M377800 五、新型說明： 【新型所屬之技術領域】 本新型係有關於一種可拆卸手機，特別是有關於一種 可拆卸手機的連接機構。 【先前技術】 由於科技的日益進步，目前各種電子資訊設備的設 \ 計，莫不以輕巧便於攜帶作為發展趨勢。可攜式電子設備， • 例如手機等行動通訊設備，的設計也朝輕薄短小的方向演 進，並結合強大的通訊與視訊功能。 一般而言，手機提供了獨立的操作功能，但其強大的 • 通訊與視訊的功能，通常無法被分離使用。例如手機提供 • 強大的上網功能，其可以透過無線高傳真（Wireless Fidelity ; WiFi)與第三代行動通訊技術(3rd-generation ; 3G) 等上網功能，然而，其他的電子設備並無法單獨且不經由 . 手機，即可利用其上述之功能。因此，手機上述之功能與 • 設備的使用範圍受到了相當的限制，而無法更為普及的使 用於其他的電子設備。 有鑑於此，如何能將手機的各個功能模組單獨分離， 以提供不同的電子設備與使用者使用，而使得手機的各個 模組能更為廣泛地被使用於其他的電子設備。將可有效地 提高手機設備的使用範圍與經濟效益。 【新型内容】 4 M377800 鑒於上述之新型背景中，由於傳統之手機提供了許多 的通訊與視訊功能，然而其無法獨立地被使用，如何能有 效地將手機的各個功能模組單獨分離，以提供不同的電子 設備與使用者使用，可有效地提高手機設備的使用範圍與 經濟效益。 因此，本新型之一態樣是在提供一種可拆卸手機的連 接機構包含有一第一抗變形嚙合槽，一第二抗變形嚙合 槽，以及一第三抗變形响合槽。其中，當第三抗變形响合 槽與第一抗變形响合槽以及第二抗變形嗤合槽搞合後，第 一模組、第二模組與第三模組相互結合，以形成一可拆卸 手機。 此可拆卸手機的連接機構可更包含有一主導向滑槽與 一主導向叉子，以方便第一抗變形喝合槽與第二抗變形响 合槽對齊。其中主導向叉子，第一抗變形嚙合槽或第二抗 變形嚙合槽，以及第三抗變形嚙合槽，可以形成三明治結 構，以增加結構強度，並有效地結合第一模組、第二模組 與第三模組。 此可拆卸手機的連接機構，更可以利用第一滑動面與 第二滑動面，提供第三抗變形嚙合槽的一端面沿著其上滑 動，以將第三抗變形嚙合槽搞合於第一抗變形喃合槽與第 二抗變形嚙合槽。 此可拆卸手機的連接機構，亦可以利用一扣爪與一扣 合開口，以安全地將第三模組固定於第一模組。上述之第 一抗變形喊合槽、第二抗變形唾合槽以及第三抗變形嗜合 槽係塑膠抗變形嚙合槽或者是金屬抗變形嚙合槽。而其形 5 M377800 狀可以是梯形抗變形嚙合槽或者是矩形抗變形嚙合槽，其 均不脫離本新型之精神與範圍。 本新型之另一態樣是在提供一種可拆卸手機，其具有 一第一模組、一第二模組、一第三模組以及上述之可拆卸 手機的連接機構。其中，第二模組具有一無線網卡，當第 二模組與第一模組及第三模組分離後，第二模組可連接至 一電子裝置，例如是一電腦，以提供其無線上網之功能。 而第一模組包含一螢幕，當第一模組與第二模組及第三模 組分離後，第一模組亦可連接至一電子裝置，例如是一電 腦，以提供電子裝置顯示資訊。 由於，上述之可拆卸手機的連接機構，提供了可拆卸 手機將第一模組、第二模組以及第三模組，相互加以分離 的功能與結構。因此，使用者可以將第二模組單獨的連接 至其他的電子設備進行無線上網，更可以將第一模組連接 於另一電子設備以用來顯示所需的資訊。因此，手機的各 項功能模組單獨分離的被使用，有效地提高手機設備的使 用範圍與經濟效益。 【實施方式】 本新型之可拆卸手機的連接機構之一實施例，提供了 手機可以將第一模組，例如是一螢幕，以及第二模組，例 如是無線網卡，加以分離的功能與結構。因此，使用者可 以將第二模組單獨的連接至其他的電子設備進行無線上 網，更可以將第一模組連接於另一電子設備以用來顯示所 需的資訊。因此，手機的各項功能模組單獨分離的被使用， 6 M377800 使手機設備的應用範圍更為廣泛。 第1A圖-第1D圖係為本新型之可拆卸手機之一實施 例之各個模組的組立流程示意圖。參閱第1A圖係為可拆 卸手機的各個模組分離的情形。此可拆卸手機包含有第一 模組100、第二模組200以及第三模組300。第一模組100、 第二模組200與第三模組300可以分別的加以分離，並利 用連接機構加以相互連接。當其相互組立完成之後，第一 模組100可進一步地利用第一連接器108與第二模組200 上的第二連接器208電性連接，以進行訊號與電源的傳輸。 進一步參閱第1B圖，可拆卸手機的連接機構包含有第 一抗變形嚙合槽102形成於第一模組100之上，第二抗變 形嚙合槽202形成於第二模組200之上，以及第三抗變形 嚙合槽302形成於第三模組300之上。欲將可拆卸手機之 各個模組相互組立時，首先將第一抗變形嚙合槽102與第 二抗變形嚙合槽202對齊，然後將第三模組300的第三抗 變形嚙合槽302耦合於第一抗變形嚙合槽102與第二抗變 形嚙合槽202，以有效地固定第一模組100、第二模組200 以及第三模組300。其中，第一抗變形嚙合槽102、第二抗 變形嚙合槽202與第三抗變形嚙合槽302至少配置於可拆 卸手機的一側，較佳地亦可對稱地配置於可拆卸手機的二 側。 此外，為了更方便地進行第一抗變形嚙合槽102與第 二抗變形嚙合槽202對齊，第一模組100與第二模組200 上更可以形成一主導向滑槽104與一主導向叉子204。當 進行第一抗變形嚙合槽102與第二抗變形嚙合槽202對齊 7 M377800 時，主導向叉子204將先插入主導向滑槽104，以導引第 一抗變形嚙合槽102對齊第二抗變形嚙合槽202。其中， 主導向叉子204，第一抗變形嚙合槽102或第二抗變形嚙 合槽202，第三抗變形嚙合槽302，可以共同形成一三明治 的連接結構，以增加連接強度。 為了方便第三模組300的第三抗變形嚙合槽302耦合 於第一抗變形唾合槽102與第二抗變形喃合槽202，第一 模組100上更可以形成有一第一滑動面106，而第二模組 200上更可以形成有一第二滑動面206。欲將第三抗變形嚙 合槽302搞合於第一抗變形喃合槽102與第二抗變形响合 槽202時，僅需將第三抗變形嚙合槽302的一端面沿著第 二滑動面206與第一滑動面106進行滑動，即可有效地將 第三抗變形哺合槽302麵合於第一抗變形嗤合槽102與第 二抗變形嚙合槽202。 此外，第三模組300更可以形成有一扣合開口 304， 而第一模組100相對應的一面，例如是第一模組的背面， 更形成有一扣爪110。當第三抗變形嚙合槽302耦合於第 一抗變形嚙合槽102與第二抗變形嚙合槽202後，扣合開 口 304將與扣爪110嚙合，使得第三模組300有效地固定 第一模組100與第二模組200，且避免鬆脫。其中，上述 之第一模組100、第二模組200與第三模組300可以是塑 膠材料所構成，亦可以是金屬材料所構成。而第一抗變形 嚙合槽102、第二抗變形嚙合槽202與第三抗變形嚙合槽 302則亦可以是由塑膠材料所構成，或者是金屬材料所構 M377800 因此’可神手機㈣接機構提 式，且提供了穩定的組合麩椹a/、機方便的組合方 離時，僅f壓下扣爪no 財欲將各個模組分 可以方便地將第三模組300由第、1'°合開σ 304分離’即 上退出，使其分離。此時 审組100與第二模組2〇〇 所提供的功能連接於另一電 可以將第二模組200 包含有-無線網卡，以提供無^上網第二模組200 接於一電腦，使此電腦可以利用’_工此，則可將其連 網。而第-模組1GG則可以提、組進行無線上 可以連接於一電子裝置’例如是:電：的=能雷其亦 顯示螢幕。 冤腦，以虽作一電腦的 =此’上述之可拆卸手機的連接機構， =機的第一模組、第二模組以及第三模組丄】 Ϊ =的電子設備進行無線上網，例如是利用第= 顯顿㈣資訊’例如是_第—連接器連接於^ 1此，可拆卸手機的各個模組，均可以獨立地被 使用，使得手機設備的應用範圍更為廣泛。 之 如熟悉此技術之人貝所瞭解的’以上所述係為本新型 之實施例，凡其它未脫離本新型所揭示之精神下所完成 等效改變或修飾，均應包含在下述之申請專利範圍内。 圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 9 M377800 能更明顯易懂，所附圖式之詳細說明如下： 第1A圖·第1D圖係為本新型之可拆卸手機之一實施 例之各個模組的組立流程示意圖；以及 第2圖係為本新型之可拆卸手機之一實施例之剖面示 意圖， 第3圖係為本新型之可拆卸手機之一實施例之局部放 大不意圖，以及 第4圖係為本新型之可拆卸手機之一實施例之背面立 體示意圖。 【主要元件符號說明】 100 第一模組 202 第二抗變形喃合槽 102 第一抗變形响合槽 204 主導向叉子 104 主導向滑槽 206 第二滑動面 106 第一滑動面 208 第二連接器 108 第一連接器 300 第三模組 110 扣爪 302 第三抗變形喃合槽 200 第二模組 304 扣合開口M377800 V. New description: [New technical field] The new type relates to a detachable mobile phone, in particular to a connecting mechanism for a detachable mobile phone. [Prior Art] Due to the advancement of technology, the current design of various electronic information devices is not a light and easy to carry as a development trend. Portable electronic devices, • Mobile communication devices such as mobile phones, are designed to move in a light, short, and short direction, combined with powerful communication and video capabilities. In general, mobile phones provide independent operating functions, but their powerful • communication and video functions are often not separated. For example, mobile phones provide powerful Internet access capabilities, such as wireless high-fidelity (WiFi) and third-generation mobile communication technology (3rd-generation; 3G). However, other electronic devices cannot be separate and not You can take advantage of the above features via your mobile phone. Therefore, the functions of the above-mentioned mobile phones and the use of the devices are quite limited, and they cannot be used more widely for other electronic devices. In view of this, how to separate the various functional modules of the mobile phone to provide different electronic devices and users, so that the various modules of the mobile phone can be more widely used in other electronic devices. It will effectively improve the range of use and economic benefits of mobile devices. [New Content] 4 M377800 In view of the above new background, since the traditional mobile phone provides many communication and video functions, it cannot be used independently, how to effectively separate the various functional modules of the mobile phone to provide Different electronic devices and users can effectively improve the range of use and economic benefits of mobile devices. Accordingly, one aspect of the present invention provides a detachable mobile phone attachment mechanism including a first anti-deformation engagement groove, a second anti-deformation engagement groove, and a third anti-deformation coupling groove. The first module, the second module and the third module are combined with each other to form a first anti-deformation ringing groove and the first anti-deformation ringing groove and the second anti-deformation coupling groove. Detachable phone. The connecting mechanism of the detachable mobile phone may further include a main guide chute and a main guide fork to facilitate alignment of the first anti-deformation drinking groove with the second anti-deformation coupling groove. The main guide fork, the first anti-deformation engagement groove or the second anti-deformation engagement groove, and the third anti-deformation engagement groove can form a sandwich structure to increase the structural strength and effectively combine the first module and the second module. With the third module. The connecting mechanism of