1324719 九、發明說明： C發明所屬之技術領域3 發明領域 本發明係有關於結合電子機器之連接模組及電子機器 5 結合模組。 【先前技術3 發明背景 以往，可由顯示部之顯示畫面與本體部之鍵盤相對面 重疊之關閉狀態以及使顯示部豎立設置於本體部上之開啟 1〇 狀態使用之所謂的筆記型電腦（以下稱為筆記PC)中，有鑒 於攜帶性，用以與周邊機器連接之連接器的配備都是收納 到最小限度。 近年來，提出一種具有多種用以與外部機器連接之連 接器且可與筆記型PC結合之稱為槔複製器（p0rt repliCator) 15 或攜行電腦埠(docking station)之連接模組，而可將此種筆 記型PC作為具有與外部機器連接性高之桌上型個人電腦相 同的機能之個人電腦使用。 又’近年來，提出一種發明也使用攜帶型電腦，該攜 帶型電腦係未設置鍵盤且筆記型PC之顯示部之顯示畫面向 2〇外重疊固定於本體部上，稱為平板型（Slate)的平板電腦 (tablet computer)(以下稱為平板型電腦），且與週邊機器的 連接用連接器的配備收納到最小限，以提高該平板型電腦 與外部機器的連接性的發明（例如，參照專利文獻1}。 則述專利文獻1的提案中’該平板型電腦與連接模組之 5 間的結合係，該平板型電腦可靠立於連接模組進行，容易 看到該平板型電腦的顯示畫面。 又’近年來，使用一種轉換型之平板電腦（以下稱為轉 換型平板電腦）’該平板電腦係具有··設有鍵盤之本體部； 及具有顯示畫面，並且可自由開關且經由可自由旋動地支 持之雙軸連結部而連結於該本體部之顯示部，且該平板電 腦具有：該顯示部豎立設置於本體上之打開狀態、顯示部 之顯示晝面朝内重疊於本體上之第丨關閉狀態、及顯示部之 顯不晝面朝外重疊於本體部之第2關閉狀態。 【專利文獻1】 曰本專利公開公報特開第2001-101 M〇號（第3圖） 【發明内容】 發明概要 為達成前述目的’本發明之連接模組，包含有：本體 部，係内部收納有電子電路者；板部，係可在軸支於前述 本體部且倒置於該本體部前，並且電子機器平放在作為上 面之第1面之平放狀態、以及站立設置於該本體部，並且該 電子機器靠立於相對前述第1面為裡面之第2面 之門έ立狀態 义间自由旋動者；及第丨連接器，係當前述板部在前 狀態時’與平放在該板部之電子機器結合，並將該電…故 器與前述本體部内部之電子電路連接者。 機 由於本發明之連接模組可在平放狀態與靠 a , _ /、菲立狀態 ，可 型平 曰审％動，且具有設置第丨連接器之板部，因此，例如 藉由令板部為平放狀態，而可與在打開狀態之可轉換 板電腦結合，又，藉令板部為靠立狀雄 狀怎，在第2闕閉狀態之 轉換型平板電腦可靠立於板部。因此，根據本發明之連 接知組’可對應於可轉換型平板電腦。 其中’本發明之連接模組，宜更具有—第2連接器且 Μ 2連接1§係與料板部在料靠立狀€ :之電子機器結合，並將該電子機器與前述本雜部内 電子電路連接者》 如此，靠立於靠立狀態之板部之雷i 内部之電子電路連接。 電他亦可與本體 又’本發明之連接模組之前述第i連接器亦可設置於前 迷板部之前述第旧。又，本發明之連接模組之前述第2連 接器亦可設置於前述板部之前述第2面，或者，本發明之連 接模組亦可更具有-支承部，該支承部係當前述板部在前 述靠立狀態，且電子機器靠立於該板部之前述第2面時，用 以支承該電子機器下端部者，且前述第2連接器係設置於前 述支承部。 又，本發明之連接模組亦可為，前述板部具有一用以 貫通前述第1面與前述第2面之開口，又前述連接模組具有 一可在結合«與分開狀態之間自由旋動之連接氣保持 部’該連接氣保持部係與前述板部分開受軸支持於前述本 體部並且具有前述第2連接器’又，前述結合狀態係當前述 板部在前述靠立狀熊昧真 U砰則述連接器保持部進入前述開 口，使前述第2連接器與靠立於前述板部之電子機器結合之 狀〜、而則述刀開狀態係該第2連接器與靠立於前述板部之 1324719 電子機器分開之狀態。 其中，該連接模組係内設有用以供給電力給電子機器 之電力供給電路者，又，該連接模組宜具有一第3連接器， 且該第3連接器係與當前述板部在前述靠立狀態時，靠立於 5 該板部之電子機器結合，且供給電力給該電子機器。 如此，若具有一可與當板部在靠立狀態時靠立於該板 部之電子機器結合且供給電力給該電子機器之第3連接 器，則可供給電力給在關閉狀態之可轉換型平板電腦。 其中，前述電子機器係可轉換型電平板電腦，包含： 10 第1單元，係具有鍵盤者；及第2單元，係具有顯示畫面且 經由雙軸連結部連結於前述第1單元並且支持成可相對於 前述第1單元自由開關並自由旋動者，前述電子機器具有： 該第2單元豎立設置於該第1單元上之打開狀態、該第2單元 之顯示畫面向内重疊於該第1單元上之第1關閉狀態、及該 15 第2單元之顯示畫面向外重疊於該第1單元上之第2關閉狀 態者，又，前述連接模組係與前述可轉換型平板電腦結合 且用以靠立者。 為達成前述目的，本發明之電子機器結合系統，包含： 電子機器，係内設有電子電路，且具有用以與該電子機器 20 連接之連接器者；及連接模組，具有：本體部，係内部收 納有電子電路者；板部，係受軸支持於該本體部，且可在 平放狀態與靠立狀態之間自由旋動者，而該平放狀態係倒 置於該本體部前，且前述電子機器平放於作為上面之第1面 之狀態，又，該靠立狀態係相對於前述本體部豎立設置， 8 1324719 且該電子機器靠立於相對該第1面為裡面之第2面之狀態； 及連接器，係當前述板部在前述平放狀態時，與平放於該 板部之前述電子機器之連接器結合，並且將該電子機器之 電子電路與前述本體部内部之電子電路連接者。 5 其中，本發明之電子機器結合系統之電子機器亦可為 可轉換型之平板電腦者，包含有：本體部，係具有鍵盤者； 及顯示部，係具有顯示晝面，且經由雙軸連結部連結於前 述本體部並且支持成可相對於前述本體部自由開關者； 又，前述電子機器具有：前述顯示部豎立設置於本體上之 10 打開狀態、該顯示部之顯示畫面向内重疊於本體上之第1關 閉狀態、及該顯示部之顯示畫面向外重疊於該本體步上之 第2關閉狀態者。 發明效果 根據本發明，可提供一種可對應於可轉換型平板電腦 15 之連接模組及電子機器結合系統。 圖式簡單說明 第1(a)〜(e)圖係顯示本發明之連接模組之第1實施型態 者。 第2(a)〜(f)圖係顯示第1圖所示之連接模組可對應之電 20 腦者。 第3 (a)〜(b)圖係顯示本發明之電子機器結合系統之一 實施性態之外觀圖。 第4(a)〜(d)圖係顯示本實施型態之連接模組。 第5圖係顯示本實施型態之連接模組可對應之電腦者。 9 第6(a)〜(d)圖係顯示本實施型態之連接模組者。 第7圖係顯示本實施型態之連接模組可對應之電腦者。 第8(a)〜(f)圖係顯示本實施型態之連接模組之外觀者。 L實施方式;j 實施發明之最佳型態 以下，參照圖式說明本發明之實施型態。 第1圖係顯示本發明之連接模組之第〗實施型態。 第1圖中，本實施型態之連接模組i具有：本體2、受轴 支持於該本體2且可自由旋動之旋動板3、設置於該旋動板3 之上面3a之第1連接器4、及設置於該旋動板3下面外之第2 連接器5。 本體2於背面側具有一用以與LAN或外部顯示器等連 接之連接部2b(參照第1(e)圖），且於内部具有用以與該連接 部2b成電性連接之電子電路（未圖示）。 旋動板3係軸支於本體2且可在平放狀態（第1(勾圖）與 靠立狀態（第1(b)圖）之間自由旋動，而前述平放狀態係旋動 板3倒置於該本體2前，且可轉換型平板電腦平放於其上面 3a之狀態，又，前述靠立狀態係旋動板3相對於該本體二豎 立設置，且該電腦10靠立於下面3b之狀態。本體2之前面側 具有一可支承靠立之電腦10的下端部之支承部2a。 第1連接器4係當旋動板3位於平放狀態時，用以與平放 在該旋動板3之電腦〗〇結合之連接器，又，該第〗連接器4經 由配置於旋動板内部之電性線路而與配置於本體2内部之 電子電路連接。 第2連接器5係當旋動板3位於靠立狀態時，用以與靠立 於該旋動板3之電腦1〇結合，且在機能上與第1連接器4為同 類之連接器。該第2連接器也經由配置於旋動板内部之電性 線路而與配置於本體2内部之電子電路連接。 第Uc)圖係顯示由左側面看處於第1(a)圖所示之平放 狀態之旋動板3之樣態’第1(d)圖係顯示由左側面看處於第 1(b)圖所不之靠立狀態之旋動板3之樣態。 又’第1(e)圖係顯示由背面側看連接模組丨之樣態，其 中’顯不了設置於本體2之背面側且用以連接]1八]^]^〇(；31 Area Network)或列表機等之連接部2b。 第2圖係顯示可對應第1圖所示之連接模組之電腦者。 第2圖係顯示電腦10者，該電腦1〇包含：具有鍵盤ill 之基部11、具有顯示畫面121，並經由雙軸連結部13與該基 部11連結且支持成可相對該基部u自由開關且自由旋動之 畫面部12。該電腦1〇係所謂的可轉換型平板電腦，係具有： 晝面部12豎立設置於該基部"上之打開狀態畫面部12之 顯示畫面121向内重疊於基部丨丨上之第丨關閉狀態、及畫面 部12之顯不畫面121向外重疊於該基部u上之第2關閉狀 態。 第2(a)圖係顯示該電腦1〇處於前述之第丨關閉狀態之態 樣，第2(b)圖係，顯示該電腦1()處於前述之打開狀態之態樣。 第2(c)圖到第2(e)圖係顯示該電腦1〇由第2⑼圖所示之 打開狀態到第2關閉狀態之過程，第2⑷圖係顯示打開狀態 中，顯示部12藉由雙軸連結部13對基部些微旋動之狀 J-OZ4/19 態。第2(d)圖係顯示對於基部11之旋動結束，旅^顯7^部12 之顯示畫面121向外重疊於基部11上之正前方的樣態，第 2 (e)圖係顯示電腦1 〇處於第2關閉狀態之樣態。第2 (〇圖係顯 示電腦10之基部11的底部，且該底部設有第1凹連接器 u2,該第1凹連接器U2係當電腦1〇平放於處於平放狀態之 旋動板3的上面時，可嵌入設置於旋動板3上面之第1連接器 4者。1324719 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION C FIELD OF THE INVENTION The present invention relates to a connection module for an electronic device and an electronic device 5 combination module. [Prior Art 3] In the related art, a so-called notebook computer (hereinafter referred to as a closed state in which a display screen of a display unit overlaps with a keyboard facing surface of a main body portion and an open state in which a display portion is erected on a main body portion is used (hereinafter referred to as a notebook computer) In the case of the notebook PC), in terms of portability, the connector for connecting to the peripheral device is housed to a minimum. In recent years, a connection module called a 0 replicator (p0 rt repliCator) 15 or a docking station has been proposed, which has a plurality of connectors for connecting to external devices and can be combined with a notebook PC. Such a notebook PC is used as a personal computer having the same functions as a desktop personal computer