TW200907751A - Electronic apparatus - Google Patents

Abstract

An electronic apparatus includes a display unit, a driving circuit, and a base chassis. The driving circuit is configured to drive the display unit. The base chassis is made of a transparent material and includes a first region that extends outward from at least one end on a circumference of the display unit, the first region provided with an operation button used for operating the driving circuit.

Description

200907751 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to electronic devices such as personal computers, televisions, and pDAs (Personal Digital Assistants). The present invention contains the relevant subject matter of Japanese Patent Application No. JP 2007-176929, filed on Jan. 5, 2007, to the Japan Patent Office, and Japanese Patent Application No. JP 2007-218930, filed on Jan. The entire text of the application is incorporated herein by reference. [Prior Art] A television of the prior art has a display panel and a device main body integrated therein, and because of emphasis on convenience and design as a household appliance, a recent personal computer as a product has a device main body adhered to the rear surface of the display panel. In the device, the design is additionally improved by providing a panel section formed of a transparent material on the front side of the display panel (for example, see Japan)

U Patent Application No. 2_72237) (Article 1 in τ). In special, documents! In the electronic device disclosed therein, a display panel ::: early 7L is disposed in a bracket as a rectangular frame 并且' and a transparent front panel covering the display unit from the front is adhered to the front surface of the bracket. The front wheel (four) is formed to be longer than the outline of the display panel, and the front panel two peripheral sections are located on the outer peripheral side of the display panel. Heavy class Recently, personal computers have music and similar functions that are generally operated on the crab screen, but there are also built-ups that can be enhanced by the operation of the input section provided on the keyboard 130239.doc 200907751 7曰As a convenience of a household appliance (for example, see Japanese Patent Laid-Open Publication No. 2002-163060 (paragraph (0011), Fig. 2)). SUMMARY OF THE INVENTION However, the operation of using the music reproduction operation input section provided on the keyboard provides less operational intuitiveness, and because the music reproduction operation input section provided on the keyboard is indistinguishable from other keys in the keyboard. The operation is performed on the screen using a mouse or the like in the case of the number of days. In addition, the simple design of the keyboard is degraded when the input section is operated on the keyboard. In view of the above, there is a need for an electronic device capable of enhancing intuitiveness and improving design when operating an operation button for music reproduction or the like. In accordance with a specific embodiment of the present invention, an electronic device is provided that includes a bezel unit drive circuit and a base chassis. The drive circuit is configured to drive the display unit. The base chassis is made of a lens material and includes a first region extending outwardly from at least one end of the periphery of the display unit, the first region having an operating button for operating the drive circuit. According to a specific embodiment of the present invention, the operation button is disposed on the base chassis made of a transparent material, and the operation including the music reproduction is controlled by the drive circuit in accordance with the input to the operation button. Accordingly, it is possible to perform an operation including music reproduction using an operation button provided on a base chassis adjacent to the display unit, thereby improving operational intuitiveness. Further, in the electronic device according to the embodiment of the present invention, the operation button is composed of a transparent electrode disposed in the chassis of the base. By using the 130239.doc 200907751 transparent electrode in this way, the transparency of the base chassis in the area visible to the user can be maintained and the design of the electronic device can be improved. In addition, in an electronic device according to a specific embodiment of the present invention, the base chassis includes a second area that overlaps the display unit in a planar manner, and the operation button provides a plurality of numbers along the outer periphery of the first area of the base chassis. And the plurality of operation buttons are connected to the second area by a transparent first line having an equal length, and the first line is connected to each of the corresponding second line 1 and the second line disposed in the second area. Higher than the conductivity of the __ line' and the second line is concentrated at at least one point in the second region. By thus providing a transparent first line at equal lengths and for configuration: as a second line in the second region of the invisible area hidden by the display unit, using a material having a higher conductivity than the first line, a An electronic device that suppresses changes in signal response characteristics between lines and has advantageous operational characteristics with respect to the operating button while