201242177 六、發明說明： 【發明所屬之技術領域】 本發明有關於一種電源插座以及電源延長線，且特別 是有關於具有開關功能而可控制通電或斷電的電源插座以 及電源延長線。 【先前技術】 隨著科技的進步’各式各樣的電器裝置的種類不斷推 陳出新’使人們的生活更加地便捷與舒適。隨著電器事置 的種類增加，既有的壁式插座面臨插孔不足的現象，因此 品要藉助電源延長線插座來擴充插座。舉例來說，電腦及 其周邊電器設備通常插接在同一個電源延長線中的插^上 ’電腦的周邊電器配備常見的有印表機、掃描機、無線基 地台或音響等其巾-種或組合。市面上常見的電源延長線 具有一個或一個以上的開關供使用者關閉插座的供電。 傳統具有開關功能的電源延長線於設計時，往往將開 關單元設計一個殼體之中，而用以夾持插頭之鰭片結構二 及複數個共用電極分別設置在所述殼體外側。其中，共用 電極，經由拉金屬線或料金屬板穿人殼體之内，而使得 開關單7C可f性連接至共用電極。藉此，當關單元被開 啟導通時，插頭可透過則結構而自制電極得到電源。 §大1生產傳統的電源延長線時，上述拉金肩 =彎折金屬_設計將耗費相#可崩金屬原料，使将 1造成本無法下降。因此，業界 ，折金屬板的設計，使得開關單元同樣; 至共用電極。 包丨史饮 4/18 201242177 【發明内容】 本發明實施例在於提供一種具有開關功能之電源插座 ，將其中一個共用電極貫穿過設置開關的殼體，且將所述 開關中的導電元件設計成輕翻*板形式’選擇性的接觸或離 開共用電極’以貫現電源插座的導通或截止。 本發明實施例提供一種具有開關功能之電源插座，所 述具有開關功能之電源插座包括一第一殼體、一第一導電 體以及一開關單元。其中，第一殼體具有一底面以及一側 面，側面係被一第一電極貫穿，於第一殼體内之第一電極 係長條形且位於底面上方。第一導電體具有一第一夾持部 與一第一本體部，第一夾持部用以夾持一電源插頭之一第 一鰭片，第一本體部卡持於第一殼體之側面而架置在第一 電極上方，且第一本體部具有一凹槽，第一電極位於凹槽 與底面之間。開關單元容置於第一殼體中且卡持於凹槽以 耦接第一導電體，具有一第一端與一第二端，第一端與第 二端分別位於凹槽之兩側，當開關單元開啟時，第二端向 下方移動而接觸第一電極之一上表面，當第一端受外力操 作而使開關單元關閉時，外力以凹槽為支點，將第二端向 上方提起而不接觸第一電極之上表面。 在本發明一示範實施例中，具有開關功能之電源插座 更包括一第二導電體，第二導電體具有一第二夾持部與一 第二本體部，第二夾持部用以夾持電源插頭之一第二鰭片 ，第二本體部卡持於第一殼體，且第二導電體耦接一第二 電極。此外，第一殼體可具有一隔離元件，隔離元件設置 於第一導電體與第一電極之間，用以電性隔離第一導電體 與第一電極。另外，第一炎持部以一第一方向夾持第一魚耆 5/18 201242177 片’第-讀部具有m方向延狀平面以分散於第 一方向所受之應力。 本發明實施例在於提供-種電源延長線，所述電源延 長線有多個㈣插座，而這些電源插座設置開_殼體可 由其中-個共用電極貫㈣’且將所述開關中的導電元件 設計成她板似’藝性的接觸或關共肖雜，以實 現電源插座的導通或戴止。 本發明實施例提供一種電源延長線，所述電源延長線 包括多數個具有開關功能之電源插座。每-個具有開關功 ，之電源插座具有-第一殼體、—第—導電體以及一開關 單元。第-叙體具有-底面以及_側面，側面被一第一電 極貝^，於第-叙體内之第—電極係長條形且位於底面上 方。第-導電體具有n持部與―第—本體部，第一 失持部用以夾持—電源、插頭之-第-鰭片，第-本體部卡 ，於第一殼體之側面而架置在第一電極上方，且第一本體 =具有一凹槽，第一電極位於凹槽與底面之間。開關單元 合ί於第—殼體巾且卡持於凹槽以減第—導電體，具有 第一端與一第二端，第一端與第二端分別位於凹槽之兩 側，當開關單元開啟時，第二端向下方移動而接觸第一電 極之一上表面，當第一端受外力操作而使開關單元關閉時 外力以凹槽為支點，將第二端向上方提起而不接觸第一 電極之上表面。其中’所述多個具有開關功能之電源插座 共用第一電極，且第一電極貫穿每一個具有開關功能之電 源插座之第一殼體。 ‘上所述’本發明實施例所提供的具有開關功能之電 源插座以及電源延長線，藉由將其中一個電極貫穿電源插 6/18 201242177 座，而不需拉金屬線或彎折金屬板的設計，使得開關單元 同樣可以電性連接至共用電極。因此，本發明減少了許多 金屬原料的使用，進而使得製作成本更為降低。 為使能更進一步瞭解本發明之特徵及技術内容，請參 閱以下有關本發明之詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本發明加以限制者。 【實施方式】 〔第一實施例〕 請'一併參見圖1、圖2a與圖2b ’圖1係繪示依據本發 明第一實施例之具有開關功能之電源插座的爆炸圖。圖2a 係繪示依據本發明第一實施例之具有開關功能之電源插座 於一視角的立體視圖。圖2b係繪示依據本發明第一實施例 之具有開關功能之電源插座於另一視角的立體視圖。如圖 所示，具有開關功能之電源插座1包括了第一殼體10、第 一導電體12、開關單元14、第二導電體16、按鍵模組18 以及第一電極20。以下分別說明具有開關功能之電源插座 1之中各部元件的相對關係以及功能。 第一殼體10具有底面10a以及側面10b，側面10b被 第一電極20貫穿，於第一殼體内10之第一電極20係長條 形且位於底面10a上方。第一殼體10用以穩固地卡持第一 導電體〗2、第二導電體16、按鍵模組18以及第一電極20 ，並且用以容置開關單元14。此外，第一電極20可透過第 一殼體〗〇之側面l〇b上的狹縫10c而貫穿第一殼體10。在 此，第一殼體10可具有隔離元件102，設置於第一導電體 12與第一電極20之間，用以電性隔離第一導電體】2與第 一電極20。實際上，第一導電體12可貼附於隔離元件102 7/18 201242177 之上表面，而第一電極20可貼附於隔離元件〗〇2之下表面 ，隔離元件102應選用絕緣材料而可使第—導電體〗2與第 一電極20絕緣。當然，若是將第一導電體12十分牢固的 固疋在第一殼體10上，使得第—導電體]2位於第—電極 20之上方且有相當距離而不致接觸，則第一殼體1〇 離元件102。 “ μ ,、' 丨 .......^Τ 11遇用絕緣材 料並一體成型製成，而絕緣材料可為塑膠、橡膠或者其他 適當的材料。此外，第一殼體10 一部份之側面1〇b更可為 可拆式的側蓋104，當侧蓋104打開時，使得第一導電體 12、開關單元14、第二導電體16、按鍵模組18以及第: ▲電極20更容易裝設於第-殼體1〇上。當上述元件陸續裝 設於第一殼體10之後，再將側蓋104鎖固於第一殼體 上。於外觀上’可看出第一殼體10係被第一電極2〇貫穿 ，第—導電體12、第二導電體16固設於第一殼體1〇之側 面’且按鍵模組18設置於第一殼體1〇之頂面。 請繼續參見圖式，第一導電體12具有第一夾持部Η〕 f第—本體部m，第-夾持部m用以失持電源插頭之第 ―鰭片（未綠示）’第-本體部m卡持於第—殼體1〇之側 面1〇b而架置在第一電極20上方，且第_本體部124具有 凹槽124a，第一電極20位於凹槽124a與底面丨如之間。 於實務上，電源插頭之第一鰭片若以第一方向插入第二夾 持部122，則第一本體部124之延伸方向係與所述第一方向 =直。舉例來說’當第-失持部122以垂直方向失持第三 鰭片，於使用者插拔電源插頭時，第一失持部122於垂直 方向會叉到报大的應力。然而，第一本體部124更可^有 8/18 201242177 以一水平方向延伸之平面以分散於垂直方向所受之應力。 其中，第一本體部124可以水平方向延伸進入第一殼體10 並貼附於隔離元件102之上表面，使得第一本體部124於 垂直方向的受力面積較大，因此第一本體部124可將第一 夾持部122傳遞來的垂直方向的應力分散，而不易產生形 變。 開關單元14容置於第一殼體10中且卡持於凹槽124a 以耦接第一導電體〗2，具有第一端14a與第二端14b，第 一端14a與第二端14b分別位於凹槽124a之兩側。其中， 開關單元14應適於卡持在凹槽124a上，而以凹槽124a為 支點，使得第一端14a可運用槓桿原理連動第二端14b。當 開關單元14開啟時，第二端14b向下方移動而接觸第一電 極20之上表面，因而導通第一導電體12與第一電極20; 當第一端14a受外力操作而使開關單元14關閉時，外力以 凹槽124a為支點，將第二端14b向上方提起而不接觸第一 電極20之上表面。 於實務上，由於第一本體部124之凹槽124a設置於隔 離元件102之上表面，而與第一電極20有一高度落差，因 此開關單元14可具有一斜面，使得第二端14b更容易接觸 第一電極20。此外，為了使第二端14b與第一電極20之接 觸更穩固，開關單元14更可具有開關凸起部142，開關凸 起部142位於開關單元14之第二端14b，用以觸碰第一電 極20。