data port 211, thereby reducing the data between each other. The reliability of the transmission. [New content] The purpose of the present invention is to provide a cover structure on the port of an electronic device, which can be used to cover an unused data port, and can be opened if a data connection line is to be connected to the data port. The cover of the cover structure is adjusted and erected on the casing of the electronic device, so that the number M376104 connected to the data port can be prevented from being pressed by the cover plate, thereby increasing the convenience of the plug. In order to achieve the above object, the present invention provides a cover structure on a port of an electronic device, the structure comprising: an electronic device box comprising at least one port area, each port area including a data port and a hole portion And a cover body comprising a cover plate and a connecting portion, the connecting portion comprising a first end and a second end and exhibiting a bent state, the first end fixedly connected to the lower surface of the cover plate The upper end of the upper end is connected to the port area and passes through the hole portion of the port area to move the connecting portion in the hole portion; wherein, when the connecting portion moves in the hole portion, the plane of the cover plate is opposite to When the port area is horizontal, the cover is attached to the port area, and the data port is closed. When the connection is moved in the hole, the plane of the cover is perpendicular to the port area. In the direction, the cover plate is erected on the casing of the electronic device through the support of the connecting portion, and is opened to open the data port to be in an open state. * [Embodiment] _ First, please refer to Figure 2A and Figure 2B for a perspective view and a cross-sectional view of the cover structure on the port of the electronic device. The present embodiment will be described in the open state of the cover structure. As shown in the figure, the electronic device 300 includes a box body 30 and a cover body 35. The electronic device 300 can be a network communication device, a mobile phone device, and a Audio-visual device or a computer device. The box body 30 includes at least one port area 31. The port area 31 includes a data port 311 and a hole portion 313. The data port 311 may be a USB port or a network port or An output port 〇 and a detailed structure of the cover 35 can be referred to the top, bottom and side views of FIGS. 3A, 3B and 3C, which mainly include a cover plate 36 and a connecting portion 37. The connecting portion 37 includes a first end 371 and a second end 373 and is in a bent state, for example, bent at about 90 degrees such that the first end 371 is perpendicular to the second end 373. Further, the first end 371 is fixedly coupled to the lower surface of the cover plate 36, and the second end 373 is coupled to the port portion 31 of the casing 30 and passes through the hole portion 313 of the port portion 31 to move in the hole portion 313. . As shown in FIGS. 2A and 2B, when the user wants to use the data port 311 on the port area 31 of the electronic device 300, the cover 35 can also be opened, and the connection portion 37 of the adjustment cover 35 can be moved in the hole. The position in the portion 313 is such that the plane of the cover 36 of the cover 35 is perpendicular to the port area 31, and the cover 36 is erected on the casing 30 through the support of the connecting portion 37, such that the cover 36 and The data port 311 will appear as an open state. In the continuation, the bending portion of the connecting portion 37 can support the cover plate 36 to stand upright on the casing 30 when the user wants to connect a data connection line 317 (for example, a USB data connection line) or a network data connection line (for example, RJ45). When the data port 311 is plugged in, the data connection line 317 is held in one hand, and the other hand can firmly hold the box 30, so that the user can quickly and accurately insert the data connection line 317 M376104 into the data. The port 311 is implemented according to the above, and the present invention does not need to hold one side end (233) of the cover structure (23) as in the conventional technique in order to increase the convenience of the plugging. Accuracy. Moreover, the cover plate 36 standing upright on the casing 30 not only prevents the data connection line 317 from being plugged into the data port 311, but also prevents the cover plate 36 from being pressed to the data connection line 317 that is plugged into the data port 311. The stability of the data connection between the data connection line 317 and the data port 311 is affected, thereby increasing the reliability of data transmission between the two. The second end 373 of the creative connecting portion 37 is further provided with a card solid 38 having a larger volume than the hole 313 and disposed inside the casing 30 of the electronic device 300 through the hole portion 313. When the connecting portion 37 is in the hole portion 313 The middle movement is adjusted so that the cover 36 is erected on the casing 30, and the solid 38 will exert an abutting action to abut the second end 373 of the connecting portion 37 against the hole 313, thereby preventing the connecting portion 37 from being pulled further. The drag adjustment is completely separated from the hole portion 37, and subsequent concern that the cover structure 35 is lost is generated. * Further refer to FIG. 4A and FIG. 4B for a perspective view and a cross-sectional view of the cover structure on the port of the electronic device of the present invention, and can also refer to the above-mentioned 2A-2B and 3B-3C. Figure. As shown, when the data port 311 is in an unused state, the user can move the position of the connecting portion 37 of the cover 35 in the hole portion 313 such that the plane of the cover 36 of the cover 35 is opposite to the port. The area 31 is horizontal, in which case the cover 36 will fit over the port area 31 and cover the data port 311 in a closed state. Further, the lower surface of the cover 36 will include a housing area for the 7 M376104. 361. When the cover 36 is in the closed state, the accommodating area 361 will cover the data port 311. Further, the side surface of the lower surface of the cover plate 36 includes a flange portion 365' and the side of the port portion 31 includes a concave edge portion 315. When the cover plate 36 covers the port portion 31, the flange portion 365 A cover 35 is formed between the recessed portion 315 to stabilize the closed state. Further, the front edge of the cover plate 36 includes a sloped surface 363, and the outer side of the port portion 31 of the casing 30 is provided with a circular arc recessed portion 33. When the cover plate 36 is fitted to cover the port area 31, the slope 363 will be positioned at a relative position of the arcuate recessed area 33. If the user wants to open the cover 35 in the closed state, the user's finger can penetrate into the circular recessed area 33 along the inclined direction of the inclined surface 363. The design is convenient for the user to open the cover 36 on the port area 31. . The cover structure 35 of the present embodiment is mainly used on the data port 311 of the pluggable data connection line 317. However, in practical applications, the cover structure 35 can be optionally used for a pendulum. Placed on the plug-in port of the data card (for example: memory card). The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications of the shapes, structures, features and spirits described in the scope of the patent application. , should be included in the scope of the patent application of this creation. [Simple diagram of the diagram] Figure 1A: Stereoscopic diagram of the cover structure on the port of the conventional electronic device M376104 Fig. 1B: Stereoscopic diagram of the cover structure on the port of the device.苐 2A picture. This is a three-dimensional diagram of the structure of the scorpion on the mouth of the creation of the electronic device. Figure 2B: This is a schematic diagram of the opening structure of the cover structure on the port of the p-electric device. Figure 3 A Figure 3 B Figure 3 C Figure 4 A is a top view of the creation of the cover structure. This is the bottom view of the creative cover structure. A side view of the creative cover structure. This is a three-dimensional schematic diagram of the cover structure-closed state on the port of the creation electronic skirt. Fig. 4B is a cross-sectional view showing the closed state of the cover structure on the port of the electronic reading set. [Main component symbol description] 100 11 13 20 211 23 233 30 311 Electronic device data port cover structure Box data port cover structure movable end case data port 10 111 200 21 213 231 300 31 313 Gold body recessed part electronics Device port area data connection line fixed end electronic device port area hole part 9 M376104 315 recessed edge part 317 data connection line 33 arc ^ recessed area 35 cover body 36 cover plate 361 accommodating area 363 slope 365 flange portion 37 connection portion 371 First end 373 second end 38 card solid