M362441 五、新型說明： 【新型所屬技術領域】 本創作係有關於一種電子裝置之腳座結構，特別 是指一種具有電源供應裝置之電子裝置之腳座結構。 【先前技術】 籲 目前電子產業中，特別是在資訊與通訊產品上， 電源供應裝置’如配接器（adapter，有人稱之為「適配器」 或「轉接器」）’是一種不可或缺的重要元件’除了負責 電壓準位的轉換之外，還包含其他的功效及元件。例如，有 橋式整流器負責整流；或者加上電容來負責穩壓（穩定電 壓）、濾波（過濾雜波、雜訊）；或者裝有保險絲做為安全防 護。 • 舉例來說，電子產品’如液晶螢幕(LCD)或筆記型電腦 (NOTEBOOK)，這些電子產品通常會附加—個電源供應裝置， 一般上，這種電源供應裝置可適應各個國家不同的電壓 (100〜240伏特)。t電源供應裝置的電源線連接到市電插座 時，此時便會由市電的交流電源讓電源供應装置開始運作， 之後，便能供應正確的直流電壓與電流給電子裝置，使其能 正常運作。 〜 習知電子產品所附加之電源供應裝置，#電源供應 6 M3 62441 裝置之一端接有一條電源線(POWER CORD)，該電源線的終端 會有一個插頭，可讓使用者插入市電插座，以接收市電之交 流電源；電源供應裝置之另一端通常為一條直流電之連接 線，透過此連接線連接到一電子裝置上，此時，便可使電源 供應裝置因運轉而產生之直流電壓與電流供給到電子產 品上。 一般來說，電子裝置所使用之電力線材的長短也 可能景>響到電壓與電流的耗損，愈長的電力線材電壓與電 流的耗損愈嚴重，而且比較容易會發生物理性損壞的情形 (如線材被動物咬斷，外緣包覆不完全，接頭或軸心外 露生鏽等之現象…）。 又，以目前的技術來說，一般電源供應裝置的内部 構造通常包含有將交流電轉變為直流電之線路，是以實際上 在體積上沒辦法將電源供應裝置做的太小，否則對效益及功 率上會有重大影響。因此，礙於電源供應裝置之體積，加上 電源供應裝置之兩端分別有一條交流電電源線及一條直流 電連接線，在使用上及收納、收藏上相當不便。 具有一般常識的人通常都知道，電力線材的使用上 若以纏繞的方式整理，雖然能達到美觀的目的，但因繞線的 關係容易產生電磁感應，使得電力線材因此生熱融化，又， 電力線材外緣包覆的橡膠層因熱溶化易產生短路現象，造成 危險。因此的碟是需要有一個適合的地方或空間來放置電源 供應裝置及其相關之電力線材，否則散佈一地的電力線材不 7 M362441 僅呈現出紊亂的現象，安全上也堪慮。 【新型内容】M362441 V. New description: [New technical field] The present invention relates to a foot structure of an electronic device, and more particularly to a foot structure of an electronic device having a power supply device. [Prior Art] In the current electronics industry, especially in information and communication products, power supply devices such as adapters (someone called "adapters" or "adapters") are indispensable. The important components of 'in addition to the conversion of the voltage level, but also include other functions and components. For example, a bridge rectifier is responsible for rectification; or a capacitor is added for regulation (stabilized voltage), filtering (filtering clutter, noise), or a fuse is used for safety protection. • For example, electronic products such as liquid crystal displays (LCDs) or notebook computers (NOTEBOOK), these electronic products usually have a power supply device. Generally, this power supply device can adapt to different voltages in different countries ( 100 to 240 volts). When the power cord of the power supply unit is connected to the mains socket, the power supply unit will be operated by the AC power supply of the mains. After that, the correct DC voltage and current can be supplied to the electronic device to make it operate normally. ~ Power supply unit attached to the electronic product, # power supply 6 M3 62441 One of the devices is terminated with a power cord (POWER CORD), the terminal of the power cord will have a plug that allows the user to plug into the mains socket Receiving the AC power of the mains; the other end of the power supply device is usually a DC power connection line, and is connected to an electronic device through the connection line. At this time, the DC voltage and current supply generated by the power supply device can be operated. Go to electronic products. In general, the length of the power wire used in the electronic device may also be affected by the voltage and current consumption. The longer the voltage and current consumption of the power wire is, the more serious the physical damage is ( If the wire is bitten by the animal, the outer edge is not completely covered, the joint or the shaft is exposed to rust, etc....). Moreover, in the current technology, the internal structure of a general power supply device usually includes a circuit for converting alternating current into direct current, so that the power supply device is not too small in size, otherwise the efficiency and power are There will be a major impact on it. Therefore, due to the volume of the power supply device and the fact that there is an AC power line and a DC link at each end of the power supply device, it is quite inconvenient to use, store and collect. Generally speaking, people with common knowledge know that the use of electric wires can be arranged in a entangled manner. Although it can achieve the purpose of aesthetics, electromagnetic induction is easily generated due to the relationship of winding, so that the electric wires are heated and melted. The rubber layer covered by the outer edge of the wire is prone to short circuit due to thermal melting, posing a hazard. Therefore, the disc needs to have a suitable place or space to place the power supply device and its related power wires. Otherwise, the power wires scattered in one place are not turbulent, and the safety is also considered. [New content]
