丄丄 五、新型說明·· 【新型所屬之技術領域】 本創作係關於—種電子裝置，特別是關於電子裝置之 卡合結構具有導電接點’用以直接對裝設於電子裝置中之 電子元件充電。 【先前技術】 目前手機運作所制之電力係來自於設置在手機之機 體内的電池。由於為了迎合大部份使用者的需求，因此目 前的手機外型係朝著輕、薄、短、小之趨勢發展。而目前 所常見手機電池之外觀多為扁平狀之矩形體，已完全掏汰 早期圓柱狀之手機電池。 而由於目前手機的功能十分強大，除了基本的通話功 能以外，另外還包含了多媒體功能（例如：影片播放、Mp3 播放…等等）、拍照攝影功能、衛星定位功能…等等。但是， 上述的附加功能是十分地消耗電力，常常使用一小段時 間，手機就沒電而導致關機。因此，大部份的使者用通常 都會攜帶2個甚至3個以上的電池，以備不時之需。此外， 虽電池沒電的時候，想當然爾的，就是要進行充電的動作。 目剞常見之手機電池充電方式大致上可分為兩種。第 —種係直接利用電源線插接室内的電源插座，另一端再連 接至手機’並且直接對手機内之電池充電（一般口語化稱 ，：旅充）。第二種係將備用電池，放置於充電器（一般口 語化稱為：座充）上充電。進而將備用電池充飽電力後隨 身攜帶’使得當手機内之電池沒電時可予以替換。 3 M380511 不過’由於使用座充充電時，還需要準備另一顆備用 電池’稍微有點麻煩。雖然使用旅充較方便，但是若能直 接將手機放置於座充上直接充電’而不需將手機的殼體拆 開’這將會讓使用者感覺更加方便。 因此’本創作提供一種卡合結構係同時具有將殼體固 定於座體中以及提供導電接點的功能。當電子裝置具有本 創作之卡合結構時，只要將電子裝置放置在座充之充電器 上’即可對電子裝置内之電池充電。丄丄五、新说明·· 【New Technology Fields 】 This is a series of electronic devices, especially for the electronic device, the structure has a conductive contact for directly connecting the electronic device in the electronic device. The component is charged. [Prior Art] At present, the power generated by the mobile phone operation comes from the battery installed in the body of the mobile phone. In order to meet the needs of most users, the current mobile phone appearance is moving towards a light, thin, short and small trend. At present, the appearance of common mobile phone batteries is mostly flat rectangular shape, which has completely eliminated the early cylindrical mobile phone battery. And because the current mobile phone is very powerful, in addition to the basic call function, it also includes multimedia functions (such as: video playback, Mp3 playback, etc.), photo shooting function, satellite positioning function, and so on. However, the additional function described above consumes a lot of power, often for a short period of time, and the phone loses power and shuts down. Therefore, most of the messengers usually carry two or more batteries for emergency use. In addition, when the battery is dead, it is a matter of charging. There are two general ways to see how a typical mobile phone battery can be charged. The first type is to directly plug the power socket in the room with the power cord, and the other end is connected to the mobile phone' and directly charge the battery in the mobile phone (generally speaking: travel charger). The second type is to charge the spare battery and place it on the charger (generally spoken as: charger). In turn, the spare battery is fully charged and then carried around, so that it can be replaced when the battery in the mobile phone is dead. 3 M380511 However, it is a little troublesome to prepare another spare battery when charging with the cradle. Although it is convenient to use the travel charger, it is more convenient for the user to directly charge the mobile phone directly on the charger instead of removing the phone's case. Thus, the present invention provides a snap-fit structure that simultaneously has the function of securing the housing in the housing and providing conductive contacts. When the electronic device has the snap-fit structure of the present invention, the battery in the electronic device can be charged by simply placing the electronic device on the charger of the charger.
