1336157 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種電源轉接器’特別是關於一種本身 具有整線功能的電源轉接器。 【先前技術】1336157 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a power adapter', particularly to a power adapter having a full-line function. [Prior Art]
電源轉接器（adapter)是電子產品與外部電源之間的 連接裝置，其主要功能係為將外部電源之交流電整流及變 壓’以表：供電子產品適合且穩定的電壓及電流。 請參照圖-，其係為習知電源轉接器的示意圖。如圖 所示，一般市面上的電源轉接器1〇〇包括一殼體11()、一 第-插頭120及-第二插頭13〇。其中，殼體11〇内部具 有複數個電子元件，以及電子元件顺成的各種電路，用 以將輸入之交流電加以整流及變壓。 第-插頭120係透過一第一電源線123與殼體ιι〇連 結’且與殼體110内部的電子元件電性連接。而第一插頭 120包括一第一本體121另楚L^ 減早奶。甘t 第一本體121所包覆之第一連 W肇㈣:，帛—連接端子122係連接至電子產品 職投影I朴將整流或變壓過的電壓 及電、供給電子產品。 Β ' ' 第了插碩130係透過一第二電源線⑶ 接’且與殼體11〇内邱沾你 ，、双遛1川連 130包括-第-太乂的电子兀件電性連接。而第二插頭 接端子132。其中’第—，第一本體131/斤包覆之第二連 〜連接端子132係連接至外部電源 5 第-電源線223之-端連結於殼體21〇的一端面，且 ^殼^0内部的電子元件電性連接。第一插頭2 衫:電源線223之另—端，且第一插頭測可與凹緣 24。以緊配合方式組合，使第一插頭咖目定於整線結構 同樣地，第—電源線233之-端連結於殼體21〇的另 ^•端面，狀殼體11()_的電子树電性連接。第二播 頭230則連結於第二電源線233之另一端且第二插頭咖 可與凹緣241以緊配合方式組合，使第二插頭23〇固定於 整線結構240。 、 第一插頭220具有一第一本體221，第一本體221係 為絕緣且具有撓性的橡膠材質，用以包覆第一插頭22〇的 第二連接端子222。其中’第一連接端子微係連接至可 攜式電子產品（如：筆記型電腦及投職..等），將整流或 變壓過的電壓及電流提供給電子產品。 此外，第一本體221具有一第一溝槽221〇，且第一溝 槽2210具有-底面2211及兩側壁2212。上述第一溝槽 2210的底面2211及兩侧壁2212可與整線結構240的凹緣 241以緊配合的方式組合，使第一插頭22()固定於整線結 構24(L·在一較佳實施例中，第—溝槽221〇係為一環形溝 槽。 詳細地說，整線結構240之凹緣241可嵌入第一溝槽 2210内，且與第一溝槽2210之兩側壁2212互相抵住，使 第一插頭220不易由整線結構24〇脫落。同時，由於第一 本體221為軟性材質，所以第—插頭22〇可更加有效地固 定在整線結構240上。 如圖二所示’當電源轉接器在不使用的狀況下，可先 將第一電源線223纏繞於殼體210上之環侧面，再將第一 插㈣。卡合固定於整線結脚之凹=上=成 f，頭220及其第一電源線223之整線與收納。值得注 忍的疋’整線結構240之周緣突出於殼體21〇的側面，可 用來抵住賴^殼體21G上之咖®之電麟，避免電源 線由殼體210兩端滑出。 同樣地，第二插頭230具有一第二本體231，第二本 體231係為絕緣且具有撓性的橡膠材質，用以包覆第二插 頭230的第二連接端子232。其中，第二連接端子232係 連接至外部電源的交流電源。 此外，第一本體231具有一第二溝槽2310，且第二溝 槽2310具有一底面2311及兩側壁2312。上述第二溝槽 2310的底面2311及兩側壁2312可與整線結構24〇的凹緣 241以緊配合的方式組合，使第二插頭22〇㈤定於整線結 構240。在一較佳實施例中，第二溝槽231〇係為一環形溝 槽。 如圖二所示，當電源轉接器在不使用的狀況下，可先 將第二電源線233以束帶234綑綁後，再將第二插頭23〇 卡合固定於整線結構240之凹緣241上。 或者，如圖三所示，可先將第二電源線233纏繞於殼 體210上之環側面，再將第二插頭23〇卡合固定於整線結 構240之凹緣241上，以完成第二插頭230及其第二電 1336157 線233之整線與收納。 值得注意的是，本發明之整線結構24〇 出於殼體210之-側面，也就是說整線° 口次 個凹緣24]可供插頭來卡合。 再仙具有〜 然而’在較佳實施例中，整線結構24〇係可且A power adapter is a connection between an electronic product and an external power source. Its main function is to rectify and transform the alternating current of the external power supply to the table: suitable and stable voltage and current for the electronic product. Please refer to the figure - which is a schematic diagram of a conventional power adapter. As shown in the figure, a commercially available power adapter 1A includes a housing 11 (), a first plug 120 and a second plug 13A. The housing 11 has a plurality of electronic components therein, and various circuits for arranging the electronic components to rectify and transform the input alternating current. The first plug 120 is connected to the housing ι through a first power cord 123 and is electrically connected to the electronic components inside the housing 110. The first plug 120 includes a first body 121 and a reduced milk. The first connection covered by the first body 121 is: (帛): The connection terminal 122 is connected to the electronic product, and the voltage and electricity that is rectified or transformed are supplied to the electronic product. Β ' ' The first plug-in 130 series is connected through a second power cord (3) and is in contact with the inside of the housing 11 , and the double 遛 1 chuanlian 130 is electrically connected to the electronic components of the first-to-too. The second plug is connected to the terminal 132. Wherein, the first body 131/kg of the second connection-connection terminal 132 is connected to the external power source 5 - the end of the power supply line 223 is connected to one end surface of the casing 21, and the casing ^0 The internal electronic components are electrically connected. The first plug 2 shirt: the other end of the power cord 223, and the first plug can be measured with the recessed edge 24. In a tight fit manner, the first plug is fixed to the entire line