1361970 六、發明說明： 【發明所屬之技術領域】 本發明是有關於具有例如使顯示部可轉動自如的鉸鏈 的筆記型個人電腦等的電子機器。 【先前技術】 習知，筆記型的個人電腦，是具備對於鍵盤側的本體 部使LCD (Liquid Crystal Display)側的顯示部可轉動自 如的鉸鏈部。例如在鉸鏈部的一方的側端設有電源開關， 在另一方的側端設有電源供給用的連接端子的連接器。此 連接器，是被安裝於顯示側的框體（例如專利文獻1參照 )。 [專利文獻1]日本特開2005- 1 28 8 05號公報（段落 [0141]、第 24 圖） 【發明內容】 (本發明所欲解決的課題） 但是，在上述專利文獻1的技術中，使用者是將顯示 部對於本體部開閉的話，設在顯示部的連接器也會與顯示 部一體地轉動。因此，具有在鉸鏈部中負荷會施加在與連 接器連接的配線纜線等的線材的問題。 鑑於如以上的狀況，本發明的目的是提供一種電子機 器，具備不會損害樣式設計性不會因顯示部的開閉而轉動 的連接器部》 -5- 1361970 (用以解決課題的手段） 本發明的電子機器，是具有：電子機器本體部、及顯 示部、及鉸鏈部、及收容部、及連接器部、及帽構件。上 述顯示部，是與上述電子機器本體部電連接。上述鉸鏈部 ，是對於上述電子機器本體部將上述顯示部可轉動自如地 連結。上述收容部，是將上述鉸鏈部收容。上述連接器部 ，是設在上述收容部的上述鉸鏈部的轉動軸方向的一方的 端部，具有可將外部端子連接的連接部。上述帽構件，是 設成可與上述顯示部一體地轉動自如，將上述連接器部的 除了上述連接部以外包圍。 在本發明中，連接器部，因爲是設在收容部的鉸鏈部 的轉動軸方向的一方的端部，所以顯示部即使轉動仍可以 防止連接器部轉動。帽構件，因爲是設成可與顯示部一體 地轉動自如，所以顯示部對於電子機器本體部轉動時，帽 構件會與顯示部一體地轉動。此結果，使用者可以看見連 接器部如同與帽構件一體地轉動，可以防止減損樣式設計 性。 進一步具備在前述收容部內與前述連接器部連接的配 線也可以。 由此，即使顯示部對於電子機器本體部轉動，因爲連 接器部不轉動，所以可以防止負荷施加在配線。 前述鉸鏈部，是具備：將連接前述電子機器本體部及 前述顯示部的第2配線插通的筒狀部品、及與前述筒狀部 -6 - 1361970 0¾可轉動自如地連結且一端被固定於前述顯示部的連結部 也可以。 由此，即使顯示部對於電子機器本體部轉動，連結部 仍是與顯不部一體地對於筒狀部品轉動。此結果，在顯示 部的轉動時可以確實地減少施加於配線的負荷。 前述鉸鏈部，是包含設在前述電子機器本體部的背面 的兩端部的複數鉸鏈機構，前述收容部，是將前述複數鉸 鏈機構一體地收容也可以》 由此，顯示部可以確實地可轉動自如地設於電子機器 本體部。 前述電子機器本體部、及前述帽構件，是分離的也可 以。 由此，連接器部是與顯示部一體地設置的事可以明確 顯示，顯示部對於電子機器本體部轉動使時，帽構件轉動 的樣子可以讓使用者了解容易地顯示》其結果，在顯示部 的轉動時使用者可看見如同連接器部轉動且可以將連接器 部穩定地配置。 前述顯示部，是具有從前述顯示部被導出並與前述連 接器部的外周面分離配置的環狀部，前述帽零件，是隔著 前述環狀部被設在前述連接器部，滑動構件是位在前述連 接器部的外周面及前述環狀部的內周面之間也可以。 由此，滑動構件因爲是位在連接器部的外周面及環狀 部的內周面之間，所以在顯示部的轉動時可以防止由連接 器部的外周面及環狀部的內周面的摩擦所産生的磨耗，並 1361970 且可以將連接器部補強。 進一步具備：在前述收容部的另一方的端部可與前述 顯示部一體地轉動地被設置且具有使用者用的按壓面的電 源按鈕、及將前述電源按鈕的除了前述按壓面以外包圍並 設成可與前述顯示部一體地轉動的開關帽構件也可以。 由此，將顯示部對於電子機器本體部轉動時，連接器 部的帽構件、及電源開關的開關帽構件，可以與顯示部一 體地轉動。即，可以防止損害樣式設計性。 [發明的效果] 如以上，依據本發明，可以提供一種電子機器，具備 不會損害樣式設計性且不會因顯示部的開閉而旋轉的連接 器部。 【實施方式】 以下，依據圖面說明本發明的實施例。 在本實施例中，電子機器是舉例筆記型的個人電腦的 一例說明。 第1圖是本發明的—實施例的電子機器的開口的狀態 的立體圖，第2圖是第1圖所示的電子機器的關閉的狀態 的立體圖。 電子機器1，是具備：顯示部2、及本體部3、及將這 些顯示部2及本體部3可轉動自如地連結的鉸鏈連結部4 -8- 1361970 顯示部2，是隔著鉸鏈連結部4對於本體部3可開閉 。顯示部2，是具備：顯示部2的框體5、顯示面6及設 在將框體5內進行顯示處理的無圖示的顯示處理組件。 框體5,是將無圖示的顯示處理組件收容的顯示部2 的外部裝備品零件。顯示面6，是將資訊顯示用的畫面在 關閉的狀態下相面對於本體部3。 本體部3，是具備：本體部3的框體7、鍵盤組件8、 # 無圖示的中央處理裝置、無圖示的硬碟裝置等的零件。 框體7，是本體部3的外部裝備品零件。鍵盤組件8 • ’是具備例如複數按鍵等，作爲電子機器1的輸入部功能 。中央處理裝置，是被實裝在框體7內的多層印刷電路板 。中央處理裝置，是收到來自鍵盤組件8的輸入訊號，進 行計算處理、控制處理、畫像處理、朝顯示部2的輸出處 理等的各種處理，作爲此電子機器1的實質的功能上的本 體功能。 # 鉸鏈連結部4，是具備：DC插口部10、及電源開關 11、及與本體部3 —體設置的鉸鏈收容部12。DC插口部 # 10 ’是被配置於鉸鏈連結部4的軸方向（第1圖的Y方向 )的左端。電源開關11，是被配置於鉸鏈連結部4的軸方 向（第1圖的Y方向）的右端。 第3圖是第1圖所示的電子機器1的DC插口部10附 近的部分立體圖。 DC插口部10，是被配置於本體部3的背面側的端部 。DC插口部10，是具備：外部裝備品零件也就是帽構件 -9- 1361970 15、及被收容在帽構件15的DC插口連接器部16。帽構 件15，是具有帽形狀。在帽構件15的側面51中，形成有 略圓形狀的開口 17。DC插口連接器部16，是其連接端子 連接部14是從開口 17露出。在連接端子連接部14中， 連接有無圖示的電源供給用的連接端子。鉸鏈收容部12, 是形成略圓筒形狀。鉸鏈收容部12的直徑，是與帽構件 15的直徑略相同。由此，可提高樣式設計性。 第4圖是第1圖所示的電子機器1的DC插口部10附 近的部分立體圖。 DC插口部10，是從本體部3被分離設置。即，在DC 插口部1 〇及本體部3之間形成有間隔G。特別是，如第4 圖所示，在對於本體部3將顯示部2打開的狀態下，使用 者可以容易看見間隔G。使用者是對於本體部3將顯示部 2開閉時，帽構件15會與顯示部2 —體‘地轉動。此時，帽 構件15內的DC插口連接器部16不與帽構件15 —體地轉 動而是保持被固定於本體部3不轉動。 第5圖是取下電子機器1的DC插口部10的帽構件 15的狀態的部分立體圖，第6圖是第3圖所示的電子機器 1的A-A剖面圖。 鉸鏈收容部12是具有圓筒形狀。鉸鏈收容部12，是 藉由將：本體部3的上面側的外部裝備品零件也就是置掌 部21、及本體部3的底面側的外部裝備品零件也就外殼底 22組合而構成。在鉸鏈收容部12內，裝配有複數配線纜 線23。這些的配線纜線23，是如第6圖所示被插通於鉸 -10· 1361970 鏈機構部25。 鉸鏈機構部25’是被收容於鉸鏈收容部12內。鉸鏈 機構部25，是具備筒狀部品26、本體部側連結構件27、 顯示部側連結構件28。 筒狀部品26，是具有筒形狀。筒狀部品26，是形成 供複數配線纜線23插通用的貫通孔29。配線纜線23,是 與本體部3內的各部連接，並插通貫通孔29，與顯示部2 側的各部連接。 本體部側連結構件2 7的一端部，是例如被固定在外 殼底22。在本體部側連結構件27的另一端部，形成有筒 狀部品26被插入的貫通孔30。本體部側連結構件27，是 將筒狀部品26配置於鉸鏈收容部12內的預定的位置。 顯示部側連結構件28，是如第6圖所示，形成有貫通 孔31。在顯示部側連結構件28的貫通孔31內被插入筒狀 部品2 6。顯示部側連結構件2 8是被固定於顯示部2側。 顯示部側連結構件28，是可隨著顯示部2的轉動與顯示部 2 —體地朝筒狀部品26的周圍轉動。即，顯示部2，是將 鉸鏈機構部25的轉動軸Y作爲軸對於本體部3可轉動。 DC插口部10，是如第6圖所示，具備：帽構件15、 DC插口連接器部16、滑動構件33。 帽構件15，是將DC插口連接器部16的除了連接端 子連接部14以外包圍。帽構件15，是被固定於顯示部2 的頂蓋35及面板36。形成有藉由頂蓋35及面板36將DC 插口連接器部16的一部分包圍的環狀部94。即，顯示部 -11 - 1361970 2,是如第5圖 '第6圖所示，具備從顯示部2在被導出 並與DC插口連接器部16的外周面38分離配置的環狀部 94。帽零件15，是隔著環狀部94被設置在DC插口連接 器部16。DC插口連接器部16的連接端子連接部14是從 帽構件15的開口 17朝外部露出》 DC插口連接器部16被固定於外殻底22。DC電源供 給用配線（第6圖中未圖示）、接地配線43是從DC插口 連接器部16被拉出。 滑動構件33，是如第6圖所示被設在DC插口連接器 部16的外周面38及頂蓋35的內周面39之間。滑動構件 3 3的摩擦係數，是比例如頂蓋3 5及面板3 6的摩擦係數小 。在滑動構件33的結構材料，是使用耐疲勞性、耐摩擦 性優異的例如聚縮醛（POM polyacetal)。聚縮醛，是具 有取得平衡的機械性質的結晶性樹脂，特別是對於耐疲勞 性非常優異。具有對於耐摩擦、耐漂移性、尺寸穩定性優 異’吸水性也少的性質。可使用的溫度範圍很寬（例如_ 4 0。。〜+ 1 5 0。(：）。 第7圖是DC插口連接器部16的六面圖。第7圖（A )〜（F)各別是DC插口連接器部16的平面圖、左側視 圖、前視圖、右側視圖、後視圖及底面圖。1361970. EMBODIMENT OF THE INVENTION The present invention relates to an electronic device such as a notebook type personal computer having a hinge that allows the display unit to be rotatable. [Prior Art] A personal computer of the notebook type has a hinge portion that allows the display portion on the LCD (Liquid Crystal Display) side to be rotatable with respect to the main body portion on the keyboard side. For example, a power switch is provided at one side end of the hinge portion, and a connector for a power supply connection terminal is provided at the other side end. This connector is a housing that is attached to the display side (for example, refer to Patent Document 1). [Patent Document 1] Japanese Laid-Open Patent Publication No. 2005- 1 28 8 05 (paragraph [0141], FIG. 24) [Problems to be Solved by the Invention] However, in the technique of Patent Document 1, When the user opens and closes the display unit to the main body, the connector provided on the display unit also rotates integrally with the display unit. Therefore, there is a problem that a load in the hinge portion is applied to a wire such as a cable wire connected to the connector. In view of the above circumstances, an object of the present invention is to provide an electronic device including a connector portion that does not impair the design of the pattern and does not rotate due to opening and closing of the display portion (5-15361970) An electronic device according to the invention includes an electronic device body portion, a display portion, a hinge portion, a housing portion, a connector portion, and a cap member. The display unit is electrically connected to the electronic device body unit. In the hinge portion, the display unit is rotatably coupled to the main body portion of the electronic device. The accommodating portion houses the hinge portion. The connector portion is provided at one end of the hinge portion of the housing portion in the rotation axis direction, and has a connection portion that can connect the external terminals. The cap member is rotatably integrally rotatable with the display portion, and surrounds the connector portion except the connecting portion. In the present invention, since the connector portion is provided at one end portion of the hinge portion of the accommodating portion in the rotational axis direction, the