【新型内容】 ^本創作係揭露一種卡合結構，設置於座體上，用以將 殼體卡合至座體，其中殼體具有卡合孔。卡合結構包含本 ，以及導電接點。本體具有配合讀卡合孔卡合之卡合 。並且，本體具有凹陷，其中凹陷具有限位部，用以防止 本體脫離導引結構。 此外’座體具有配合以容置於凹陷中之導引結構，用[New Content] ^ The present invention discloses a snap-fit structure which is disposed on a seat body for engaging a housing to a seat body, wherein the housing has a snap hole. The snap structure includes the present and the conductive contacts. The body has a snap fit with the read snap hole. Moreover, the body has a recess, wherein the recess has a limiting portion for preventing the body from being disengaged from the guiding structure. In addition, the seat body has a guiding structure that fits to fit in the recess, and
=本體相對座體移動。導電接點設置於卡合部上，並與座體 通，進而使得電能可經由導電接 二$體朝向座體移動，進而使卡合部脫離卡合孔Ξ，殼 體可與座體分離。 时 彈性實細巾’卡錢射進—步包含·構件。 科’並娜性縣敍胁賴與座體之 本體與座體之間之初始距離套。又於導引結構外，用以維持 本創作係揭露—種電子裝置，其係包含座體、殼體以及卡 4 合結構。殼體具有卡合孔。卡合結構用崎殼體卡合至座體， 卡合結構包含本體以及導電接點。 本體具有配合以與該卡合孔卡合之卡合部。導電接點設置 ;卡δ β卩上並與座體電性導通，進而使得電能可經由導電接 點傳導至座體。其巾當本體朝向座體移動，進而使卡合部脫 離卡合孔時，殼體可與座體分離。 相較於習知技術，本創作之卡合結構係同時具有將殼 體固定於座體中以及提供導電接點的功能。因此，當電子 裝置具有本創作之卡合結構時，只要將電子裝置放置在座 充之充電器上，即可對電子裝置内之電池充電。並且，本 碧j作之電子裝置的卡合結構，係可多增加出一個容置空 間，可供設計者放置其他的元件或是裝置，進而提高產品 之附加價值，增加其產品的競爭力。 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】 «月參閱圖一。圖一係繪示根據本創作之一具體實施例 之電子裝置3的爆炸圖。如圖一所示，電子裝置3包含座體 32、殼體34以及卡合結構36。 座體32具有連接端321。殼體34具有卡合端341以及卡 合孔343，其中卡合端341係可以卡合於座體32之連接端 321。卡合結構36係設置於座體32上，用以將殼體34卡合至 座體32。 請一併參閱圖二A'圖二B以及圖二c。圖二a係繪示 M380511 根據本創作之—具體實施例之電子裝置3之卡合結構36的放 大圖。圖二B繪不圖二A中之卡合結構36的正視圖。圖二c ' 係繪示根據本創作之另一具體實施例之卡合結構的放大圖。如 圖二A、圖二B以及圖二C所示，卡合結構36包含本體361 以及導電接點362。本體361具有配合用以與卡合孔卡人 之卡合部3611。 ° 此外，於此具體實施例中，卡合結構36進一步包含導引 結構38以及彈性構件381。其中，導引結構38與彈性構件39 • 係設置於本體361以及座體32之間，用以導引本體361相對 座體32移動以及維持本體361與座體32之間之初始距離l。 於此實施例中，導電接點362係設置於卡合部3611上， 並與座體32電性導通，進而使得電能可經由導電接點傳 導至座體32。其中，本體361係可以是由塑膠材料所製成， 但不特別以此為限。 特別地’導電接點362不特別限定其形狀以及設置於卡合 3611上的位置’完全係是由設計者自行訂定。並且，導電 鲁 接點362係由金屬材料所製成。在此進一步說明，其金屬材料 - 皆係為可導電的材料（舉例而言：金、銅…等等，但不特別以 此為限）。 再如圖二Β以及圖二C所示，卡合構件36之本體361 與座體32之間具有容置通道33。容置通道33可依設計者 的喜好’設置需要之元件或是其他裝置。於此具體實施例 中，容置通道33係用以設置USB連接埠331。但再次強 調’不特別以此實施例為限，完全是由設計者之需求所自 訂〇 6 請「併參閱圖三A以及圖三3。圖三A係繪示圖二A 中之卡合結構36之本體361的下視圖。圖三3係繪示圖二a 中^導引結構38與凹陷3612的相關配置圖。如圖三a以及 ，三B所示，本體361具有凹陷3612。導引結構38具有引導 邛381 ’並且引導部381係連接卡合於凹陷3612中之限位部 36121 ’用以防止本體361脫離導引結構38。 此外，彈性構件39係容置於凹陷3612中，並套設於導引 結構38外。而於實際應财，彈性構件％可以是彈菁，但不 特別以此為限。特別地，導引結構38可進一步包含導引彈簧 (未繪不於圖中）。導引彈簧係設置於導引結構38内，並且與 引導部381相連接，用以支撐引導部381並與引導部381同步 的相對於座體32進行垂直運動。 以上已對本創狀電子裝置3之元件結構以及各元件之 間的配置連制係進行詳細的說明。以下將針對本創作之電子 裳置3的操作方式以及原理進行更詳細的介紹。 請再次參閱圖-並且一併參閱圖四。圖四係繪示圖一 中之電子裝置3的組合圖。如圖—以及圖四所示，殼體％ 被卡合於座體32的步驟係如下所述。首先，殼體％之卡 合端341先卡合於座體Μ之連接端S21後接著再將位於 殼體34之卡合孔343與位於座體32上之卡合結構％相互 卡合。此時，殼體34係可以被穩固地卡合於座體32上， 不會輕易地被脫離於座體32之外。 此外’請再-併參閱圖五，圖五鱗示圖四中之殼體 34卡合於座體32上的剖面圖。如圖五所示，當殼體“之 卡合孔343與位於座體32上之卡合結構％相互卡合時， M380511 則卡合結構36之卡合部3611則會卡合於殼體34之卡合孔 343中，並且使卡合結構36之卡合部36U固定於卡合孔 343 中。 特別地，卡合部3611具有厚度Μ，殼體34具有厚度 C。於此實施例中，卡合部3611之厚度Μ係大於殼體34 之厚度C ’用以卡合殼體34。特別地，卡合部3611之厚 度Μ以及殼體34之厚度c不特別以此實施例為限，可以 依據使用者設計之喜好而自行訂定（舉例而言’卡合部 3611之厚度Μ係可以等於殼體34之厚度c)。 以下將更進一步地解釋卡合部36U脫離卡合孔343 之步驟以及相關細部說明。 請一併參閱圖二Α以及圖五。如圖二a以及圖五所 不，當本體361朝向座體32垂直移動，進而使卡合部3611 脫離卡合孔343後，此時’卡合端341將可輕易地與座體32 之連接端321分離。 再更進一步的解釋，請一併參閱圖三B，當本體361之卡 合部如1受到外力（舉例來說：利用手指朝著座體Μ施加之 力）在座體32加壓時，則本體361會將外力引導於導引結構 38之引導部381以及彈性構件％。此外，由於導引結構％包 s導引，貫並且與引導部381相連接，因此，當本體受到 外力加壓時’其引導部381會廢縮導引彈簧，進而使得引導部 381朝著座體32被壓縮。 同時’也由於彈性構件39係設置於導引結構38外（換言 彈性構件39包覆導引結構38)，並連接於本體361以 體32之間。因此’當引導部381朝著座體32被壓縮時， 8 M380511 則彈性構件39也會同時朝著座體32被壓縮。 因此，當導引結構38以及彈性構件39被壓縮的距離大於 厚度Μ時，則殼體34即可與卡合結構36之卡合孔343脫離。 換句話說，卡合部3611必須要朝著座體32垂直運動並施加壓 力，使得卡合部3611下壓的深度超過殼體34之厚度c，進而 可以使得卡合部3611脫離卡合孔343。