M432179 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種㈣插座結構，尤其是—種能夠藉由旋轉聰插座 來開啟與關閉該USB插座之供電功能。 【先前技術】 現今的科技發達”肖費性電子產品的種崎來愈多樣化，且該消費性 電子產品幾乎都具有與電腦連接制的USB介面，讓者能透過電 腦，存取或編輯該消費性電子產品上的資料，或者是利用電腦上的聰插 槽，來對該消費性電子產品充電使用，而為了方便單純使用膽插槽充電 的使用者，市面上已漸漸的推出—種與電腦分開並能夠用以供電的㈣插 槽，而這-類高電壓腦插槽本身還能提供w (伏特）的主動電壓，及 〇.5A (安培）的電流’因此對於一些小型設備而言，可以不必再外接電源 供應裝置’就能利用來自㈣插槽的電力順利運作。利用這特點，也有廢 商開發出適當的排線，將腦拿來當作供電插座般制，例如作騎動電 話的充電器，或是提供小型桌燈及電風鱗的電輕要，使用者得以 直接利用該具USB插槽_座或延長線對歸費性電子產品充電，如此將 能夠省去了開電腦才能夠使用的麻煩。 但目前習知的USB插座，當制USB _人聰插座時，即使不需 要進行供電或是充電’但其電源健會持魏出，因麟於所插入正在待 機中之電器’就是-種電能的浪費，長期制下來，以環保的角度來看， 也是非常浪費資源的；另外，若是長期持續輸出電源，在使用的安全下， 也是非常值得顧慮的。 3 〜79 因此’若是㈣於插入USB插座的情況下，能夠直接使用旋轉插 座的方式來控制電源是否保持持續輸出，如此應為一最佳解決方案。 【新型内容】 本創作即在於提供-種聰插座結構，係能夠藉由旋轉咖插座來 開啟與關閉該USB插座之供電功能。 -種USB插座結構，係包含—具有筒狀容置部之前蓋、—後蓋、一限 位件、-旋轉座及—連接電路板之插槽，其中該前蓋表面上具有至少 -個孔洞，而對應於該孔洞之位置向内側延伸軸-雜容置部，且該筒 狀容置部之朝向後蓋的部份壁面上係向_成—凹槽；另外該後蓋係由内 向後凹形成·容置空間，因此該後蓋與該前蓋緊密結合時，該前蓋之筒狀 容置部之位置係會位於該後蓋之容置空間内； 該限位件係設置於該前蓋的筒狀容置部與該後蓋的容置空間之間，該 限位件係能夠_於該前蓋之筒狀容置部上，而該限位件中央有一穿 透式開卩，且該限位件朝向謂狀容置部之—面上，係具有至少—個限位 結構’而該限位件朝向該後蓋之另一面上，係於穿透式開口内側邊上具有 至少-個&塊；另外該旋轉雜設置於該前蓋㈣狀容置部與該限位件之 間，由於織轉座係為H轉，故該旋轉座能夠插人該前蓋之筒狀容 置部内，而該朝向筒狀容置部之旋轉座的背面上具有—開口，且該旋轉座 外側面上具有兩個定位柱； 另外該USB插槽另-端係具有一連接線，該連接線係會連接一具有開 關之電路板’且該USB插_能騎應於該旋轉座之背面開口的位置，將 連接電路板之USB _獻概魅巾；因此，當該前蓋_後蓋結合時， M432179 。亥内部置放有USB插槽之旋轉座係能夠容置於前蓋之筒狀容置部内，而該 限位件係鎖固於該前蓋之筒狀容置部上，如此將使該電路板能夠穿入該穿 透式開口中，而當一 USB線插入該USB插槽並進行轉動時，該電路板上之 開關與該穿透式開口内之凸塊相接觸，則能夠導通開啟該usB插槽之供電 功能。 更具體的說，所述前蓋的筒狀容置部之外側周圍上係設置有至少一個 鎖固孔，而該限位件之限位結構上具有至少一個對應於筒狀容置部周圍之 鎖固孔的開孔’以使該限位件能夠鎖固於該前蓋之筒狀容置部上。 更具體的說，所述限位件朝向筒狀容置部之一面上，係沿著該穿透式 開口形成一彎曲並凸起的限位結構，另外’對應於彎曲兩端所凸起的限位 結構之間，係會形成一内凹的移動區域，而該移動區域靠近限位結構處之 左右兩端，係皆具有一由外向内凹的限位凹槽。 更具體的說，所述旋轉座係能與該筒狀容置部與限位件結合，而當該 USB插槽被轉動時，其中一個定位柱係能夠移動於該筒狀容置部的凹槽之 間，而另一個定位柱則能夠移動於該限位件的移動區域之間。 更具體的說，所述移動於該限位件的移動區域之間的定位柱上係具有 一凸起物，當該USB插槽被轉動使該定位柱之凸起物移動至該移動區域之 限位凹槽時，該USB插槽則不能再繼續朝同一個方向轉動。 更具體的說，所述移動於該筒狀容置部的凹槽左右兩端係皆具有一擋 壁，當該USB插槽被轉動使該定位柱移動而抵觸到該凹槽之擋壁時，該 USB插槽則不能再繼續朝同一個方向轉動。 【實施方式】 5 M432179 有關於本創作之前述及其他技術内容、特點與功效，在以下配合參考 圖式之較佳實施例的詳細說明中，將可清楚的呈現。 請參閱圖一 A、圖一 B、圖一 C及圖一 D，為本創作一種USB插座結 構之分解結構圖、組合結構背面視圖及組合結構正面視圖，由圖中可知， 本創作所使用的USB插座結構中共有上下兩組的USB插槽以及定位結構， 但上下兩組的結構與功能相仿，由圖一 A及圖一 B中可發現，上下兩組的 結構與功能是完全一樣，因此本創作不論是僅有一組或是兩組以上，皆能 夠具有相同的功能，故於敘述本創作之實施方式時，僅以一組為主來進行 說明； 本創作之USB插座結構1係包含了一前蓋u '一限位件12、一旋轉 座13、一連接電路板15之USB插槽14及一後蓋16，其中該前蓋表面ηι 上具有至少一個孔洞112,而對應於該孔洞112之位置向内侧延伸形成一筒 狀容置部113，且該筒狀容置部113之朝向後蓋12的壁面1131上有一部份 係向内形成-凹槽1132 ;另外’由圖-a中可知，該後蓋16係由内向後 凹延伸形成—容置空間16卜因此該後蓋16與該前蓋11緊密結合時，該前 蓋11之筒狀容置部113係能夠置放於該後蓋16之容置空間161内； 而6玄限位件12、旋轉座13及連接電路板15之USB插槽14係設置於 該前蓋11的筒狀容置部113與該後蓋16的容置空間161之間，其中該限 位件12係能夠鎖固於該前蓋n之筒狀容置部113上，而該限位件12中央 係具有一穿透式開口 121’且該限位件12朝向該筒狀容置部113之一面上， 係沿著該穿透式開口 m形成-彎曲並凸起眺位結構123，而該限位件 12朝向該後蓋16之另-面上’係、於穿透式開口121内側邊上具有至少一個 M432179 凸塊122 ;另外，對應於兩端所凸起的限位結構123之間，係會形成一内凹 的移動區域！24,而該移動區域124靠近限位結構123處之左右兩端係皆 具有一由外向内凹的限位凹槽1241 1242。 另外’於前蓋11的筒狀容置部113與該限位件12之間具有該旋轉座 I3及該連接電路板Η之USB插槽M，由於該限位件係固定於該前蓋 ' U的筒狀容置部113上，因此該限位件12及筒狀容置部113皆不能夠進行 轉動’但當該旋轉座13、USB插槽14及電路板15相連接時，則必須能夠 * 於筒狀容置部113與該限位件12之間進行轉動；其中該旋轉座I3係位於 該前蓋11的筒狀容置部113與該USB插槽14挪，缺該旋轉座13係為 -筒狀結構，故該旋轉座13能夠插人該前蓋u之筒狀容置部113内而 朝向該筒狀容置部113之旋轉座13的背面131上具#__開口 132，且職 轉座13外側面上延伸出有兩個定位柱133，134 ; 另外，該USB插槽14之-端係具有一連接線⑷，該連接線141係 會連接-具有_ 1M之電職，且該USB _ M職騎應於該旋 • 轉座13之背面131開口 132的位置，以將連接電路板I5之USB插槽Μ 插入該旋轉座13中，其中該USB插槽14則與該旋轉座13之背面ΐ3ΐ開 口 132直接接觸’且該與USB插槽M相連接之電路板15則會面向該限位 件12。 另外，該前蓋11的筒狀容置部113之外側周圍上係設置有至少一個鎖 固孔1135，而該限位件12之限位結構123上具有至少一個對應於筒狀容置 部113周圍之鎖固孔1135的開孔123卜以使該限位件12能夠鎖固於該前 蓋11之筒狀容置部113上。 7 因此，當該前蓋π與該後蓋12結合時，該内部置放有USB插槽14 ,旋轉座13係能夠容置於前蓋u之筒狀容置部⑴内，而該限位件12則 疋鎖固於該喊11之筒狀容置部113上，因此該USB插槽14所連接之電 路板15 _人該穿_口 i2i中，且該穿_口 pi _邊上的凸 塊122係與轉路板15相接觸，而當該USB插槽Μ被轉動時，該旋轉座 13外側面上延伸出的兩個樹133 134,其中—個定位㈣係能夠移動 於該筒狀_ 113的凹槽脱之間，而另—個定位柱_能夠移動於 細立件12的移動區域124之間該移動於限值件η的移動區域以之 間的定位柱134上係具有—凸起物聞。 