201143224 、發明說明： 【發明所屬之技術領域】 本發明有關於一種插座結構，尤指—種可用以放置電 子產品，並顧無線充電方相電子產 無線充電功能的插座結構。 【先前技術】 目前室内的市電配設規劃，係埋設於牆内，透過牆面 所佈設的插座結構與市電線路或訊號線路進行導接。 子產品（如手機、數位相機、PDA裝置以及其他可攜^ 電子產品）電祕盡需要接電來維持運作、補充電^ =須連接網路訊號以進行資訊傳輸時，細者可將電子產 品經由傳輸線以及插頭延伸插接插座結構，使電子產品斑 市電或訊號線路連接，以獲取電能或連接網路訊號。- |·隹上述白知的插座結構，於實際實施時，仍具有以 下缺失·BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a socket structure, and more particularly to a socket structure that can be used to place an electronic product and to wirelessly charge a wireless charging phase electronic product. [Prior Art] At present, the indoor power supply allocation plan is buried in the wall, and the socket structure arranged through the wall is connected with the mains line or signal line. Sub-products (such as mobile phones, digital cameras, PDA devices, and other portable electronic products) need to be powered to maintain operation and replenish electricity. ^ When connecting network signals for information transmission, electronic products can be used. The plug-in socket structure is extended via the transmission line and the plug to connect the electronic product or the signal line to obtain electric energy or connect the network signal. - |·隹 The above-mentioned socket structure of Baizhi, in actual implementation, still has the following missing.
1、現代化的電子產品電源耗盡需要補充，或必 接網路訊號輯行資轉輸時，由浦座缺乏放置承 ，的結構，因此常不得已，必須任由昂貴的 放，座較近的地面上，透過電子產品的傳輸線延；： 將傳1線末__電性插接於插座本體上，使得電子產 品容易因行_座本體鄰近地_行人，不慎踩踏、碰撞 ，而造成損壞。 2二縱令使用者將電子產品改置於插座之相距甚遠且 !!，車^處的豕具上，雖可略為減少電子產品因踩踏、碰 里抽壞。但電子產品與插朗仍存在相當的距離， 過電子產品的傳輸線，使插頭接於插座本體，方能導接市 3/16 201143224 電或訊號線路。當電子產品進行充電或運作時，因距離插 座太遠，仍難避免傳輸線以及插頭遭到拉扯，影： 插座本體的電性連接，甚至使插頭脫落，中斷電子產㈣ 進行充電或資料傳輸工作。 所 有二電輪線及插頭等 有、'泉送電方式進仃充電，無法利用無線 品進行充電，難免會造成使用上的不便。飞代子產 入與緣是，本發明人有感上述之課題’乃騎心研究並配 二紅有效改善上述缺 【發明内容】 本發明之主要目的，在於提供—種具有轉 進：電或網路資訊傳： 網路傳輸運作的實際使用需求Γ ’准持電子產品之接電與 的奸，〈另一目的，在於提供一種具有無線充電功能 =結構’能利用無線充電方式對所承載的耻 :=:盒’ ir r座本體=二 容置-丄無:=:=:= 載電本發_承載板來承 呆持電子產⑽與插座較短的距離，以保護電 4/16 201143224 子產品’維持電子產品之接電與網路傳輸運作。 本發明係於承載板上設置有一無線充電發射器，當設 置有無線充電接收器的電子產品置於承載板上時，可使無 線充電發射器與無線充電接收器間可藉由無線通訊之傳輸 協定，做能量之傳輸，以便利用無線充電方式對放置於承 載板上的電子產品進行充電。 本Ίχ明的無線充電發射益也可設置於插座本體或容置 益上，以便利用無線充電方式對放置於承载板上的電子產 • 品進行充電。 為使能更進一步瞭解本發明的特徵及技術内容，請參 閱以下有關本發明的詳細說明與附圖，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】 請參閱第一圖至第五圖，為本發明具有無線充電功能 的插座結構的第一實施例，該插座包括一插座本體1、一 容置盒2及一承載板3，插座本體1為一方形或其他形狀 _ 的板體，插座本體1可由單層或多層板體組成，插座本體 1上設置有至少一插座單元1 1及一總開關丄2，插座單 元11具有至少一組插接孔111，插座單元11的規格 及型式並不限定，可為各種規格、型式的插孔或電連接器 。插座本體1可利用螺絲鎖固或卡固（圖略）等方式固定 於牆上等處。所述插座本體1的規格、型式及構造並不限 制’可因應需要適當的變化。 该容置盒2係以卡接、螺接或黏接等方式設置於插座 $體1後側，容置盒2也能以一體成型方式設置於插座本 體1後側。該容置盒2為一中空狀殼體，其前側具有一開 5/16 201143224 口 21，開口 21貫穿至插座本體1前側。 該承載板3設置於容置盒2内，承載板3可於容置盒 2内進行前後滑移，使承載板3可向前移動經由開口 2 1 而伸出插座本體1前側，或向後移動而收藏於容置盒2内 〇 該承載板3上設置有一無線充電發射器4，無線充電 發射器4可設於承載板3的頂面、底面或埋設於承載板3 内部，無線充電發射器4也可設置於插座本體1或容置盒 2上適當的位置’該無線充電發射器4並以線路等方式電 性連接於插座的電路單元或電腦等裝置（圖略）。 本發明可進一步包括一連接線5，連接線5—端連接 於插座本體1 ’且在該插座本體]邊緣凹設有一線槽1 3 ’該線槽1 3能用以選擇性的容納該連接線5，使連接線 5得以繞設於插座本體1邊緣。線槽13設置的位置並不 限制，線槽13可設於插座本體1邊緣的任意位置，例如 左側、右侧、頂側及底側等任意位置。插座本體1邊緣另 開設有一收容槽14及一容置槽1 5，收容槽14及容置 槽1 5分別連接於線槽1 3二端，收容槽14及容置槽1 5與線槽1 3相連通，可選擇性的容納連接於連接線5胃兩 端的接頭51及電連接器5 2。 該連接線5為一内部設有導體及於導體外部被覆有絕 緣層的構造’但連接線5的構造及型式並不限定，連接線 5可為各麟麟或排料，連接線5_料接有接頭5 1 ’接頭5 1可為USB連接器、IEEE1394連接器、η〇μι 連接器、AV端子或DC端子等各種的電連接器，接頭5工 可插接於插座本體1 -側相對朗接座（圖略），使連接線 6/16 201143224 5可與插座的電路單元或電腦等裝置電性連接。在本實施 例中’設置有-可替換模組6，使得連接線5一端也可與 可替換模組6達成電性連接。連接線5選擇性地繞設於插 座本體1邊緣’亦即連接線5可繞設於插座本體丄邊緣的 線槽1 3内’使連接線5在不使用時得以適當的固定，連 接線5也可拉出線槽1 3外，以便於使用。 . &電連接器5 2可為USB連接器、IEEE1394連接器、 • HDMI連接器、AV端子或DC端子等各種的電連接器;1其 籲 卩為母座或公獅型式，f連接II 5 2的規格及型式並不 限定。電連接器5 2連接於連接線5另一端，電連接器5 2内部設有多數個端子（圖略），該些端子以冑電性材料製 成’ 5亥些端子電性連接於該連接線5内部的導體，使電連 接益5 2得以電性連接於連接線5。 ^ °亥可替換模組6為一方形或其他形狀的板體，可替換 核組6上设置有至少一子插座單元6丄及一開關^ 2，子 插座單τ〇6 1的規格及型式並不限定，可為各種型式的插 • 孔或電連接器。可替換模組6可拆卸地設置於插座本體工 ^，插座本體1的前側開設有一與可替換模組6相對應的 谷、、内乜1 6，可替換模組6可容納於容納槽1 6中，可替 換极組6並可利用—螺絲6 3鎖附固定於插座本體丄上。 a該可替換模組6邊緣設置有一與收容槽14相對應的 模組連接器6 4，模組連接器6 4可為USB連接器、 IEEE1394連接器、舰41連接器、AV端子或DC端子等各 ^的電連接11，模組連接ϋ 6 4設於可替換模組6與收容 槽14相鄰的一侧，使得接頭51容納於收容槽14内時 ，可同時插置於模組連接器64，以使連接線5及電連接 7/16 201143224 器5 2得以透過接頭5 χ及模組連接器6 4與可替換㈣ 6達成電性連接’且接㈣1同時插置於收容槽]4及模 組連接器6 4内’可提供較佳的固定效果，如關固的功 能’使接頭5 1得以穩定的插置在插座本體丄及可替換模 組6上。 該可替換模組6可作為一充電器，其内部設有充電電 路（圖略）。可替換模組6外側設有一個、兩個或多個電性 接點6 5 ’以作為輸人端’可用以與插座本體丄上相對應 的電性接點（圖略）相接觸達成電性連接，使可替換模組 6與插座本體1内部的魏達成連接，以使插座本體 1的電力或訊號得以傳輸至可替換模組6 ^模組連接器6 4及子插座單元6 1則可作為輸出端。可替換模組6上也 可進一t的設置有變壓器、小夜燈、感·、無線模組、 、定時器或漏電斷路裂置（GFCI:Gmund Fault Circuit Interrupters)等。 如第一圖至第五圖所示，使用者欲將一電子產品7( 如手#〇 fit連接電連接II 5 2時，可先將承載板3沿開 口 21拉伸出容置盒2外，再將電連接器5 2插接於電子 產。口 7 ’使電子產品7在與連接線5及電連接器5 2進行 接電、充f與網路傳輪運作的過程卜保持平穩安置。 再者’由於承载板3 (或插座本體1、容置盒2)上 s又置有-無線充電發射器4，因此當設置有無線充電接收 器71的電子產品7置於承載板3上時，也可不利用連接 線5及電連接器5 2進行充電，可使無線充電發射器4與 ，線充電接收器71間可藉由無線通訊之傳輸協定，做能 罝之傳輸’以便利用無線充電方式對放置於承载板3上的 8/16 201143224 電子產品7進行非接觸式的充電。 本么明插座本體1結合有連接線5及電連接器5 2， 且^接線5及電連接器5 2活動的設置於插座本體工上 用者需要使用連接線5及電連接器5 2時，只需將 連接線5及電連接器5 2拉出插座本體χ的線槽丄3及容 ^曹15外即可使用，能快速的提供連接線5及電連接器 52 ’不需費時的找尋連接線5及電連接器52，使用方 在連接線5及電連接器5 2不使用時，不需將連 、”及電連接器5 2拔除，連接線5及電連接器5 2可 收納於插縣體1的_ 1 3及容置槽i 5内，不會遺失 2後取㈣也非常方便’且不會導致纽，也不會造成 干k，以方便使用者使用插座。 請參閱第六圖，在本發明的第二實施例中，電連接器 52為另-種型式的連接器，電連接器52進—步結合二 轉接頭10，轉接頭i 〇前、後端分別具有—插: :101及-第二插接元件i 〇 2 ’轉接頭丄〇二側連接 有-側臂10 3，二側臂i 〇 3内緣面分別形成有一樞接 =1 0 4，.枢接部工〇 4為凸柱。二側臂丄〇 3可為轉動 式或固定式，在本實施例中二側f i Q 3為1^式，二側 臂1 0 3 S]定的結合於轉接頭！ Q二側。若為轉動式，二 側臂1 0 3可轉動的利用姉等方式，分別柩接結合於轉 接頭1 0三側’以使二側臂i 0 3具有轉動的魏。第一 及第二插接元件101、1Q 2彼此之間相互電性連接， 了於第一及第二插接元件101、10 2之間設置有端子 (圖略）等，以使第一及第二插接元件丄〇 性連接。 丄u J電 9/16 201143224 :連接器5 2二側分別向内凹設有一滑移槽5 2.丄， (U ΐί 5 2可前、後移動與轉接頭1 Q _ ::::容設於滑移槽521内，使電連接器52可移動 插^ ί碩1◦組接’並使電連接器5 2前端插接於第二 ==件i Q 2内，以達成電性連接，使轉 過電連接H52與連接線5達成電性連接。 逐 轉接頭1Q以樞接及滑接的方式可移動的與電連接器 5 2組接，電連接器5 2與轉接犯〇之間可作相對的轉 動及滑動’使轉接頭工〇可插接於電連接器5 2前端，達 成轉接的絲。當轉接頭丨Q錢科，可轉動至不n同的 =向，以便單獨❹電連接器52，而不需拆卸轉接頭丄 〇〇 _請參閱第七圖，在本發明的第三實施例中，該插座單 凡1 1為其他的規格及型式，插座本體1設有一卡合部工 7 ’卡合部17可對應卡合連接於插座單元i ]的外緣。 §亥無線充電發射器4設置於插座本體1上。 請參閱第八圖，在本發明的第四實施例中’進-步的 在插座本體1上設有至少一開關18，且可將上述實施例 中的可替換模'組6之開關6 2予以省略。插座本體工上設 有二穿孔1 9，以便利用螺絲鎖_定於牆上等處。 請參閱ΐ九圖及第十圖，在本發明的第四及五實施例 中，5亥插座單70 11為其他的規格及型式’插座本體1設 有卡ρ σ卩1 7，卡合部1 7可對應卡合連接於插座單元 1 1的外緣。該承裁板3位於該插座本體1的前側，該承 載板3可翻轉的連接於該插座本體上。承載板3可向下翻 轉至水平位置’用以放置電子產品，承載板3也可向上翻 10/16 201143224 轉’以疊置於該插座本體1的前侧。無線充電發射器4可 設於承載板3上（如第九圖所示），也可設置於插座本體1 上（如第十圖所示）。 請參閱第十一圖，在本發明的第七實施例中，該無線 充電發射器4係設置於該可替換模組6上。 請參閱第十二圖，在本發明的第八實施例中，當設置 有無線充電接收器（圖略）的電池8置於承載板3上時， • 也可利用無線充電方式對放置於承載板3上的電池8進行 春 非接觸式的充電。 如上述實施例可知，本發明具有下列優點： ， 1、 本發明可提供電子產品放置於插座周圍的承載板 上’使得電子產品在與插座進行接電與網路傳輸運作的過 程中，能保持平穩安置，不再因行經插座鄰近地面的行人 ’不慎踩踏、碰撞而損壞。 2、 本發明電子產品放置於承載板上，使電子產品與 插座間僅保留相當短的必要距離，從而避免電子產品的傳 • 輸線以及插頭遭到拉扯，使插頭與插座間維持良好的電性 連接品質，避免傳輸線以及插頭遭到拉扯。 3、 本發明係於插座的承載板等裝置上設置有一無線 充電發射器，因此當設置有無線充電接收器的電子產^置 於承載板上時，即可利用無線充電方式對放置於承載板上 的電子產品進行充電。 惟以上所述僅為本發明之較佳實施例，非意欲偈 發明的專利保護範圍，故舉凡運用本發明說明書及圖 容所為的等效變化，均同理皆包含於本發明的權^ 151 r5n .人ιτ-k nri 摩色 11/16 201143224 【圖式簡單說明】 第一圖為本發明第一實施例之立體分解圖。 第二圖為本發明第一實施例之立體圖。 第三圖為本發明第一實施例之剖視圖。 第四圖為本發明第一實施例之前視圖。 第五圖為本發明第一實施例使用狀態之立體圖。 第六圖為本發明第二實施例之立體圖。 第七圖為本發明第三實施例之立體圖。 第八圖為本發明第四實施例之立體圖。 第九圖為本發明第五實施例之立體圖。 第十圖為本發明第六實施例之立體圖。 第十一圖為本發明第七實施例之立體圖。 