= The body moves relative to the body. The conductive contact is disposed on the engaging portion and communicates with the seat body, so that the electric energy can be moved toward the seat body via the conductive joint body, so that the engaging portion is disengaged from the engaging hole, and the shell body can be separated from the seat body. When the elastic thin towel 'card money shot' - step contains · components. The initial distance between the body and the body of the body is the same as that of the body. In addition to the guiding structure, the present invention is used to maintain an electronic device that includes a seat body, a housing, and a card joint structure. The housing has a snap hole. The engaging structure is engaged with the seat by the saddle shell, and the engaging structure comprises a body and a conductive joint. The body has an engaging portion that cooperates to engage with the engaging hole. The conductive contact is set; the card δ β卩 is electrically connected to the body, so that electrical energy can be conducted to the seat via the conductive contact. The casing can be separated from the seat body when the body moves toward the seat and the engaging portion is disengaged from the engaging hole. Compared with the prior art, the snap-fit structure of the present invention has the function of fixing the shell in the seat body and providing the conductive joint. Therefore, when the electronic device has the snap-fit structure of the present invention, the battery in the electronic device can be charged by placing the electronic device on the charger of the charger. Moreover, the interlocking structure of the electronic device made by Benbi j can add more space for the designer to place other components or devices, thereby increasing the added value of the product and increasing the competitiveness of the product. The advantages and spirit of this creation can be further understood by the following details of the creation and the drawings. [Embodiment] «The month refers to Figure 1. Figure 1 is an exploded view of an electronic device 3 in accordance with one embodiment of the present invention. As shown in FIG. 1, the electronic device 3 includes a base 32, a housing 34, and an engaging structure 36. The seat body 32 has a connecting end 321 . The housing 34 has an engaging end 341 and an engaging hole 343, wherein the engaging end 341 can be engaged with the connecting end 321 of the base 32. The engaging structure 36 is disposed on the base 32 for engaging the housing 34 to the base 32. Please refer to Figure 2A' Figure 2B and Figure 2c together. Figure 2a is an enlarged view of the engaging structure 36 of the electronic device 3 according to the present embodiment of the M380511. Figure 2B depicts a front view of the snap-fit structure 36 of Figure 2A. Figure 2c' is an enlarged view of the snap-fit structure in accordance with another embodiment of the present invention. As shown in FIG. 2A, FIG. 2B and FIG. 2C, the engaging structure 36 includes a body 361 and a conductive contact 362. The body 361 has an engaging portion 3611 that engages with the engaging hole. Further, in this embodiment, the snap structure 36 further includes a guiding structure 38 and an elastic member 381. The guiding structure 38 and the elastic member 39 are disposed between the body 361 and the base 32 for guiding the movement of the body 361 relative to the base 32 and maintaining the initial distance l between the body 361 and the base 32. In this embodiment, the conductive contacts 362 are disposed on the engaging portion 3611 and electrically connected to the base 32, so that electrical energy can be transmitted to the base 32 via the conductive contacts. The body 361 may be made of a plastic material, but is not particularly limited