having high connectivity to an external device. In addition, in recent years, a portable computer has been proposed. The portable computer has no keyboard and the display screen of the display unit of the notebook PC is superimposed and fixed on the main body portion, which is called a flat type (Slate). A tablet computer (hereinafter referred to as a tablet computer), and the connector for connection with a peripheral device is housed to a minimum to improve the connectivity between the tablet computer and an external device (for example, reference) Patent Document 1} In the proposal of Patent Document 1, 'the combination of the tablet computer and the connection module 5, the tablet computer is reliably standing on the connection module, and the display of the tablet computer is easily seen. In recent years, a conversion type tablet (hereinafter referred to as a conversion type tablet) has been used. The tablet computer has a main body portion provided with a keyboard, and has a display screen, and is freely switchable and permeable. a biaxially coupled portion that is rotatably supported to be coupled to the display portion of the main body portion, and the tablet computer has an open shape in which the display portion is erected on the main body In the second closed state in which the display state of the display unit is superimposed on the main body and the second closed state in which the display surface of the display portion is superposed on the main body and the display portion is outwardly overlapped. [Patent Document 1] SUMMARY OF THE INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION The connection module of the present invention includes a main body portion in which an electronic circuit is housed, and a plate portion. The electronic device may be placed on the main body portion and placed in front of the main body portion, and the electronic device is placed in a flat state as the first surface of the upper surface, and is disposed on the main body portion, and the electronic device is placed against the foregoing The first side is the door of the second side of the inside, and the free-spinning state of the state; and the third connector, when the front part of the board is in the front state, is combined with the electronic machine placed on the board, and The electric device is connected to the electronic circuit inside the main body portion. Since the connecting module of the present invention can be placed in a flat state and in a state of a, _ /, and Philip, the type can be tested and moved. A board having a third connector, Therefore, for example, by making the plate portion flat, it can be combined with the convertible panel computer in the open state, and the conversion plate can be used in the second closed state. The computer is reliably standing on the board. Therefore, the connection group according to the present invention can correspond to a convertible tablet computer. The connection module of the present invention preferably has a second connector and a connection 2 The electronic board is connected to the electronic device of the board in the vertical part of the board, and the electronic circuit is connected to the inside of the board in the opposite state. The first ith connector of the connection module of the present invention may also be disposed in the front of the front panel. The second connector of the connection module of the present invention may also be used. The connection module of the present invention may further include a support portion that is in the abutting state and the electronic device is abutted on the plate portion. The second surface is used to support the electronic machine The lower end portion is provided in the aforementioned support portion. Moreover, in the connection module of the present invention, the plate portion may have an opening for penetrating the first surface and the second surface, and the connection module has a ring that can be freely rotated between the combined « and the separated state. The connecting gas holding portion 'the connecting gas holding portion and the plate portion opening and receiving shaft are supported by the main body portion and having the second connector', and the coupling state is when the plate portion is in the front of the standing bear The connector holding portion enters the opening, and the second connector is coupled to an electronic device that is standing on the plate portion, and the second connector is placed against the board. 