第十二圖為本發明第八實施例之立體圖。 【主要元件符號說明】 1 插座本體 1 1插座單元 111插接孔 1 2總開關 1 3線槽 1 4收容槽 1 5容置槽 1 6容納槽 1 7卡合部 1 8開關 1 9穿孔 2 容置盒 12/16 201143224 2 1開口 3 承載板 4 無線充電發射器 5 連接線 5 1接頭 5 2電連接器 5 21滑移槽 6 可替換模組 61子插座單元 6 2開關 6 3螺絲 6 4模組連接器 6 5電性接點 7 電子產品 8 電池 71無線充電接收器 1 0轉接頭 101第一插接元件 10 2第二插接元件 1 0 3側臂 10 4枢接部 13/161. Modern electronic products need to be replenished when power is exhausted, or when the network signal is required to be transferred, the structure of the station is lacking. Therefore, it is often necessary to let the expensive place be placed. On the ground, the transmission line of the electronic product is extended;: The end of the transmission line is __ electrically plugged into the socket body, making the electronic product easy to cause damage due to the pedestrian_by pedestrians, accidentally stepping on and colliding. . In the second place, the user can change the electronic products to the sockets very far apart and the !!, the cookware on the car can slightly reduce the electronic products due to pedaling and bumping. However, there is still a considerable distance between the electronic products and the plug-in. The transmission line of the electronic product allows the plug to be connected to the socket body to guide the 3/16 201143224 electric or signal line. When the electronic product is being charged or operated, it is still difficult to avoid the transmission line and the plug being pulled due to the distance from the socket. The electrical connection of the socket body even causes the plug to fall off, interrupting the electronic production (4) for charging or data transmission. All of the two electric wheel wires and plugs have a 'spring power transmission mode for charging, and cannot be charged by wireless products, which inevitably causes inconvenience in use. The inventor of the present invention is aware of the above-mentioned problem, 'the research of the riding heart and the red color to effectively improve the above-mentioned defects. [The content of the invention] The main object of the present invention is to provide a kind of conversion: electricity or Network information transmission: The actual use of network transmission operations Γ 'Pre-holding electronic products and electricity, and the other purpose is to provide a wireless charging function = structure' can be carried by wireless charging mode Shame: =: box ' ir r seat body = two accommodating - 丄 no: =: =: = power carrier _ carrier board to bear the electronic production (10) and the socket a short distance to protect the electricity 4/16 201143224 Sub-products 'maintain the electrical and network transmission operations of electronic products. The invention is characterized in that a wireless charging transmitter is arranged on the carrying board, and when the electronic product provided with the wireless charging receiver is placed on the carrying board, the wireless charging transmitter and the wireless charging receiver can be transmitted by wireless communication. Agreement, the transfer of energy to charge the electronic products placed on the carrier board using wireless charging. The wireless charging transmission benefit of the present invention can also be set on the socket body or the housing to charge the electronic product placed on the carrier board by wireless