the detachable mobile phone can further utilize the first sliding surface and the second sliding surface to provide an end surface of the third anti-deformation engaging groove to slide along the upper anti-deformation engaging groove to engage the first anti-deformation engaging groove The deformation resistant ridge groove and the second deformation resistant engagement groove. The connecting mechanism of the detachable mobile phone can also securely fix the third module to the first module by using a latch and a snap opening. The first anti-deformation shunting groove, the second anti-deformation salivation groove and the third anti-deformation compatible groove type plastic anti-deformation engagement groove or the metal anti-deformation engagement groove. The shape of the M M3800 can be a trapezoidal anti-deformation engagement groove or a rectangular anti-deformation engagement groove, which does not deviate from the spirit and scope of the present invention. Another aspect of the present invention is to provide a detachable mobile phone having a first module, a second module, a third module, and a connection mechanism of the detachable mobile phone described above. The second module has a wireless network card. When the second module is separated from the first module and the third module, the second module can be connected to an electronic device, such as a computer, to provide wireless access thereto. The function. The first module includes a screen. When the first module is separated from the second module and the third module, the first module can also be connected to an electronic device, such as a computer, to provide electronic device display information. . Since the connection mechanism of the detachable mobile phone described above provides the function and structure that the detachable mobile phone separates the first module, the second module, and the third module from each other. Therefore, the user can connect the second module to other electronic devices for wireless Internet access, and connect the first module to another electronic device to display the required information. Therefore, the various functional modules of the mobile phone are separately separated, which effectively improves the use range and economic benefits of the mobile phone device. [Embodiment] An embodiment of the connection mechanism of the detachable mobile phone of the present invention provides a function and structure that the mobile phone can separate the first module, for example, a screen, and the second module, such as a wireless network card. . Therefore, the user can connect the second module to other electronic devices for wireless networking, and can connect the first module to another electronic device to display the required information. Therefore, the various functional modules of the mobile phone are separately separated, and the 6 M377800 makes the application of the mobile phone device wider. Fig. 1A - Fig. 1D is a schematic diagram showing the assembly process of each module of one embodiment of the detachable mobile phone of the present invention. Refer to Figure 1A for the separation of the modules of the detachable mobile phone. The detachable mobile phone includes a first module 100, a second module 200, and a third module 300. The first module 100, the second module 200 and the third module 300 can