1323619 The state in which the electronic machines are separated. Wherein, the connection module is provided with a power supply circuit for supplying electric power to the electronic device, and the connection module preferably has a third connector, and the third connector is opposite to the board portion In the stand-up state, the electronic devices standing on the board portion are combined and supplied with power to the electronic device. In this way, if there is a third connector that can be coupled to the electronic device that is standing on the plate portion when the plate portion is in the standing state and supplies power to the electronic device, the power can be supplied to the switchable type in the closed state. tablet. The electronic device convertible type electric tablet computer includes: 10 a first unit having a keyboard; and a second unit having a display screen connected to the first unit via a biaxial connection unit and supported by the second unit The electronic device has an open state in which the second unit is erected on the first unit, and a display screen of the second unit is superposed on the first unit in a state in which the first unit is freely opened and rotatably rotated with respect to the first unit. The first closed state and the display screen of the second unit 15 are superimposed on the second closed state of the first unit, and the connection module is combined with the convertible tablet and used for Relying on the person. In order to achieve the above object, an electronic device bonding system of the present invention comprises: an electronic device having an electronic circuit therein and having a connector for connecting to the electronic device 20; and a connection module having: a body portion; The electronic device is housed inside; the plate portion is supported by the main body portion, and is freely rotatable between the flat state and the abutment state, and the flat state is placed in front of the body portion. And the electronic device is placed in a state of being the first surface of the upper surface, and the standing state is erected with respect to the main body portion, 8 1324719 and the electronic device is placed against the second surface opposite to the first surface. And a connector, wherein when the plate portion is in the flat state, the connector is coupled to the connector of the electronic device that is placed on the plate portion, and the electronic circuit of the electronic device and the inside of the body portion are Electronic circuit connector. The electronic device of the electronic device combination system of the present invention may also be a convertible tablet computer, comprising: a body portion having a keyboard; and a display portion having a display surface and being connected via a double axis a portion connected to the main body portion and supported to be freely switchable to and from the main body portion; wherein the electronic device has an open state in which the display portion is erected on the main body, and a display screen of the display portion is overlapped with the main body inward The first closed state and the display screen of the display unit are superimposed on the second closed state on the body step. Advantageous Effects of Invention According to the present invention, it is possible to provide a connection module and an electronic machine combination system that can correspond to a convertible tablet computer 15. BRIEF DESCRIPTION OF THE DRAWINGS The first embodiment of the connection module of the present invention is shown in Figs. 1(a) to (e). The second (a) to (f) diagrams show that the connection module shown in Fig. 1 can correspond to the electric brain. The third (a) to (b) drawings show the appearance of one embodiment of the electronic machine combining system of the present invention. The fourth (a) to (d) drawings show the connection module of this embodiment. Fig. 5 is a view showing a computer that can be connected to the connection module of the present embodiment. 9 Figures 6(a) to (d) show the connection module of this embodiment. Fig. 7 is a view showing a computer that can be connected to the connection module of the present embodiment. Figures 8(a) to (f) show the appearance of the connection module of this embodiment. L Embodiments; j. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of the present invention will be described with reference to the drawings. Fig. 1 is a view showing the first embodiment of the connection module of the present invention. In the first embodiment, the connection module i of the present embodiment has a main body 2, a rotary plate 3 that is supported by the main body 2 and is rotatably rotatable, and a first one that is disposed on the upper surface 3a of the rotary plate 3. The connector 4 and the second connector 5 disposed outside the lower surface of the rotary plate 3. The main body 2 has a connecting portion 2b for connecting to a LAN or an external display or the like on the back side (refer to FIG. 1(e)), and has an electronic circuit internally connected to the connecting portion 2b (not Graphic). The rotary plate 3 is pivotally supported by the body 2 and is freely rotatable between a flat state (a first (hook) and an opposite state (a first (b)), and the aforementioned flat state is a rotary plate 3 is placed in front of the body 2, and the convertible tablet is placed on the upper surface 3a thereof. Further, the abutting state is that the rotating plate 3 is erected relative to the body 2, and the computer 10 stands against the bottom. The state of 3b. The front side of the body 2 has a support portion 2a that can support the lower end portion of the computer 10 that is standing upright. The first connector 4 is used to be placed flat when the rotary plate 3 is in the flat