charging. For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings. [Embodiment] Please refer to the first to fifth figures, which are a first embodiment of a socket structure having a wireless charging function according to the present invention. The socket includes a socket body 1, a receiving box 2 and a carrier board 3. The socket body 1 is a square or other shape plate body. The socket body 1 can be composed of a single layer or a multi-layer board body. The socket body 1 is provided with at least one socket unit 1 1 and a main switch 丄 2, and the socket unit 11 has At least one set of the insertion holes 111, the size and type of the socket unit 11 are not limited, and may be jacks or electrical connectors of various specifications and types. The socket body 1 can be fixed to a wall or the like by means of screwing or fastening (not shown). The size, type and configuration of the socket body 1 are not limited to being appropriately changed as needed. The accommodating case 2 is disposed on the rear side of the socket 1 by means of snapping, screwing or bonding, and the accommodating case 2 can also be disposed on the rear side of the socket body 1 in an integrally formed manner. The accommodating case 2 is a hollow casing having a front opening 5/16 201143224 port 21, and the opening 21 is penetrated to the front side of the socket body 1. The carrier plate 3 is disposed in the accommodating case 2, and the carrier plate 3 can be slid forward and backward in the accommodating case 2, so that the carrier plate 3 can be moved forwardly through the opening 2 1 to extend the front side of the socket body 1, or move backward The wireless charging transmitter 4 can be disposed on the top surface, the bottom surface of the carrier board 3 or embedded in the carrier board 3, and the wireless charging transmitter is disposed in the receiving box 2. 4 can also be disposed in the socket body 1 or the appropriate position on the receiving box 2 'the wireless charging transmitter 4 and electrically connected to the circuit unit of the socket or a computer or the like (not shown). The present invention may further include a connecting wire 5 end connected to the socket body 1' and having a wire slot 1 3 in the edge of the socket body]. The wire slot 13 can be used to selectively accommodate the connection. The wire 5 allows the connecting wire 5 to be wound around the edge of the socket body 1. The position where the wire groove 13 is provided is not limited, and the wire groove 13 may be provided at any position of the edge of the socket body 1, for example, the left side, the right side, the top side, and the bottom side. A receiving slot 14 and a receiving slot 15 are defined in the edge of the socket body 1. The receiving slot 14 and the receiving slot 15 are respectively connected to the two ends of the slot 13 and the receiving slot 14 and the receiving slot 15 and the slot 1 The three phases are connected to each other, and the connector 51 and the electrical connector 52 connected to both ends of the stomach of the connecting line 5 are selectively accommodated. The connecting wire 5 is a structure in which a conductor is internally disposed and an insulating layer is coated on the outside of the conductor. However, the structure and type of the connecting wire 5 are not limited, and the connecting wire 5 may be a lining or a discharge