M439280 五、新型說明： 【新型所屬之技術領域】 本創作關於-種插頭機構及其電子裝置，尤指―種利用分別位於 二插頭接腳之-側的二相對應齒輪部之响合以驅動二插頭接腳相對 反向樞轉之插頭機構及其電子裝置。 【先前技術】 -般來說，傳統的插頭通常具有相互平行且突出於插頭殼體外之 插頭的收“此St會增加_之紐結構體積且不利於 』口此將插頭接腳收合殼體内之設計因應而生。 於插頭殼體之單一容置空間内， :常見用來收合插頭接腳於插頭殼體内的設計係將插頭接腳樞接 藉以使相互平行之插頭接腳可相對 插頭殼體同向_至突出於插頭殼體外之位置 電 之電源孔内，或是同向彳 錢人t原插座 ^ 榀轉至收合於插頭殼體之單一容置介η肉w 利插頭之收納。然而，上述μ… 平令置工間内以 』 述5又汁需要插頭殼體提供足以同時容納相 體結構厚度之 互平仃之插頭接腳之容置办門 合、，.内相 罝二間，故其亦不利於插頭整： 細減。 【新型内容】 本創作之目的之-在於提供—種利用分 別位於二插頭接腳 之一 M439280 I:::對應齒輪部之。齒合以驅動二插頭接腳相對反向樞轉之插頭 機構及其電子錢，以解決上述之問題。 本二作係提供—種插頭機構，其包含—殼體、—第—插頭接腳， 二頭接腳。該殼體具有—第—容置空間以及—第二容置 第-插頭接腳可旋轉地設置於該第—容置空間中且其一側 ^第-齒輪部。該第二插頭接腳可旋轉地設置 其對應該第—齒輪部之-侧具有-第二齒輪部，該第 第一亥第一齒輪部，當該第一插頭接腳相對該殼體樞轉時，該 Μ 4驅動該第二齒輪部以帶動該第二插頭接腳相對該第 二Hi轉’以使該第—插頭接腳與該第二插頭接腳相互平行 =出細體之外或分別容置於該第一容置空間與該第二容置ί 本創作另提供一種雷罢_y· & & 插頭機構_於該::上 T第-插頭接腳，以及一第二插頭接腳。包: 間以及—第二容置空間。該第-插頭接啊旋 二4置空間中且其_側具有—第一齒輪部。該 ‘ & ，置於該第二容置空間中且其對應該第：：可 :第二齒輪部’該第二齒輪部_第一齒輪部，4;有 :腳相對該殼體_時’該第一齒輪部驅動該:c 弟插頭接腳相對該第, M439280 與該第二插雖腳相互平行地突出該殼體之相插人—電源插座而 建立該主體與該電源插座之電性連接，妓使該第-插頭接腳與該 第二插頭接腳分別容置於該第—容置空間與該第二容置空間内。 綜上所述’本創作係利用分別位於二插頭接腳之一側的二相對應 齒輪部之嚙合以驅動二插頭接腳相對反向樞轉’從而達到二插頭接 腳可相互平行地突出_娜之殼或是分別容置於殼體之不同 谷置空間_目的。如此—來，本創作係可透過簡單的扳動操作即 可完成插麵構之_接腳展開與收合操作，從而提昇插頭機構在 ^作使用上的制性。_此之外，*於本創作所提供之插職構係 採用將二_接腳分別容置於殼體之不同容置空間内之料，以取 絲前技術所採狀殼體需提供足關時容_互平行之插頭接腳 之容置空間的設計，故本創作係可大大地縮減插頭機構之整體結構 厚度，以利插頭機構之薄型化設計。 關於本創作之優點與精神可以藉由以下的創作詳述及所附圖式 得到進一步的瞭解。 【實施方式】 請參閱第1圖，其為根據本創作一實施例所提出之一電子裝置 1〇之部份放大示賴，電找㈣包含—主體12以及—插頭機構 M。主體u係可為-般常賴仙插頭以與—電雜座電性連接之 褒置，如家用電等。如第i圖所示，插頭機構μ係設置於主體 12上且與主體12 構Μ亦可為-獨立構件，舉==作所提供之插頭機 接以共同形成-般常見之電源接線。頓構14亦可改與電線連 於此針對_機構M之 進 為第1圖之插_冓14之部分_亍二二/參料2圖’其 構14包含—&爆炸L。由“圖可知，插頭機 _心有：容^ 2；；!；!^ *：Γ 二接腳2G係可旋轉地設置於第二容置空間Μ 部如係^合於第^^!之一側具有一第二齒輪部28，第二齒輪 16樞轉時，第^/部26 ’’當第一插頭接腳18相對殼體 ㈣%可卿屬㈣㈣第二插頭接 相對第插頭接腳18反向樞轉。至於第一插頭接腳Μ以及第 技術中之體16之間綱撕，其係可採用常見於先前 中之…構樞接設計，故其相關描述於此不再贅述。 另外為了避免第一插頭接腳18以及第二插頭接腳如過度樞 卓-插頭接腳18相對第—齒輪部26之另—側可更具有一第一 ^角3〇 ’而第二插頭接腳20於對應第-突角30之位置上則是具有 ^一突角32 ’第二突角32係與第一突角3〇互相對稱，藉此，當 插頁接腳18相對殼體16樞轉至與第二插頭接腳相互平行之 位置時，第一突角3〇即可與第二突角32相互抵接配合，從而限制 7 M439280 第-插頭接腳18與第二插祕腳2Q㈣贿16.之柩轉。 此外’如第2圖所示，第-插頭接腳18可更具有一限位塊^， 殼體16對應限位塊34之位置上可相對應地具有一限位槽％，冬第 -插頭接㈣可旋轉地設胁麵16上時餐塊34係可槐^地 設置於限位槽36内，藉此，插頭機構14即可進—步地彻限位塊 34與限位槽36之配合以限鄉__接腳18以及第二插頭接㈣ 之樞轉角度，在此實施例中，限位塊34係形成於第一插頭接腳Μ 相對第-齒輪部26之另-側上（但不受此限，其亦可改形成於第一 齒輪部26之-紙）且可紐料—近辦行四邊縣構（例如第 2圖所示之近似菱形結構，但不受此限），而限位槽％則是較佳地 為可與之恤配合的-U侧t。科，上親位塊與限位槽之限 位設計亦可選擇性地改制於第二_接腳2〇上。 以下係針對插頭機構14之插頭接腳展開與收合操作進行詳細之 描述’請參閱第1圖、第3圖、第4圖，以及第5圖，第3圖為第 1圖之插賴構丨4於第-_接腳18 _至與第二插頭接腳2〇相 ，平:之位置時之放大示意圖，第4圖為第丨圖之插賴構Μ之内 部不思圖，第5圖為第3圖之插頭機構Η之内部示意圖，其中為求 清楚顯示插頭機構14之㈣秘作動，於第4圖以及第5圖中係賓 略了殼體16之上半部分之繪示。 首先田使用者想要使用插頭機構14以與電源插座（圖未示） 鯖丁=連接時’使用者僅須扳動第一插頭接腳U相對殼體Μ柩 22内料—插頭接腳18從如第1圖所示之容置於第-容置空間 詈a Γ位置樞轉至如第3 _示之突出於第—容置空間22外之位 喻合(如^:二’由:广齒輪部26係與第二齒輪部28相互 之間的嚙人值叙= ’透過第一齒輪部26與第二齒輪部28 轉而、:，第二_接_ 2G就會隨著第—插頭接腳18之樞 頭接^8反向圖；^之^置ΓΖΓ置空間24内之位置相對第—插 一 相互平行，於此啊，由第頂可知，第 :角3〇财㈣：突角32相互抵接配 側邊則是會抵接於_ 36之,37 二=對 止第一插頭接聊18以及第二插頭接腳2〇過度轉/了有效地防 > 以轉第二插獅 插頭接腳細_卩可完成，接下來，如插補f14之 體16外之第一插頭接腳咐第二插 ^共同犬出於殼 孔内，藉以建立主體12以及電源插座之:：插座之電源 装置1〇可接收到從電源插觸插顯使電子 二一蝴 腳_騎心_，直娜-_接腳18從=^== 9 M439280 出於第—容置空間22外之位置樞轉至如第1圖所示之容置於第一六 内之位置為止，同樣地，在此過程中，由上述可知弟= 弟齒輪部26係與第二齒輪部28嚙合，因此，诱禍笛— - at. ±A ° w 輪部 26 ，、弟―齒輪部28之間_合傳動’第二插頭接腳2G就會隨著第一 插頭接腳18之枢轉而從如第3圖所示之突出於第二容置空: =位置相對第一插頭接腳18反向樞轉至如第丨_示之日 =置空間24内之位置’於此同時，由第4圖可知，限位物之^ *相對侧邊就會抵接於限位槽36之内壁37上， —._ 稍' 此4 ’即可防止策 碩接腳18以及第二插頭接腳2〇過度樞轉。 