相對的，第一電極20更可具有電極凸起部202，電 極凸起部202位於第一電極20之表面，用以觸碰開關單元 14之開關凸起部M2。 第二導電體]6具有第二夾持部162與第二本體部164 9/18 201242177 ，第二夾持部〗62用以夾持電源插頭之第二鰭片（未繪示) ，第二本體部〗62卡持於第—殼體1〇，且第二導電體]6耦 接第二電極22。其中，第二失持部162應與第一失持部122 平行而使電源插頭可同時將兩個鰭片插入，而第二本體部 164在此用以輔助固定第二導電體16於第一殼體1〇。當然 第二本體部164也可以籍由彎折部分板件以將第二夾持部 162傳遞來的垂直方向的應力分散，而不易產生形變。 按鍵模組18固設於第一殼體10,用以提供使用者控制 按鍵模組〗8而對開關早元14施加外力。於實務上，按鍵 模組18更可以具有一彈簧182，而彈簧182可套接於開關 單元14上，且約莫位於凹槽124a周圍，當使用者搬動按 鍵模組18時，彈簧182可朝向不同方向延伸以帶動開關單 元14。於實務上，具有開關功能之電源插座丨之按鍵模組 18可更包括一發光模組184，所述發光模組184可_接於 第一導電體12與第二導電體16之間，用以於開關單元14 開啟時產生光線。在此，本發明並不限定所述發光模組的 設置位置，所述發光模組184可設置於按鍵模組〗8之内而 透過按鍵模組18之透明殼體發光，或者所述發光模組184 可設置於第一殼體之外而提供外部照明。 在此，按鍵模組18與開關單元14之間更詳細的作動 方式’請繼續參見第二實施例所描述之内容。 〔第二貫施例〕 請一併參見圖1、圖3a與圖3b，圖3a係繪示依據本 發明第二實施例之具有開關功能之電源插座於不導通時的 剖面圖。圖3b係繪示依據本發明第二實施例之具有開關功 能之電源插座於導通時的剖面圖。如圖所示，由於彈簧]82 10/18 201242177201242177 VI. Description of the Invention: [Technical Field] The present invention relates to a power outlet and a power extension cord, and more particularly to a power outlet and a power extension cord having a switching function to control energization or de-energization. [Prior Art] With the advancement of technology, the variety of various types of electrical devices has been constantly evolving, making people's lives more convenient and comfortable. As the variety of electrical appliances increases, the existing wall sockets face a shortage of jacks, so the power extension cord socket is used to expand the socket. For example, the computer and its peripheral electrical equipment are usually plugged into the same power extension cable. The peripherals of the computer are equipped with common printers, scanners, wireless base stations or stereos. Or a combination. Common power extension cords on the market have one or more switches for the user to turn off the power to the outlet. The conventional power extension cord with switching function is designed to design a switching unit into a housing, and the fin structure 2 for holding the plug and a plurality of common electrodes are respectively disposed outside the housing. Wherein, the common electrode is pierced into the casing via the metal wire or the metal plate, so that the switch unit 7C can be f-connected to the common electrode. Thereby, when the off unit is turned on, the plug can transmit power through the structure and the self-made electrode. § When the large 1 production of the traditional power extension cord, the above-mentioned pull gold shoulder = bent metal _ design will consume the phase of the metal material, so that the original can not be reduced. Therefore, the industry, the design of the folded metal plate, makes the switch unit the same; to the common electrode.包丨史饮 4/18 201242177 SUMMARY OF THE INVENTION An embodiment of the present invention provides a power socket having a switching function, one of the common electrodes is passed through a housing of the set switch, and the conductive element in the switch is designed Lightly flip the * plate form 'selective contact or leave the common electrode' to complete the conduction or cut-off of the power outlet. An embodiment of the present invention provides a power socket having a switching function. The power socket having a switching function includes a first housing, a first electrical conductor, and a switching unit. The first housing has a bottom surface and a side surface, and the side surface is penetrated by a first electrode. The first electrode in the first housing is elongated and located above the bottom surface. The first conductor has a first clamping portion and a first body portion. The first clamping portion is for holding a first fin of the power plug, and the first body portion is clamped to the side of the first housing. And being disposed