material, and the connecting wire 5_ The connector 5 1 'connector 5 1 can be a USB connector, an IEEE1394 connector, an η〇μι connector, an AV terminal or a DC terminal, and the like. The connector 5 can be plugged into the socket body 1 - side opposite Long socket (not shown), so that the cable 6/16 201143224 5 can be electrically connected to the circuit unit of the socket or a computer. In the present embodiment, the replaceable module 6 is provided such that one end of the connecting wire 5 can also be electrically connected to the replaceable module 6. The connecting wire 5 is selectively disposed around the edge of the socket body 1 , that is, the connecting wire 5 can be wound around the wire slot 13 of the edge of the socket body ' 'to make the connecting wire 5 properly fixed when not in use, the connecting wire 5 It is also possible to pull out the slot 1 3 for ease of use. . & electrical connector 52 can be a variety of electrical connectors such as USB connector, IEEE1394 connector, • HDMI connector, AV terminal or DC terminal; 1 its call is the mother or lion type, f connection II The specifications and types of 5 2 are not limited. The electrical connector 52 is connected to the other end of the connecting line 5. The electrical connector 52 is internally provided with a plurality of terminals (not shown), and the terminals are made of a galvanic material. The conductor inside the wire 5 allows the electrical connection 52 to be electrically connected to the connecting wire 5. ^ °Hai replaceable module 6 is a square or other shaped plate body, the replaceable core group 6 is provided with at least one sub-socket unit 6丄 and a switch ^ 2, the sub-socket single τ 〇 6 1 specifications and types It is not limited and can be various types of plug holes or electrical connectors. The replaceable module 6 is detachably disposed on the socket body. The front side of the socket body 1 defines a valley corresponding to the replaceable module 6, and the inner cover 16. The replaceable module 6 can be accommodated in the receiving slot 1. In 6, the replaceable pole set 6 can be attached to the socket body 锁 by means of a screw 6 3 . a module connector 6 4 corresponding to the receiving slot 14 is disposed at the edge of the replaceable module 6. The module connector 64 can be a USB connector, an IEEE1394 connector, a ship 41 connector, an AV terminal or a DC terminal. The electrical connection 11 and the module connection ϋ 6 4 are disposed on a side of the replaceable module 6 adjacent to the receiving slot 14, so that when the connector 51 is received in the receiving slot 14, the module can be simultaneously inserted into the module. 64, so that the connecting line 5 and the electrical connection 7/16 201143224 5 2 can be electrically connected through the connector 5 χ and the module connector 64 to the replaceable (four) 6 and the (4) 1 is simultaneously inserted into the receiving slot] 4 and the module connector 6 4 'provides a better fixing effect, such as the function of the closing function', so that the connector 51 is stably inserted into the socket body 可 and the replaceable module 6. The replaceable module 6 can be used as a charger with a charging circuit (not shown). One, two or more electrical contacts 6 5 ' are provided on the outer side of the replaceable module 6 as an input end to be contacted