maintaining the brightness of the base chassis in its visible region. Further, in the electronic device according to the embodiment of the present invention, each of the first lines is made of indium tin oxide (ITO), and each of the second lines is made of silver and copper. It is therefore possible to use transparent ITO for the first line. In addition, since the second line disposed in the invisible area hardly needs to be transparent, materials having high conductivity such as silver and copper can be arbitrarily selected. Further, in the electronic device according to the embodiment of the present invention, the area outside the transparent electrode is surrounded by the transparent ground electrode and the base chassis is partially used as a touch because the transparent electrode and the electrode are also used as the touch. Therefore, the touchpad function can be provided to the base 130239.doc 200907751 chassis. Additionally, in accordance with a particular embodiment of the present invention, the electronic device further includes a securing member made of an opaque material that is provided to cover at least one end of the periphery of the base of the base chassis. In addition, in the electronic device, the susceptor: the disk includes a concave section, the transparent electrode and the ground electrode are disposed in the concave section, and the ground electrode and the fixing member have portions overlapping each other in a planar manner. Accordingly, The transparent portion of the concave portion is covered by the fixing member, and the transparency of the base chassis is not degraded. In addition, according to the specific embodiment of the present invention, the electronic device further includes a substrate with a detecting circuit. The circuit is configured to detect a change in capacitance of the touchpad' substrate is disposed between the display unit and the chassis of the base: it is therefore possible to use a capacitive sensor to determine whether an input has been performed on the operating button. Providing a substrate to which the detection circuit is attached, or possibly, for example, an illumination member on the substrate, for example, for illuminating an operation button = coffee. Alternatively, when the control circuit is attached to the substrate, it is configured to respond to the pair The operation button of the operation button controls the illumination of the illumination member, and may be transmitted immediately, and the illumination signal or the like is used to control the illumination of the LED to achieve favorable 2 according to the present invention. In the electronic device of the specific embodiment, the base chassis covers the guide groove provided by the outer periphery thereof, and the electronic device further includes the first to fourth fixing members and the coupling member. 2 each made of opaque material and guided through a guide groove provided by the left outer material of the outer outer periphery of the base chassis, its outer right periphery and its lower outer periphery 130239.doc 200907751. The state is used to guide the first-fixing member guided along the upper outer periphery and the first member guided along the outer peripheral periphery of the left side and the third outer peripheral periphery, respectively, near the left side corner and the upper right corner of the chassis of the martial art. Fixed part two

According to the present invention (4), the first fixing member guided by the (4) high outer periphery and the second fixing guided along the outer periphery of the left side are respectively arranged in the vicinity of the south right side and the upper left side of the base bottom 2 of the base material. The coupling of the component and the third stationary component guided along the outer periphery of the right side may reduce the (four)' between the fixed components of the coupling portion and not detract from the appearance of using the screw two:. In an electronic device according to a specific embodiment of the present invention, the fourth fixing member may be screwed to the base chassis at a lower end section of the base chassis, and the second fixing member and the third fixing member may be pushed up ... 匕, the gap formed between the fourth fixing member and the second and third fixing members can be eliminated. The appearance of the electronic device is not degraded because the screw is closed at the lower end section of the base chassis that is invisible to the user. In the electronic device according to the embodiment of the present invention, the splicing space in which the guiding grooves have been removed may be respectively provided at the upper left corner and the higher right corner and the falling side of the base chassis. Similarly, the light-contracting spaces from which the guide grooves have been removed may be provided adjacent the lower left corner and the lower right corner of the base chassis, respectively. In an electronic device according to a specific embodiment of the present invention, the coupling members may each have an inverted L shape, and the coupling member may be provided such that the coupling member engages at its end (horizontal section) with the individual end of the first fixing member, and The other end (vertical section) of each of the 130239.doc 200907751 coupling members is engaged with one end of one of the second fixing member and the third fixing member.

