201218528 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種插槽裝置，且特別是有關於一種乓有隔 震元件的插槽裝置。 【先前技術】 電子裝置在現今社會巾已扮演f要的角色，無論是手機、 電腦、翻譯機、相機、攝影機、筆記型電腦或個人數位助理 (Personal Digital Assistant，PDA) ’每家廠商都在追求最新技 術及功能，但要把所有功能都裝設到電子裝置上，勢必會面臨 體積過大的問題。故為了要擴充功能，電子裝置發展出插槽裝 置，以符合各個使用者的需求。 電子裝置在與電性插槽(connector)的電性耦接過程中，都 會對電子裝置與躲鋪的連減產生應力並作祕插槽農 置上。當插槽裝置的擴充功能需要反覆進行插拔動作時，電子 裝置即對連接處持續施以應力。然而，隨著電子裝置的插拔次 數逐漸增加，對電子裝置與電性插槽間之部位的應力值亦㈣ 持績累積。當應力值達到一臨界值時，電子裝置與插槽裝置的 連接處及插健置的_鎖合纽會變形，甚至是造成斷裂破 壞的情況。 < 電子裝置電性耗接於電性插槽的過程中，亦產生另一個問 題：當使用者_置電子裝置時義力過大，.電子裝置與 電! 生插槽的連接處’以及插槽裝置的螺絲鎖合處所造成的破壞 201218528 就會更大。如果插槽裝置的鎖合處採用小尺寸的螺絲，插槽裝 置所能承受的應力強度就會降低’如此將導致插槽裝置的使用 壽命大幅縮短。 另外，有些習用電路板的電性插槽是直接電性焊設於電路 板上，因此並不像機械連接方式般堅固，在反覆的插拔使用過 程中，往往在電子裝置與插槽裝置連接處達破壞的臨界點之 前，電性插槽即先從電路板脫落或接觸不良，進而喪失插槽裝 置的功能’導致插槽裝置的使用壽命不長之問題。 【發明内容】 #於以上的問7ί|，本發明提供一種插槽裝置，藉以改善電 子裝置與插槽裝置的連接處容易因外力而導致破壞，以及插槽 裝置之螺絲鎖合處容易受外力而造成斷裂，進而需要維修或更 換電性插槽的問題。 本發明揭紅插槽裳置包括-殼體、—電路板、一固定 件、至少-隔震元件及-第-穿固件。其中，殼體具有一容置 部’容置部具有-容置空間及至少—固設孔，且容置部更具有 -開口。電路板裝設於容置部内，且電路板具有-電性插槽， 係穿設過殼體之開㈣露出於殼體外。蚊件肢於電路板 上’固.定件具有-裝設部，裝設部具有至少—，且裝設部 具有相對的-第-面與-第二面，而裝設部係以第—面設置於 殼體上。隔震元件設置於裝設部的第二面上，並且隔震元件具 有對應於鎖孔的-穿孔。第一㈣件依序穿過穿孔及鎖孔，並 201218528 且第-穿固件固設於固設孔上，令隔震元件、裝設部及殼體相 互結合。 本發明所揭露的插槽裝置更可包括一複合材料層，係設置 於谷置部的一作用面上。複合材料層包含一軟性材料層及一硬 性材料層，固設孔係設置於硬性材料層。 相對於習知插槽裝置而言，本發明之插槽裝置的結構設計 可大巾田降低電子裝置於插拔過程巾對插機置所施加的應力 強度’以及減少電子裝置與插槽裝置於插拔過程中所產生的震 動。此外，本發明亦增加插槽裝置之螺絲鎖合處承受負載的能 力，藉以增加插槽裝置的使用壽命。 以上之關於本發明内容之說明及以下之實施方式之說明 係用以不範與轉本發明之原理，並且提供本發明之專利申請 範圍更進一步之解釋。 【實施方式】 本發明所揭露的插槽裝置，係應用於一電子裝置，其中所 述之電子裝置包括但不侷限於手機、相機、攝影機等具有插槽 裝置的電子裝置’但並不以此為限。以下本發_詳細說明 中’將以充電ϋ做為本發明之最佳實關。然後所關式僅提 供參考與說明用，並非用以限制本發明。 如「第1圖」至「第3圖」所示，本發明一實施例所揭露 的插槽裝置，其包括一殼體100、一電路板2〇〇、一固定件3⑻、 至少一隔震元件400及至少一第一穿固件5〇〇。 7 201218528 如「第1圖」及「第2A圖」所示，殼體100具有相互連 結的一背板部11G及-容置部12G，而容置部12G分成一作用 面⑵、-前殼122及-後殼123三個部分。詳細而言，前殼 122與後殼123先以卡合結構把前殼122和後殼⑵結合在一 起，再把作用面121卡合在前殼122上，在此將結合後物體上 面較扁的部份稱作背板部11〇，而物體下面較寬的部份稱作容 置部120。且容置部120内部形成有 *「第1圖」至「第3圖」所示，作用置二具有一複合 材枓層’其包括-軟性材料層121a及—硬性材料層㈣，且 於作用面m上開設i σ 121d，係貫穿軟性材料層仙和 硬性材料層121b。 其中，軟性材湯ma餘贿料部，硬歸料層咖 係位於殼馳部，且概材· 121a與硬性材料層121b相互 疊合。軟性材㈣121a與電子裝細調，錄騎料層⑵a 在插入或拔㈣子裝置的馳巾具魏料力絲的功能。硬 性材料層i2lb設有間隔設置的；設孔咖，歸性材料層 121b於固設孔121c處增加了其結構厚度，藉以增加結構強 度，以抵抗鎖合時的作用力量。 此外，本實施例之複合材料層的軟性材料層咖和硬性 材料層mb係為-體成形結構，但並不以此為限，熟悉此項 技術者，亦可分卿献性材料層121a及硬性材料層㈣， 再將軟性材料M 121a和硬性材料^㈣相互疊合，以構成本 201218528 發明之複合材料層。 請參閱「第2A圖」及「第2B圖」’電路板200·具有—基 板210及一電性設置於基板210上的電性插槽220，其中基板 210具有二結合孔211。電路板200裝設於容置部120内，而 . 電性插槽220穿設於作用面121上之開口 121d，使電性插槽 220露出於軟性材料層121a外，而電性插槽22〇露出於外的 部份係與電子裝置電性搞接。 • 如「第2A圖」、「第2B圖」及「第3圖」所示，固定件 300包括二相對的裝設部31〇、一平板部32〇及二相對的柱體 部.330。其中柱體部33〇係一中空柱體，而裝設部3ι〇及平板 部32〇分別具有二鎖孔S11及二透孔切，其中透孔切分別 對應到結合孔21卜鎖孔犯亦分別對應到固設孔121〇。 其中’驗部310設置於平板部32〇的兩端，且裝設部 310的其中一側邊與平板部32()的—邊相互連接，且二震設部 • 310裝置於平板部320的同一側®。柱體部33〇亦農設於與褒 設部3K)裝設的相同側面’且柱體部33()中空的部分對應^ 板部320的透孔321。 射，固定件3GG的健本體可由鐵件製成，且為一體成 形結構，故可承受更大的負载，但固定件3〇〇所採用的材質並 不僅限定於本實施例所揭示的材料。 如「第2瑪及「第2β圖」’第二穿固件51〇依序穿設 透孔321、柱體部伽及結合孔扣，以使平板㈣、柱 9 201218528 體部330及基板210相結合。由於平板部32〇和基板21〇之間 因為有柱體部330關，因此電路板上的f路佈線㈣⑽) 並不會因為與平板部320的接觸而造成短路現象。 請繼續參閱「第2A圖」、「第2B圖」及「第3圖」。本實 施例之隔震元件400可為-圓環的形體且具有彈性的元件，但 並不以此練。當電子裝置插人雜插槽22()時會產生一應 力，此一應力會對固設孔121c造成破壞，而隔震元件400即 提供了電子裝置插入時降低插入過程中產生的應力，進而減少 應力對固設孔121c造成破壞的效果。 ”中第穿固件5〇〇依序穿過穿孔41〇及鎖孔，並 且第穿固件500固设於固設孔121c上，使隔震元件*⑻、 裝4 310及硬性材料層121b相互結合。由於隔震元件4〇〇 可以吸收插人過程的應力，因此可減少電路板的震動可 能，進而降低電性連接於電路板上的電性插槽22〇造成脫 落的機會。 以本發明所揭露之實施例而言，第-穿固件500及第二穿 固件510係採用螺絲進行實施例的說明，然而熟知此項技藝者 可以任何_之固定件取代，例如_或是鉚釘，並不以本發 明所揭示之實施例為限。 本發明係改良殼體的結構，藉以增加插槽裝置的使用壽 命，以及增加隔震元件·，以吸收電子裳置插入電性插槽時 所產生_直方向應力，進祕顧設孔，使铜設孔可承受 201218528 的應力破壞能力大幅提升。 本發明增加隔震元件所帶來的另一優點為：降低電路板於 垂直方向所產生的晃動，進而使得基板與電性插槽之間的電性 麵合處得明加承受垂直方⑽貞載能力，大幅增加插槽裝置 的使用壽命。