with the corresponding electrical contacts (not shown) on the socket body The connection between the replaceable module 6 and the inside of the socket body 1 is such that the power or signal of the socket body 1 is transmitted to the replaceable module 6 ^ module connector 6 4 and the sub-socket unit 6 1 Can be used as an output. The replaceable module 6 can also be provided with a transformer, a night light, a sensor, a wireless module, a timer or a Gmund Fault Circuit Interrupt (GFCI). As shown in the first to fifth figures, when the user wants to connect an electronic product 7 (such as a hand #〇fit connection to the electrical connection II 5 2, the carrier plate 3 can be stretched out of the opening 21 outside the opening 21 Then, the electrical connector 52 is plugged into the electronic product. The port 7' enables the electronic product 7 to be smoothly placed in the process of connecting, connecting, and transmitting the cable 5 and the electrical connector 52. Furthermore, since the carrier board 3 (or the socket body 1 and the housing box 2) is provided with a wireless charging transmitter 4, the electronic product 7 provided with the wireless charging receiver 71 is placed on the carrier board 3. At the same time, the charging line 5 and the electrical connector 52 can be used for charging, so that the wireless charging transmitter 4 and the line charging receiver 71 can be transmitted by wireless communication protocol to enable wireless transmission. The charging method performs non-contact charging on the 8/16 201143224 electronic product 7 placed on the carrier board 3. The socket body 1 is combined with the connecting wire 5 and the electrical connector 52, and the wiring 5 and the electrical connector 5 2 When the activity is set on the socket body, the user needs to use the connection line 5 and the electrical connector 5 2 The connecting cable 5 and the electrical connector 52 can be pulled out of the socket 丄3 and the Socket 15 of the socket body ,, and the connecting cable 5 and the electrical connector 52 can be quickly provided without time-consuming search connection. When the cable 5 and the electrical connector 52 are not used, the user does not need to remove the connector and the electrical connector 52, and the connector 5 and the electrical connector 52 can be stored in the cable 5 and the electrical connector 52. Inserting the _ 1 3 of the county body 1 and the accommodating slot i 5, it will not be lost after 2 (four) is also very convenient 'and will not cause the button, and will not cause dry k, so that the user can use the socket. In the second embodiment of the present invention, the electrical connector 52 is a connector of another type, and the electrical connector 52 is combined with the second adapter 10, and the front and rear ends of the adapter i are respectively With - plug: : 101 and - second plug component i 〇 2 ' Adapter 丄〇 two sides connected with - side arm 10 3, two side arms i 〇 3 inner edge surface respectively formed a pivot = 1 0 4 The pivoting part 4 is a stud. The two side arm sills 3 can be a rotary or fixed type. In this embodiment, the two sides of the fi Q 3 are 1^, and the two side arms are 1 0 3 S] Combination of transfer ! Q two sides. If it is a rotary type, the two side arms 1 0 3 can be rotated by means of 姊, etc., respectively, coupled to the three sides of the adapter 10 'to make the two side arms i 0 3 have a rotation of Wei. The first and second plug components 101 and 1Q 2 are electrically connected to each other, and a terminal (not shown) is disposed between the first and second plug components 101 and 102 to make the first The second plug component is connected in a way. 