display portion can prevent the connector portion from rotating even if it is rotated. Since the cap member is rotatably integrally formed with the display portion, the cap member is integrally rotated with the display portion when the display portion is rotated with respect to the electronic device body portion. As a result, the user can see that the connector portion rotates integrally with the cap member to prevent detrimental pattern design. Further, a wiring that is connected to the connector portion in the housing portion may be provided. Thereby, even if the display portion rotates with respect to the electronic device body portion, since the connector portion does not rotate, it is possible to prevent the load from being applied to the wiring. The hinge portion includes a tubular member through which the second wiring that connects the electronic device body portion and the display portion is inserted, and is rotatably coupled to the tubular portion -6 - 1361970 03⁄4, and one end is fixed to the hinge portion The connecting portion of the display portion may be used. Thereby, even if the display portion rotates with respect to the electronic device main body portion, the connecting portion rotates integrally with the display portion for the tubular member. As a result, the load applied to the wiring can be surely reduced at the time of the rotation of the display portion. The hinge portion includes a plurality of hinge mechanisms provided at both end portions of the back surface of the electronic device main body portion, and the storage portion may integrally accommodate the plurality of hinge mechanisms. Thus, the display portion can be surely rotatable It is freely provided on the main body of the electronic device. The electronic device body portion and the cap member may be separated. Thereby, the connector portion is integrally provided with the display portion, and the display portion can be clearly displayed. When the display portion is rotated about the electronic device body portion, the state in which the cap member is rotated allows the user to easily display the result, and the display portion is displayed on the display portion. When the rotation is made, the user can see that the connector portion is rotated and the connector portion can be stably arranged. The display unit has an annular portion that is led out from the display unit and is disposed apart from an outer circumferential surface of the connector portion, and the cap member is provided in the connector portion via the annular portion, and the sliding member is It may be located between the outer peripheral surface of the connector portion and the inner peripheral surface of the annular portion. Thereby, since the sliding member is positioned between the outer peripheral surface of the connector portion and the inner peripheral surface of the annular portion, the outer peripheral surface of the connector portion and the inner peripheral surface of the annular portion can be prevented from being rotated during the display portion. The friction caused by the friction, and 1361970 can reinforce the connector. Further, the power supply button that is provided integrally with the display portion and that has a pressing surface for the user, is provided at the other end of the accommodating portion, and the power button is surrounded by the pressing surface. A switch cap member that can rotate integrally with the display portion may be used. Thereby, when the display unit is rotated to the electronic device main body portion, the cap member of the connector portion and the switch cap member of the power switch can be rotated integrally with the display portion. That is, it is possible to prevent damage to the style design. [Effects of the Invention] As described above, according to the present invention, it is possible to provide an electronic device including a connector portion that does not impair the design of the pattern and does not rotate due to opening and closing of the display portion. [Embodiment] Hereinafter, embodiments of the present invention will be described based on the drawings. In the present embodiment, the electronic device is an example of a personal computer of a notebook type. Fig. 1 is a perspective view showing a state of an opening of an electronic device according to an embodiment of the present invention, and Fig. 2 is a perspective view showing a state in which the electronic device shown in Fig. 1 is closed. The electronic device 1 includes a display unit 2, a main body unit 3, and a hinge connecting portion 4 -81-3361970 in which the display unit 2 and the main body unit 3 are rotatably coupled, and the display unit 2 is interposed therebetween. 4 The main body portion 3 can be opened and closed. The display unit 2 includes a housing 5 including a display unit 2, a display surface 6, and a display processing unit (not shown) that performs display processing in the housing 5. The casing 5 is an external equipment component of the display unit 2 that houses a display processing unit (not shown). The display surface 6 is opposite to the main body unit 3 in a state in which the information display screen is closed. The main body portion 3 is a member including a housing 7 of the main body portion 3, a keyboard unit 8, a central processing unit (not shown), and a hard disk device (not shown). The casing 7 is an external equipment component of the body portion 3. The keyboard unit 8 • ' is a function of an input unit of the electronic device 1 including, for example, a plurality of buttons. The central processing unit is a multilayer printed circuit board that is mounted in the housing 7. The central processing unit receives various types of processing such as input signals from the keyboard unit 8, calculation processing, control processing, image processing, and output processing to the display unit 2, and functions as a substantial functional function of the electronic device 1. . The hinge connecting portion 4 includes a DC socket portion 10, a power switch 11, and a hinge housing portion 12 provided integrally with the main body portion 3. The DC socket portion #10' is a left end that is disposed in the axial direction of the hinge coupling portion 4 (Y direction in Fig. 1). The power switch 11 is disposed at the right end of the hinge connecting portion 4 in the axial direction (Y direction of Fig. 1). Fig. 3 is a partial perspective view of the vicinity of the DC jack portion 10 of the electronic device 1 shown in Fig. 1. The DC socket portion 10 is an