而開啟與關閉該USB插槽Μ之供電功能如圓二八及圖1所示由M432179 V. New type description: [Technical field to which the new type belongs] This creation is about-a kind of socket structure, especially-a kind of function that can turn on and off the power supply of the USB socket by rotating the smart socket. [Previous technology] Today ’s technology is developed. ”The variety of Shao Fei electronic products is becoming more and more diverse, and almost all of the consumer electronic products have a USB interface connected to the computer, allowing users to access or edit the consumer through the computer. Information on electronic products, or use the smart socket on the computer to charge and use the consumer electronics, and in order to facilitate users who simply use the bile socket to charge, the market has gradually introduced—kind of computer Separate and can be used to power the plutonium socket, and this type of high-voltage brain socket itself can also provide an active voltage of w (volts) and a current of 0.5A (amps). So for some small devices, You can use the power from the socket to run smoothly without having to connect an external power supply device. Using this feature, some waste companies have developed appropriate cables and used the brain as a power outlet, such as a bicycle phone. Charger, or a small light that provides small table lamps and electric scales, users can directly use the USB slot_seat or extension cable to charge expendable electronic products, so It can save the trouble of turning on the computer before it can be used. However, the conventionally known USB sockets, when making USB _ Rencong sockets, even if no power supply or charging is needed, but its power source will hold out, because Lin Yu The electrical appliances that are inserted in standby are a kind of waste of electrical energy. If they are made for a long time, they are also a waste of resources from the perspective of environmental protection. In addition, if the power is continuously output for a long time, it is also very worthy of consideration under the safety of use. 3 ~ 79 Therefore, if you are not comfortable with plugging into a USB socket, you can directly use a rotary socket to control whether the power supply maintains continuous output. This should be an optimal solution. [New Content] This creation is to provide -A kind of socket structure, which can turn on and off the power supply function of the USB socket by rotating the coffee socket.-A kind of USB socket structure, which includes-a front cover with a cylindrical accommodation portion,-a rear cover, and a stopper , -Rotary seat and -Slot for connecting circuit board, wherein the front cover surface has at least -holes, and the position corresponding to the holes extends inwardly to the axis-miscellaneous Part of the wall of the cylindrical accommodating part facing the back cover is oriented into a groove; in addition, the back cover is formed by accommodating the space from the inside to the back, so the back cover and the front cover When tightly coupled, the position of the cylindrical accommodating portion of the front cover will be located in the accommodating space of the rear cover; the stopper is provided in the accommodating portion of the cylindrical accommodating portion of the front cover and the rear cover. Between spaces, the stopper can be located on the cylindrical receiving part of the front cover, and the stopper