In an electronic device according to a specific embodiment of the present invention, each of the coupling members having an inverted shape may be configured to have an elastic force in a vertical direction at one end (horizontal section) thereof (for example, a cantilever structure) The end has a first convex area κ on its upper surface that is configured to engage with the first concave section formed on the guiding groove, and is structurable at its other end ( The vertical section) has at least one elastic force in a lateral direction (for example, a structure obtained when the cantilever is divided into two in the lateral direction), the other end having a second on one of its left and right side surfaces a convex section configured to engage with a second concave section formed on the guiding groove. In an electronic device according to a specific embodiment of the present invention, the guiding grooves may each have a predetermined position at their predetermined position. A third convex section that prevents resonance. In accordance with another embodiment of the present invention, an electronic device is provided that includes a display unit, a base chassis, a keyboard, and a screen display area. The display unit includes a display area. The base chassis is made of a transparent material and includes a first region extending outwardly from at least one of a left side and a right side of the periphery of the display unit, the first region being provided for operating a driving circuit Multiple operation buttons. The keyboard is pivotally connected to a lower section of the base chassis so as to be openable and closable, and when closed, is capable of exposing a portion of the display area of the display unit. The screen display section is configured to display the screen in the exposed portion of the display area when the keyboard is closed. The screen is used by using a plurality of operation buttons 130239.doc 200907751. In addition, in the electronic skirt, the specific operation of the exposed portion of the firefly displayed by the screen display section in the screen is === _ according to a specific embodiment of the present invention. The specific 螫I$ σ displayed is intuitively 4 grips. The location of the '' to improve the operationally specific screen is preferably at least the application of the menu screen. The executable can reproduce the music. When the keyboard is opened from the closed state, the application can reproduce the music. The screen of the program and the screen of the operating system are not displayed in the display area. In the making of Le Bi 〇月 ν, when you are turning off the keyboard, it is enough to keep the music red*. ΜGangtian executes the application application on the screen of the operating system before closing the keyboard. And when the i=fine screen is displayed as about the field that the application is not executed on the screen of the operating system before the keyboard is closed, the display can be executed in the work column on the screen of the oysters and oysters. The screen of the application. = When the keyboard is closed from the open state, the operating system screen is displayed in the = area and the application is being executed. When the keyboard is closed, the application can be displayed, for example, when the application is closed. Turn off the scheduled setting of % H period and time. The focus on the menu screen can be the center point, _ ", , the point is focused on the items that are substantially centered in the plurality of items displayed in the vertical direction. In the case where the number of items exceeds the predetermined number, it can be displayed cyclically Project 130239.doc 12 200907751 As described above, 'When all items cannot be displayed on the menu screen, the reels can be displayed on the right side of the screen. Because, when adding the number of items, the user can easily grasp the number of all items and Position. As described above, the specific embodiment of the present invention makes it possible to enhance the intuitiveness and improve the design when operating the operation buttons of the electronic device. As illustrated in the drawings, according to the following preferred embodiment of the present invention These and other objects, features and advantages of the present invention will become apparent from the Detailed Description.

[Embodiment] Hereinafter, specific embodiments of the present invention will be described with reference to the drawings. In the following specific embodiments, the electronic device of the present invention is applied to a personal electric thin. However, the application range of the electronic device according to the present invention is not limited to a personal computer, but can be widely applied to, for example, various information processing devices such as a PDA (Personal Digital Assistant), a network terminal, a mobile information terminal, and a workstation. And various electronic devices such as sound instruments and household electrical appliances including televisions. In the following description, for the sake of convenience, the direction in which the user views the display screen of the personal computer is set to the upward direction, the downward direction, the forward direction, the backward direction, the left direction, and the right direction, respectively. The front side (user side) is also set to the left side and the right side of the user, and the left and right sides of the user are set to the left and right sides, respectively. In addition, in order to easily understand the structure, the shrinkage ratio and the number of components are different from the shrinkage ratio and number of the actual structural components in a certain two-h shape. The electronic device (personal computer}1 includes a device body 2, a keyboard 3, and a bracket 4 (see FIG.) rotatably supported on the rear surface 2& of the device body 2. 