本創作之一目的，在於提供一種具有電源供應裝 置之電子裝置，藉由在電子裝置之腳座上設置一個放 置電源供應器之結構，並將電源供應器之本體藉由連 接器直接固定於該電子裝置之腳座上，可降低電力線 材暴露在外容易損傷的風險，提高電源供應的穩定性。 本創作之另-目的，在於提供一種具有電源供應 裝置之電子裝置’藉由在電子裝置之腳座上設置一個 放置電源供應器之結構，並將電源供應器之本體藉由 連接器直接固定於該電子裝置之腳座上，使電源供應 器不需再經由-條連接線來供應電子裝置所需之直济 電壓與電流’因此’能減少連接線易受其他電力干^ 之因素’使電源供應㈣提供可靠（穩定）的電壓與電 =電子裝置。此外，因為少了—條直流電連接線之 除了整理收納較為方便之外，還可降低線材成 本與增加電源供應之可靠（穩定）度。 置 置 器 目的，本瓣之具有電源供應裝 之電子裝置’在其電子裝置的腳座域置—處可放 電源供應裝置之結構，腳座上設置有一第一連接 ，而電源供應裝置之本體上設置有一第二連接器， 8 M3 62441 第一連接器與第二連接器可互相連接與分離。而且， 電源供應裝置還包含有一接收外部電源之電源線，當 第一連接器與第二連接器電性耦合時，便可將電源供 應給該電子裝置。 【實施方式】 有關本創作之詳細說明及技術内容，配合圖式說 明如下，然而所附圖式僅提供參考與說明用，並非用 來對本創作加以限制者。 本創作係提供一種具有電源供應裝置之電子裝 置之腳座之結構。市面上有些電子裝置是具有腳座結 構的，這些腳座結構的目的是為了支撐電子裝置本 體，通常位於電子裝置本體的下方，有人稱這些之稱 結構為底座或支撐座。本創作即在於將電源供應裝置 與電子裝置之腳座進行結合，達到讓使用者方便使用 該電子裝置之目的。 本創作所述之電子裝置雖以液晶螢幕為例，但創 作上並不限於此。以下，請參考第二圖，係為本創作 之電子裝置與電源供應裝置分離之示意圖。電子裝置 1架設於腳座2之上，並且電子裝置1之腳座2上具 有一個容置結構6，可裝設電源供應裝置3。容置結構 6的設計方式有很多種方式，主要的結構是要能容 9 M3 62441 納、收藏或放置電源供應裝置3。因此舉凡是一容置 空間、一槽狀空間、一凹孔或一洞穴，只要是能讓電 源供應裝置3放置、卡入或插入至腳座2之中皆可達 到本創作之目的。 同樣地，請參考第二圖，本創作之具有電源供應 裝置之電子裝置，其中放置電源供應裝置之容置結構 6上另可設置有第一固定結構6b，而電源供應裝置3 上也設置有第二固定結構3b，以對應第一固定結構 6b;使得第一固定結構6b可以支撐、夾持、或卡固電 源供應裝置3，使得電源供應裝置3可與腳座2之容 置結構6牢固地結合。 同樣地，請參考第二圖，本創作之具有電源供應 裝置之電子裝置，其中該電源供應裝置3可以是配接 器。甚至，而在其他實施例該電源供應裝置3的也可以 是一蓄電裝置或一電池，如：内含一個或複數個電池 元件之電池盒，或是使用具有多次充、放電能力之鋰 電池。因此，當電源供應裝置3與電子裝置1之腳座 2上所設置之容置結構6結合時，其實是透過容置結 構6所設置之第一連接器6a與電源供應裝置3所設置 之第二連接器3a作為電性連結以供給電子裝置1工作 M3 62441 時所需之電壓與電流。且，第一連接器6a與第二連接 器3a在設置上可以具有防呆功能，以避免使用者之錯 誤操作。 本創作之具有電源供應裝置之電子裝置，在其電子 裝置的腳座上設置一容置結構，可供放置電源供應裝 置，容置結構上設置有一第一連接器，而電源供應裝 置之本體上設置有一第二連接器，第一連接器與第二 連接器可互相連接與分離。因與習知技術相比因少了 一條直流電連接線之電力線材而可降低成本。 以上所述僅為本創作之較佳實施例，非用以限定 本創作之專利範圍，其他運用本創作之專利精神之等 效變化，均應倶屬本創作之專利範圍。An object of the present invention is to provide an electronic device having a power supply device, wherein a structure for placing a power supply is disposed on a foot of the electronic device, and the body of the power supply is directly fixed to the body by a connector. The foot of the electronic device can reduce the risk of damage to the power wire exposed and improve the stability of the power supply. Another object of the present invention is to provide an electronic device having a power supply device 'by placing a power supply on a foot of the electronic device and directly fixing the body of the power supply to the connector by a connector The foot of the electronic device allows the power supply to supply the straight-line voltage and current required by the electronic device without the need of a cable connection. Therefore, the power supply can reduce the connection line to be susceptible to other power sources. Supply (4) Provide reliable (stable) voltage and electricity = electronic devices. In addition, because the DC-connected cable is less convenient to organize and store, it can also reduce the wire cost and increase the reliability (stability) of the power supply. For the purpose of the device, the electronic device with the power supply of the valve can be placed in the structure of the foot of the electronic device, and the power supply device can be placed on the foot. The first connection is provided on the foot, and the body of the power supply device is provided. A second connector is provided, 8 M3 62441 The first connector and the second connector can be connected and separated from each other. Moreover, the power supply device further includes a power cord for receiving an external power source, and when the first connector is electrically coupled to the second connector, the power source can be supplied to the electronic device. [Embodiment] The detailed description and technical contents of the present invention are described below with reference to the drawings, but the drawings are only for reference and explanation, and are not intended to limit the creation. The present invention provides a structure of a foot of an electronic device having a power supply device. Some electronic devices on the market have a foot structure. The purpose of these foot structures