end portion disposed on the back side of the main body portion 3. The DC socket portion 10 includes an external equipment component, that is, a cap member -9-1361970 15, and a DC jack connector portion 16 housed in the cap member 15. The cap member 15 has a cap shape. In the side surface 51 of the cap member 15, an opening 17 having a substantially circular shape is formed. The DC jack connector portion 16 is such that its connection terminal connecting portion 14 is exposed from the opening 17. A connection terminal for power supply (not shown) is connected to the connection terminal connecting portion 14. The hinge housing portion 12 is formed in a substantially cylindrical shape. The diameter of the hinge receiving portion 12 is slightly the same as the diameter of the cap member 15. Thereby, the style design can be improved. Fig. 4 is a partial perspective view of the vicinity of the DC jack portion 10 of the electronic device 1 shown in Fig. 1. The DC socket portion 10 is provided separately from the main body portion 3. That is, a gap G is formed between the DC socket portion 1A and the body portion 3. In particular, as shown in Fig. 4, in a state where the display unit 2 is opened to the main body portion 3, the user can easily see the gap G. When the user opens and closes the display unit 2 with respect to the main body unit 3, the cap member 15 rotates in the same manner as the display unit 2. At this time, the DC jack connector portion 16 in the cap member 15 does not rotate integrally with the cap member 15, but remains fixed to the main body portion 3 without rotating. Fig. 5 is a partial perspective view showing a state in which the cap member 15 of the DC socket portion 10 of the electronic device 1 is removed, and Fig. 6 is a cross-sectional view taken along line A-A of the electronic device 1 shown in Fig. 3. The hinge housing portion 12 has a cylindrical shape. The hinge housing portion 12 is formed by combining the outer equipment component parts on the upper surface side of the main body portion 3, that is, the palm portion 21, and the outer equipment components on the bottom surface side of the main body portion 3. In the hinge housing portion 12, a plurality of cable wires 23 are mounted. These cable wires 23 are inserted into the hinge mechanism portion 25 of the hinge - 10 · 1361970 as shown in Fig. 6. The hinge mechanism portion 25' is housed in the hinge housing portion 12. The hinge mechanism portion 25 includes a tubular member 26, a main body side connecting member 27, and a display portion side connecting member 28. The tubular member 26 has a cylindrical shape. The tubular member 26 is a through hole 29 in which a plurality of cable wires 23 are inserted and integrated. The cable wires 23 are connected to the respective portions of the main body portion 3, and are inserted through the through holes 29, and are connected to the respective portions on the display unit 2 side. One end portion of the main body side connecting member 27 is fixed to the outer case bottom 22, for example. A through hole 30 into which the tubular member 26 is inserted is formed at the other end portion of the main body side connecting member 27. The main body side connecting member 27 is a predetermined position in which the tubular member 26 is placed in the hinge housing portion 12. The display unit side connecting member 28 is formed with a through hole 31 as shown in Fig. 6 . The tubular member 26 is inserted into the through hole 31 of the display unit side connecting member 28. The display unit side connecting member 28 is fixed to the display unit 2 side. The display unit side connecting member 28 is rotatable toward the periphery of the tubular member 26 integrally with the display unit 2 in accordance with the rotation of the display unit 2. That is, the display unit 2 is rotatable with respect to the main body portion 3 with the rotation axis Y of the hinge mechanism portion 25 as an axis. As shown in FIG. 6, the DC socket portion 10 includes a cap member 15, a DC socket connector portion 16, and a slide member 33. The cap member 15 surrounds the DC jack connector portion 16 except for the connection terminal connecting portion 14. The cap member 15 is a top cover 35 and a panel 36 that are fixed to the display unit 2. An annular portion 94 that surrounds a portion of the DC socket connector portion 16 by the top cover 35 and the panel 36 is formed. In other words, the display unit -11 - 1361970 2 is provided with an annular portion 94 that is led out from the display unit 2 and separated from the outer peripheral surface 38 of the DC jack connector portion 16 as shown in Fig. 5 of Fig. 5 . The cap member 15 is provided in the DC jack connector portion 16 via the annular portion 94. The connection terminal connecting portion 14 of the DC jack connector portion 16 is exposed from the opening 17 of the cap member 15 to the outside. The DC jack connector portion 16 is fixed to the case bottom portion 22. The DC power supply wiring (not shown in Fig. 6) and the ground wiring 43 are pulled out from the DC jack connector portion 16. The slide member 33 is provided between the outer peripheral surface 38 of the DC jack connector portion 16 and the inner peripheral surface 39 of the top cover 35 as shown in Fig. 6. The coefficient of friction of the sliding member 3 3 is smaller than the coefficient of friction of, for example, the top cover 35 and the panel 36. The structural material of the sliding member 33 is, for example, a POM polyacetal which is excellent in fatigue resistance and abrasion resistance. Polyacetal is a crystalline resin having a balance of mechanical properties, and is particularly excellent in fatigue resistance. It has excellent properties such as resistance to friction, drift resistance, and dimensional stability. The temperature range that can be used is very wide (for example, _ 4 0 . . . + + 1 5 0. (:). Fig. 7 is a six-sided view of the DC jack connector portion 16. Fig. 7 (A) to (F) The plan view, the left side view, the front view, the right side view, the rear view, and the bottom view of the DC jack connector portion 16 are not shown.