thereto. Specifically, the conductive contact 362 is not particularly limited in shape and the position disposed on the snap 3611 is completely determined by the designer. Also, the conductive lug 362 is made of a metal material. It is further illustrated herein that the metal material - all of which are electrically conductive materials (for example: gold, copper, etc., but not particularly limited thereto). As shown in FIG. 2A and FIG. 2C, the receiving body 33 has a receiving passage 33 between the body 361 of the engaging member 36 and the base 32. The accommodating channel 33 can be used to set the required components or other devices as desired by the designer. In this embodiment, the accommodating channel 33 is used to set the USB port 331. However, it is emphasized again that 'not specifically limited to this embodiment, it is completely customized by the designer's needs. 6 Please refer to Figure 3A and Figure 3 3. Figure 3A shows the engagement in Figure 2A. A lower view of the body 361 of the structure 36. Figure 3 is a diagram showing the arrangement of the guiding structure 38 and the recess 3612 of Figure 2a. As shown in Figures 3a and 3B, the body 361 has a recess 3612. The guiding structure 38 has a guiding 邛 381 ′ and the guiding portion 381 is connected to the limiting portion 36121 ′ engaged in the recess 3612 to prevent the body 361 from being disengaged from the guiding structure 38. Further, the elastic member 39 is received in the recess 3612, The guiding member 38 can further comprise a guiding spring. In particular, the guiding structure 38 can further comprise a guiding spring (not shown). In the figure, the guiding spring is disposed in the guiding structure 38 and is connected with the guiding portion 381 for supporting the guiding portion 381 and performing vertical movement with respect to the base 32 in synchronization with the guiding portion 381. The component structure of the electronic device 3 and the configuration of the components The detailed description is given below. The operation mode and principle of the electronic skirt 3 of the present invention will be described in more detail below. Please refer to the figure again - and refer to FIG. 4 together. FIG. 4 shows the electronic device in FIG. The combination diagram of Fig. 3 and Fig. 4 shows that the step of housing % being engaged with the seat body 32 is as follows. First, the engagement end 341 of the housing % is first engaged with the connection of the seat body. The end S21 is then engaged with the engaging hole 343 of the housing 34 and the engaging structure % located on the base 32. At this time, the housing 34 can be firmly engaged with the base 32, It will be easily detached from the seat body 32. In addition, please refer to FIG. 5, and the cross-sectional view of the housing 34 of the figure 4 in FIG. 4 is engaged with the seat body 32. As shown in FIG. When the engaging hole 343 of the housing and the engaging structure % located on the base 32 are engaged with each other, the engaging portion 3611 of the engaging structure 36 of the M380511 is engaged with the engaging hole 343 of the housing 34. And the engaging portion 36U of the engaging structure 36 is fixed in the engaging hole 343. In particular, the engaging portion 3611 has a thickness Μ and the housing 34 has a thickness C. In this embodiment, the thickness of the engaging portion 3611 is greater than the thickness C' of the housing 34 for engaging the housing 34. In particular, the thickness 卡 of the engaging portion 3611 and the thickness c of the housing 34 are not limited to this embodiment, and may be customized according