has a penetrating opening in the center, and the stopper faces the side of the predicate receiving part. Above, there is at least one limiting structure 'and the other side of the limiting member facing the back cover is provided with at least one & block on the inner side of the penetrating opening; in addition, the rotary miscellaneous device is provided in the Since the weaving swivel is H-turn, the swivel seat can be inserted into the cylindrical accommodating part of the front cover, and the direction of the cylindrical accommodating part is between the front cover and the limiting member. There is an opening on the back of the rotating base, and there are two positioning posts on the outside of the rotating base; in addition, the other end of the USB socket has a connecting cable, and the connecting The wiring system will be connected to a circuit board with a switch, and the USB plug can be connected to the position of the opening on the back of the swivel base, and the USB of the circuit board will be attached. Therefore, when the front cover When combined, M432179. The rotating seat with a USB slot inside is able to be accommodated in the cylindrical accommodation portion of the front cover, and the stopper is locked to the cylindrical accommodation portion of the front cover, which will make the circuit The board can penetrate into the penetrating opening, and when a USB cable is inserted into the USB slot and turned, the switch on the circuit board is in contact with the bump in the penetrating opening, and can be turned on to open the usB slot power supply function. More specifically, at least one locking hole is provided around the outer side of the cylindrical accommodating portion of the front cover, and the limiting structure of the stopper has at least one corresponding to the periphery of the cylindrical accommodating portion. The opening of the locking hole is used to enable the limiting member to be locked on the cylindrical receiving portion of the front cover. More specifically, one surface of the stopper facing the cylindrical accommodation portion is formed along the penetrating opening to form a curved and convex stopper structure, and in addition, 'corresponds to the protrusions at both ends of the bend. Between the limiting structures, a concave moving area is formed, and the moving area is close to the left and right ends of the limiting structure, and each has a limiting groove recessed from the outside to the inside. More specifically, the rotating seat can be combined with the cylindrical receiving portion and the limiting member, and when the USB socket is rotated, one of the positioning columns can be moved in the recess of the cylindrical receiving portion. Between the grooves, and another positioning post can move between the moving areas of the stopper. More specifically, the positioning post moved between the moving areas of the stopper has a protrusion, and when the USB slot is rotated, the protrusion of the positioning post moves to the moving area. When the groove is limited, the USB slot can no longer continue to rotate in the same direction. More specifically, the left and right ends of the groove moved in the cylindrical receiving portion are provided with a retaining wall. When the USB slot is rotated to move the positioning post to abut the retaining wall of the groove , The USB slot can no longer continue to rotate in the same direction. [Embodiment] 5 M432179 The foregoing and other technical contents, features, and