DC插口連接器部16，是如第7圖（a)所示，具備 端子41、42。端子41’是例如與接地配線43連接。端子 42’是與電源供給用配線44連接。如第7圖（b)所示， 在DC插口連接器部16的側面45中，形成有可插入DC -12- 1361970 端子的連接端子連接部14。如第7圖（B)〜（E)所示 ，使接地配線43及電源供給用配線44不會交差的方式， 將端子41、42設在不同的高度。 第8圖是被覆DC插口連接器部16的帽構件15的六 面圖及右側視圖的B-B剖面圖。第8圖（A)〜（G)各 別是帽構件1 5的平面圖、左側視圖、前視圖、右側視圖 、後視圖、底面圖及右側視圖的B · B剖面圖。 帽構件15，是如第8圖（B )及（D )所示，在側面 51形成有開口 17。開口 17的直徑，是電源供給用的連接 端子可連接在DC插口連接器部16的話，不特別限定，例 如可依據樣式設計適宜地變更。在帽構件1 5的側周面52 中，形成有開口 5 3。開口 17的直徑，是比開口 5 3的直徑 小。在帽構件1 5中，如第8圖（G )所示，形成有可收容 DC插口連接器部16的空間K。側面51，是從帽構件15 的側周面52朝向側周面52的中心朝空間K陷落。在側周 面52中，形成有缺口 55。 第9圖是電子機器1的鉸鏈機構部25的六面圖。第9 圖（A )〜（F )各別是鉸鏈機構部25的平面圖、左側視 圖、前視圖、右側視圖、後視圖及底面圖。 筒狀部品26，是具有如第9圖（B)及第6圖所示筒 形狀，形成有貫通孔29。在筒狀部品26中’本體部側連 結構件27、及顯示部側連結構件28是將第9圖（C)所 示的轉動軸Y作爲轉動軸與可轉動自如地連結。本體部側 連結構件27，是使用第9圖（A)所示的複數孔57固定 -13- 1361970 於本體部3側。本體部側連結構件27，是具有如第9圖（ B)所示段差部47。又，孔57的數量和位置，及段差部 47的形狀等可配合於本體部3側的形狀適宜變更。顯示部 側連結構件2 8，是使用第9圖（C )所示的複數孔5 8固 定於顯示部2側。 第10圖是電子機器1的電源開關11的剖面圖。 電源開關11，是具備：設有環狀發光部70的開關帽 構件61、電源按鈕62、光學擴散薄片63、擴散透鏡64、 SW基板支架65、LED100、擴散薄片101及透明導光體 102，並將這些的構件組合而構成。 第11圖是電源開關11的開關帽構件61的六面圖及 開關帽構件61的右側視圖的C-C剖面圖。第1 1圖（a ) 〜（G)，是開關帽構件61的前視圖、左側視圖、底面圖 、右側視圖、平面圖及後視圖。 開關帽構件61具有側面6 6及側周面6 7。在側面6 6 中，如第11圖（B)所示形成有略圓形狀的貫通孔68。 開關帽構件61，是如第11圖（G)所示，形成有可收容 電源按鈕62等的空間S。側面66，是從開關帽構件61的 側周面67朝向側面66的中心朝空間S陷落。在側周面 67中，形成有缺口 69。在側周面67中，形成有環狀發光 部70。環狀發光部70，是如第1〇圖所示，在開關帽構件 61設成環狀。環狀發光部70，是橫跨略全周的方式被配 置在側周面67。環狀發光部70的結構材料是使用例如透 明構件。藉由後述的LED在空間S內發光的光是通過環 -14- 1361970 狀發光部70，朝開關帽構件6 1的外側照射β 第12圖是電子機器1的電源開關π的電源按鈕62 的六面圖。第12圖（Α)〜（F)分別是電源按鈕62的前 視圖、平面圖、左側視圖、底面圖' 右側視圖及後視圖。 電源按鈕62，是具備：圓盤狀的基部71、從圓盤狀 的基部71突出設置的凸部72及複數突起部73。基部71 的外徑，是比凸部72的外徑大。 φ 凸部72’是如第12圖（Β)所示具有由使用者按壓 的按壓面74。突起部73’是從基部71的底面75朝與凸 • 部72側相反側突出。複數突起部73，是如第1 2圖（D ) . 所示在基部"71的直徑上被分離設置。突起部73的直徑各 別相異。如第12圖（D )所示，顯示電源按鈕62是電源 開關的記號（標識）Μ，是設在基部71的底面75。因此 ，後述的LED發光時，電源按鈕62的記號（標識）Μ被 照射，從電源按鈕62的按壓面74側可看到記號（標識） Φ Μ發光。 第13圖是電源開關11的光學擴散薄片63的側面圖 . 及平面圖。 光學擴散薄片63,是具有略圓板形狀，且貼附在電源 按鈕62的底面75。光學擴散薄片63，是在對應突起部73 的位置形成有凹形狀的缺口 75。光學擴散薄片63，是將 從後述的LED側入射的光進行擴散。又，缺口 75的形狀 ，是相同的形狀也可以，不同的形狀也可以。 第14圖是電源開關11的擴散透鏡64的六面圖。第 -15- 1361970 14圖（A)〜（F)是擴散透鏡64的前視圖、平面圖、左 側視圖、底面圖、右側視圖及後視圖。 擴散透鏡64，是具備：形成略圓板形狀的基部81、 及從基部81的外周緣附近突出的突出部82。擴散透鏡64 ’是由含有例如將光擴散的擴散材的乳白色的樹脂材料所 構成。突起部82，是如第10圖所示，被設在相面對於被 實裝於SW基板90的開關95的位置。擴散透鏡64，是具 備如第14圖（B)及（D)所示被固定於SW基板支架65 用的鉤部83。鉤部83，是將擴散透鏡64的中心挾持的方 式朝相反側突出。鉤部83，.是嵌合在第10圖所示的SW 基板支架65。如第10圖所示，擴散透鏡64的面81a、及 SW基板支架65的面83a是位於同一平面內。擴散透鏡 64 ’是具備作爲將從後述的LED 97、98發光的光進行擴 散並導引至電源按鈕62側的導光板及擴散板的功能。 第15圖是將電源開關11的SW基板保持的SW基板 支架65的六面圖。 第15圖（A)〜（F)分別是SW基板支架65的前視 圖、左側視圖、底面圖、右側視圖、後視圖及平面圖》 SW基板支架65，是如第10圖所示，將SW基板90 保持，並且將擴散透鏡64及電源按鈕62彈性地保持。 SW基板支架65的結構材料，是使用含有將例如光進行散 亂的擴散材的乳白色的樹脂材料等。SW基板支架65，是 具備環狀保持部83、彈性支撐部84、SW基板保持部85 及支撐部86，這些的各部是被一體構成。 -16- 1361970 環狀保持部83’是具有如第15圖（D)所示環形狀 。在環狀保持部83中，形成有可保持第14圖所示的擴散 透鏡64的貫通孔91。擴散透鏡64是嵌合於貫通孔91， 擴散透鏡64是被固定於環狀保持部83。在環狀保持部83 中’在對應第12圖所示的電源按鈕62的複數突起部73 的位置形成有複數貫通孔92。在複數貫通孔92中，被插 入第12圖所示的複數突起部73，電源按鈕62是被固定於 環狀保持部83。這些的貫通孔92的直徑，是依據突起部 73的直徑相異而有所不同。 彈性支撐部84，是彎曲形狀。彈性支撐部84，是一 體地被固定於環狀保持部83及支撐部86。彈性支撐部84 ’是將環狀保持部83彈性地支撐。即，彈性支撐部84， 是如第10圖所示’將電源按鈕62、擴散透鏡64及環狀保 持部83 —體且彈性地支撐。具體而言，彈性支撐部84， 是當使用者按壓電源按鈕62的按壓面74時電源按鈕62 是朝Y方向凹陷’當使用者未按壓按壓面74時返回至初 期位置的方式’將環狀保持部83彈性地支撐。例如使用 者是將電源按鈕62的按壓面74按下時，彈性支撐部84 彈性變形。此時，突出部82,是將被實裝於第1〇圖所示 的SW基板90的開關95按下。 SW基板保持部85，是具有將如第15圖（B )所示 SW基板90從其兩側挾住的方式保持的一對的臂形狀。 支撐部86’是將SW基板保持部85、彈性支撐部84 支撐。 -17- 1361970 在發光部104中，如第10圖所示，支撐部86及透明 導光體1 02是被螺固在不同的位置。透明導光體1 02，是 對應環狀發光部70的內周面側的方式被配置。 LED100，是被固定設在透明導光體 102^LED100, 是設在對應例如擴散透鏡 64的中心點的位置附近。 LED 1 00，是朝向與電源按鈕62側相反側朝第10圖所示 的箭頭方向發光。即，LED100，是朝與 LED97、98發光 的方向相反方向發光。 擴散薄片（光學薄片）101，是與例如SW基板90平 行地被固定於SW基板支架65。 從LED 100發光的光，是如第10圖所示，朝與電源 按鈕62側相反側被照射，透過透明導光體1 02、環狀發光 部70，並入射至擴散薄片101。入射至擴散薄片101的光 ，是藉由擴散薄片101被擴散。藉由擴散薄片101被擴散 的光，是透過例如透明導光體102，入射至環狀發光部70 ，朝外部照射。 在SW基板90的電源按鈕62側的面，如第10圖所 示，被實裝有LED97、98及開關95。LED97、98可將不 同色的光朝向擴散透鏡64射出。例如一方的LED97，是 發綠色光，另一方的LED98是發紅（橘）色光。又， LED97、98的個數，發光色無特別限定。從LED97、98 被射出的光，是由擴散透鏡64被擴散，被擴散的光是入 射至光學擴散薄片63。入射至光學擴散薄片63的光，是 藉由光學擴散薄片63被擴散，通過電源按鈕62朝電源按 -18- 1361970 鈕62的外部被照射。開關95是使通斷（on/OFF )狀態 與突起部82抵接而被切換。 如此依據本實施例’ DC插口連接器部16，是由鉸鏈 收容部12的鉸鏈機構部25的轉動軸方向（第6圖的Y方 向）的一方的端部被配置於外殼底22。且，帽構件15, 是被設成可與顯示部2 —體地轉動自如。因此，即使顯示 部2轉動也可以防止DC插口連接器部16轉動》顯示部2 是對於本體部3轉動時，帽構件15會與顯示部2 —體地 轉動。此結果，使用者可以看見DC插口連接器部16與如 同帽構件15 —體地轉動’可以防止減損樣式設計性。且 ’在對於本體部3的顯示部2的轉動時，可以減少施加於 與DC插口連接器部16連接的接地配線43和電源供給用 配線44的負荷。 鉸鏈機構部25，是具備：讓將本體部3及顯示部2連 接的配線纜線2 3插通的筒狀部品2 6、及與筒狀部品2 6可 轉動自如地連結且一端被固定於顯示部2的顯示部側連結 構件28、及與筒狀部品26連結且一端被固定在本體部3 的本體部側連結構件27。由此，即使顯示部2對於本體部 3轉動，顯示部側連結構件28也會與顯示部2 —體地對於 筒狀部品26轉動。此結果，在顯示部2的轉動時可以確 實地減少施加於配線纜線23的負荷。 鉸鏈機構部是25，被複數設置在本體部3的背面的鉸 鏈收容部12內的兩端部。由此，對於本體部3可以將顯 示部2確實地轉動自如。 -19- 1361970 本體部3及帽構件15，是如第4圖所示分離形成。由 此’ DC插口連接器部16是與顯示部2 —體地被設置的事 可以更明確所，將顯示部2對於本體部3轉動時，使用者 可以容易了解帽構件15轉動的樣子。其結果，在顯示部2 的轉動時使用者可看見如同DC.插口連接器部16轉動且可 以將DC插口連接器部16穩定地配置。 滑動構件33是位在DC插口連接器部16的外周面38 及環狀部94的內周面39之間。由此，在顯示部2的轉動 時可以防止由DC插口連接器部16的外周面38及環狀部 94的內周面39的摩擦所産生的頂蓋35和面板36等的磨 耗，並且可以補強DC插口連接器部16。 顯示部2是對於本體部3轉動時，DC插口連接器部 16因爲不旋轉，所以無圖示的電源供給用的連接端子連接 在連接端子連接部14時，可以減少朝與電源供給用的連 接端子連接的配線纜線的負荷。且，揷入連接端子連接部 14的電源供給用的連接端子，是具有例如L字型連接器 形狀的情況時，也可以防止L字型連接器與顯示部2的開 閉一起旋轉。此結果，可以減少與L字型連接器連接的配 線纜線的負荷。 鉸鏈機構部25是藉由具備筒狀部品26，就可以將配 線纜線23插通貫通孔29等，當製造電子機器1時，可以 防止組裝成爲困難。 鉸鏈機構部25是藉由具備筒狀部品26，就可以採用 鉸鏈並將來自顯示部2側的配線纜線23的路徑簡單化並 -20-The DC jack connector portion 16 is provided with terminals 41 and 42 as shown in Fig. 7(a). The terminal 41' is connected to, for example, the ground wiring 43. The terminal 42' is connected to the power supply wiring 44. As shown in Fig. 7(b), a connection terminal connecting portion 14 into which a DC-12-1361970 terminal can be inserted is formed in the side surface 45 of the DC jack connector portion 16. As shown in Fig. 7 (B) to (E), the terminals 41 and 42 are set to different heights so that the ground wiring 43 and the power supply wiring 44 do not intersect each other. Fig. 8 is a cross-sectional view taken along line B-B of the cap member 15 covering the DC jack connector portion 16 and a right side view. Fig. 8(A) to Fig. 8(G) are respectively a plan view, a left side view, a front view, a right side view, a rear view, a bottom view, and a B-B sectional view of the right side view of the cap member 15. The cap member 15 has an opening 17 formed in the side surface 51 as shown in Figs. 8(B) and (D). The diameter of the opening 17 is not particularly limited as long as the connection terminal for power supply can be connected to the DC jack connector portion 16, and can be appropriately changed, for example, according to the design of the pattern. In the side peripheral surface 52 of the cap member 15, an opening 53 is formed. The diameter of the opening 17 is smaller than the diameter of the opening 53. In the cap member 15, as shown in Fig. 8(G), a space K in which the DC socket connector portion 16 can be accommodated is formed. The side surface 51 is recessed from the side peripheral surface 52 of the cap member 15 toward the center of the side peripheral surface 52 toward the space K. In the side peripheral surface 52, a notch 55 is formed. FIG. 9 is a six-side view of the hinge mechanism portion 25 of the electronic device 1. Fig. 9 (A) to (F) are each a plan view, a