201218528 VI. Description of the Invention: [Technical Field] The present invention relates to a slot device, and more particularly to a slot device having a pen-isolated component. [Prior Art] Electronic devices have played a role in today's social towel, whether it is a mobile phone, computer, translator, camera, camera, notebook or personal digital assistant (PDA). In pursuit of the latest technology and features, but to install all the functions on the electronic device, it is bound to face the problem of excessive volume. Therefore, in order to expand the function, the electronic device has developed a slot device to meet the needs of individual users. During the electrical coupling with the electrical connector, the electronic device will stress the connection between the electronic device and the evasion and make a secret slot. When the expansion function of the slot device needs to be repeatedly inserted and removed, the electronic device continuously stresses the connection. However, as the number of insertions and removals of the electronic device is gradually increased, the stress value of the portion between the electronic device and the electrical socket is also accumulated (4). When the stress value reaches a critical value, the connection between the electronic device and the slot device and the _locking button of the inserted device may be deformed, or even the breakage may be caused. < In the process of electronically charging the electronic device in the electrical socket, another problem arises: when the user _ the electronic device is too strong, the connection between the electronic device and the electric socket is inserted The damage caused by the screw lock of the trough device will be even greater in 201218528. If the slot assembly is fitted with a small size screw, the stress strength of the socket unit can be reduced. This will result in a significant reduction in the life of the socket unit. In addition, the electrical sockets of some conventional circuit boards are directly electrically soldered on the circuit board, so they are not as strong as the mechanical connection. In the process of repeated plugging and unplugging, the electronic device is often connected to the slot device. Before the critical point of damage, the electrical slot is first detached from the board or the contact is poor, and the function of the slot device is lost, resulting in a problem that the service life of the slot device is not long. SUMMARY OF THE INVENTION In the above question, the present invention provides a slot device for improving the connection between the electronic device and the slot device, which is easily damaged by external force, and the screw locking portion of the slot device is susceptible to external force. The problem of causing a break, which in turn requires repair or replacement of the electrical socket. The red socket of the present invention includes a housing, a circuit board, a fixing member, at least a vibration-isolating member, and a - wear-through fastener. Wherein, the housing has a receiving portion, the receiving portion has an accommodating space and at least a fixing hole, and the receiving portion further has an opening. The circuit board is mounted in the accommodating portion, and the circuit board has an electric socket which is opened through the casing (4) and exposed outside the casing. The mosquito body has a fixed portion on the circuit board, the mounting portion has at least one portion, and the mounting portion has a relative - first surface and a second surface, and the mounting portion is first The surface is disposed on the housing. The vibration isolating member is disposed