effects related to this creation will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings. Please refer to Fig. 1A, Fig. 1B, Fig. 1C, and Fig. 1D for the exploded structure diagram, rear view of the combined structure, and front view of the combined structure for the creation of a USB socket structure. In the USB socket structure, there are two sets of USB slots and positioning structures, but the structures and functions of the two sets are similar. From Figures 1A and 1B, it can be found that the structures and functions of the upper and lower groups are exactly the same, so No matter there is only one set or more than two sets, this creation can have the same function. Therefore, when describing the implementation of this creation, only one set will be used as the explanation. The USB socket structure 1 of this creation includes A front cover u ', a stopper 12, a rotating seat 13, a USB socket 14 connected to the circuit board 15, and a rear cover 16, wherein the front cover surface has at least one hole 112 on the surface η, corresponding to the hole The position of 112 extends inward to form a cylindrical accommodation portion 113, and a part of the wall surface 1131 of the cylindrical accommodation portion 113 facing the rear cover 12 is formed inwardly-the groove 1132; It can be seen that the rear cover 16 is from the inside to the rear Extending to form the accommodating space 16. Therefore, when the rear cover 16 and the front cover 11 are tightly combined, the cylindrical accommodating portion 113 of the front cover 11 can be placed in the accommodating space 161 of the rear cover 16; The six-position limiting member 12, the rotating seat 13, and the USB slot 14 connected to the circuit board 15 are disposed between the cylindrical accommodation portion 113 of the front cover 11 and the accommodation space 161 of the rear cover 16. The position piece 12 can be locked on the cylindrical receiving portion 113 of the front cover n, and the center of the position limiting piece 12 has a penetrating opening 121 ′, and the position limiting piece 12 faces the cylindrical receiving portion. One surface of 113 is formed-curved and raised along the penetrating opening m to form a viewing structure 123, and the stopper 12 faces the other surface of the rear cover 16 and is connected to the penetrating opening 121. There is at least one M432179 convex block 122 on the inner side; in addition, a concave moving area is formed between the limiting structures 123 corresponding to the two ends protruding! 24, and the left and right ends of the moving region 124 near the limiting structure 123 have a limiting groove 1241 1242 that is concave from the outside to the inside. In addition, 'the rotary seat I3 and the USB slot M of the connection circuit board 具有 are provided between the cylindrical accommodating part 113 of the front cover 11 and the stopper 12, because the stopper is fixed to the front cover' U's cylindrical accommodation portion 113, therefore, neither the stopper 12 nor the cylindrical accommodation portion 113 can be rotated ', but when the rotary base 13, the USB slot 14, and the circuit board 15 are connected, it must be Capable of rotating between the cylindrical accommodating portion 113 and the limiting member 12; wherein the rotary base I3 is located between the cylindrical accommodating portion 113 and the USB slot 14 of the front cover 11, and the rotary base is missing 13 is a -cylindrical structure, so the rotary base 13 can be inserted into the cylindrical receiving portion 113 of the front cover u and faced with a #__ opening on the back surface 131 of the rotary base 13 facing the cylindrical receiving portion 113. 