above the first electrode, and the first body portion has a groove, and the first electrode is located between the groove and the bottom surface. The switch unit is disposed in the first housing and is engaged with the recess to be coupled to the first electrical conductor, and has a first end and a second end. The first end and the second end are respectively located on opposite sides of the recess. When the switch unit is turned on, the second end moves downward to contact an upper surface of the first electrode. When the first end is operated by an external force to close the switch unit, the external force is supported by the groove, and the second end is lifted upward. Without contacting the upper surface of the first electrode. In an exemplary embodiment of the invention, the power socket having the switching function further includes a second electrical conductor, the second electrical conductor has a second clamping portion and a second body portion, and the second clamping portion is configured to clamp A second fin of the power plug, the second body portion is locked to the first housing, and the second conductive body is coupled to the second electrode. In addition, the first housing may have an isolation component disposed between the first electrical conductor and the first electrode for electrically isolating the first electrical conductor from the first electrical conductor. Further, the first swell portion holds the first raft in a first direction. 5/18 201242177 The s-read portion has an m-direction flank to disperse the stress in the first direction. An embodiment of the present invention provides a power extension cord having a plurality of (four) sockets, and the power sockets are provided with an open housing - a common electrode (four) and a conductive component in the switch Designed as her board's 'artistic touch or close, to achieve the power socket's conduction or wear. Embodiments of the present invention provide a power extension cord that includes a plurality of power outlets having a switching function. Each of the power sockets having a switching power has a first housing, a first conductor, and a switching unit. The first-synchronized body has a bottom surface and a _ side surface, and the side surface is formed by a first electrode, and the first electrode in the first body is elongated and located above the bottom surface. The first conductor has an n-holding portion and a first body portion, and the first missing portion is configured to clamp the power source, the plug-first fin, and the first body portion card on the side of the first housing Positioned above the first electrode, and the first body=haves a recess, and the first electrode is located between the recess and the bottom surface. The switch unit is coupled to the first housing and is retained in the recess to reduce the first conductor. The first end and the second end are respectively located on opposite sides of the recess. When the unit is opened, the second end moves downward to contact the upper surface of one of the first electrodes. When the first end is operated by an external force to close the switch unit, the external force uses the groove as a fulcrum, and the second end is lifted upward without contacting. The upper surface of the first electrode. Wherein the plurality of power sockets having a switching function share a first electrode, and the first electrode extends through the first housing of each of the power sockets having a switching function. The power socket and the power extension cord provided by the embodiment of the present invention have a switch function, and one of the electrodes is inserted through the power socket 6/18 201242177, without pulling a metal wire or bending a metal