丄u J electric 9/16 201143224: The two sides of the connector 5 2 are respectively provided with a sliding groove 5 inwardly. 2. 丄, (U ΐί 5 2 can be moved forward and backward The adapter 1 Q _ :::: is accommodated in the sliding slot 521, so that the electrical connector 52 can be moved and inserted into the second connector and the front end of the electrical connector 52 is inserted into the second == In the component i Q 2 , an electrical connection is achieved, and the electrical connection H52 and the connection line 5 are electrically connected. The adapter 1Q is movably connected to the electrical connector 52 in a pivotal and sliding manner, and the electrical connector 52 can be rotated and slid relative to the transfer shackle. The 〇 can be plugged into the front end of the electrical connector 52 to achieve the transferred wire. When the adapter 丨Q money, can be rotated to the same direction = so that the electrical connector 52 can be smashed separately without disassembling the adapter 丄〇〇 _ see the seventh figure, in the third of the present invention In the embodiment, the socket body 1 1 is of other specifications and types, and the socket body 1 is provided with an engaging portion 7 'the engaging portion 17 is correspondingly connected to the outer edge of the socket unit i ]. The wireless charging transmitter 4 is disposed on the socket body 1. Referring to the eighth embodiment, in the fourth embodiment of the present invention, at least one switch 18 is provided on the socket body 1 in an advanced manner, and the switch 6 of the replaceable module 'group 6 in the above embodiment can be used. Omitted. The socket body is provided with two perforations 197 for fixing with a screw lock _ on the wall and the like. Please refer to the ninth and tenth embodiments. In the fourth and fifth embodiments of the present invention, the 5 hai socket single 70 11 is of other specifications and the type 'the socket body 1 is provided with a card ρ σ 卩 1 7, a engaging portion. 1 7 can be connected to the outer edge of the socket unit 11 correspondingly. The panel 3 is located on the front side of the socket body 1, and the carrier board 3 is reversibly connected to the socket body. The carrier plate 3 can be turned down to a horizontal position for placing an electronic product, and the carrier plate 3 can also be turned up 10/16 201143224 rpm to be stacked on the front side of the socket body 1. The wireless charging transmitter 4 can be disposed on the carrier board 3 (as shown in the ninth figure) or on the socket body 1 (as shown in the tenth figure). Referring to the eleventh figure, in the seventh embodiment of the present invention, the wireless charging transmitter 4 is disposed on the replaceable module 6. Referring to FIG. 12, in the eighth embodiment of the present invention, when the battery 8 provided with the wireless charging receiver (not shown) is placed on the carrier board 3, the wireless charging mode can also be placed on the