be separated separately and connected to each other by a connection mechanism. After the mutual assembly is completed, the first module 100 can be further electrically connected to the second connector 208 on the second module 200 by using the first connector 108 for signal and power transmission. Further, referring to FIG. 1B, the connection mechanism of the detachable mobile phone includes a first anti-deformation engagement groove 102 formed on the first module 100, and a second anti-deformation engagement groove 202 formed on the second module 200, and The third-resistance deformation engaging groove 302 is formed on the third module 300. When the modules of the detachable mobile phone are to be assembled with each other, the first anti-deformation engaging groove 102 is first aligned with the second anti-deformation engaging groove 202, and then the third anti-deformation engaging groove 302 of the third module 300 is coupled to the first module. The first deformation resistant engagement groove 102 and the second deformation resistant engagement groove 202 are configured to effectively fix the first module 100, the second module 200, and the third module 300. The first anti-deformation engagement groove 102, the second anti-deformation engagement groove 202 and the third anti-deformation engagement groove 302 are disposed at least on one side of the detachable mobile phone, and preferably also symmetrically disposed on two sides of the detachable mobile phone. . In addition, in order to more conveniently align the first anti-deformation engagement groove 102 with the second anti-deformation engagement groove 202, the first module 100 and the second module 200 can further form a main guide groove 104 and a main guide fork. 204. When the first anti-deformation engagement groove 102 is aligned with the second anti-deformation engagement groove 202 by 7 M377800, the main guide fork 204 will be first inserted into the main guide chute 104 to guide the first anti-deformation engagement groove 102 to align with the second anti-deformation. Engagement slot 202. Wherein, the main guiding fork 204, the first anti-deformation engaging groove 102 or the second anti-deformation engaging groove 202, and the third anti-deformation engaging groove 302 can jointly form a sandwich connecting structure to increase the joint strength. In order to facilitate the coupling of the third anti-deformation slot 302 of the third module 300 to the first anti-deformation slot 102 and the second anti-deformation slot 202, the first module 100 may further be formed with a first sliding surface 106. A second sliding surface 206 can be formed on the second module 200. When the third anti-deformation engagement groove 302 is to be engaged with the first anti-deformation engagement groove 102 and the second anti-deformation coupling groove 202, only one end surface of the third anti-deformation engagement groove 302 needs to be along the second sliding surface. The sliding of the first sliding surface 106 is effective for the third anti-deformation feeding groove 302 to face the first anti-deformation coupling groove 102 and the second anti-deformation engaging groove 202. In addition, the third module 300 can be formed with a fastening opening 304, and a corresponding side of the first module 100, for example, the back surface of the first