left side view, a front view, a right side view, a rear view, and a bottom view of the hinge mechanism portion 25. The tubular member 26 has a cylindrical shape as shown in Figs. 9(B) and 6 and has a through hole 29 formed therein. In the tubular member 26, the main body side connecting member 27 and the display unit side connecting member 28 are rotatably coupled to the rotating shaft Y shown in Fig. 9(C) as a rotating shaft. The main body side connecting member 27 is fixed to the main body portion 3 side by a plurality of holes 57 shown in Fig. 9(A). The main body side connecting member 27 has a step portion 47 as shown in Fig. 9(B). Further, the number and position of the holes 57, the shape of the step portion 47, and the like can be appropriately changed in accordance with the shape of the main body portion 3. The display unit side connecting member 28 is fixed to the display unit 2 side by a plurality of holes 58 shown in Fig. 9(C). Fig. 10 is a cross-sectional view of the power switch 11 of the electronic device 1. The power switch 11 includes a switch cap member 61 provided with an annular light-emitting portion 70, a power button 62, an optical diffusion sheet 63, a diffusion lens 64, a SW substrate holder 65, an LED 100, a diffusion sheet 101, and a transparent light guide 102. These components are combined to form. Fig. 11 is a six-side view of the switch cap member 61 of the power switch 11, and a C-C cross-sectional view of the right side view of the switch cap member 61. Fig. 1 (a) to (G) are front view, left side view, bottom view, right side view, plan view and rear view of the switch cap member 61. The switch cap member 61 has a side surface 66 and a side peripheral surface 67. In the side surface 66, a through hole 68 having a substantially circular shape is formed as shown in Fig. 11(B). The switch cap member 61 is formed with a space S in which the power button 62 or the like can be housed as shown in Fig. 11(G). The side surface 66 is recessed from the side peripheral surface 67 of the switch cap member 61 toward the center of the side surface 66 toward the space S. In the side peripheral surface 67, a notch 69 is formed. In the side peripheral surface 67, an annular light-emitting portion 70 is formed. The annular light-emitting portion 70 is formed in a ring shape in the switch cap member 61 as shown in Fig. 1 . The annular light-emitting portion 70 is disposed on the side peripheral surface 67 so as to straddle the entire circumference. The structural material of the annular light-emitting portion 70 is, for example, a transparent member. The light that is emitted in the space S by the LED described later is irradiated to the outside of the switch cap member 61 by the ring-14-1361970-like light-emitting portion 70. FIG. 12 is a power button 62 of the power switch π of the electronic device 1. Six-sided picture. Fig. 12 (Α) to (F) are a front view, a plan view, a left side view, a bottom view 'right side view, and a rear view of the power button 62, respectively. The power button 62 includes a disk-shaped base portion 71, a convex portion 72 projecting from the disk-shaped base portion 71, and a plurality of projections 73. The outer diameter of the base portion 71 is larger than the outer diameter of the convex portion 72. The φ convex portion 72' has a pressing surface 74 pressed by the user as shown in Fig. 12(Β). The protruding portion 73' protrudes from the bottom surface 75 of the base portion 71 toward the side opposite to the convex portion 72 side. The plurality of protrusions 73 are separated from each other in the diameter of the base portion "71 as shown in Fig. 2(D). The diameters of the projections 73 are different from each other. As shown in Fig. 12(D), the display power button 62 is a symbol (mark) of the power switch, and is provided on the bottom surface 75 of the base portion 71. Therefore, when the LED described later emits light, the symbol (mark) Μ of the power button 62 is irradiated, and the symbol (mark) Φ Μ illuminates from the side of the pressing surface 74 of the power button 62. Figure 13 is a side view of the optical diffusion sheet 63 of the power switch 11 and a plan view. The optical diffusion sheet 63 has a substantially circular plate shape and is attached to the bottom surface 75 of the power button 62. The optical diffusion sheet 63 is a notch 75 having a concave shape at a position corresponding to the projection 73. The optical diffusion sheet 63 diffuses light incident from the LED side to be described later. Further, the shape of the notch 75 may be the same shape, and different shapes may be used. Fig. 14 is a six-side view of the diffusion lens 64 of the power switch 11. Figs. -15 - 1361970 14 (A) to (F) are a front view, a plan view, a left side view, a bottom view, a right side view, and a rear view of the diffusion lens 64. The diffusion lens 64 includes a base portion 81 that is formed in a substantially circular plate shape, and a protruding portion 82 that protrudes from the vicinity of the outer peripheral edge of the base portion 81. The diffusion lens 64' is composed of a milky white resin material containing, for example, a diffusing material that diffuses light. The projection 82 is provided at a position facing the switch 95 mounted on the SW substrate 90 as shown in Fig. 10. The diffusion lens 64 is a hook portion 83 for fixing to the SW substrate holder 65 as shown in Figs. 14(B) and (D). The hook portion 83 protrudes toward the opposite side in a manner of holding the center of the diffusion lens 64. The hook portion 83, is a SW substrate holder 65 that is fitted to the tenth figure. As shown in Fig. 10, the surface 81a of the diffusion lens 64 and the surface 83a of the SW substrate holder 65 are located in the same plane. The diffusion lens 64' has a function as a light guide plate and a diffusion plate which are diffused from the light emitted from the LEDs 97 and 98 to be described later and guided to the power button 62 side. Fig. 15 is a six-side view of the SW substrate holder 65 holding the SW substrate of the power switch 11. 