plate. The design is such that the switching unit can also be electrically connected to the common electrode. Therefore, the present invention reduces the use of many metal materials, thereby making the manufacturing cost even lower. The detailed description of the present invention and the accompanying drawings are to be understood as the [Embodiment] [First Embodiment] Please refer to Fig. 1, Fig. 2a and Fig. 2b. Fig. 1 is an exploded view of a power socket having a switching function according to a first embodiment of the present invention. Fig. 2a is a perspective view showing a power socket having a switching function according to a first embodiment of the present invention. Fig. 2b is a perspective view showing another embodiment of the power socket having the switching function according to the first embodiment of the present invention. As shown in the figure, the power socket 1 having a switching function includes a first casing 10, a first conductor 12, a switch unit 14, a second conductor 16, a button module 18, and a first electrode 20. The relative relationship and function of each of the components in the power outlet 1 having the switching function will be separately described below. The first housing 10 has a bottom surface 10a and a side surface 10b. The side surface 10b is penetrated by the first electrode 20. The first electrode 20 in the first housing 10 is elongated and located above the bottom surface 10a. The first housing 10 is configured to securely hold the first electrical conductor 2, the second electrical conductor 16, the button module 18, and the first electrode 20, and is configured to receive the switch unit 14. Further, the first electrode 20 can penetrate the first casing 10 through the slit 10c on the side lb of the first casing. The first housing 10 can have a spacer member 102 disposed between the first conductor 12 and the first electrode 20 for electrically isolating the first conductor 2 and the first electrode 20. In fact, the first electrical conductor 12 can be attached to the upper surface of the spacer element 102 7/18 201242177, and the first electrode 20 can be attached to the lower surface of the spacer element ,2, and the spacer element 102 should be made of an insulating material. The first conductor 2 is insulated from the first electrode 20. Of course, if the first electrical conductor 12 is firmly fixed on the first casing 10 such that the first electrical conductor 2 is located above the first electrode 20 and has a considerable distance without contact, the first casing 1 The component 102 is separated from the component. “ μ , , ' 丨 .......^Τ 11 is made of insulating material and is integrally molded, and the insulating material may be plastic, rubber or other suitable material. In addition, part of the first housing 10 The side surface 1b can be a detachable side cover 104. When the side cover 104 is opened, the first conductor 12, the switch unit 14, the second conductor 16, the button module 18, and the ▲ electrode 20 are provided. It is easier to install on the first housing 1 . After the components are successively mounted on the first housing 10 , the side cover 104 is locked to the first housing. The casing 10 is penetrated by the first electrode 2, and the first conductor 12 and the second conductor 16 are fixed to the side of the first casing 1 and the button module 18 is disposed at the top of the first casing 1 Referring to the drawings, the first electric conductor 12 has a first clamping portion f f first body portion m, and the first clamping portion m is used for holding the first fin of the power plug (not shown) The first body portion 20 is disposed above the first electrode 20, and the first body portion 124 has a recess 124a, and the