130239.doc 200907751 For example, the keyboard 3 and the device body 2 Provided separately, and the predetermined operation button 3a is provided on the keyboard 3. When the operation button h of the keyboard 3 is operated, a signal corresponding to the operated operation button 3a is input, and then input to the apparatus main body 2 via radio a receiving section (not shown) for performing various types of processing in accordance with the operation of the operation button 3a. As described above, in the electronic device 1, since the keyboard 3 is attached to the apparatus main body, it is also available as needed. The keyboard is used anywhere as long as the device body 2 is within a range capable of receiving a radio signal from the keyboard 3. It should be noted that, in addition to the electronic device provided separately from the device body 2, for example, the electronic device 1A may be used, which includes The device body 2 is supported on the front surface 2b of the device body 2 so as to be openable and closable by the keyboard 3 and rotatably supported by the device body 2 The bracket 4 on the face 2& as shown in Fig. 2. In the electronic device, the keyboard 3 can be closed when not in use, thereby providing an advantage, for example, when the keyboard 3 is not in use or performing, for example, music The operation time of the reproduction is reduced for the arrangement space of the keyboard 3. As shown in Figs. 3 and 4, the apparatus main body 2 is constituted by the necessary components adhered to both the front surface and the rear surface of the base chassis 5. The main body 2 includes a base chassis 5, a display unit 6 adhered to the front surface of the base chassis 5, a control circuit board 7 adhered to the rear surface of the base chassis 5, a rear cover 8 and an electrical connection control circuit board 7 and a base. The circuit board 3 of the base chassis 5. For example, the base chassis 5 is formed as a front-facing vertically placed frame, and is formed by injection molding using a transparent material such as acrylic. The front surface of the base chassis 5 is used. The first adhesive surface section is used, and the rear surface is used as the second adhesive surface section 5b. I30239.doc •14- 200907751 Each of the fixed parts 32 and 32' made of opaque material is adhered to the base. The outer circumference of the chassis 5 The concave contact portion 9 of the H-shaped opening is formed in the base chassis $. The concave-adhesive portion 9 is formed as a space surrounded by the consuming section a, and the outer side _ pedestal is excluded The side wall section obtained by coupling the periphery (4) to the outer periphery of the bottom surface section ii, the coupling area & 12 is substantially perpendicular to the outer peripheral section bottom surface section 11 provided by the outer portion. The surface of the peripheral section 1G and the bottom surface section U is joined to each other by using a coupling section that is curved with respect to the two sections. 2 The base chassis 5 is formed to enhance the strength of the base chassis 5. As shown in FIG. In the seat pan 5, the thickness τι of the outer peripheral section 1〇 is set to be larger than the thickness 丁2 of the bottom surface section ,, that is, for example, the thickness Τ1 of the outer peripheral section 10 is set to 5 mm, and the bottom is The thickness T2 of the surface section u is set to 2 · 4 mm. By setting the thickness of the outer peripheral section 10 to be larger than the thickness T2 of the bottom surface section 11, the thickness of the base chassis 5 can be reduced while ensuring a higher level of strength. As shown in FIGS. 5, 6 and 8, the outer periphery of the outer peripheral section 1 of the base chassis 5 is formed by a groove-like concave section 1丨3 which is fixed to the fixing member 3 2 which will be described later. 