state. The connector of the rotary plate 3 is coupled to the electronic circuit disposed inside the main body 2 via an electrical circuit disposed inside the rotary plate. The second connector 5 is connected to the electronic circuit disposed inside the main body 2. When the rotating plate 3 is in the standing state, it is used to be coupled with the computer 1A that is standing on the rotating plate 3, and is functionally the same connector as the first connector 4. The second connector is also It is connected to an electronic circuit disposed inside the body 2 via an electrical line disposed inside the rotating plate. The Uc) system is displayed by the left side. Look at the state of the rotary plate 3 in the flat state shown in Fig. 1(a). The 1st (d) diagram shows the rotation of the left side as seen in the first (b) figure. The state of the moving plate 3. Also, the '1st (e) figure shows the state of the connection module 由 seen from the back side, where 'not visible on the back side of the body 2 and used for connection】1 八]^]^〇(;31 Area Network Or a connection unit 2b such as a list machine. Fig. 2 shows a computer that can correspond to the connection module shown in Fig. 1. 2 shows a computer 10 that includes a base 11 having a keyboard ill, a display screen 121, and is coupled to the base 11 via a biaxial coupling portion 13 and supported to be freely switchable relative to the base u. The screen portion 12 is freely rotated. The computer 1 is a so-called convertible tablet computer having a first display state in which the display screen 121 of the open state screen portion 12 is erected on the base portion 12 in an inwardly overlapping state on the base portion. And the display screen 121 of the screen unit 12 is superposed on the second closed state on the base u. Fig. 2(a) shows the state in which the computer 1 is in the aforementioned closed state, and Fig. 2(b) shows the aspect in which the computer 1() is in the aforementioned open state. 2(c) to 2(e) show the process of the computer being turned from the open state to the second closed state shown in the second (9), and the second (4) showing the open state, the display portion 12 is displayed. The biaxial coupling portion 13 is slightly rotated to the base in the J-OZ4/19 state. The second (d) diagram shows that the display screen 121 of the traveling portion 11 is overlapped outwardly on the front side of the base portion 11 for the end of the rotation of the base portion 11, and the second (e) diagram shows the computer. 1 〇 is in the 2nd off state. 2 (the figure shows the bottom of the base 11 of the computer 10, and the bottom is provided with a first female connector u2, which is placed flat on the rotating plate in a flat state. When the upper surface of 3 is attached, the first connector 4 provided on the upper surface of the rotary plate 3 can be embedded.
第3圖係顯示本發明之電子機器結合系統之一實施型 態之外觀圖。 10 第3圖所示之本實施型態之電子機器結合系統400係由 電腦10、連接模組1(參照第1圖）所構成。 第3(a)圖係顯示電腦10平放在位於平放狀態之旋動板3 之樣態’第3(b)圖係顯示電腦10靠立於處於靠立狀態之旋動 板3之樣態。 15 當連接模組1之旋動板3處於第1(a)圖所示之平放狀態Fig. 3 is a perspective view showing an embodiment of an electronic machine combining system of the present invention. The electronic device joining system 400 of the present embodiment shown in Fig. 3 is composed of a computer 10 and a connection module 1 (see Fig. 1). Fig. 3(a) shows a state in which the computer 10 is placed flat on the rotary plate 3 in a flat state. 'Fig. 3(b) shows that the computer 10 stands against the rotary plate 3 in an upright state. state. 15 When the rotary plate 3 of the connection module 1 is in the flat state shown in Fig. 1(a)
時，藉將電腦10平放，使設置於旋動板3上面之第〖連接器4 與設置於電腦10底部之第i凹連接器12嵌合，如此本實施型 態之電子機器結合系統侧中，電腦10會與連接模組w 合，且連接模纽1之本體2的電子電路與電腦 10内部之電子 20 電路會電性連接》 轭型態之電子機器結合系統400中，當連接模 組1之旋動板3處於第軸所示之靠立狀態時，藉將電腦10 靠立’使設置於旋動板3下㈣之幻連接器$與設置 1〇底部之第1叫接⑽嵌合，如此該電腦_部之電子電 12 1324719 路會與連接模組1結合，且與本體2之電子電路成電性連 接。如前所述，本體2之電子電路係與用以連接LAN或列表 機等之連接用連接部2b連接，因此與本體2之電子電路成電 性連接之電腦10可得到超越與本身所設置之外部機器之連 5 接性能的高連接性能。 如上所述’根據本實施型態之連接模組1，即可對應在 顯示部12立設於基部η之打開狀態、及該畫面部12之顯示 畫面121向外重疊於該基部u上之第2關閉狀態使用之電腦 10。又，本實施型態之電子機器結合系統4〇〇中，係藉電腦 10 10之電子電路與本體2之電子電路成電性連接，從而電腦10 可得到超越與本身所設置之外部機器之連接性能之高連接 性能。又，根據該連接模組1，亦可對應僅在前述第2關閉 狀態使用之平板型平板電腦，或者僅在前述打開狀態使用 之筆記型個人電腦。又，上述實施型態中，係以第i連接器 15 4設置於旋動板3之上面3a，並且第2連接器5設置於旋動板3 之下面3b舉例說明，但若旋動板3處於平放狀態時係與平玫 在該旋動板3之上面3a之電腦1〇結合，則該第丨連接器4的設 置位置不限於旋動板3的上面3a，若旋動板3處於靠立狀態 時係與靠立於該旋動板3下面3b的電腦1〇結合，則該第2連 20接器5之設置位置也不限於旋動板3之下面3b。又，以上實 施型態中，係以設有電腦靠立時也連接該電腦1〇與本體内 部之電子電路之第2連接器舉例說明，但不設置該第2連接 器5，即使該電腦10罪立時，無法與本體内部之電子電路連 接，也不會減少本發明之基本效果。 13 以下說明本發明之連接模組之第2實施型態β 八第4圖係顯示本實施型態之連接模組者乂，第4圖所 I之構件中與第旧所示之構件為㈣麵者職與虚第1 圖所示之標號相同之標號。 第4圖所示之連接模組⑽與第丨圖所示之連接模租r ^相異點在於，第】圖所示之連接模組^，設置於旋動 板3之下面3a之第2連接器5在本實施型態之連接模組1〇〇中 係設置於本體2之支承部2a。 第4(a)圖係顯示連接模組1〇〇之旋動板3之平放狀態第 4(b)圖係顯示連接模組觸之旋動板3之靠立狀態。又第4⑷ 圖係顯示由左㈣看到平放狀態之旋動板3之樣態，第4⑷ 圖中，係顯示由左側面看到靠立狀態之旋動板3之樣態。 第5圖係顯示本實施型態之連接模組可對應之電腦者。 第5圖係顯示該連接模組1〇〇可對應之電腦2〇。該電腦 20與第2圖所示之電腦1〇不同，在靠立於連接模組1〇〇時， 於下％位置進一步設有在機能上與第1凹連接器112相同之 第2凹連接器212。 本實施型態之連接模組100之旋動板3處於第4(a)圖所 示之平放狀態時’藉將電腦20平放，使設置於旋動板3之上 面3a之第1連接器4與設置於電腦20底部之第1凹連接器112 嵌合’如此該電腦20可與連接模組1〇〇結合，並且與本體内 部之電子電路呈電性連接。 又’本實施型態之連接模組100之旋動板3處於第4(b) 圖所示之靠立狀態時，藉將電腦20靠立，使設置於本體2之 1324719 支承。P2a之第2連接器5與設置於電腦1〇之第2凹連接器2i2 嵌合，如此該電腦2〇可與連接模組1〇〇結合，並且與本體内 4之電子f路呈電性連接。