M423394 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種USB充電插座，特別指可配 合各廠牌標準開關及插座安裝，且組裝時可使用原來 牆壁上的電源開關及插座位置，不需另外配線，一般 住宅、辦公室、餐廳及鈸店之建築物牆面皆可使用。 【先前技術】 鲁 隨著USB介面越來越普及，不少手機、mp3裝置 或者是掌中電玩主機都可以藉由USB傳輸線充電，市 面上也有不少USB轉換電源插頭，讓這些％裝置可 以直接透過電源插座充電，而不一定得要透過電腦上 的USB插座。不過市面上有些轉換插頭品質不一，也 許會無法提供較為穩定的電壓而導致裝置受損。 為使各3C裝置可以有較穩定的電壓及直接插利 用建築物的電源充電，相關業者創作有以下二新型專 φ 初案： 已公告前案第097210425號「具USB充電插槽之 開關插座」專利案（證書號：M343967 )，其開.關插座 内s又置及固定一具電源變壓功能之變壓線路板，該變 壓線路板電源輸入端與開關插座所連接之電源連 接，電源經變壓線路板變壓整流後，輸出端為一 usb 插槽，對應USB插槽位置處，開關插座之蓋板具有缺 以供電子用品使用USB電源線插入進行充電者。 错由上述設置’使一般電子用品可於開關插座上進行 M423394 充電，只要以USB電源接線一端連接電子用品，另一 鳊由開關插座之蓋板的缺口插入’即可銜接_插槽 進行充電。 上述第一前案之開關插座可固定在牆壁上之開 關插座、可為轉換式開關插座、亦可為延長線式的開 關插座，其使用範圍廣，但其組成構件包含開關插座 所有元件及内設之變壓線路板，皆為重新購置成型模 具所製造，此生產成本增加所面臨之缺點，使得開關 •插座之產業利用性具有增長進步的空間，需要; 者進一步改良創新。 另外，已公告前案第09821 951 2號「嵌壁式usb 充電模組」專利案（證書號：M379252 )，包括一殼框 架，其上設有一電路板，且電路板上預置至少有一個 USB充電連接器，以及一殼座是組立在該殼框架上， 藉此可以將其設置於牆壁上，並作適當電源配線後， • 供USB電器產品直接插接充電者。·此嵌壁式USB充電模 組，是直接配置於牆壁上並作適當的電源配線，亦可 相容於一牆壁電源盒内，供使用者作多種型式插頭插 接使用或USB電器產品充電。 上述第一前案組立在殼框架上之殼座，除設置一 USB充電連接器外，亦可由單一 USB充電連接器結合另 一 USB充電連接器或電源插座或三相電源插座或按壓 式電源開關組設於殼座中，為了生產製造各式不同的 殼座’業者需要重新購置生產該殼座之成型模具，此 jy^· 面臨之缺點，使得嵌壁式嶋電模 新、有一進步的空間，需要相關業者進-步改良創 【新型内容】 本創作供以解決上述二前案所面臨生產成 本居尚的問題。 牽雷t創作之^要目的在提供—種可配合各廠牌標 2源開關及插座安裝之USB充電插座，組裝該usb ί電插座時’可使用原來壁上之電源開關及插座位 置^需另外配.置管線’―般住宅、辦公室、餐靡及 占之建築物牆面皆可使用，其具有簡易操作即可組 .立使用=方便性’並且設置成本較為低辱，其可改善 上述二前案所面臨生產成本偏高之問題 〇本創作係提供一種USB充電插座，其包含一框 架、一前蓋及一 USB充電器。 該框架’係具有一第—穿孔之板鐘，且第一穿孔 相互對應之二長邊外圍設有至少一上扣固槽及一下 扣固槽。 該剛蓋，係具有一第二穿孔之板體，其覆蓋於框 架前方。 人該UjB充電器包含一前盒、一充電單元及一後 |，其刖盒具有一包含第三穿孔之前凸部，此前凸部 穿貝框架之第一穿孔，並穿設於前蓋之第二穿孔中， 另刖盒之上、下端面對應框架之上扣固槽及下扣固槽 M423394 t置設有至少一上扣固件及至少一下扣固件；其充 電單元具有一插槽、數個電子元件及連結有電源線之 電路板，該插槽穿設於前盒之第三穿孔中；其後盒夾 擎充電卓元固設於前盒後方。 上述框架之第一穿孔係為矩形。 上述别蓋之第二穿孔尺寸與USB充電器之前凸部 尺寸吻合。 本創作具有下列之優點： 1. 本創作USB充電插.座，其MB充電器之電源線可 與電源開關及電源插座之電源線串連〔請參閱第六 圖〕，則本創作USB充電插座可同時具有USB充電及電 源開關、電源插座等產品功能。 2. 本創作USB充電插座’可配合各廠牌標準電源 開關及插座安裝，當組裝該USB充電插座時，可使用 原來壁上之電源開關及插座位置，不需另外配置管 線，則一般住宅、辦公室、餐廳及飯店之建築物牆面 皆可使用。 3. 本創作USB充電插座，具有簡易操作即可組立 使用之方便性’並且設置成本較為低廉，其可改善上 述二前案所面臨生產成本偏高之問題。 4. 本創作USB充電插座可處理AC ( 100V〜240V ) 仏準電壓’使用者可以直接透過uSB連接線為手機、 MP3裝置、數位相機或者是掌中電玩主機進行充電。 【實施方式】 6 M423394 首先，請參閱第一至三圖所示，本創作USB充電 插座包含一框架（1)、一前蓋（2)及一 USB充電器 (3) 〇 該框架（1)，係具有一第一穿孔（11)之板體， 且第一穿孔（11 )相互對應之二長邊外圍設有至少一 上扣固槽（12)及一下扣固槽（13)，該第一穿孔（11) 係為矩形。 . _ s亥前蓋（2 ) ’係具有一第二穿孔（21 )之板體， 其覆蓋於框架（1)前方。 該USB充電器（3)包含一前盒（31)、一充電單 元（32)及一後盒（33);其前盒（31)具有一包含 第三穿孔（311)之前凸部（312)，此前凸部（312) 穿貫框架（1)之第一穿孔（U)，並穿設於前蓋（2) 之第二穿孔（21)中，另前盒（31)之上、下端面對 應框架（1 )之上扣固槽（12 )及下扣固槽（13 )位 φ 置’設有至少一上扣固件（313 )及至少一下扣固件 (314);其充電單元（32)具有一插槽（321)、數 個電子元件（322 )及連結有電源線（324 )之電路板 (323 )，該插槽（321)穿設於前盒（31)之第三穿 孔（311)中；其後盒（33)夾掣充電單元（32)固 設於前盒（31 )後方；其中，USB充電器之前凸部（312) 尺寸·與前蓋（2)之第二穿孔（21 )尺寸吻合。 請參閱第四圖’本創作USB充電插座使用實施 時’其框架（1)可供二USB充電器（3)組入，則前 7 M423394 盍（2)對應一 USB充電器（3 )之組設位置，設置有 二第二穿孔（21)，其中，該二第二穿孔（21)之尺 寸與USB充電器之前凸部（312)尺寸吻合者。 請參閱第五及六圖，本創作USB充電插座使用實 施時’其框架（1)可供一 USB充電器（3)、一電源 插座（3A)及一電源開關（3B )同時組入’則前蓋（2) 對應USB充電器（3 )、電源插座（3A )及電源開關（3B) _ 之組設位置’設置有一矩形第二穿孔（21A )，其中， 該USB充電器（3)前凸部（312)之三倍寬度與該矩 形第二穿孔（21A)之尺寸吻合者。其中，USB充電器 (3 )之電源線（324 )可與電源開關（3B)及電源插 座（3A)之電源線（3C)串連〔請參閱第六圖〕，俾 使本創作USB充電插座可同時具有usb充電及電源開 關、電源插座等功能。 請參閱第七圖，本創作USB充電插座使用實施 Φ 時，其框架（1)之第一穿孔（11)可供一 USB充電 器（3 )夾設於二電源插座（3A )中間同時組入，則 前蓋（2 )對應USB充電器（3 )及二電源插座（3A ) 之組設位置，設置有一矩形第二穿孔（21 a )’其中， 該USB充電器（3)前凸部（312)之三倍寬度與該矩 形第二穿孔（21A)之長邊尺寸吻合者。 