first electrode 20 is located at the recess 124a. In practice, if the first fin of the power plug is inserted into the second clamping portion 122 in the first direction, the extending direction of the first body portion 124 is perpendicular to the first direction. For example, when the first-missing portion 122 loses the third fin in the vertical direction, when the user plugs and unplugs the power plug, the first missing portion 122 is forked to the vertical stress in the vertical direction. However, the first The body portion 124 further has a plane extending in a horizontal direction to absorb the stress in the vertical direction. The first body portion 124 can extend horizontally into the first casing 10 and be attached to the isolation. The upper surface of the element 102 is such that the force receiving area of the first body portion 124 in the vertical direction is large, so that the first body portion 124 can disperse the stress in the vertical direction transmitted by the first clamping portion 122 without being easily deformed. The switch unit 14 is received in the first housing 10 and is latched in the recess 124a to be coupled to the first conductive body 2, having a first end 14a and a second end 14b. The first end 14a and the second end 14b are respectively Located on both sides of the recess 124a, wherein the switch unit 14 should be suitable for the card On the groove 124a, with the groove 124a as a fulcrum, the first end 14a can interlock the second end 14b by the lever principle. When the switch unit 14 is opened, the second end 14b moves downward to contact the first electrode 20 The upper surface, thus turning on the first electrical conductor 12 and the first electrode 20; when the first end 14a is operated by an external force to close the switch unit 14, the external force is lifted by the recess 124a, and the second end 14b is lifted upward without Contacting the upper surface of the first electrode 20. In practice, since the recess 124a of the first body portion 124 is disposed on the upper surface of the spacer element 102 and has a height difference from the first electrode 20, the switch unit 14 may have a slope. This makes it easier for the second end 14b to contact the first electrode 20. In addition, in order to make the contact between the second end 14b and the first electrode 20 more stable, the switch unit 14 may further have a switch protrusion 142, and the switch protrusion 142 is located at the second end 14b of the switch unit 14 for touching An electrode 20. In contrast, the first electrode 20 may further have an electrode protrusion 202, and the electrode protrusion 202 is located on the surface of the first electrode 20 for contacting the switch protrusion M2 of the switch unit 14. The second conductor 6 has a second clamping portion 162 and a second body portion 164 9/18 201242177, and the second clamping portion 62 is for clamping a second fin of the power plug (not shown), and second The body portion 62 is held by the first housing 1 , and the second conductor 6 is coupled to the second electrode 22 . Wherein, the second missing portion 162 should be parallel to the first missing portion 122 such that the power plug can simultaneously insert two fins, and the second body portion 164 is used to assist in fixing the second conductive body 16 to the first The housing is 1 〇. Of course, the second body portion 164 may also disperse the stress in the vertical direction transmitted by the second clamping portion 162 by bending the partial plate member without being easily deformed. The button module 18 is fixed to the first housing 10 for providing a user control button module 8 and applying an external force to the switch element 14. In practice, the button module 