如在使用者板動第一插頭接㈣以驅動第二插頭接腳 了1圖所示之分別容置於第—容置㈣22以科 6 H _麟14之麵接職合操作即可 二：由：插頭接腳18以及第二一 之外n間以及第二容置空間24内而非突出於殼體16 因此，插碩機構14所佔用之空間即可大 者進行物_狄㈣彻㈣^㈣，以便使用 柄較於先前技術，本創作係利用分別位於 相對應齒輪部之喃合以驅動二 :：:-:的^ 插頭接腳m日η — 職附日歡向娜，從而達到二 之不同容置*門内二地犬出插頭機構之殼體外或是分別容置於殼體 操作即可“插的。如此—來’本創作係可透過簡單的板動 碩機構之_接腳賴魏合操作，從而提昇插頭 檣错r1作使用上的便利性。除此之外，由於本創作所提供之插頭 叶用將一插碩接腳分別容置於殼體之不同容置空間内之設 奸M取代先前技術所_之殼體需提供足間時容_互平行之 敕二:之谷置空間的設計’故本創作係可大大地縮減插頭機構之 王I構厚度’以利插顯構之薄型化設計。 =====術專利細 【圖式簡單說明】 意圖第1㈣根據賴作—實施觸糾之電子裝置之部份放大示 =2圖為第丨圖之_機構之料爆炸示意圖。 第3圖為第1圖之插頭機構於 腳相互平行之位置時之放大示意圖。婦至與第二插翻 第4圖為第1圖之插頭機構之内部示意圖。 第5圖為第3圖之插頭機構之内部示^。 【主要元件符號說明】 10 電子裝置 12 14 插頭機構 16 18 第一插頭接腳 20 22 第一容置空間 24 主體 殼體 第二插頭接腳 第二容置空間 M439280 26 第一齒輪部 28 第二齒輪部 30 第一突角 32 第二突角 34 限位塊 36 限位槽 37 内壁 12M439280 V. New description: [New technical field] The creation of the plug mechanism and its electronic device, especially the use of the two corresponding gears on the side of the two plug pins to drive The plug mechanism of the second plug pin pivoting relative to the reverse direction and its electronic device. [Prior Art] In general, conventional plugs usually have plugs that are parallel to each other and protrude from the plug housing. This "St will increase the size of the new structure and is disadvantageous". The design of the inner part of the plug housing is: in the single accommodating space of the plug housing, the common design for folding the plug pin in the plug housing is to pivot the plug pin so that the plug pins parallel to each other can be Relative to the plug housing in the same direction _ to the power hole in the position outside the plug housing, or the same direction to the money holder t 插座 榀 至 收 收 收 收 收 收 收 收 收 收 收 收 收 收The storage of the plug. However, the above-mentioned μ... is required to provide a plug-in door for the plug housing which is sufficient for accommodating the thickness of the phase structure at the same time. Compared with the two, it is not conducive to the plug: fine reduction. [New content] The purpose of this creation is to provide a kind of gear that is located in one of the two plug pins M439280 I::: corresponding gear. Combined drive two plug pins relative to the reverse pivot The plug mechanism and the electronic money thereof solve the above problems. The second system provides a plug mechanism, which comprises a casing, a first plug pin and two pin pins. The casing has a -first capacity The space and the second accommodating first-plug pin are rotatably disposed in the first accommodating space and the one side of the first gear portion. The second plug pin is rotatably disposed corresponding to the first The side of the gear portion has a second gear portion, the first first gear portion, when the first plug pin pivots relative to the housing, the Μ 4 drives the second gear portion to drive the first The second plug pin is opposite to the second Hi turn so that the first plug pin and the second plug pin are parallel to each other = outside the thin body or respectively received in the first receiving space and the second receiving body The present invention also provides a type of _y· && plug mechanism _ in the:: upper T-plug pin, and a second plug pin. Package: and - second accommodating space. The first plug is connected to the space and the _ side has a first gear portion. The ' & is placed in the second space In the middle and corresponding to::: the second gear