由於該電子電路係如前所述， 與用以連接LAN或列表機等之連接用連接部㈣接因此 5與本體内』之電子電路呈電性連接之電职〇可得到超越與 本身所設置之外韻H的連紐能之高連接性能。 如上所述，藉由本實施型態之連接模組刚，也可對應 於在顯示部Π豎立設置於基部21之打開狀態與該畫面㈣ 之顯示畫面121向外重疊於該基部u上之第2關閉狀態下使 10 用之電腦20。 其次，說明本發明之連接模組之第3實施型態。 第6圖係顯示本實施型態之連接模組。又，第6圖所示 之構件與第4圖所示之構件相同之構件則賦與與第4圖所示 之標號相同之標號。 15 第6圖所示之連接模組200與第4圖所示之連接模組1〇〇 之間的相異點在於，相對於第4圖所示之連接模組係於 本體2之支承部2a設置第2連接器5 ,本實施型態之連接模組 200係於本體202之支承部2a設置第3連接器6以代替第2連 接器5。該第3連接器6係透過設置於本體内部之電力供給電 20路(未圖示）’將電力供給到電腦30(參照第7圖）者。 第6(a)圖係顯示連接模組200之旋動板3之平放狀離，第 6(b)圖係顯示連接模組200之旋動板3之靠立狀態。又，第6(c) 圖係顯示由左側面看到平放狀態之旋動板3之樣態，第6(d) 圖中’係顯示由左側面看到靠立狀態之旋動板3之樣離。 15 第7圖係顯示本實施型態之連接模組可對應之電腦。 第7圖係顯不該連接模組期可對應之電腦_。該電腦 3〇係於第5圖所示之電腦20中設置第2凹連接器212之位 置β又置第3連接器313。設置於本實施型態之連接模組2〇〇 之本體2G2之支承部23且用以供給電力給電卿之第3連接 器6可欲入該第3凹連接器阳。藉第3連接器6嵌入該第加 連接器313’可由本體内部所設置之電力供給電路供給電力 給電腦30。 本實施型態之連接模組2〇〇之旋動板3處於第6(a)圖所 不之平放狀態時，藉將電腦30平放，使設置於旋動板3之上 面之第1連接器4與設置於電腦30底部之第1凹連接器112嵌 合，如此該電腦30可與連接模組2〇〇結合，並且與本體内部 之電子電路呈電性連接。該電子電路與第1實施型態之連接 才吴組1同樣與用以連接LAN或列表機等之連接用連接部2b 連接，藉此，電腦3〇可得到超越與本身所設置之外部機器 的連接性能之高連接性能。 又，本實施型態之連接模組200之旋動板3處於第6(b) 圖所示之靠立狀態時，藉將電腦3〇靠立，使設置於本體2〇2 之支承部2a之第3連接器6與設置於電腦3〇之第3凹連接器 313耿合’如此該電腦3〇可與連接模組2〇〇結合，供給電力。 如上所述’藉由本實施型態之連接模組200，也可對應 於在顯示部12相對於基部31豎立設置之打開狀態與該畫面 部12之顯示畫面121向外重疊於該基部丨丨上之第2關閉狀態 使用之電腦30。 又，本實施型態中，係以第3連接器6設置於本體2〇2 之支承部2a的情況舉例說明，但本發明中，只要是可與靠 立於處於靠立狀態之旋動板3之電腦3〇結合且供給電力於 • 豸電腦3G者即可，並不受限於此情況，又，電腦3〇亦可為 5第1關閉狀態與第2關閉狀態之任一者狀態。 最後，說明本發明之連接模組之第4實施型態。 第8圖係顯示本實施型態之連接模組的外觀者。 φ 第8圖係顯示第1實施型態之連接模組1令設置於旋動 板3的下面3b之第2連接部5，設置於與該旋動板3為不同體 10且可自由旋動地設置於本體2之連接器保持板7的樣態。 又，以下說明本實施型態之連接模組3⑽可對應於第工實施 型態之連接模組1可對應之電腦1〇者。 ^該連接器保持板7係受轴支持於本體2,且旋動板3處於 *立狀態時’為了避免與在平放狀態之本體302的支承部2a 的衝大’會進入設置於旋動板3之開口 3c，且在第2連接部5 • 與罪立於㈣板3之電腦的第1凹連接器（參照第2(f)圖）112 σ之結合狀態、及該第2連接部5與靠立於旋動板3之電腦 1〇分開之分開狀態之間自由旋動。 -2〇 1第8(a)圖係顯示該連接模組300之旋動板3的平放狀 :且於本體302之中央部也顯示設置有第2連接部5之連接 、寺板7又，第8(a)圖係顯示本體302設有一以手指將連 接保持板7朝上方立起之指勾部3()2a之樣態。 土第8(b)圖係顯示本實施型態之連接模組之旋動板3 狀態，第8(c)圖係顯示由連接模組3〇〇之左側面視看 17 丄J厶Η/丄夕 之樣態。 u第8(d)圖係顯示連接保持板7由第8(a)圖所示之分開狀 匕、到以手指拉起’而成為第2連接部5可與電腦1〇之第1凹 連接盗112結合之結合狀態者。 第8(e)圖係顯示連接保持板7處於分開狀態與結合狀態 的樣子。又’第8(e)圖中係顯示於旋動板3設有一挖口 部3 d *該批 ^ 己口 43d係挖成朝結合狀態與朝旋動板側旋動之 • 連接保持板7之端部的落差部份71咬合之樣子。藉由設置該 ^口 °P3d，可防止於旋動板側拉起之連接保持板7越過處於 罪狀t之紅動板3之開口 3c，旋動到本體2之支承部2a 如此§罪立於旋動板3且連接保持板7之第2連接部5 與第1凹連接器112結合之電腦在不注意之下未與連接保持 板7分開就由連接模組300拆下時，可防止因該連接保持板7 超越且拖著旋動板3之開口 3c而傷害保持於連接保持板7之 15第2連接部5。 • 又，第8(e)圖係顯示拆下處於與電腦10結合之結合狀態 之第2連接器時使用之凸部8安裝於連接保持板7中與設有 第2連接器5之面為相反面之面者。 第8(f)圖係顯示連接保持板7之落差部71與旋動板3之 20挖口部3d咬合時’旋動板3之下面3b與連接保持板7安裝有 第2連接器5之面在同一面上之樣態。 本實施樣態之連接模組300之旋動板3處於第8(a)圖之 平放狀態時，藉將電腦10平放，使設置於旋動板3之上面3a 之第1連接器4與設置於電腦1〇底部之第1凹連接器112嵌 18 合’如此該電腦1G會與連接模組3GG結合，並且與本體内部 之電子電路呈電性連接。 又，本實施型態之連接模組300之旋動板3處於第8(b) 圖所不之^立狀態時’藉將電腦1G靠立’使料於連接保 持板7之第2連接器5與設置於電腦10之第1凹連接器112彼 合，如此該電腦10會與連接模組300結合，並且與本體内部 之電子電路呈電性連接。由於該電子電路與第1實施型態之 連接模組同樣’係與用以連接LAN或列表機等之連接用連 接部2b連接’因此與本體内部之電子電路呈電性連接之電 腦10可得到超越本身所具有之最小限度且與外部機器連接 性能高。 如上所述，藉由本實施型態之連接模組30〇，亦可對應 於在顯示部12相對於基部丨丨豎立設置之打開狀態與該畫面 部12之顯示畫面121向外重疊於該基部η上之第2關閉狀態 使用之電腦10。 又，本實施型態係以設有指勾部3〇2a而可以手指拉起 連接保持板7舉例說明，但本發明並不受限於此，亦可在連 接保持板7之下設置Λ輪，利用按鍵操作使凸輪旋轉，拉起 該連接保持板7。 L圖式簡單説明3 第1(a)〜(e)圖係顯示本發明之連接模組之第1實施型態 者。 第2(a)〜(f)圖係顯示第1圖所示之連接模組可對應之電 腦者。 1324719 第3(a)〜(b)圖係顯示本發明之電子機器結合系統之一 實施性態之外觀圖。 第4(a)〜(d)圖係顯示本實施型態之連接模組。 第5圖係顯示本實施型態之連接模組可對應之電腦者。 5 第6(a)〜(d)圖係顯示本實施型態之連接模組者。 第7圖係顯示本實施型態之連接模組可對應之電腦者。 第8 (a)〜(f)圖係顯示本實施型態之連接模組之外觀者。When the computer 10 is laid flat, the connector 4 disposed on the top of the rotating plate 3 is fitted into the i-th recessed connector 12 disposed at the bottom of the computer 10, so that the electronic machine is coupled to the system side of the present embodiment. The computer 10 is connected to the connection module, and the electronic circuit connecting the body 2 of the die 1 and the electronic circuit 20 inside the computer 10 is electrically connected. In the electronic device combination system 400 of the yoke type, when the connection mode is When the rotating plate 3 of the group 1 is in the upright state indicated by the first axis, the computer 10 is placed upright to make the magic connector $ disposed under the rotating plate 3 (the fourth) and the first connection (10) at the bottom of the setting 1 The electronic device 12 1324719 is combined with the connection module 1 and electrically connected to the electronic circuit of the body 2. As described above, the electronic circuit of the main body 2 is connected to the connection connecting portion 2b for connecting to a LAN or a list machine, etc., so that the computer 10 electrically connected to the electronic circuit of the main body 2 can be overridden and set by itself. High connection performance of the external machine. As described above, the connection module 1 according to the present embodiment can correspond to the open state in which the display unit 12 is erected in the base portion η and the display screen 121 of the screen portion 12 is superposed on the base portion u. 2 The computer 10 is used in the off state. Moreover, in the electronic device combining system of the present embodiment, the electronic circuit of the computer 10 10 is electrically connected to the electronic circuit of the body 2, so that the computer 10 can be connected beyond the external machine set by itself. High performance connectivity. Further, according to the connection module 1, it is also possible to correspond to a tablet type tablet which is used only in the second closed