structure. Similarly, the end of the first power cord 233 is coupled to the other end surface of the housing 21, and the electronic tree of the housing 11 ()_ Electrical connection. The second head 230 is coupled to the other end of the second power line 233 and the second plug can be combined with the recess 241 in a tight fit to secure the second plug 23 to the integral structure 240. The first plug 220 has a first body 221 which is insulated and has a flexible rubber material for covering the second connection terminal 222 of the first plug 22A. The 'first connection terminal' is micro-connected to a portable electronic product (such as a notebook computer and a job, etc.) to supply rectified or transformed voltage and current to the electronic product. In addition, the first body 221 has a first groove 221, and the first groove 2210 has a bottom surface 2211 and two side walls 2212. The bottom surface 2211 and the two side walls 2212 of the first trench 2210 can be combined with the concave edge 241 of the whole line structure 240 in a tight fit to fix the first plug 22() to the entire line structure 24 (L·in a comparison In a preferred embodiment, the first trench 221 is an annular trench. In detail, the recess 241 of the full-line structure 240 can be embedded in the first trench 2210 and the two sidewalls 2212 of the first trench 2210. The first plug 220 is not easily detached from the entire wire structure 24 at the same time. At the same time, since the first body 221 is made of a soft material, the first plug 22 can be more effectively fixed on the entire wire structure 240. As shown in the following figure, when the power adapter is not in use, the first power cord 223 may be wound around the side of the ring on the housing 210, and then the first plug (four) is snapped and fixed to the recess of the whole line. = upper = into f, the whole line and storage of the head 220 and its first power line 223. It is worthy of tolerance that the circumference of the whole line structure 240 protrudes from the side of the casing 21 ,, and can be used to resist the housing The power of the coffee on the 21G, to prevent the power cord from sliding out from both ends of the housing 210. Similarly, the second plug 230 has a second The second body 231 is an insulating and flexible rubber material for covering the second connection terminal 232 of the second plug 230. The second connection terminal 232 is connected to an AC power source of an external power source. The first body 231 has a second groove 2310, and the second groove 2310 has a bottom surface 2311 and two side walls 2312. The bottom surface 2311 and the two side walls 2312 of the second groove 2310 can be recessed with the entire line structure 24 The rims 241 are combined in a tight fit such that the second plug 22(5) is positioned in the entire line structure 240. In a preferred embodiment, the second groove 231 is an annular groove. As shown in FIG. When the power adapter is not in use, the second power cord 233 may be bundled with the strap 234, and then the second plug 23〇 is snap-fitted to the recess 241 of the whole line structure 240. Alternatively, As shown in FIG. 3, the second power cord 233 can be wound around the side of the ring on the housing 210, and the second plug 23b can be snap-fitted to the recess 241 of the whole line structure 240 to complete the second plug. 230 and its second electric 1336157 line 233 line and storage. It is worth noting that this The entire line structure 24 〇 is out of the side of the housing 210, that is to say the entire line ° the next concave edge 24] can be engaged by the plug. Again, there is ~ but in the preferred embodiment, the whole line Structure 24