請參閱第八圖，本創作USB充電插座使用實施 時，其框架（1 )可供一 USB充電器（3)及二併靠之 電源插座（3A )同時組入，則前蓋（2 )對應USB充電 8 M423394 |i ( 3 )及二電源插座（3A )之組設位置，設置有一 矩形第二穿孔（21A)，其中，該USB充電器（3)前 凸部（312)之三倍寬度與該矩形第二穿孔（21A)之 長邊尺寸吻合者。 唯’以上所述者，僅為本創作之較佳實施例而 已，並非用以侷限本創作之特徵，舉凡利用本創作相 關之技術手段、創設原理之再創作，仍屬本案的創作 範因此本創作圖式及說明書所作之陳述並非用以 限疋本創作實施之範圍；任何熟習此技藝者，在不脫 離本創作之精神與範圍下所作之均等變化與修飾，皆 應涵蓋於本創作之專利範圍内，方為合理。 【圖式簡單說明】 第®係本創作USB充電插座之立體圖。 f二圖係本創作USB充電插座之構件分解圖。 三圖係本創作USB充電器之構件分解圖。 f四圖係本創作具有二USB充f器之實施例。 第五圖係本創作具有USB充電器、電源插座及電源開 關之實施例（前立體圖）。 第/、圖係本創作具有USB充電器、電源插座及電源開 關之線路串連實施例（後立體圖）。 第七圖係為本創作USB充電器組設於二電源插座中 間之貫施例。 第八圖係為本創作USB充電器組設於二電源插座旁 側之實施例。 M423394 【主要元件符號說明】 1 框架 11 第一穿孔 12 上扣固槽 13 下扣固槽 2 前蓋 21 第二穿孔 21A 第二穿孔 3 USB充電器 3A 電源插座 3B 電源開關 3C 電源線 31 前盒 311 第三穿孔 312 前凸部 313 上扣固件 314 下扣固件 32 充電單元 321 插槽 322 電子元件 323 電路板 324 電源線 33 後盒M423394 V. New Description: [New Technology Field] This creation is about a USB charging socket, especially that can be installed with standard switch and socket of each brand, and can be used to connect the power switch and socket position on the original wall. There is no need for additional wiring, and the walls of buildings in general residences, offices, restaurants and hotels can be used. [Prior Art] With the increasing popularity of USB interface, many mobile phones, mp3 devices or palm-sized video game consoles can be charged by USB cable. There are also many USB conversion power plugs on the market, so that these % devices can directly pass through. The power outlet is charged, not necessarily through the USB socket on the computer. However, some converter plugs on the market are of different quality and may not provide a relatively stable voltage and cause damage to the device. In order to make the 3C devices have a relatively stable voltage and directly plug in the power supply of the building, the relevant companies have created the following two new types of φ initial cases: Announced No. 097210425 "Switch socket with USB charging slot" Patent case (certificate number: M343967), which opens and closes the socket and fixes a transformer circuit board with a power transformer function. The power input terminal of the transformer circuit board is connected with the power source connected to the switch socket. After the transformer circuit is transformed and rectified, the output end is a usb slot. Corresponding to the position of the USB slot, the cover of the switch socket is lacking for the electronic product to be inserted and charged by the USB power cord. Mistakenly by the above settings, the general electronic product can be charged on the switch socket by M423394, as long as the electronic power supply is connected to one end of the USB power supply, and the other is inserted into the gap of the cover of the switch socket to be connected to the socket for charging. The switch socket of the above first case can be fixed to the switch socket on the wall, can be a switch socket, or can be an extended line switch socket, and has a wide range of use, but the components thereof include all components of the switch socket and the inside The transformer circuit boards are all made by re-purchasing molding molds. The disadvantages of increasing production costs make the industrial utilization of switches and sockets have room for growth and improvement, and further improvement is required. In addition, the patent No. 09821 951 2 "embedded usb charging module" (certificate number: M379252) has been announced, including a shell frame with a circuit board and at least one preset on the circuit board. The USB charging connector and a housing are assembled on the housing frame, so that it can be placed on the wall and properly wired, and the USB electrical product can be directly plugged into the charger. · This wall-mounted USB charging module is directly placed on the wall and equipped with appropriate power wiring. It can also be compatible with a wall power box for users to use for various types of plugs or USB electrical products. The first front case is set on the shell frame, and in addition to a USB charging connector, a single USB charging connector can be combined with another USB charging connector or a power socket or a three-phase power socket or a push-type power switch. The set is set in the shell, in order to manufacture various shells, the manufacturer needs to re-purchase the mold for the production of the shell. This jy^· faces the shortcomings, making the recessed electric mold new and has a progressive space. It is necessary for the relevant industry to advance and innovate [new content] This creation is to solve the problem of the production cost faced by the above two previous cases. The purpose of the Thunder t creation is to provide a USB charging socket that can be installed with the 2 source switches and sockets of each factory label. When assembling the usb ί electric socket, the power switch and socket position on the original wall can be used. In addition, it can be used in the house, the office, the restaurant, and the wall of the building. It can be easily operated, set up, easy to use, and the cost of installation is relatively low. The above two cases are facing high production costs. The present invention provides a USB charging socket that includes a frame, a front cover and a USB charger. The frame has a first perforated plate clock, and the first perforations correspond to at least one upper fastening groove and a lower fastening groove. The girder has a second perforated plate that covers the front of the frame. The UjB charger includes a front box, a charging unit and a rear unit. The cassette has a convex portion including a third perforation, and the convex portion passes through the first perforation of the bezel frame and is inserted through the front cover. In the second perforation, at least one upper fastening piece and the lower fastening groove M423394 t are disposed on the upper and lower end surfaces of the corresponding box, and at least one upper fastening piece and at least one lower fastening piece are provided; the charging unit has one slot and several The electronic component and the circuit board to which the power cord is connected, the slot is inserted in the third through hole of the front box; and then the cartridge clamp charging element is fixed behind the front box. The first perforation of the frame is rectangular. The second perforation size of the above cover matches the size of the convex portion of the USB charger. This creation has the following advantages: 1. The USB charging plug of this creation, the power cord of the MB charger can be connected with the power cord of the power switch and the power socket (please refer to the sixth figure), then the USB charging socket of the creation It can also have USB charging and power switch, power socket and other product features. 