state, or a notebook type personal computer which is used only in the open state. Further, in the above embodiment, the i-th connector 15 4 is provided on the upper surface 3a of the rotary plate 3, and the second connector 5 is provided on the lower surface 3b of the rotary plate 3, but if the rotary plate 3 is provided When it is in a flat state, it is combined with the computer 1〇 of the upper surface 3a of the rotating plate 3, and the position of the second connector 4 is not limited to the upper surface 3a of the rotating plate 3, if the rotating plate 3 is at When the standing state is combined with the computer 1A standing on the lower surface 3b of the rotating plate 3, the position of the second connecting 20 is not limited to the lower surface 3b of the rotating plate 3. Further, in the above embodiment, the second connector in which the computer is connected to the electronic circuit inside the main body and the inside of the main body is exemplified, but the second connector 5 is not provided, even if the computer 10 Immediately, it is impossible to connect with the electronic circuit inside the body, and the basic effect of the present invention is not reduced. 13 The second embodiment of the connection module of the present invention is described below. FIG. 4 is a diagram showing the connection module of the present embodiment. The components shown in FIG. 4 and the components shown in the fourth figure are (4) The figures are the same as those shown in the first figure. The connection module (10) shown in Fig. 4 differs from the connection module shown in Fig. 4 in that the connection module ^ shown in Fig. 4 is disposed on the lower side of the 3a of the rotary plate 3 The connector 5 is provided in the support portion 2a of the body 2 in the connection module 1A of this embodiment. Fig. 4(a) shows the flat state of the rotary plate 3 of the connection module 1 and Fig. 4(b) shows the state in which the connection module touches the rotary plate 3. Further, the fourth (4) figure shows the state of the rotary plate 3 which is seen in the flat state by the left (four), and the state of the rotary plate 3 which is seen in the opposite state by the left side is shown in the fourth (4) figure. Fig. 5 is a view showing a computer that can be connected to the connection module of the present embodiment. Figure 5 shows the connection module 1〇〇 corresponding to the computer 2〇. The computer 20 is different from the computer 1 shown in FIG. 2, and is provided with a second concave connection that is functionally identical to the first female connector 112 at the lower % position when standing against the connection module 1A. 212. When the rotary plate 3 of the connection module 100 of the present embodiment is in the flat state shown in FIG. 4(a), the first connection of the upper surface 3a of the rotary plate 3 is made by laying the computer 20 flat. The device 4 is coupled to the first female connector 112 disposed at the bottom of the computer 20. Thus, the computer 20 can be coupled to the connection module 1A and electrically connected to the electronic circuit inside the body. Further, when the rotary plate 3 of the connection module 100 of the present embodiment is in the standing state shown in Fig. 4(b), the computer 20 is placed upright to support the 1324719 provided on the main body 2. The second connector 5 of the P2a is fitted into the second female connector 2i2 provided on the computer 1 such that the computer 2 can be coupled to the connection module 1 and electrically connected to the electronic f path of the body 4. connection. Since the electronic circuit is connected to the connection portion (4) for connecting to a LAN or a list machine or the like as described above, the electric job that is electrically connected to the electronic circuit of the body can be overridden and set by itself. The connection performance of the external rhyme H can be high. As described above, the connection module of the present embodiment may correspond to the second state in which the display unit Π is erected in the open state of the base portion 21 and the display screen 121 of the screen (4) is overlapped on the base portion u. Turn off the computer 20 for 10 use. Next, a third embodiment of the connection module of the present invention will be described. Fig. 6 is a view showing the connection module of this embodiment. Further, the members shown in Fig. 6 are the same as those shown in Fig. 4, and the same reference numerals as those in Fig. 4 are assigned. 15 The difference between the connection module 200 shown in FIG. 6 and the connection module 1 第 shown in FIG. 4 is that the connection module shown in FIG. 4 is attached to the support portion of the body 2. 