32' cooperation. The grooved concave section 丨丨3 is respectively provided on the front and rear surfaces on the outer periphery of the outer peripheral section 10 of the base chassis 5, and the section of the outer peripheral section 10 has a shape which appears to be partially bundled. Further, the 'concave section 113 is provided almost along the outer periphery of the outer peripheral section 1 130 130239.doc -15· 200907751 and is provided on the side slightly inwardly of the outer periphery in a planar manner. As shown in FIG. 13, each of the three concave fixing sections 10c having a downward opening is formed in the left and right end sections of the lower end section of the outer peripheral section 1 of the base chassis 5, respectively. On both, the 'three concave fixed sections l〇e are isolated from each other. The light storage lamp section 13 is formed at a higher right side section on the outer peripheral section 1 of the base chassis 5. For example, the light storage lamp section 13 is a lamp section indicating a power on/off state, and is lit when the power is turned on, and is not lit when the power is turned off. The light storage lamp segments 丨3 are formed by the formation of the grooves, each of which has a rear opening in the base chassis 5 (see Fig. 8). As shown in Figures 7 and 8, the light storage lamp section 13 is composed of an arc segment i 4 which forms an arc with an upward opening and a straight section 15 between the tips of the arc section 14, and extends in the vertical direction. . The arc section 14 is followed by the surface section 14a being inclined so as to be displaced toward the upper direction toward the month il and the depth of the groove of the arc section 丨4 is formed to increase upward (see Figs. 8 and 9). The surface section 15 5 a is inclined so as to be displaced forward in the upward direction, as shown in Fig. 8, and the depth of the groove of the straight section 丨 5 is increased in the upward direction. The depth of the groove at the lower end of the straight section 15 is formed to be the same as the depth of the groove of the arc section 14 at the higher end of the portion directly below the straight section 15. The arc segment 14 is followed by a surface section Ma and a straight section 15 rear surface area 130239.doc -16- 200907751: and b is subjected to particle treatment or the like to form, for example, a fine concavo-convex shape. The first device adhesive substrate 16 is disposed below the light storage lamp segment 13 (see Figs. 8 and 1). The first device adhesive substrate is placed "horizontally and arranged such that the portion of the first piece of adhesive substrate 16 is inserted into the higher device configuration hole formed in the base chassis 5 (see Figure 7). Higher device configuration The holes _ are formed directly under the light storage lamp section 13. For example, three first semiconductor light-emitting elements 17 each separated from each other in the lateral direction are adhered to the upper surface of the first device adhesive substrate 丨6 (see Figure ί)) The first semiconductor light-emitting device 丨7 is arranged directly below the light-storage lamp section 3. For example, the first first semiconductor light-emitting device 17 is a device that emits orange light, and the first on both sides thereof The semiconductor light-emitting device 17 is a device that emits green light. The light ρι (see FIG. 8) emitted from the first semiconductor light-emitting device 17 enters the light storage lamp region #13 after the surface segments 14a and 15a. However, as above As described, by forming the light storage lamp section 13 such that the rear surface sections i4a and 15a are inclined, the depth of the groove of each of the arc section 14 and the straight section 15 is increased upward, and is in a straight line. The groove at the lower end of the segment 丨5 The depth of the groove of the arc segment 14 at the higher end of the portion directly below the straight section 15 is the same 'the light P1 is uniformly incident on the rear surface sections 14a and 15a' thereby improving the light Incident efficiency. When the light P1 enters the light storage lamp segment 13, the light P1 is diffusely reflected by the fine concavo-convex shapes formed in the rear surface sections 14a and 15a, and the light P1 from the optical storage lamp section 13 is then Permeating through the inner portion 130239.doc -17·200907751 of the base chassis 5 to exit toward the front. In the electronic device 1, 'for example' is emitted from the first semiconductor light-emitting device 17 located on both sides in the normal operation mode. Light P1, and light P1 emitted from the intermediate first semiconductor light emitting device 17 in the pause mode. As described above, in the electronic device, the light storage lamp segment 13 is provided in the base chassis 5, and causes The light P1 emitted by a semiconductor light-emitting device 17 is transmitted through the light-storage lamp section 13. Therefore, the visible sound can be improved while ensuring that a simple surname of the light-storage lamp section 丨3 is formed only in the base chassis 5. Base chassis 5 The outer peripheral section 1 is formed in the lower right section by the reflector section 18 (see Fig. 7). For example, the reflector section 18 is referred to as = wireless LAN (local area network) connection status, HDD (hard a disc area that accesses the state, etc., and each of the reflected light segments 18 is lit or flashed when the wireless LAN or the HDD is connected, and when there is no connection or access The light is not illuminated. The reflector segments 18 are formed by the formation of the grooves, each of which has a rearward opening in the base chassis 5 (see Figure 。). The 18 a is tilted so as to be displaced forward toward the bottom (see Figure U). In addition, the surface section 18a of the reflector lamp section 18 is also inclined so as to be displaced forward in the right direction (see Fig. 