132, and two positioning posts 133, 134 extend on the outer surface of the work base 13; In addition, the-end of the USB socket 14 has a connection line ⑷, and the connection line 141 is connected-has _ 1M Electrical position, and the USB _ M position should be at the position of the opening 131 on the back 131 of the rotary base 13 to insert the USB socket M connected to the circuit board I5 into the rotary base 13, where the USB The groove 14 and the back surface 13 of the rotating base 132 in direct contact with the opening ΐ3ΐ 'and the circuit board is connected to the USB socket of the M 15 will be facing the limiting member 12. In addition, at least one locking hole 1135 is provided around the outer side of the cylindrical accommodation portion 113 of the front cover 11, and the limiting structure 123 of the stopper 12 has at least one corresponding to the cylindrical accommodation portion 113. The openings 123 of the surrounding locking holes 1135 enable the limiting member 12 to be locked on the cylindrical receiving portion 113 of the front cover 11. 7 Therefore, when the front cover π is combined with the rear cover 12, the internal slot is provided with a USB slot 14, and the rotary seat 13 can be accommodated in the cylindrical accommodation portion ⑴ of the front cover u, and the limit position The piece 12 is locked to the cylindrical receiving part 113 of the shout 11 so the circuit board 15 connected to the USB slot 14 is in the _port i2i, and the _port pi_ The convex block 122 is in contact with the switch board 15, and when the USB socket M is rotated, two trees 133 134 extended on the outer surface of the rotating seat 13, one of which can be moved to the tube The groove of the shape _ 113 is separated from each other, and another positioning column _ can be moved between the moving area 124 of the thin standing piece 12, and the positioning column 134 between the moving area of the limit member n is provided with- The bump smelled. The function of turning on and off the power supply of the USB slot M is shown in Figure 28 and Figure 1.
於該脇_ 14被轉_，該限位件12將不會隨之轉動，因此當該USB 插槽14由外向逆時鐘方向齡時，如圖二a所示（由於圖二a及圖二b 呈現的是朝_轉動狀態，_三A及圖三B呈_〇卜表面⑴的轉動 狀〜、表面111向逆時鐘方向轉動時，朝内的轉動狀態則是相反的 朝順時鐘方_動），該電魏15上的關151齡向該穿透式開口 i2i 内側邊上的凸塊122的位置接近，而當該定位柱134之凸起物麗移動至 該移動區域之限位凹槽1241上時，該㈣插槽14則不能再繼續轉動， 同時該電職15上的«⑸崎㈣受郞塊122的_，而使得該開 關151上的兩個簧片1511，1512能夠互相觸發而導通，以開啟該腦插槽 14之供電功能； 反之 ’當該USB插槽14被由外向順時鐘方向轉動時，如圖二b所示 (由於圖二二是朝内的轉綠態，三B呈現 M432179 的是外表面111的轉動狀態，因此當表面lu向順時鐘方向轉動時，朝内的 轉動狀態則是相反的朝逆時鐘方向轉動），該開關151之兩個簧片1511，1512 則不再受到凸塊122的擠壓，因此兩個簧片1511，1512會自然彈開，故不再 導通，而供電也會停止，另外該USB插槽14所能轉動的幅度，也僅能由 定位柱134之凸起物134卜從目前的限位凹槽1241移動至該移動區域124 之另一個限位凹槽1242，因此USB插槽14能夠轉動的範圍位於兩個限位 凹槽1241,1242之間； Φ 由於移動於該筒狀容置部113的凹槽1132左右兩端係皆具有一擋壁 1133,1134，當該USB插槽14被轉動使該定位柱133移動而抵觸到該凹槽 1132之擋壁1133,1134時，該USB插槽14則不能再繼續朝同一個方向轉 動，因此USB插槽14能夠轉動的範圍除了被限制於兩個限位凹槽1241，1242 之間，同時也是被限制於該凹槽1132之兩個擋壁1133，1134之間。 另外，當使用者在操作時，如圖三A所示，使用者則必須使用一 USB 線2插入該USB插槽14中，才能夠轉動該USB插槽14，而插入該USB φ 插槽14為垂直的狀態，如圖SB所示，該USB插槽14之供電功能則是處 於關閉的狀態’而當使用者確定要使用電源時，僅需轉動該USB線2，該 USB插槽14則會隨之轉動，如圖三c所示，使用者將USB插槽丨4轉為平 行的狀態，將會開啟该USB插槽14之供電功能；而一旦開啟供電，該定 位柱134之凸起物1341則會移動至該移動區域124之限位凹槽1241内， 該USB插槽14將被定位’除非使用者再次手動轉動該胸插槽14，否則 該USB插槽14則不會自動回轉’因此將會被鎖定於持續供電的狀態，等 到使用者不再需要供電，僅需手動將USB插槽14回轉，則會再度關閉停 9 M432179 止供電。 本創作所提供之一種USB插座結構，與其他習用技術相互比較時，更 具備下列優點： 1.