2. The USB charging socket of this creation can be installed with the standard power switch and socket of each brand. When assembling the USB charging socket, the power switch and socket position on the original wall can be used, and no additional pipeline is required. Walls of buildings in offices, restaurants and restaurants can be used. 3. The USB charging socket of this creation has the convenience of being easy to set up and easy to use, and the installation cost is relatively low, which can improve the problem of high production cost faced by the above two previous cases. 4. The USB charging socket of this creation can handle AC (100V~240V). The user can directly charge the mobile phone, MP3 device, digital camera or palm game console through the uSB cable. [Embodiment] 6 M423394 First, please refer to the first to third figures, the USB charging socket of the creation includes a frame (1), a front cover (2) and a USB charger (3) 〇 the frame (1) The first perforation (11) has a plate body, and the first perforations (11) are provided with at least one upper fastening groove (12) and a lower fastening groove (13). A perforation (11) is rectangular. The _ s front cover (2) is a plate body having a second perforation (21) that covers the front of the frame (1). The USB charger (3) comprises a front box (31), a charging unit (32) and a rear box (33); the front box (31) has a convex portion (312) including a third through hole (311). The convex portion (312) penetrates the first through hole (U) of the frame (1) and is disposed in the second through hole (21) of the front cover (2), and the upper and lower end faces of the front case (31). Corresponding frame (1) upper fastening groove (12) and lower fastening groove (13) position φ' are provided with at least one upper fastening member (313) and at least a lower fastening member (314); charging unit (32) The device has a slot (321), a plurality of electronic components (322), and a circuit board (323) connected to the power line (324). The slot (321) is disposed through the third hole (311) of the front box (31). The rear box (33) clips the charging unit (32) to be fixed behind the front box (31); wherein the USB charger has a front convex portion (312) size and a second perforation of the front cover (2) ( 21) The size is consistent. Please refer to the fourth picture 'This creation USB charging socket is used when implemented' its frame (1) is available for two USB chargers (3), then the first 7 M423394 盍 (2) corresponds to a USB charger (3) group Positioned, two second perforations (21) are provided, wherein the two second perforations (21) are sized to match the size of the front protrusion (312) of the USB charger. Please refer to the fifth and sixth figures. When the USB charging socket is used, the frame (1) can be used for a USB charger (3), a power socket (3A) and a power switch (3B). The front cover (2) corresponds to the USB charger (3), the power socket (3A), and the power switch (3B) _ set position 'set with a rectangular second through hole (21A), wherein the USB charger (3) front The three-fold width of the convex portion (312) coincides with the size of the rectangular