18 can have a spring 182, and the spring 182 can be sleeved on the switch unit 14 and located around the recess 124a. When the user moves the button module 18, the spring 182 can be oriented. The different directions extend to drive the switch unit 14. In practice, the switch module 18 having a switch function can further include a light-emitting module 184. The light-emitting module 184 can be connected between the first conductive body 12 and the second conductive body 16 for use. The light is generated when the switch unit 14 is turned on. The present invention does not limit the installation position of the light-emitting module. The light-emitting module 184 can be disposed in the button module 8 and can be illuminated through the transparent casing of the button module 18, or the light-emitting module. Group 184 can be disposed outside of the first housing to provide external illumination. Here, a more detailed operation between the button module 18 and the switch unit 14 is continued as described in the second embodiment. [Second embodiment] Please refer to FIG. 1, FIG. 3a and FIG. 3b together. FIG. 3a is a cross-sectional view showing the power socket having the switching function in the non-conduction state according to the second embodiment of the present invention. Fig. 3b is a cross-sectional view showing the power socket having the switching function in conduction according to the second embodiment of the present invention. As shown, due to spring] 82 10/18 201242177
套接之位詈約首, 1JX 罝J異位於凹槽124a周 而不導通第-導電體12盘第一當開關單元丨4關閉 鍵模組丨8而連動彈菩18;:使彈以時，使用者搬動按 第一端％延伸。其中元2朝向開關單元14之 ，當第―端％受彈簧形變所產生^凹槽咖為支點 槓桿原理將第二妒 的外力下壓時，可運用 第一電極2Q之電極凸起i =2而使# —起部142離開 — 方面，當開關單元14開啟&、.. 與第一電極2〇時，估 文而導通第一導電體12 Τ使用者搬動按鍵檢 ，使彈簧182朝向Da 文運杈組18而連動彈簧182 J间關早元14之筻— 開關單元14以凹描n 〜端14b延伸。其中， τ曰】24a為支點，也， 力向第二端Hb下墨時，可使得^彈簧形變所產生的外 一電極20之電杨凸起部川=味部M2緊貼於第 鍵模組18而對應操作_單^4。^^者可透過控制按 制使用彈簧182，〇职 ㊉然，本發明在此不限 /、要可用以連動4 14 ’於所屬技術領均 '建模組18與開關單元 適當的元件。、〜、有通“°識者可將彈 簧182替換成 本發明所提出之罝 單獨使用，於實際應用&關功犯之電源插座1不僅可以 電源插座1而形成〜插~^可以組合多個具有開關功能之 延長線與電義、、’,、m在此，關於所述電源 三實施例所描述之内】更坪細的連接關係，請繼續參見第 〔第三實施例〕 請一併參見圖〗、m ,. 發明第三實施例之電^ 3 ^圖4b，圖4a係繪示依據本 4. , ,象延長線的立體視圖。圖4b係繪示依 據柄㈣二❿心㈣延 201242177 本發明之電源延長線3可由多個具有開 關功能之電源插座1 it、且成其中每個具有開關功能之電源插座1的第-導 而道刀带另L透過開關單元14麵接至同—個第，電極20， 一 ^粗16耦接至同一個第二電極22。其中，所述具 有開關功能之雷;、语i早汁， 此不予贅述。 實施例所賴之内容’在 垃^^ —電極2Q與第二電極22可分別透過銅導線 、車垃’#座所提供之交流電。舉例來說，第一電極20可 块=電的L端’第二電極22可連接至市電的n端。當 入接也可於第一電極20以及第二電極22之外，加 =電極，以搭配日常使用的三孔電源插頭。 具有開的是’由圖可知，因為第一電極20貫穿每個 電‘二1的第_殼體10 ’使得本發明之 -長停二二需拉金屬線或彎折金屬板’而可直接使用 長條狀的金屬材料做為第_電極2Q，免去 -=:及=3!間。此外’也因為免除了金屬線或 因通電時能使電流路徑更為順暢，也可避免 過熱或減相金綱致_，產生 〔第三實施例〕 參㈣5a減圖5b’K5a鱗示依據本 乐一貫苑例之電源延長線的俯視圖。圖5b 明第三實施例之電源延長線的側視圖。如二二依二康本? 種可透過外部插頭連接至市電電源的電二 用者於使=時’僅需要將電子產品的電源 插入苐-導電體的第-夾持部與第二導電體】6的第二 12/18 201242177 夾持部，再將彳 線3而自市電^/ *、购換導⑽:態，自卩可透過電源延長 兒苞源取得交流電。 L第四實施例〕 第四實施例之=以及® 6b ’ ® 63係繪示依據本發明 明第四實施例It延广線的俯視圖。圖讣係績示依據本發 3,如圖所示延長線的側。另—種電源延長線 電體12的第例與第四實施例的差別在於，第-導 口方向，口要/顯二導電體】6的第二失持部的開 持電源插座的轉片 2開方向適於爽 自由變換其他適當的設^技*魏具⑽f知識者應可 源插所提供的具有開關功能之電 座，開關單元其中一個軸^ 笛^ 運用杈柃的方式選擇性導通第一導雷俨盥 —电極’使得本發料f拉金祕 ^ 。因此’本發明減少了許 :斤-屬板的…十 :成本更為降低。另—方面:本發明第=電 =更電源插頭插拔方向的平 之*所x之應力，藉此增加本發明具有開關功能 电源插座以及電源延長線的耐用度以及穩定度。 以上所述僅為本發明之較佳可行實施例，非因此偈限 本發明之專利$|圍，故舉凡運財發明朗書及圖式内容 所為之等效技術變化，均包含於本發明之範圍内。 【圖式簡單說明】 圖1係繪示依據本發明第一實施例之具有開關功能之 電源插座的爆炸圖。 13/18 201242177 圖2a係繪示依據本發明第一實施例之具有開關功能之 電源插座於一視角的立體視圖。 圖2b係繪示依據本發明第一實施例之具有開關功能之 電源插座方；另一視角的立體視圖。 圖3a係繪不依據本發明第二實施例之具有開關功能 電源插座於不導通時的剖面圖。 之 圖3b係繪示依據本發明第二實施例之具有開 電源插座於導通時的剖面圖。 把之 立 發視係緣示依據本發明第三實施例之電源延長線的 说圖圖4b_示依據本發明第三實施例之電源延長線的俯 _圖5a係繪示依據本發明第三實施例之電源延長線的俯 圖5b係繪示依據本發明第三實施例之 規圖。 長線的側 規圖 圖6 a係繪讀據本發明細實施例之電源延長線的俯 規圖 圖6b _示依據本發明第四實施例之電源延長線的側 【主要元件符號說明】 1 :具有開關功能之電源插座 10:第一殼體 10a :底面 10b :側面 10c :狹縫 102 .