本創作係能夠於USB線插入USB插座的情況下，能夠直接使用 旋轉USB插座的方式來控制電源是否保持持續輸出，因此本創 作具有不供電使用時無功率消耗、環保等特色。 2，本創作即使長期將USB線插入USB插座，僅需旋轉USB線，即 可停止供電，因此在使用的安全性來看’使用者不需使用才將 USB線插入USB插座，可持續將USB線插於USB插座中，若 需提供電源僅需使用USB線轉動USB插座即可進行供電。 藉由以上較佳具體實施例之詳述，係希望能更加清楚描述本創作之特 徵與精神，而並非以上述所揭露的較佳具體實施例來對本創作之範疇加以 限制。相反地，其目的是希望能涵蓋各種改變及具相等性的安排於本創作 所欲申請之專利範圍的範疇内。 【圖式簡單說明】 圖一 A為本創作USB插座結構之分解結構圖； 圖一 B為本創作USB插座結構之分解結構圖； 圖一 C為本創作USB插座結構之部份分解結構圖； 圖一 D為本創作USB插座結構之組合結構正面視圖； 圖一 E為本創作USB插座結構之組合結構背面視圖； 圖二A為本創作USB插座結構之内面旋轉開啟供電示意圖； 圖二B為本創作USB插座結構之内面旋轉關閉供電示意圖； M432179 圖三A為本創作USB插座結構之實施示意圖； 圖三B為本創作USB插座結構之實施示意圖；以及 圖三C為本創作USB插座結構之實施示意圖。 【主要元件符號說明】As the threat _ 14 is turned _, the stopper 12 will not rotate with it, so when the USB socket 14 ages from the outside to the counterclockwise direction, as shown in Figure 2a (due to Figure 2a and Figure 2) b shows a _rotational state, _3A and FIG. 3B show a _00 surface rotation ~, and when the surface 111 rotates counterclockwise, the inward rotation state is opposite to the clockwise direction_ (Moving), the 151-year-old on the electric Wei 15 approaches the position of the bump 122 on the inner side of the penetrating opening i2i, and when the protrusion of the positioning column 134 moves to the limit of the moving area When the groove 1241 is in the groove, the cymbal slot 14 can no longer continue to rotate, and at the same time, the «Sakizaki receiving block 122_ on the electric post 15 allows the two reeds 1511, 1512 on the switch 151 to be able to Trigger each other and turn on to turn on the power supply function of the brain slot 14; otherwise, when the USB slot 14 is turned clockwise from outside to outside, as shown in Figure 2b (because Figure 22 is green inward) The state of the three B is that M432179 is the rotation state of the outer surface 111, so when the surface lu rotates clockwise, the inward rotation state is The two springs 1511, 1512 of the switch 151 are no longer pressed by the bump 122, so the two springs 1511, 1512 will spring open naturally, so they are no longer conductive, and The power supply will also be stopped. In addition, the rotation range of the USB slot 14 can only be moved from the current limit groove 1241 to another limit recess of the moving area 124 by the protrusion 134 of the positioning post 134. The slot 1242, so the range in which the USB slot 14 can rotate is located between the two limiting grooves 1241, 1242; Φ Since the groove 1132 is moved to the cylindrical receiving portion 113, both sides of the groove 1132 have a retaining wall 1133 1134, when the USB slot 14 is rotated to move the positioning post 133 and abut the retaining wall 1133, 1134 of the groove 1132, the USB slot 14 cannot continue to rotate in the same direction, so the USB plug The range in which the groove 14 can rotate is not only restricted between the two limiting grooves 1241, 1242, but also between the two retaining walls 1133, 1134 of the groove 1132. In addition, when the user is operating, as shown in FIG. 3A, the user must use a USB cable 2 to plug into the USB slot 14 to be able to rotate the USB slot 14 and plug into the USB φ slot 14 It is a vertical state, as shown in Figure SB, the power supply function of the USB slot 14 is turned off. When the user determines that the power is to be used, only the USB cable 2 needs to be turned, and the USB slot 14 is It will rotate accordingly, as shown in Figure 3c, when the user turns the USB slot 丨 4 into a parallel state, the power supply function of the USB slot 14 will be turned on; once the power is turned on, the protrusion of the positioning post 134 will be turned on. The object 1341 will move into the limit groove 1241 of the moving area 124, and the USB slot 14 will be positioned. 