module, is further formed with a claw 110. When the third anti-deformation engagement groove 302 is coupled to the first anti-deformation engagement groove 102 and the second anti-deformation engagement groove 202, the fastening opening 304 will engage with the claw 110, so that the third module 300 effectively fixes the first mold. The group 100 is in contact with the second module 200 and is prevented from loosening. The first module 100, the second module 200 and the third module 300 may be made of a plastic material or may be made of a metal material. The first anti-deformation engagement groove 102, the second anti-deformation engagement groove 202 and the third anti-deformation engagement groove 302 may also be made of plastic material or M377800 made of metal material. And provide a stable combination of bran a /, machine-friendly combination of the square, only f press the claw no financial desire to each mold component can easily the third module 300 from the first, 1 ' ° The opening σ 304 separation 'is exited and separated. At this time, the function provided by the review group 100 and the second module 2 is connected to another power, and the second module 200 can be included with the wireless network card to provide the second module 200 connected to a computer. To make this computer use '_ work, you can connect it to the network. The first module 1GG can be connected to the group to be wirelessly connectable to an electronic device. For example, the electric: can also display the screen. Camphor, for a computer = this 'the above-mentioned detachable mobile phone connection mechanism, = the first module, the second module and the third module Ϊ 的 = electronic devices for wireless Internet access, for example It is to use the first = display (four) information 'for example, the _ first connector is connected to ^ 1, this detachable mobile phone module can be used independently, making the mobile phone device more widely used. The above description of the present invention is understood to be an embodiment of the present invention. Any other equivalent changes or modifications not departing from the spirit of the present invention should be included in the following patent application. Within the scope. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above and other objects, features and advantages of the present invention and the embodiment 9 M377800 more obvious, the detailed description of the drawings is as follows: FIG. 1A and FIG. 1D are the novel types. A schematic diagram of the assembly process of each module of one embodiment of the detachable mobile phone; and FIG. 2 is a schematic cross-sectional view of one embodiment of the detachable mobile phone of the present invention, and FIG. 3 is a implementation of the detachable mobile phone of the new type The partial enlargement of the example is not intended, and the fourth figure is a rear perspective view of one embodiment of the detachable mobile phone of the present invention. [Main component symbol description] 100 first module 202 second anti-deformation ridge groove 102 first anti-deformation ring groove 204 main guide fork 104 main guide chute 206 second sliding surface 106 first sliding surface 208 second connection 108 first connector 300 third module 110 claw 302 third anti-deformation tank 200 second module 304 fastening opening