second perforation (21A). Among them, the power cable (324) of the USB charger (3) can be connected in series with the power switch (3B) and the power cable (3C) of the power socket (3A) (please refer to the sixth figure), so that the USB charging socket of the creation is enabled. It can also have usb charging and power switch, power socket and other functions. Please refer to the seventh figure. When the USB charging socket of this creation uses Φ, the first hole (11) of the frame (1) can be placed in the middle of the two power sockets (3A). The front cover (2) corresponds to the set position of the USB charger (3) and the two power sockets (3A), and is provided with a rectangular second through hole (21a)', wherein the USB charger (3) front convex portion ( The triple width of 312) coincides with the long side dimension of the rectangular second perforation (21A). Please refer to the eighth figure. When the USB charging socket is used, the frame (1) can be used for a USB charger (3) and the power socket (3A) connected at the same time. The front cover (2) corresponds to The USB charging 8 M423394 |i (3) and the two power sockets (3A) are arranged in a position, and a rectangular second through hole (21A) is provided, wherein the USB charger (3) has a width of three times the front convex portion (312). It is consistent with the long side dimension of the rectangular second perforation (21A). Only the above-mentioned ones are only preferred embodiments of the present invention, and are not intended to limit the characteristics of the creation. The re-creation of the technical means and creation principle related to the creation is still the creation of this case. The statements made in the creation of the drawings and the descriptions are not intended to limit the scope of the creation of the creations; any person who is familiar with the art, and the equivalent changes and modifications made without departing from the spirit and scope of the creation, shall be covered by the patents of this creation. Within the scope, the party is reasonable. [Simple description of the diagram] The first version is a perspective view of the USB charging socket. f The second figure is an exploded view of the components of the USB charging socket. The three pictures are the exploded view of the USB charger. f Four diagrams This embodiment has two embodiments of a USB charger. The fifth figure is an embodiment (front perspective view) of a USB charger, a power outlet, and a power switch. The figure/picture is a line-connected embodiment (rear perspective view) of a USB charger, a power outlet, and a power switch. The seventh figure is the example of the creation of the USB charger set in the middle of the two power sockets. The eighth figure is an embodiment in which the USB charger set is provided on the side of the two power sockets. M423394 [Main component symbol description] 1 Frame 11 First perforation 12 Upper fastening groove 13 Lower fastening groove 2 Front cover 21 Second perforation 21A Second perforation 3 USB charger 3A Power socket 3B Power switch 3C Power cord 31 Front box 311 Third perforation 312 Front convex part 313 Upper fastener 314 Lower fastener 32 Charging unit 321 Slot 322 Electronic component 323 Circuit board 324 Power cord 33 Back box