'Unless the user manually rotates the chest slot 14 again, the USB slot 14 will not automatically rotate 'As a result, it will be locked in a state of continuous power supply. When the user no longer needs power supply, only need to manually turn the USB slot 14 back, it will shut down and stop 9 M432179 again to stop power supply. The USB socket structure provided by this creation has the following advantages when compared with other conventional technologies: 1. This creation is able to directly use the rotating USB socket to control the power when the USB cable is plugged into the USB socket. Whether to maintain continuous output, so this creation has the characteristics of no power consumption and environmental protection when used without power. 2. Even if the USB cable is plugged into the USB socket for a long time in this creation, the power supply can be stopped just by rotating the USB cable. Therefore, in terms of safety of use, the user can insert the USB cable into the USB socket without using it. The cable is plugged into a USB socket. If you need to provide power, just use the USB cable to turn the USB socket to provide power. With the detailed description of the above preferred embodiments, it is hoped that the characteristics and spirit of this creation can be described more clearly, and the scope of this creation is not limited by the preferred embodiments disclosed above. On the contrary, the intention is to cover various changes and equitable arrangements within the scope of the patent for which this creation is intended. [Schematic description] Figure 1A is an exploded structure diagram of the creative USB socket structure; Figure 1B is an exploded structure diagram of the creative USB socket structure; Figure 1C is a partial exploded structure diagram of the creative USB socket structure; Figure 1D is a front view of the combined structure of the creative USB socket structure; Figure 1E is a rear view of the combined structure of the creative USB socket structure; Figure 2A is a schematic diagram of the internal rotating power supply of the creative USB socket structure; Figure 2B is The inside of the creative USB socket structure is turned off and turned off; M432179 Figure 3A is the implementation diagram of the creative USB socket structure; Figure 3B is the implementation diagram of the creative USB socket structure; and Figure 3C is the structure of the creative USB socket structure. Implementation schematic. [Description of main component symbols]
1 USB插座結構 11 前蓋 111 前蓋表面 112 孔洞 113 筒狀容置部 1131 壁面 1132 凹槽 1133 擋壁 1134 擋壁 1135 鎖固孔 12 限位件 121 穿透式開口 122 凸塊 123 限位結構 1231 開孔 124 移動區域 1241 限位凹槽 M432179 1242 限位凹槽 13 旋轉座 131 背面 132 開口 133 定位柱 134 定位柱 1341 凸起物 14 USB插槽 141 連接線 15 電路板 151 開關 1511 簧片 1512 簧片 16 後蓋 161 容置空間 2 USB線1 USB socket structure 11 Front cover 111 Front cover surface 112 Hole 113 Cylindrical accommodating portion 1131 Wall surface 1132 Groove 1133 Retaining wall 1134 Retaining wall 1135 Locking hole 12 Stopper 121 Penetrating opening 122 Bump 123 Stopper structure 1231 Opening hole 124 Moving area 1241 Limiting groove M432179 1242 Limiting groove 13 Rotating seat 131 Back 132 Opening 133 Positioning post 134 Positioning post 1341 Projection 14 USB slot 141 Connecting line 15 Circuit board 151 Switch 1511 Reed 1512 Reed 16 Rear cover 161 Storage space 2 USB cable