portion 'the second gear portion _ first gear portion, 4; there is: the foot relative to the housing _ when the first gear portion drives the: c brother plug The pin is opposite to the first portion, and the M439280 and the second pin extend parallel to each other to protrude the plug-in power socket of the housing to establish an electrical connection between the main body and the power socket, so that the first plug pin and the pin The second plug pins are respectively received in the first accommodating space and the second accommodating space. In summary, the present invention utilizes two corresponding gear portions respectively located on one side of the two plug pins. Engagement to drive the two plug pins to pivot relative to the opposite direction, so that the two plug pins can protrude parallel to each other _ Na's shell or respectively accommodate the different valleys of the housing _ purpose. So - this, the creation The simple expansion operation can complete the expansion and folding operation of the insert structure, thereby improving the system of the plug mechanism. _In addition, * the insertion structure provided by this creation adopts the materials that accommodate the two _ pins in different accommodating spaces of the casing, so as to provide the foot of the casing before the wire is taken. The design of the accommodating space of the plugs of the parallel plugs can greatly reduce the overall structural thickness of the plug mechanism, so as to facilitate the thin design of the plug mechanism. The advantages and spirit of this creation can be further understood by the following details of the creation and the drawings. [Embodiment] Please refer to FIG. 1 , which is a partial enlarged view of an electronic device according to an embodiment of the present invention. The electrical search (4) includes a main body 12 and a plug mechanism M. The main body u can be a device that is generally connected to the electric plug, such as household electric power. As shown in Fig. i, the plug mechanism μ is disposed on the main body 12 and can be a separate component from the main body 12, and the plugs provided are used to form a common power supply wiring. The structure 14 can also be changed to the wire for the purpose of the _mechanism M. The plug of the first figure _ 冓 14 part _ 亍 二 2 / reference material 2 diagram ‘structure 14 contains — & explosion L. It can be seen from the figure that the plug machine _ heart has: capacity ^ 2;;!;!^ *: Γ two pins 2G are rotatably disposed in the second housing space, such as the system ^^! One side has a second gear portion 28, and when the second gear 16 is pivoted, the first/part 26'' is when the first plug pin 18 is opposite to the housing (four)% (4) (four) the second plug is connected to the first plug pin 18. The reverse pivoting. As for the first plug pin and the body 16 of the technology, it can be configured in the prior art. Therefore, the related description will not be repeated here. In addition, in order to avoid the first plug pin 18 and the second plug pin, such as the excessive pivot pin-plug pin 18, the other side of the first gear portion 26 may have a first corner 3 〇 ' and the second plug is connected. The foot 20 has a corner 32 at the