on the second surface of the mounting portion, and the vibration isolating member has a perforation corresponding to the locking hole. The first (four) pieces are sequentially passed through the perforations and the keyholes, and 201218528 and the first-through fasteners are fixed on the fixing holes, so that the isolation element, the mounting part and the housing are combined with each other. The socket device disclosed in the present invention may further comprise a composite material layer disposed on a working surface of the valley portion. The composite material layer comprises a soft material layer and a hard material layer, and the fixing holes are disposed on the hard material layer. Compared with the conventional slot device, the structure of the slot device of the present invention can reduce the stress intensity applied by the electronic device to the insertion and removal device during the insertion and removal process, and reduce the electronic device and the slot device. The vibration generated during the insertion and removal process. In addition, the present invention also increases the ability of the slot device to withstand the load on the screw lock, thereby increasing the life of the slot device. The above description of the present invention and the following description of the embodiments of the present invention are intended to provide a further explanation of the scope of the invention. [Embodiment] The slot device disclosed in the present invention is applied to an electronic device, wherein the electronic device includes, but is not limited to, an electronic device having a slot device such as a mobile phone, a camera, a camera, etc. Limited. The following is a detailed description of the present invention. The following is provided for reference and description only and is not intended to limit the invention. As shown in FIG. 1 to FIG. 3, a slot device according to an embodiment of the present invention includes a housing 100, a circuit board 2, a fixing member 3 (8), and at least one isolation. The component 400 and the at least one first wearing member 5 are. 7 201218528 As shown in "1" and "2A", the housing 100 has a back plate portion 11G and a receiving portion 12G which are connected to each other, and the receiving portion 12G is divided into an active surface (2), a front housing 122 and - the rear shell 123 three parts. In detail, the front shell 122 and the rear shell 123 first join the front shell 122 and the rear shell (2) in a snap-fit structure, and then engage the action surface 121 on the front shell 122, where the upper surface of the combined object is relatively flat. The portion called the back plate portion 11〇, and the wider portion below the object is referred to as the receiving portion 120. And the inside of the accommodating portion 120 is formed with *"1" to "3", and the second layer has a composite 枓 layer" including a soft material layer 121a and a hard material layer (4). On the surface m, i σ 121d is opened through the soft material layer and the hard material layer 121b. Among them, the soft material soup and the hard material layer are located in the shell portion, and the material 121a and the hard material layer 121b are superposed on each other. The soft material (4) 121a and the electronic device are fine-tuned, and the recording material layer (2)a is inserted or pulled (4). The hard material layer i2lb is provided with a space; and the layer of the returning material 121b is added to the fixing hole 121c to increase the structural thickness thereof, thereby