15(A) to 15(F) are a front view, a left side view, a bottom view, a right side view, a rear view, and a plan view, respectively, of the SW substrate holder 65. The SW substrate holder 65 is a SW substrate as shown in FIG. 90 is held, and the diffusion lens 64 and the power button 62 are elastically held. The material of the SW substrate holder 65 is a milky white resin material or the like which contains a diffusing material that disperses, for example, light. The SW substrate holder 65 is provided with an annular holding portion 83, an elastic supporting portion 84, an SW substrate holding portion 85, and a supporting portion 86, and these portions are integrally formed. -16- 1361970 The annular holding portion 83' has a ring shape as shown in Fig. 15(D). In the annular holding portion 83, a through hole 91 capable of holding the diffusion lens 64 shown in Fig. 14 is formed. The diffusion lens 64 is fitted to the through hole 91, and the diffusion lens 64 is fixed to the annular holding portion 83. In the annular holding portion 83, a plurality of through holes 92 are formed at positions corresponding to the plurality of projections 73 of the power button 62 shown in Fig. 12. The plurality of through holes 92 are inserted into the plurality of projections 73 shown in Fig. 12, and the power button 62 is fixed to the annular holding portion 83. The diameter of these through holes 92 differs depending on the diameter of the projections 73. The elastic support portion 84 has a curved shape. The elastic support portion 84 is integrally fixed to the annular holding portion 83 and the support portion 86. The elastic supporting portion 84' elastically supports the annular holding portion 83. In other words, the elastic support portion 84 is elastically supported by the power button 62, the diffusion lens 64, and the annular holding portion 83 as shown in Fig. 10 . Specifically, the elastic support portion 84 is a way in which the power button 62 is recessed in the Y direction when the user presses the pressing surface 74 of the power button 62, and returns to the initial position when the user does not press the pressing surface 74. The holding portion 83 is elastically supported. For example, when the user presses the pressing surface 74 of the power button 62, the elastic supporting portion 84 is elastically deformed. At this time, the protruding portion 82 is pressed by the switch 95 which is mounted on the SW substrate 90 shown in Fig. 1 . The SW substrate holding portion 85 has a pair of arm shapes that hold the SW substrate 90 as shown in Fig. 15(B) from both sides. The support portion 86' supports the SW substrate holding portion 85 and the elastic support portion 84. -17- 1361970 In the light-emitting portion 104, as shown in Fig. 10, the support portion 86 and the transparent light guide body 102 are screwed at different positions. The transparent light guide body 102 is disposed so as to correspond to the inner peripheral surface side of the annular light-emitting portion 70. The LED 100 is fixed to the transparent light guide 102's LED 100 and is provided in the vicinity of a position corresponding to, for example, the center point of the diffusion lens 64. The LED 100 is illuminated toward the side opposite to the power button 62 side in the direction of the arrow shown in Fig. 10. That is, the LED 100 emits light in a direction opposite to the direction in which the LEDs 97 and 98 emit light. The diffusion sheet (optical sheet) 101 is fixed to the SW substrate holder 65 in parallel with, for example, the SW substrate 90. As shown in Fig. 10, the light emitted from the LED 100 is irradiated toward the side opposite to the power button 62 side, passes through the transparent light guide 102 and the annular light-emitting portion 70, and enters the diffusion sheet 101. The light incident on the diffusion sheet 101 is diffused by the diffusion sheet 101. The light diffused by the diffusion sheet 101 is incident on the annular light-emitting portion 70 through, for example, the transparent light guide 102, and is irradiated to the outside. On the surface of the SW substrate 90 on the power button 62 side, as shown in Fig. 10, LEDs 97 and 98 and a switch 95 are mounted. The LEDs 97, 98 can emit light of different colors toward the diffusion lens 64. For example, one of the LEDs 97 emits green light, and the other LED 98 emits red (orange) light. Further, the number of the LEDs 97 and 98 and the luminescent color are not particularly limited. The light emitted from the LEDs 97, 98 is diffused by the diffusion lens 64, and the diffused light is incident on the optical diffusion sheet 63. The light incident on the optical diffusion sheet 63 is diffused by the optical diffusion sheet 63, and is irradiated to the outside of the power source by the power button 62 toward the power source -18-1361970 button 62. The switch 95 is switched in contact with the protrusion 82 in an on/off state. According to the present embodiment, the DC socket connector portion 16 is disposed at one end portion of the housing bottom portion 22 in the rotation axis direction (Y direction of Fig. 6) of the hinge mechanism portion 25 of the hinge housing portion 12. Further, the cap member 15 is provided to be rotatable integrally with the display unit 2. Therefore, even if the display portion 2 is rotated, the DC jack connector portion 16 can be prevented from rotating. When the display portion 2 is rotated about the main body portion 3, the cap member 15 is integrally rotated with the display portion 2. As a result, the user can see that the DC jack connector portion 16 is integrally rotated with the same cap member 15 to prevent the loss of pattern design. Further, when the display unit 2 of the main body unit 3 is rotated, the load applied to the ground wiring 43 and the power supply wiring 44 connected to the DC jack connector unit 16 can be reduced. The hinge mechanism portion 25 is provided with a tubular member 26 that allows the cable portion 2 3 that connects the main body portion 3 and the display portion 2 to be inserted, and that is rotatably coupled to the tubular member 26 and that is fixed at one end. The display unit side connecting member 28 of the display unit 2 and the main body side connecting member 27 that is coupled to the tubular member 26 and whose one end is fixed to the main body portion 3 are provided. Thereby, even if the display unit 2 rotates with respect to the main body unit 3, the display unit side connecting member 28 rotates integrally with the display unit 2 with respect to the tubular member 26. As a result, the load applied to the distribution cable 23 can be surely reduced at the time of the rotation of the display unit 2. The hinge mechanism portion 25 is a plurality of end portions provided in the hinge housing portion 12 of the back surface of the main body portion 3. Thereby, the display unit 2 can be reliably rotated with respect to the main body portion 3. -19- 1361970 The main body portion 