隔離元件 104 :側蓋 14/18 201242177 12 ： 第一導電體 122 ： 124 :第一本體部 124a 14 ： 開關單元 14a : 14b :第二端 142 ： 16 : 第二導電體 162 : 164 :第二本體部 18 ： 182 :彈簧 184 20 ： 第一電極 202 :電極凸起部 22 ： 3、3’ ：電源延長線 第一夾持部 :凹槽 第一端 :開關凸起部 :第二夾持部 按鍵模組 :發光模組 第二電極 15/18The socket is located at about the first position, and the 1JX 罝J is located at the circumference of the groove 124a and is not turned on. The first conductor 12 is first. When the switch unit 丨4 closes the key module 丨8, it is linked to the bomb 18; The user moves by the first end % extension. Wherein the element 2 faces the switch unit 14, when the first end % is subjected to the spring deformation, and the groove is used as the fulcrum lever principle to press the external force of the second turn, the electrode protrusion i = 2 of the first electrode 2Q can be used. When the switch unit 14 is turned on &,.. and the first electrode 2 ,, the first conductor 12 is turned on and the user touches the button to make the spring 182 face. Da Wenyun group 18 and interlocking spring 182 J between the early elements 14 - the switching unit 14 extends from the concave n to the end 14b. Wherein, τ 曰 24a is a fulcrum, and when the force is inked to the second end Hb, the electric yoke of the outer electrode 20 generated by the spring deformation can be made to adhere to the key module 18 And the corresponding operation _ single ^ 4. The ^^ can use the spring 182 through the control system, and the present invention is not limited thereto, and the invention can be used to interlock the appropriate components of the modeling group 18 and the switching unit. , ~, have a pass " ° can replace the spring 182 can be used alone in the invention, in the actual application & the power socket 1 can not only form the power outlet 1 ~ plug ~ ^ can be combined with multiple The extension line and the electric function of the switch function, ', m, here, as described in the three embodiments of the power supply, the more detailed connection relationship, please continue to refer to the [third embodiment]. Fig. 4, Fig. 4b, Fig. 4a is a perspective view of the extension line according to the present invention. Fig. 4b shows the extension according to the handle (four) two hearts (four) 201242177 The power extension cord 3 of the present invention can be connected to the same by the plurality of power outlets 1 it having a switching function, and the first guide of the power socket 1 having a switching function. - the first, the electrode 20, a thick 16 is coupled to the same second electrode 22. Among them, the lightning function with the switching function; the language i is early juice, this will not be described. The electrode 2Q and the second electrode 22 can respectively pass through the copper wire and the car The alternating current provided by the #座. For example, the first electrode 20 can be block = electric L terminal 'the second electrode 22 can be connected to the n terminal of the mains. When the input is also available to the first electrode 20 and the second electrode 22 In addition, the = electrode is added to match the three-hole power plug for daily use. It is known from the figure that the first electrode 20 penetrates the first housing 10 of each electric 'two 1 to make the present invention - Long stop two or two need to pull metal wire or bend metal plate' and can directly use long strip of metal material as the first electrode 2Q, avoiding -=: and =3!. Also 'because the metal wire is removed Or it can make the current path smoother when it is energized, and it can also avoid overheating or subtraction of gold. _, resulting in [Third Embodiment] Reference (4) 5a minus Figure 5b'K5a scale according to the power extension line of the Lele Court Figure 5b shows a side view of the power extension cord of the third embodiment. For example, the two-users who can connect to the mains power supply through an external plug can only use electronic products. The