increasing the structural strength to resist the force of the locking force. In addition, the soft material layer and the hard material layer mb of the composite material layer of the present embodiment are a body-shaped structure, but are not limited thereto, and those skilled in the art may also divide the material layer 121a and The hard material layer (4), and the soft material M 121a and the hard material ^ (4) are superposed on each other to constitute the composite material layer of the 201218528 invention. Please refer to "2A" and "2B". The circuit board 200 has a substrate 210 and an electrical socket 220 electrically disposed on the substrate 210. The substrate 210 has two bonding holes 211. The circuit board 200 is disposed in the accommodating portion 120, and the electrical socket 220 is disposed through the opening 121d of the active surface 121 to expose the electrical socket 220 outside the soft material layer 121a, and the electrical socket 22 The exposed part of the 〇 is electrically connected to the electronic device. • As shown in Fig. 2A, Fig. 2B and Fig. 3, the fixing member 300 includes two opposite mounting portions 31A, a flat portion 32A, and two opposing cylindrical portions 330. The cylindrical portion 33 is a hollow cylinder, and the mounting portion 3ι and the flat portion 32〇 respectively have two locking holes S11 and two through holes, wherein the through holes are respectively corresponding to the combined holes 21 and the locking holes are also Corresponding to the fixing holes 121〇, respectively. The inspection portion 310 is disposed at both ends of the flat plate portion 32, and one side of the mounting portion 310 is connected to the side of the flat portion 32 (), and the two seismic portions 310 are disposed on the flat portion 320. Same side®. The cylindrical portion 33 is also provided on the same side surface as the mounting portion 3K), and the hollow portion of the cylindrical portion 33 () corresponds to the through hole 321 of the plate portion 320. The body of the fixing member 3GG can be made of iron and has an integral structure so as to withstand a larger load, but the material used for the fixing member 3 is not limited to the material disclosed in the embodiment. For example, "2nd Ma and "2β"", the second wearing member 51, sequentially passes through the through hole 321 and the column portion and the joint hole buckle, so that the flat plate (four), the column 9 201218528 body portion 330 and the substrate 210 phase Combine. Since the column portion 32 is closed between the flat plate portion 32A and the substrate 21A, the f-way wiring (4) (10) on the circuit board does not cause a short circuit due to contact with the flat plate portion 320. Please continue to refer to "Figure 2A", "Figure 2B" and "Figure 3". The vibration-isolating member 400 of the present embodiment may be a ring-shaped body and has an elastic member, but is not practiced. When the electronic device is inserted into the slot 22 (), a stress is generated, and the stress causes damage to the fixing hole 121c, and the isolating element 400 provides the stress generated during the insertion of the electronic device, thereby further reducing the stress generated during the insertion process. The effect of reducing stress on the fixing hole 121c is reduced. The first wearing fastener 5 passes through the through hole 41〇 and the keyhole sequentially, and the first wearing fastener 500 is fixed on the fixing hole 121c, so that the vibration isolating element*(8), the mounting 4310, and the