2a is provided with the second connector 5, and the connection module 200 of the present embodiment is provided with a third connector 6 instead of the second connector 5 in the support portion 2a of the body 202. The third connector 6 supplies electric power to the computer 30 (see Fig. 7) through a power supply circuit 20 (not shown) provided inside the main body. Fig. 6(a) shows the flattening of the rotary plate 3 of the connection module 200, and Fig. 6(b) shows the abutment state of the rotary plate 3 of the connection module 200. Further, Fig. 6(c) shows a state in which the rotary plate 3 is seen in a flat state from the left side, and in Fig. 6(d), a rotary plate 3 in which the left side is seen in an upright state is displayed. The sample is away. 15 Fig. 7 shows a computer that can be connected to the connection module of this embodiment. Figure 7 shows the computer that can be connected to the module. The computer 3 is placed in the computer 20 shown in Fig. 5 in the position of the second female connector 212 and the third connector 313 is placed. The third connector 6 provided in the support portion 23 of the main body 2G2 of the connection module 2A of the present embodiment and supplied with electric power can be inserted into the third female connector. The third connector 6 is embedded in the first connector 313' and can be supplied with power to the computer 30 by a power supply circuit provided inside the body. When the rotating plate 3 of the connection module 2 of the present embodiment is in the flat state of the sixth drawing (a), the computer 30 is laid flat to make the first one disposed on the upper side of the rotating plate 3. The connector 4 is coupled to the first female connector 112 disposed at the bottom of the computer 30. Thus, the computer 30 can be coupled to the connection module 2A and electrically connected to the electronic circuit inside the body. The electronic circuit is connected to the connection connecting portion 2b for connecting to a LAN or a list machine, etc., in the same manner as the first embodiment, whereby the computer 3 can be provided beyond the external device provided by itself. High connection performance for connection performance. Further, when the rotary plate 3 of the connection module 200 of the present embodiment is in the standing state shown in FIG. 6(b), the support portion 2a provided on the main body 2〇2 is held by the computer 3〇 The third connector 6 is coupled to the third female connector 313 provided in the computer 3'. Thus, the computer 3 can be coupled to the connection module 2A to supply electric power. As described above, the connection module 200 of the present embodiment may correspond to an open state in which the display portion 12 is erected with respect to the base portion 31 and a display screen 121 of the screen portion 12 is outwardly overlapped on the base portion. The computer 30 is used in the second off state. Further, in the present embodiment, the case where the third connector 6 is provided on the support portion 2a of the main body 2〇2 is exemplified, but in the present invention, as long as it is rotatable with the stand-up state The computer of 3 can be combined with the power supply of the computer 3G, and is not limited to this case. Moreover, the computer 3 can also be in any of the 5th closed state and the second closed state. Finally, a fourth embodiment of the connection module of the present invention will be described. Fig. 8 is a view showing the appearance of the connection module of the present embodiment. Φ Fig. 8 shows a second connection portion 5 provided on the lower surface 3b of the rotary plate 3 in the connection module 1 of the first embodiment, and is provided in a different body 10 from the rotary plate 3 and is freely rotatable The state of the connector holding plate 7 of the body 2 is set. Further, the connection module 3 (10) of the present embodiment will be described below to correspond to a computer that can be connected to the connection module 1 of the first embodiment. ^The connector holding plate 7 is supported by the body 2 by the shaft, and when the rotating plate 3 is in the *right state, 'to avoid the punching of the supporting portion 2a of the body 302 in the flat state" The opening 3c of the plate 3, and the second connecting portion 5 and the first female connector (see FIG. 2(f)) 112 σ of the computer standing on the (four) board 3, and the second connecting portion 5 Freely rotates between the separated states separated from the computer 1 that is standing on the rotary plate 3. -2〇1, Fig. 8(a) shows a flat shape of the rotary plate 3 of the connection module 300: and the connection of the second connection portion 5 is also displayed in the central portion of the body 302, and the temple plate 7 is again Fig. 8(a) shows that the main body 302 is provided with a finger hook portion 3() 2a which is raised upward by the finger to connect the holding plate 7. Fig. 8(b) shows the state of the rotating plate 3 of the connection module of the present embodiment, and Fig. 8(c) shows the left side of the connecting module 3〇〇. 17丄J厶Η/ The state of the evening. u (8) shows that the connection holding plate 7 is separated from the 匕 by the finger shown in Fig. 8(a), and the second connecting portion 5 can be connected to the first concave portion of the computer 1 The combination of the thieves 112 combined state. Fig. 8(e) shows a state in which the connection holding plate 7 is in a separated state and a coupled state. Further, in the '8th (e) figure, the rotary plate 3 is provided with