power supply is inserted into the first clamping portion of the crucible-conductor and the second electric conductor] 6 of the second 12/18 2012421 77 The clamping part, and then the 彳 line 3 from the mains ^ / *, buy and guide (10): state, from the 电源 can be extended by the power source to obtain AC power. L fourth embodiment] the fourth embodiment = and 6b ' ® 63 is a top view of the extension line of the fourth embodiment according to the present invention. The figure is shown in accordance with the present invention 3, as shown in the side of the extension line. Another type of power extension cord 12 The difference between the first example and the fourth embodiment is that in the direction of the first guide port, the second unwound portion of the mouth/bright conductor 6 is open to the direction of the turn 2 of the power socket, which is suitable for the free change. The appropriate set of technology * Wei (10) f knowledge should be able to source plug-in provided with a switch function of the electric seat, one of the switch unit ^ flute ^ use the way to selectively conduct the first lead Thunder - electrode 'Let this hair material f pull gold secret ^. Therefore, the present invention reduces the number of jins to the board... Ten: the cost is further reduced. On the other hand, the present invention is the same as the stress of the plugging and unplugging direction of the power plug, thereby increasing the durability and stability of the power socket and the power extension cord of the present invention. The above description is only a preferred embodiment of the present invention, and thus the invention is not limited to the patents of the present invention. Therefore, the equivalent technical changes of the inventions and the contents of the drawings are included in the present invention. Within the scope. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view showing a power socket having a switching function according to a first embodiment of the present invention. 13/18 201242177 Fig. 2a is a perspective view showing a power socket having a switching function according to a first embodiment of the present invention. Fig. 2b is a perspective view showing another embodiment of the power socket having a switching function according to the first embodiment of the present invention; Figure 3a is a cross-sectional view showing a power outlet having no switching function according to a second embodiment of the present invention. Figure 3b is a cross-sectional view showing the power supply socket in conduction when the second embodiment of the present invention is turned on. FIG. 4b shows a power extension cord according to a third embodiment of the present invention. FIG. 5a shows a third embodiment of the power extension cord according to the third embodiment of the present invention. FIG. 5b of the power extension cord of the embodiment shows a diagram according to a third embodiment of the present invention. FIG. 6 a is a side view of a power extension cord according to a preferred embodiment of the present invention. FIG. 6b shows a side of a power extension cord according to a fourth embodiment of the present invention. Power socket 10 having a switching function: first housing 10a: bottom surface 10b: side surface 10c: slit 102. spacer element 104: side cover 14/18 201242177 12: first conductor 122: 124: first body portion 124a 14 Switch unit 14a: 14b: second end 142: 16: second conductor 162: 164: second body portion 18: 182: spring 184 20: first electrode 202: electrode boss 22: 3, 3': The first clamping portion of the power extension cord: the first end of the groove: the switch protrusion: the second clamping portion button module: the second electrode of the illumination module 15/18