to user's design preferences (for example, the thickness of the engaging portion 3611) It may be equal to the thickness c) of the housing 34. The step of disengaging the engaging portion 36U from the engaging hole 343 and the related detailed description will be further explained below. Please refer to Figure 2 and Figure 5 together. As shown in FIG. 2a and FIG. 5, when the body 361 is vertically moved toward the base 32, and the engaging portion 3611 is disengaged from the engaging hole 343, the engaging end 341 can be easily connected to the seat 32. 321 separation. For further explanation, please refer to FIG. 3B. When the engaging portion of the body 361 is subjected to an external force (for example, a force applied by a finger toward the seat body), when the seat body 32 is pressurized, the body is The 361 guides the external force to the guide portion 381 of the guiding structure 38 and the elastic member %. In addition, since the guiding structure % package s is guided and connected to the guiding portion 381, when the body is pressurized by an external force, its guiding portion 381 will shrink the guiding spring, thereby causing the guiding portion 381 to face the seat. Body 32 is compressed. At the same time, the elastic member 39 is disposed outside the guiding structure 38 (in other words, the elastic member 39 covers the guiding structure 38) and is coupled between the body 361 and the body 32. Therefore, when the guide portion 381 is compressed toward the seat body 32, the 8 M380511 elastic member 39 is also simultaneously compressed toward the seat body 32. Therefore, when the guiding structure 38 and the elastic member 39 are compressed by a distance greater than the thickness Μ, the housing 34 can be disengaged from the engaging hole 343 of the engaging structure 36. In other words, the engaging portion 3611 must be vertically moved toward the seat body 32 and pressure is applied, so that the depth of the engaging portion 3611 is pressed down to exceed the thickness c of the housing 34, so that the engaging portion 3611 can be disengaged from the engaging hole 343. .
特別地，導引結構38以及彈性構件39之行程必 卡合部3611之厚度Μ。反之，若卡合部3611之厚度馗小於 殼體34之厚度C時’則下麗的行程必須大於卡合部361 麼1U。 子 6$爹阅園 _ Τ Μ，「〜乃—丹菔頁施例之In particular, the guide structure 38 and the length of the travel-requiring portion 3611 of the elastic member 39 are Μ. On the other hand, if the thickness 馗 of the engaging portion 3611 is smaller than the thickness C of the casing 34, the stroke of the lower portion must be larger than that of the engaging portion 361.子6$爹阅园 _ Τ Μ, "~乃—丹菔页例
電子裝置3的示意圖。如圖六所示，於實際應財 作之電子裝置3可進-步包含充電座4。充電座4包含至 少一充電構件42。特別地，於此實施例之電子裝置3 ，結構以及操作方式，皆與上述相同，故不再重新贅述， 、、且也不再重新;^號。以下只對本實施例之特點進行說明。 俾可:之電子裝置3要進行充電之動作時， 係了將電子裝置3放置於充電座4上，並且使得充 上的充電構件42與電子裝置3之導電接點362接觸。 42傳因導 1電^電番座4提供電能時，將可以經由充電構件 點L導if 之導電接點362 ’並且再經由導電接 =6^將電能傳導至座體32。特別地，麵3 内部電路迴路對電池力電、。中^係可透過座體32之 9 M380511 ，較於習知技術，本創作之卡合結構係同時具有將殼 體固定於座體中以及提供導電接點的功能。因此，當電子 裝置具有本創作之卡合結構時，只要將電子裝置放置在座 充之充電器上，即可對電子裝置内之電池充電。並且，本 創作之電子裝置的卡合結構，係可多增加出—個容置* 間，可供設計者放置其他的元件或是裝置，進而提高產I 之附加價值，增加其產品的競爭力。 藉由以上較佳具體實施例之詳述’係希望能更加清楚 描林創作之特徵與精神，而並非以上述所揭露的較佳且 體實施例，對本創作之範轉加以限制。相反地，其目的是 希望能涵盍各種改變及且相算性的忠祕从丄占 之專利範圍的•因: 範娜根據上述的說明作最寬廣的解釋'以 所有可能的改變以及具相等性的安排。 