3 and the cap member 15 are formed separately as shown in Fig. 4 . Since the 'DC socket connector portion 16 is integrally provided with the display unit 2, it can be more clearly understood that when the display unit 2 is rotated about the main body portion 3, the user can easily understand how the cap member 15 rotates. As a result, the user can see that the DC connector connector portion 16 is rotated and the DC jack connector portion 16 can be stably disposed when the display portion 2 is rotated. The sliding member 33 is positioned between the outer circumferential surface 38 of the DC socket connector portion 16 and the inner circumferential surface 39 of the annular portion 94. Thereby, abrasion of the top cover 35, the panel 36, and the like caused by the friction between the outer circumferential surface 38 of the DC socket connector portion 16 and the inner circumferential surface 39 of the annular portion 94 can be prevented during the rotation of the display portion 2, and The DC jack connector portion 16 is reinforced. When the display unit 2 rotates the main body unit 3, the DC jack connector unit 16 does not rotate. Therefore, when the connection terminal for power supply (not shown) is connected to the connection terminal connecting portion 14, the connection to the power supply can be reduced. The load of the cable to which the terminal is connected. Further, when the connection terminal for supplying power to the connection terminal connecting portion 14 has a shape of, for example, an L-shaped connector, the L-shaped connector can be prevented from rotating together with the opening and closing of the display unit 2. As a result, the load of the cable to be connected to the L-shaped connector can be reduced. The hinge mechanism portion 25 can be inserted into the through hole 29 or the like by providing the tubular member 26, and when the electronic device 1 is manufactured, assembly can be prevented. By providing the tubular member 26, the hinge mechanism portion 25 can be hinged and simplifies the path of the cable 23 from the display unit 2 side.
1361970 達成空間的效率化。 電子機器1，是在鉸鏈收容部12的DC插口若 的相反側的端部具備電源開關1 1。電源開關11， 可與顯示部2 —體地轉動自如。電源開關11，是具 成可與顯示部2 —體地轉動自如的電源按鈕62、及 按鈕62的除了按壓面74以外包圍並設成可與顯示 體地轉動自如的開關帽構件61。由此，將顯示部2 體部3轉動時，DC插口連接器部16的帽構件15、 開關11的開關帽構件61可以與顯示部2 —體地轉 ，可以防止損害樣式設計性。 電源開關11，是具備透明導光體102，在透明 102設有LED 100。支撐部65，是具備擴散薄片（ 片）101。镅關帽構件61是具備環狀發光部70。 LED100發光的話，從LED100發光的光，是朝電 62側的相反側被照射，透明導光體1 02，透過環狀 70，並入射至擴散薄片101且藉由擴散薄片101被 藉由擴散薄片1〇1被擴散的光，是透過透明導光體 入射至環狀發光部70,朝外部被照射。此結果，藉 透明導光體102，就可以將環狀發光部70由高輝度 且，因爲具備擴散薄片（光學薄片）101，所以擴 及亮度可以提高。 [第1變形例] 接著，說明第1變形例的DC插口部的例。又 S 10側 是設成 備：設 將電源 部2 — 對於本 及電源 動。即 導光體 光學薄 因此， 源按鈕 發光部 擴散。 102， 由使用 發光。 散效果 ，在本 -21 - 1361970 變形例之後，與上述實施例同樣的結構是附加同一的符號 省略其說明，只以不同處爲中心說明。 第16圖’是第1變形例的電子機器的Dc插口部附近 的部分立體圖。 本發明的第1變形例的電子機器1A，是具備：顯示 部2A、及本體部3A，顯示部2A是設成對於本體部3A隔 著鉸鏈連結部4A可轉動（開閉）。鉸鏈連結部4A，是被 固定於本體部3A。DC插口部10A的DC插口連接器部 16A，是被固定於鉸鏈連結部4Α»帽構件15A，是被固定 於顯示部2A。在本體部3A及DC帽15A之間形成有間隔 GA。如此，由與上述實施例同樣的結構在其他的樣式設 計的筆記型個人電腦也可以獲得與上述實施例同樣的效果 [第2變形例] 第17圖，是第2變形例的電子機器的DC插口部附近 的部分立體圖。 本發明的第2變形例的電子機器1B，是具備：顯示 部2B'及本體部3B，顯示部2B是設成對於本體部3B隔 著鉸鏈連結部4B等可轉動（開閉）。在本體部3B,固定 有鉸鏈連結部4B。在顯示部2B固定有鉸鏈連結部4C。 端部10B，是具備例如連接器部16Β»帽構件15B，是被 固定於例如顯示部2B側。又，帽構件1 5B，是被固定於 本體部3 B側也可以。如此，在其他的樣式設計的筆記型 -22- 1361970 個人電腦也可以獲得與上述實施例同樣的效果。 本發明並非限定於以上說明的實施例和變形例，可進 行各種的變形。 在上述實施例中’ DC插口連接器部16是被配置於構 成顯示本體部3的外殼底22的端部的例。但是，將DC插 口連接器部16配置在構成本體部3側的其他的構件也可 以。藉由這種構成，可同樣地防止在顯示部2的轉動時 DC插口連接器部16轉動，可以減少電源供給用配線44 和接地配線43的負荷。 . 【圖式簡單說明】 [第1圖]本發明的一實施例的電子機器的開口的狀態 的立體圖。 [第2圖]第1圖所示的電子機器的關閉的狀態的立體 圖。 # [第3圖]第1圖所示的電子機器的DC插口部附近的 部分立體圖。 [第4圖]第1圖所示的電子機器的DC插口部附近的 部分立體圖。 [第5圖]取下電子機器的DC插口部的帽的狀態的部 分立體圖。 [第6圖]第3圖所示的電子機器的A-A剖面圖。 [第7圖]DC插口本體部的六面圖。 [第8圖]被覆DC插口本體部的帽的六面圖及右側視 -23- 1361970 圖的B - B剖面圖。 [第9圖]電子機器的鉸鏈機構部的六面圖。 [第10圖]電子機器的電源開關的剖面圖。 [第1 1圖]電源開關的帽的六面圖及帽的右側視圖的 C-C剖面圖。 [第12圖]電子機器的電源開關的電源按鈕的六面圖。 _ [第13圖]電源開關的光學擴散薄片的側面圖及平面圖 〇 [第14圖]電源開關的擴散透鏡的六面圖。 [第15圖]將電源開關的SW基板保持的SW基板支架 的六面圖。 [第16圖]第1變形例的電子機器的DC插口部附近的 部分立體圖。 · [第17圖]第2變形例的電子機器的DC插口部附近的 部分立體圖。 【主要元件符號說明】 Y :轉動軸 1 :電子機器 1A :電子機器 1B :電子機器 2 :顯示部 2A :顯示部 2B :顯示部 -24- 1361970 3 :本體部 3A :本體部 3B :本體部 4 :鉸鏈連結部 4A :鉸鏈連結部 4B :鉸鏈連結部 4C :鉸鏈連結部 _ 5 :框體 6 :顯示面 - 7 :框體 . 8 :鍵盤組件 1 0 : DC插口部 1 0A : DC 插口部 10B :端部 1 1 :電源開關 # 12 :鉸鏈收容部 14:連接端子連接部 1 5 :帽構件 1 5 A : DC 帽 1 5 A :帽構件 1 5 B :帽構件 16: DC插口連接器部 16A : DC插口連接器部 1 7 :開□ -25- 1361970 21 :置掌部 22 :外殼底 23 :配線纜線 25 :鉸鏈機構部 2 6 :筒狀部品 2 7 :本體部側連結構件 2 8 :顯示部側連結構件 2 9 :貫通孔 3 0 :貫通孔 3 1 :貫通孔 3 3 :滑動構件 35 :頂蓋 3 6 :面板 38 :外周面 39 :內周面 41 ， 42 :端子 43 :接地配線 44 :電源供給用配線 4 5 :側面 47 :段差部 5 1 :側面 5 2 :側周面 5 3 :開□ 55 :缺口 -26- 1361970 孔 孔 開關帽構件 電源按鈕 光學擴散薄片 擴散透鏡 SW基板支架 側周面 貫通孔 缺口 環狀發光部 基部 凸部 突起部 按壓面 底面 基部 :面 突出部 環狀保持部 :面 彈性支撐部 SW基板保持部 支撐部 -27- 1361970 90 : SW基板 9 1 :貫通孔 92 :貫通孔 94 :環狀部 9 5 :開關 101 :擴散薄片 102 :導光體1361970 Achieve the efficiency of space. The electronic device 1 is provided with a power switch 1 1 at an end portion on the opposite side of the DC jack of the hinge housing portion 12. The power switch 11 is rotatably movable with the display unit 2. The power switch 11 is a switch cap member 61 which is provided with a power button 62 that can be rotatably coupled to the display unit 2 and a button 62 that is surrounded by the pressing surface 74 and that is rotatable with the display body. Thereby, when the body portion 3 of the display unit 2 is rotated, the cap member 15 of the DC jack connector portion 16 and the switch cap member 61 of the switch 11 can be integrally rotated with the display portion 2, and the design of the pattern can be prevented from being impaired. The power switch 11 is provided with a transparent light guide 102, and the transparent 102 is provided with an LED 100. The support portion 65 is provided with a diffusion sheet (sheet) 101. The shutoff cap member 61 is provided with an annular light emitting portion 70. When the LED 100 emits light, the light emitted from the LED 100 is irradiated on the opposite side to the side of the electricity 62, and the transparent light guide 102 passes through the ring 70 and enters the diffusion sheet 101 and is diffused by the diffusion sheet 101. The light that has been diffused by 1〇1 is incident on the annular light-emitting portion 70 through the transparent light guide, and is irradiated toward the outside. As a result, with the transparent light guide 102, the annular light-emitting portion 70 can be made of high luminance, and since the diffusion sheet (optical sheet) 101 is provided, the brightness can be increased. [First Modification] Next, an example of a DC socket portion according to a first modification will be described. On the S 10 side, it is set to: Set the power supply unit 2 to the power supply. That is, the light guide body is optically thin, and therefore, the light source of the source button is diffused. 