carrier. The battery 8 on the board 3 is subjected to spring non-contact charging. As can be seen from the above embodiments, the present invention has the following advantages: 1. The present invention can provide an electronic product placed on a carrier board around a socket, so that the electronic product can be maintained during the process of connecting and discharging the electronic product with the socket. Smooth placement, no longer due to pedestrians passing through the socket adjacent to the ground 'inadvertently stepping on, collision and damage. 2. The electronic product of the present invention is placed on the carrying board so that the electronic product and the socket only retain a relatively short necessary distance, thereby avoiding the transmission and the transmission of the electronic product and the plug being pulled, so that the plug and the socket maintain good electrical power. Sexual connection quality to avoid the transmission line and plug being pulled. 3. The invention is provided with a wireless charging transmitter on the device such as the carrying board of the socket, so when the electronic device provided with the wireless charging receiver is placed on the carrying board, the wireless charging mode can be placed on the carrying board. The electronics on the battery are charged. However, the above description is only the preferred embodiment of the present invention, and is not intended to be in the scope of the invention, and the equivalents of the present invention and the equivalents thereof are all included in the present invention. R5n.People ιτ-k nri Moss 11/16 201143224 [Schematic description of the drawings] The first figure is an exploded perspective view of the first embodiment of the present invention. The second figure is a perspective view of the first embodiment of the present invention. The third figure is a cross-sectional view of the first embodiment of the present invention. The fourth figure is a front view of the first embodiment of the present invention. Fig. 5 is a perspective view showing a state of use of the first embodiment of the present invention. Figure 6 is a perspective view of a second embodiment of the present invention. Figure 7 is a perspective view of a third embodiment of the present invention. The eighth figure is a perspective view of a fourth embodiment of the present invention. The ninth drawing is a perspective view of a fifth embodiment of the present invention. Figure 11 is a perspective view of a sixth embodiment of the present invention. Figure 11 is a perspective view of a seventh embodiment of the present invention. Figure 12 is a perspective view of an eighth embodiment of the present invention. [Main component symbol description] 1 socket body 1 1 socket unit 111 connector hole 1 2 main switch 1 3 wire slot 1 4 receiving slot 1 5 receiving slot 1 6 receiving slot 1 7 engaging portion 1 8 switch 1 9 perforated 2 Housing 12/16 201143224 2 1 opening 3 carrier plate 4 wireless charging transmitter 5 cable 5 1 connector 5 2 electrical connector 5 21 sliding slot 6 replaceable module 61 sub-socket unit 6 2 switch 6 3 screw 6 4 module connector 6 5 electrical contact 7 electronic product 8 battery 71 wireless charging receiver 1 0 adapter 101 first plug component 10 2 second plug component 1 0 3 side arm 10 4 pivoting portion 13 /16