υ盍Schematic diagram of the electronic device 3. As shown in Fig. 6, the electronic device 3 which is actually used for the financial operation can further include the charging stand 4. The charging stand 4 contains at least one charging member 42. In particular, the electronic device 3, the structure and the operation mode of the embodiment are the same as the above, and therefore will not be repeated, and will not be repeated again; Only the features of this embodiment will be described below. When the electronic device 3 is to be charged, the electronic device 3 is placed on the charging stand 4, and the charged charging member 42 is brought into contact with the conductive contacts 362 of the electronic device 3. When the power supply 4 provides electrical energy, the electrical contact 362 ' can be guided via the charging member point L and then conducted to the base 32 via the conductive connection = 6^. In particular, the internal circuit of the face 3 is electrically charged to the battery. The medium can pass through the 9 M380511 of the base 32. Compared with the prior art, the engaging structure of the present invention has the function of fixing the shell in the seat and providing the conductive joint. Therefore, when the electronic device has the snap-fit structure of the present invention, the battery in the electronic device can be charged by placing the electronic device on the charger of the charger. Moreover, the snap-fit structure of the electronic device of the present invention can add more than one accommodation*, so that the designer can place other components or devices, thereby increasing the added value of the production I and increasing the competitiveness of the product. . The above description of the preferred embodiments is intended to provide a clear understanding of the features and spirit of the invention, and is not intended to limit the scope of the present invention. On the contrary, the purpose is to hope that it can cover all kinds of changes and the loyalty of the relatives from the scope of the patents: Fanna is the broadest explanation based on the above descriptions' with all possible changes and equal Sexual arrangements. υ盍
ivu»U511 【圖式簡單說明】 圖一係繪示根據本創作之一具體實施例之電子裝置的 爆炸圖。 圖二A係繪示根據本創作之一具體實施例之電子裝置之 卡合結構的放大圖。 圖二B係繪示圖二A中之卡合結構的正視圖。 圖- C係繪示根據本創作之另—具體實施例之卡合結構 的放大圖。 圖三A係繪示圖二A中之卡合結構之本體的下視圖。 圖二B係繪示圖二A中之導引結構與凹陷的 圖。 圖四係繪示圖一中之電子裝置的組合圖。 圖五係繪示圖四中之殼體卡合於座體上的剖面圖。 圖✓、係繪不本創作之另一具體實施例之電子裝置的示 意圖。 ’ 【主要元件符號說明】 3:電子裝置 32 :座體 321 :連接端 33 :容置通道 331 :連接埠 34 :殼體 341 :卡合端 343 :卡合孔 36 :卡合結構 361 :本體 M380511 3612 :凹陷 3611 :卡合部 38 ··導引結構 39 :彈性構件 4 :充電座 L :初始距離 36121 :限位部 362 :導電接點 381 :引導部 42 :充電構件 C、Μ:厚度Ivu»U511 [Simplified illustration of the drawings] Fig. 1 is an exploded view of an electronic device according to a specific embodiment of the present invention. Figure 2A is an enlarged view showing the engagement structure of the electronic device according to an embodiment of the present invention. Figure 2B is a front elevational view showing the engaging structure of Figure 2A. Figure-C shows an enlarged view of the engagement structure in accordance with another embodiment of the present invention. Figure 3A is a bottom view showing the body of the engaging structure of Figure 2A. Figure 2B is a diagram showing the guiding structure and the recess in Figure 2A. FIG. 4 is a combination diagram of the electronic device in FIG. Figure 5 is a cross-sectional view showing the housing of Figure 4 snapped onto the base. Figure ✓ is a schematic illustration of an electronic device of another embodiment of the present invention. ' [Main component symbol description] 3: Electronic device 32: Seat 321 : Connection end 33 : accommodating channel 331 : Connection 埠 34 : Housing 341 : Engagement end 343 : Engagement hole 36 : Engagement structure 361 : Body M380511 3612: recess 3611: engaging portion 38 · guiding structure 39: elastic member 4: charging stand L: initial distance 36121: limiting portion 362: conductive contact 381: guiding portion 42: charging member C, Μ: thickness
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