二Π緣：。例如，整線結構240之周緣可突出於彀 的四個側面，且具有四個凹緣如，其中這些 4兩兩相對且互相垂直，如圖二及圖三所示。如此 根據電源線長度，插頭（第一插頭220或第二插頭23〇)可 組合至適當的凹緣241。 在本發明之-實施例令，電源轉接器之殼體21〇與整 線結構24G係為-體成形。而在另—實施例中，整線結 240可利用額外鎖_方式與殼體21()結合^如圖四所示， 正線結構240係為-板狀結構’且整線結構24〇與殼體训 端面分別設置相對應的導孔（圖中未顯示），並利用複數個Second edge: For example, the circumference of the entire line structure 240 may protrude from the four sides of the crucible and have four concave edges, such as four, two of which are opposite and perpendicular to each other, as shown in Figures 2 and 3. Thus, depending on the length of the power cord, the plug (the first plug 220 or the second plug 23A) can be combined to the appropriate recess 241. In the embodiment of the present invention, the housing 21 of the power adapter and the entire wire structure 24G are formed in a body. In another embodiment, the integral wire 240 can be combined with the housing 21 () by an additional lock method. As shown in FIG. 4, the positive line structure 240 is a plate-like structure and the entire line structure is 24 The corresponding end faces of the housing training end are respectively set (not shown in the figure), and a plurality of
鎖固7G件242(如：螺絲），來接合整線結構24G於殼體21〇 的端面。 d而本發明之设计概念不僅可應用於前述之電源轉 接器’亦可喊祕具有外部殼體、電猶及透過電源線 連接至殼體的插頭..等元件之電子裝置。 綜上所述，藉由設置於電源轉接器之殼體上之整線結 構以及搭配整線結構所改良之插頭本體結構，可使電源 轉接器之電源線更加容終理，並且*會有祕線纏繞糾 結的問題。和地說’當電轉接H不制時，可將電源 線纏繞於麵祕S讀體表面，並且將_恤合於整線 結構上，使電源轉接器的收納更為簡單方便且不佔空間。 本發明雖以較佳實例闡明如上，、然其並非用以限定本 發明精神與發明實體僅止於上述實施_。對熟悉此項技 術者，，可輕易了解並利用其它元件或方式來產生相同的 功效。是以，在不脫離本發明之精神與範圍内所作之修改， 岣應包含在下述之申請專利範圍内。 〆 【圖式簡單說明】 藉由以下詳細之描述結合所附圖示，將可輕易的了解 上述内容及此項發明之諸多優點，其中： 圖一係為習知電源轉接器之示意圖； 圖二係為本發明電源轉接器之示意圖； 圖二係為本發明電源轉接器之示意圖；以及 圖四係為本發明電源轉接器另一實施例之示意圖。 【主要元件符號說明】 100 :電源轉接器 120、220 .第一插頭 122、222 :第一連接端子 124、234 :束帶 13卜231 :第二本體 133、233 ·第二電源線 2211、2311 :底面 110、210 :殼體 121、221 :第一本體 123、223 :第一電源線 130、230 :第二插頭 132、232:第二連接端子 2210 :第一溝槽 2212、2312 :側壁 •1336157 2310 :第二溝槽 240 :整線結構 241 :凹緣 242:鎖固元件A 7G member 242 (e.g., a screw) is locked to engage the entire wire structure 24G at the end face of the housing 21''. d, the design concept of the present invention can be applied not only to the aforementioned power adapter, but also to an electronic device having an external casing, a plug, and the like connected to the casing through a power cord. In summary, the power line of the power adapter can be further corrected by the whole line structure disposed on the casing of the power adapter and the plug body structure improved by the whole line structure, and There are problems with the entanglement of the secret line. And say, 'When the power transfer H is not made, the power cord can be wound around the surface of the face S, and the _ smock is integrated on the whole line structure, making the storage of the power adapter easier and more convenient. Take up space. The present invention has been described above by way of a preferred example, and is not intended to limit the spirit of the invention and the inventive subject matter. For those skilled in the art, other components or means can be easily understood and utilized to produce the same effect. Modifications made within the spirit and scope of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS The above and other advantages of the invention will be readily understood by the following detailed description in conjunction with the accompanying drawings in which: FIG. 1 is a schematic diagram of a conventional power adapter; 2 is a schematic diagram of a power adapter of the present invention; FIG. 2 is a schematic diagram of a power adapter of the present invention; and FIG. 4 is a schematic diagram of another embodiment of the power adapter of the present invention. [Main component symbol description] 100: power adapter 120, 220. First plug 122, 222: first connection terminal 124, 234: strap 13 231: second body 133, 233 · second power line 2211 2311: bottom surface 110, 210: housing 121, 221: first body 123, 223: first power supply line 130, 230: second plug 132, 232: second connection terminal 2210: first groove 2212, 2312: side wall • 1336157 2310: second groove 240: full line structure 241: concave edge 242: locking element
1212