a cutout portion 3d. * The plurality of ports 43d are dug in a coupled state and are rotated toward the side of the rotary plate. The drop portion 71 at the end portion is bitten. By providing the port P3d, it is possible to prevent the connection holding plate 7 pulled up on the side of the rotary plate from passing over the opening 3c of the red plate 3 in the sin t, and to the support portion 2a of the body 2. The computer that rotates the plate 3 and connects the second connecting portion 5 of the holding plate 7 with the first female connector 112 can be prevented from being removed by the connection module 300 without being separated from the connection holding plate 7. The connection holding plate 7 overtakes and drags the opening 3c of the rotary plate 3 to damage the second connection portion 5 held by the connection holding plate 7. • In addition, the figure 8(e) shows that the convex portion 8 used when the second connector in the coupled state with the computer 10 is removed is attached to the connection holding plate 7 and the surface on which the second connector 5 is provided is The opposite side. In the eighth (f) diagram, when the falling portion 71 of the connecting holding plate 7 is engaged with the 20 cutout portion 3d of the rotating plate 3, the lower surface 3b of the rotating plate 3 and the second holding connector 5 are attached to the connecting holding plate 7. The face is on the same side. When the rotary plate 3 of the connection module 300 of the present embodiment is in the flat state of the eighth (a), the first connector 4 disposed on the upper surface 3a of the rotary plate 3 is laid by the computer 10 The first female connector 112 is mounted on the bottom of the computer 1 such that the computer 1G is coupled to the connection module 3GG and electrically connected to the electronic circuit inside the body. In addition, when the rotating plate 3 of the connection module 300 of the present embodiment is in the state of the eighth (b), the second connector is connected to the holding plate 7 by the computer 1G. 5 is coupled to the first female connector 112 disposed on the computer 10, such that the computer 10 is coupled to the connection module 300 and electrically connected to the electronic circuit inside the body. Since the electronic circuit is connected to the connection connecting portion 2b for connecting to a LAN or a list machine or the like in the same manner as the connection module of the first embodiment, the computer 10 electrically connected to the electronic circuit inside the main body can be obtained. Beyond the minimum of its own and high performance with external machines. As described above, the connection module 30A of the present embodiment may also correspond to an open state in which the display portion 12 is erected with respect to the base portion, and a display screen 121 of the screen portion 12 is outwardly overlapped with the base portion η. The computer 10 used in the second off state. Moreover, the present embodiment is exemplified by providing the finger hook portion 3〇2a and pulling the connection holding plate 7 by fingers. However, the present invention is not limited thereto, and a wheel may be disposed under the connection holding plate 7. The cam is rotated by a button operation, and the connection holding plate 7 is pulled up. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1(a) to (e) are diagrams showing the first embodiment of the connection module of the present invention. The second (a) to (f) diagrams show the computer that the connection module shown in Fig. 1 can correspond to. 1324719 Figures 3(a) to (b) are diagrams showing the appearance of one embodiment of the electronic machine bonding system of the present invention. The fourth (a) to (d) drawings show the connection module of this embodiment. Fig. 5 is a view showing a computer that can be connected to the connection module of the present embodiment. 5 Figures 6(a) to (d) show the connection module of this embodiment. Fig. 7 is a view showing a computer that can be connected to the connection module of the present embodiment. The eighth (a) to (f) drawings show the appearance of the connection module of the present embodiment.
10 1510 15
20 20 1324719 主要元件符號說明20 20 1324719 Description of the main component symbols
1，100,200,300...連接模組 2,202,302…本體 302a...指入部 2a"_支承部 2b."連接部 3.. .旋動板 3a...旋動板上面 3b...旋動板下面 3c...開口 3d.··挖入部 4.. .第1連接器 5.. .第2連接器 6.. .第3連接器 7.. .連接器保持板 71.. .落差部 8.. .凸部 10,20,30…電腦 11，21_·.基部 111···鍵盤 112…第1凹連接器 212…第2凹連接器 313···第3凹連接器 12.. .畫面部(顯示部） 121.··顯示晝面 13.. .連結部 400.. .電子機器結合系統 211,100,200,300...connection module 2,202,302...body 302a...finger 2a"_support 2b." connection 3:. Rotating plate 3a...spinning plate top 3b...swiring 3c...opening 3d.··cutting part 4...1st connector 5.. 2nd connector 6....3rd connector 7.... Connector holding plate 71.. Part 8. Projection 10, 20, 30... Computer 11, 21_. Base 111... Keyboard 112... First recess connector 212... Second recess connector 313... 3rd recess connector 12. .. Screen section (display section) 121.··Display pupil plane 13.. Connection section 400.. . Electronic device bonding system 21