position corresponding to the first corner 30. The second corner 32 is symmetrical with the first corner 3〇, whereby the insert pin 18 is opposite to the housing 16. When pivoting to a position parallel to the second plug pin, the first corner 3〇 can abut against the second corner 32, thereby limiting the 7 M439280 first-plug pin 18 and The second plug foot 2Q (four) bribe 16. Turning. In addition, as shown in Fig. 2, the first plug pin 18 can have a limit block ^, the position of the housing 16 corresponding to the limit block 34 can be Correspondingly, there is a limit slot %, and the winter block-plug connection (four) is rotatably disposed on the flank 16 when the meal block 34 is slidably disposed in the limit slot 36, whereby the plug mechanism 14 can enter- Stepping through the limiting block 34 and the limiting slot 36 to limit the pivoting angle of the __ pin 18 and the second plug (4). In this embodiment, the limiting block 34 is formed on the first plug. The ankle is opposite to the other side of the first gear portion 26 (but is not limited thereto, and may be modified to be formed on the paper of the first gear portion 26) and may be adjacent to the four sides of the county (for example, the second The approximate diamond structure shown in the figure, but not limited to this, and the limit slot % is preferably the -U side t which can be matched with the shirt. Section, the limit of the upper parent block and the limit slot The design can also be selectively modified on the second _ pin 2 。. The following is a detailed description of the plug pin deployment and folding operation of the plug mechanism 14 'Please refer to Figure 1, Figure 3, Figure 4 And the first 5, FIG. 3 is an enlarged schematic view of the plug-in structure 4 of FIG. 1 at the position of the -_ pin 18 _ to the second plug pin 2, at the position of the flat: the fourth figure is the third Figure 5 is an internal schematic diagram of the plug mechanism of Figure 3, in order to clearly show the (4) secret action of the plug mechanism 14, in Figure 4 and Figure 5 The user has shown the upper part of the housing 16. First, the user wants to use the plug mechanism 14 to connect with the power socket (not shown). U is opposite to the housing Μ柩 22 inner material-plug pin 18 pivoted from the position as shown in Fig. 1 to the accommodating space 詈a 至 to protrude from the first accommodating space as shown in the third The outer position of 22 (for example, ^: two' is: the pinion value between the wide gear portion 26 and the second gear portion 28 = 'transmission through the first gear portion 26 and the second gear portion 28, :, the second _ _ 2G will follow the pivotal connection of the first plug pin 18 to the reverse view; the position of the ΓΖΓ ΓΖΓ 空间 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 位置 位置 位置 位置By the top No.: Corner 3 (4): The corners 32 are abutting each other and the side will be abutted at _ 36, 37 2 = the first plug is 18 and the second plug 2 is overturned. Effectively prevent > to turn the second lion plug pin _ 卩 can be completed, then, such as interpolating f14 body 16 outside the first plug pin 咐 second plug ^ common dog out of the shell hole, To establish the main body 12 and the power socket:: The