102, by use of light. The same components as those of the above-described embodiment are denoted by the same reference numerals, and the description thereof will be omitted, and only the differences will be mainly described. Fig. 16 is a partial perspective view showing the vicinity of the Dc socket of the electronic device according to the first modification. The electronic device 1A according to the first modification of the present invention includes a display unit 2A and a main body unit 3A. The display unit 2A is provided to be rotatable (opening and closing) with respect to the main body unit 3A via the hinge connecting portion 4A. The hinge connecting portion 4A is fixed to the main body portion 3A. The DC jack connector portion 16A of the DC jack portion 10A is fixed to the hinge joint portion 4A cap member 15A and is fixed to the display portion 2A. A gap GA is formed between the body portion 3A and the DC cap 15A. As described above, the same effect as the above-described embodiment can be obtained by the notebook type personal computer designed in the same manner as the above-described embodiment. [Second Modification] FIG. 17 is a DC of the electronic device according to the second modification. A partial perspective view of the vicinity of the socket. The electronic device 1B according to the second modification of the present invention includes the display unit 2B' and the main body portion 3B. The display unit 2B is provided to be rotatable (opening and closing) with respect to the main body portion 3B via the hinge connecting portion 4B or the like. A hinge connecting portion 4B is fixed to the main body portion 3B. The hinge connecting portion 4C is fixed to the display portion 2B. The end portion 10B is provided with, for example, a connector portion 16A cap member 15B, and is fixed to, for example, the display portion 2B side. Further, the cap member 15B may be fixed to the main body portion 3B side. In this way, the notebook type -22- 1361970 personal computer designed in other styles can also obtain the same effects as the above embodiment. The present invention is not limited to the embodiments and modifications described above, and various modifications can be made. In the above embodiment, the 'DC socket connector portion 16 is an example of being disposed at the end portion of the casing bottom 22 which constitutes the display body portion 3. However, the DC jack connector portion 16 may be disposed on another member constituting the main body portion 3 side. According to this configuration, the DC jack connector portion 16 can be prevented from rotating during the rotation of the display unit 2, and the load on the power supply wiring 44 and the ground wiring 43 can be reduced. [Brief Description of the Drawings] [Fig. 1] Fig. 1 is a perspective view showing a state of an opening of an electronic device according to an embodiment of the present invention. [Fig. 2] A perspective view showing a state in which the electronic device shown in Fig. 1 is closed. # [Fig. 3] A partial perspective view of the vicinity of the DC jack of the electronic device shown in Fig. 1. Fig. 4 is a partial perspective view of the vicinity of a DC socket portion of the electronic device shown in Fig. 1. [Fig. 5] A partial perspective view showing a state in which the cap of the DC socket portion of the electronic device is removed. [Fig. 6] A-A cross-sectional view of the electronic device shown in Fig. 3. [Fig. 7] A six-sided view of the body portion of the DC jack. [Fig. 8] A six-side view of the cap covering the main body of the DC jack and a cross-sectional view taken along line B-B of the right side view -23-1361970. [Fig. 9] A six-side view of the hinge mechanism portion of the electronic device. [Fig. 10] A cross-sectional view of a power switch of an electronic device. [Fig. 1 1] A six-side view of the cap of the power switch and a C-C cross-sectional view of the right side view of the cap. [Fig. 12] A six-side view of the power button of the power switch of the electronic device. _ [Fig. 13] Side view and plan view of the optical diffusion sheet of the power switch 〇 [Fig. 14] Six-side view of the diffusion lens of the power switch. [Fig. 15] A six-side view of the SW substrate holder holding the SW substrate of the power switch. [Fig. 16] A partial perspective view of the vicinity of a DC socket portion of an electronic device according to a first modification. [17] A partial perspective view of the vicinity of the DC socket portion of the electronic device according to the second modification. [Description of main component symbols] Y : Rotary axis 1 : Electronic device 1A : Electronic device 1B : Electronic device 2 : Display unit 2A : Display unit 2B : Display unit - 24 - 1361970 3 : Main body 3A : Main body 3B : Main body 4 : Hinge connection portion 4A : Hinge connection portion 4B : Hinge connection portion 4C : Hinge connection portion _ 5 : Frame 6 : Display surface - 7 : Frame. 8 : Keyboard assembly 1 0 : DC socket portion 1 0A : DC socket Portion 10B: End portion 1 1 : Power switch # 12 : Hinge housing portion 14 : Connection terminal connecting portion 1 5 : Cap member 1 5 A : DC cap 1 5 A : Cap member 1 5 B : Cap member 16: DC socket connection Portion 16A: DC socket connector unit 1 7 : Opening □ -25- 1361970 21 : Palm portion 22 : Housing bottom 23 : Cable connection 25 : Hinge mechanism 2 6 : Cylindrical part 2 7 : Main body side connection Member 2 8 : Display portion side connecting member 2 9 : Through hole 3 0 : Through hole 3 1 : Through hole 3 3 : Sliding member 35 : Top cover 3 6 : Panel 38 : Outer peripheral surface 39 : Inner peripheral surface 41 , 42 : Terminal 43 : Ground wiring 44 : Power supply wiring 4 5 : Side surface 47 : Step portion 5 1 : Side surface 5 2 : Side peripheral surface 5 3 : Opening □ 55 : Notch -26 - 1361970 Hole switch Cap member power button optical diffusion sheet diffusion lens SW substrate holder side peripheral surface through hole notch annular light emitting portion base convex portion protruding portion pressing surface bottom surface base portion: surface protruding portion annular holding portion: surface elastic supporting portion SW substrate holding portion supporting portion -27- 1361970 90 : SW substrate 9 1 : through hole 92 : through hole 94 : annular portion 9 5 : switch 101 : diffusion sheet 102 : light guide body
-28--28-