is to support the electronic device body, usually located below the body of the electronic device. Some people call these structures a base or a support base. This creation combines the power supply unit with the foot of the electronic device to facilitate the user's use of the electronic device. The electronic device described in the present invention is exemplified by a liquid crystal screen, but the creation is not limited thereto. In the following, please refer to the second figure, which is a schematic diagram of the separation of the electronic device and the power supply device of the present invention. The electronic device 1 is mounted on the foot base 2, and the foot base 2 of the electronic device 1 has a receiving structure 6 on which the power supply device 3 can be mounted. There are many ways to design the accommodating structure 6. The main structure is to accommodate 9 M3 62441 nanometers, to store or place the power supply device 3. Therefore, any housing space, a slotted space, a recessed hole or a cave can be used for the purpose of the creation, insertion or insertion of the power supply device 3 into the foot 2. Similarly, please refer to the second figure, the electronic device with the power supply device of the present invention, wherein the accommodating structure 6 on which the power supply device is placed may be further provided with a first fixing structure 6b, and the power supply device 3 is also provided with The second fixing structure 3b corresponds to the first fixing structure 6b; so that the first fixing structure 6b can support, clamp, or clamp the power supply device 3, so that the power supply device 3 can be firmly secured with the receiving structure 6 of the foot 2 Ground combination. Similarly, referring to the second figure, the electronic device of the present invention having a power supply device, wherein the power supply device 3 can be a connector. Even in other embodiments, the power supply device 3 may be a power storage device or a battery, such as a battery case containing one or more battery components, or a lithium battery having multiple charging and discharging capabilities. . Therefore, when the power supply device 3 is combined with the accommodating structure 6 provided on the foot 2 of the electronic device 1, the first connector 6a and the power supply device 3 disposed through the accommodating structure 6 are actually disposed. The two connectors 3a are electrically connected to supply the voltage and current required for the electronic device 1 to operate M3 62441. Moreover, the first connector 6a and the second connector 3a may have a foolproof function in setting to avoid erroneous operation by the user. The electronic device with the power supply device of the present invention is provided with a receiving structure on the foot of the electronic device for placing the power supply device, and the first connector is disposed on the receiving structure, and the body of the power supply device is disposed on the body A second connector is provided, and the first connector and the second connector are connectable and detachable. The cost can be reduced by reducing the power wire of a DC link compared to the conventional technology. The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the scope of the patents of the present invention, and other equivalent changes in the patent spirit of the present invention are to be included in the scope of the patent.
11 M362441 【圖式簡單說明】 第一圖係習知之電子裝置與電源供應裝置連接之 示意圖；以及 第二圖係本創作之電子裝置與電源供應裝置分離 之示意圖。 【主要元件符號說明】 1 電子裝置 2 腳座 3 電源供應裝置 3a 第二連接器 3b 第二固定結構 4 連接線 5 電源線 6 容置結構 6a 第一連接器 6b 第一固定結構 1211 M362441 [Simple description of the diagram] The first diagram is a schematic diagram of the connection between the conventional electronic device and the power supply device; and the second diagram is a schematic diagram of the separation of the electronic device of the present invention from the power supply device. [Main component symbol description] 1 Electronic device 2 Foot holder 3 Power supply device 3a Second connector 3b Second fixed structure 4 Connection cable 5 Power cable 6 Resisting structure 6a First connector 6b First fixing structure 12