power supply device of the socket can receive the plug from the power plug to make the electronic two-one butterfly foot _ riding heart _, straight Na-_ pin 18 from =^== 9 M439280 The position outside the first accommodating space 22 is pivoted to the position accommodated in the first six as shown in Fig. 1, and in the same process, in the process, the above-mentioned brother = brother gear 26 is Engaging with the second gear portion 28, therefore, the smashing flute - - at. ± A ° w wheel portion 26, the brother - gear portion 28 - the combined drive 'second plug pin 2G will follow the first plug The pin 18 pivots to protrude from the second receiving space as shown in FIG. 3: the position is reversely pivoted relative to the first plug pin 18 to the day of the second space = the space 24 Location 'this same As can be seen from Fig. 4, the opposite side of the limit member abuts against the inner wall 37 of the limiting groove 36, -._ slightly 'this 4' can prevent the foot 18 and the second The plug pin 2〇 is excessively pivoted. For example, if the user plugs the first plug to connect (4) to drive the second plug pin, the one shown in the figure 1 is placed in the first place (4) 22 to be connected to the face of the 6 6 _ lin 14: By: the plug pin 18 and the second and the other n and the second accommodating space 24 instead of protruding from the housing 16 Therefore, the space occupied by the splicing mechanism 14 can be carried out by the larger _Di (4) (4) ^ (d), in order to use the handle compared to the prior art, the author uses the singularity of the corresponding gear part to drive the second:::-: ^ plug pin m η - The two different accommodations * The two dogs in the door are outside the housing of the plug mechanism or can be inserted into the housing to be "plugged in. So - come to" the creation of the system through a simple board Lai Weihe operation, so as to improve the convenience of the plug-in r1. In addition, the plug leaf provided by the present invention accommodates a plug-in pin in different housing spaces of the housing. The smuggling M replaces the previous technology _ the shell needs to provide the time between the feet _ mutual parallel : two: the valley space The design of 'the original creation department can greatly reduce the thickness of the king of the plug mechanism' to facilitate the thin design of the insertion structure. =====Surgical patent fine [simple description of the schema] Intent 1 (four) according to the implementation - implementation The enlarged part of the electronic device of the touch correction is shown in Fig. 2 as a schematic diagram of the material explosion of the mechanism of Fig. 1. Fig. 3 is an enlarged schematic view of the plug mechanism of Fig. 1 when the feet are parallel to each other. Fig. 4 is an internal schematic view of the plug mechanism of Fig. 1. Fig. 5 is an internal view of the plug mechanism of Fig. 3. [Main component symbol description] 10 Electronic device 12 14 Plug mechanism 16 18 First plug Pin 20 22 First accommodating space 24 Main body casing Second plug pin Second accommodating space M439280 26 First gear portion 28 Second gear portion 30 First lobes 32 Second lobes 34 Limit block 36 Limit Bit groove 37 inner wall 12