hard material layer 121b are combined with each other. Since the isolation element 4 〇〇 can absorb the stress of the insertion process, the vibration of the circuit board can be reduced, thereby reducing the chance of falling off the electrical socket 22 electrically connected to the circuit board. In the disclosed embodiment, the first wearing member 500 and the second wearing member 510 are described by using screws, but those skilled in the art can replace any fixing member, such as _ or rivet, not The embodiments disclosed in the present invention are limited. The present invention improves the structure of the housing, thereby increasing the service life of the socket device and increasing the isolation element to absorb the electrons when inserted into the electrical socket. The directional stress and the hole are set in the secret, so that the copper hole can withstand the stress destruction capability of 201218528. The other advantage brought by the increase of the isolation component of the present invention is: reducing the sway caused by the vertical direction of the circuit board, Such that the bonding surface of the electrical properties between the substrate and electrical slots available for addition to withstand the vertical load capacity ⑽ Zhen, a substantial increase in the service life of the device slot.
另外，奴體於結構上設置有複合材料層，透過置於殼體外 部的軟性材料層121a，以減緩垂直方向的應力衝擊，進而降 低固設孔的垂直拉力；並且，透過置於殼體内層的硬性材料 層，藉以增加固設孔121c處的結構厚度，進 承受垂餘力的貞絲力。 雖然本發狀實施·露如上·，缝_嫌定本發 明，任何熟習相關技藝者，在不脫離本發明之精神和範圍内， 舉凡依本發日种請範騎述之職、構造、特徵及數量當可做 =之變更，此本個之專娜魏_視本朗書所附之 申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖為本發明—實施例之插槽裝置的立體示意圖。 卓从圖為本發明一實施例之插财置之分解示意圖 第2B圖為本發明一實施例之插槽農置之内部分解示 第3 圖為本㈣—實細德财置的局部放大示意 【主要兀件符號說明】 意圖 圖 殼體 11 100 201218528 110 背板部 120 容置部 121 作用面 121a 軟性材料層 121b 硬性材料層 121c 固設孔 121d 開口 122 前殼 123 後殼 200 電路板 210 基板 211 結合孔 220 電性插槽 300 固定件 310 裝設部 311 鎖孔 320 平板部 321 透孔 330 柱體部 400 隔震元件 410 穿孔 500 第一穿固件In addition, the slave body is structurally provided with a composite material layer, through the soft material layer 121a disposed outside the casing, to reduce the vertical stress shock, thereby reducing the vertical tensile force of the fixing hole; and, by being placed in the inner layer of the casing The hard material layer is used to increase the thickness of the structure at the fixing hole 121c, and to receive the squeezing force of the residual force. The present invention is not limited to the spirit and scope of the present invention, and the duties, structures, features and If the quantity can be changed, the one of the patents of this article is as defined in the scope of the patent application attached to this book. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a slot device of the present invention. FIG. 2B is an exploded perspective view of the plug-in arrangement according to an embodiment of the present invention. FIG. 2B is an internal exploded view of the slot farm according to an embodiment of the present invention. FIG. [Description of main components] Intentional drawing housing 11 100 201218528 110 Backing plate portion 120 accommodating portion 121 Working surface 121a Soft material layer 121b Hard material layer 121c Fixing hole 121d Opening 122 Front case 123 Back case 200 Circuit board 210 Substrate 211 Bonding hole 220 Electrical socket 300 Fixing piece 310 Mounting part 311 Locking hole 320 Flat part 321 Through hole 330 Column part 400 Isolation element 410 Perforation 500 First wearing
12 201218528 510 第二穿固件12 201218528 510 Second wearing firmware
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