。). The rear surface section 18a of the reflector lamp section 18 is formed as a mirror surface. A vertically facing second device is placed over the reflector segment 18 to adhere the substrate 19 (see Figure i〇&u). For example, two second semiconductor light sources 130239.doc • 18-200907751 each of which is isolated from each other in the lateral direction are adhered to the front surface of the second device adhesion substrate 19 and the second semiconductor light emitting device 20 is disposed on the base. The lower device within the chassis 5 is internally configured with apertures 10e (see Figure 7) and is located directly above the individual reflector segments 18 (see Figure u). A lower device configuration aperture i〇e is formed directly above the reflector lamp section 18. Light emitted from the second semiconductor light emitting device 2? 2 (See the diagram is incident on the surface section i8a after the reflector lamp section 18. When the light P2 enters the reflector section 18, the light P2 is internally reflected by the rear surface section w, and from the reflection lamp zone (4) The light (4) penetrates through the inner portion of the base chassis 5 to exit toward the front. At this time, as described above, since the surface portion 18a of the reflector lamp segment 18 is inclined to be displaced forward in the right direction, the light The p2 is reflected toward the center of the electronic device 1 'that is, toward the normal line passing through the center of the display unit 6 (see Fig. 12). Therefore, the user P of the electronic device 1 can easily see the light P2 reflected by the reflected lamp section 18. As a result, the visibility can be improved, and (iv) a simple structure for forming the reflector lamp section 18 only through the formation of the grooves in the base chassis 5 is ensured. A speaker arrangement hole 11a, a connection line perforating claw, a cooling air circulation hole 11c, and the like are formed at predetermined positions on the bottom surface section " of the base chassis 5. In addition, the components including the adhesive protrusions for the screwing, the positioning protruding sections, the positioning holes, the adhesive protrusions, the adhesive holes, and the like are also formed at the individual positions on the bottom surface section 11 and the coupling section 2 . The display unit 6 includes a display panel 21 and a front panel 22 (see FIGS. 1 to 4). 130239.doc -19- 200907751 For example, the display panel 21 is a liquid crystal panel, and its outline is formed to be slightly smaller than the outline of the bottom surface section π of the base chassis 5. The front panel 22 is formed as a rectangular frame, and its outline is formed to be slightly larger than the outline of the bottom surface section π of the base chassis 5. The display panel 21 is inserted into the concavely-adhered section 9 of the base chassis 5, and is adhered to the bottom surface area ^11 of the base chassis 5 by a suitable means (e.g., screwing). Although the display panel 21 is adhered to the base chassis 5, the second-panel panel 22 is fixed to the base by a suitable manner (for example, screwing) the front panel 22 covers the inner periphery of the outer peripheral section 10 from the front. Seat chassis 5. The outer periphery of the display panel 21 is pressed from the front by the front panel 22. The driving of the display panel 21 generates heat along with the driving, but the generated heat is circulated to the rear surface side of the base chassis 5 via the cooling air circulation hole nc formed in the base chassis 5, thereby being formed in the rear cover 8. The louvers (not shown) are released to the outside. Therefore, the temperature increase of the display panel 21 is suppressed. The control circuit board 7 is a circuit board for performing control processing of the entire electronic device 1. The control circuit board 7 includes a substrate 23 and a predetermined electronic component 23a including a CPU (Central Processing Unit) or a wafer set as a driving circuit adhered to the substrate 23 (see Figs. 3 and 4). The control circuit board 7 is adhered to a predetermined position on the second adhesive surface section of the rear surface of the base chassis 5 by a suitable means (e.g., screwing). Although the control circuit board 7 is adhered to the second adhesive surface section 5b, a connection line (not shown) is inserted through the connection line through hole 1b formed in the base chassis 5, and the display panel 21 is connected by a connection line. The panel driving circuit of the control circuit board 7. 130239.doc -20- 200907751 Adhesively attaching predetermined components (such as media drive section 24 including disk drive and card slot, and cooling fan 25) to base chassis 5 by means of an appropriate field (eg, screwing) Two adhesive surface sections 5b. The speaker 26 is inserted into the speaker arrangement hole 11a formed in the base chassis 5, respectively, and then fixed to the base chassis 5 by a suitable means (for example, screwing), by inserting the speaker 26 into the speaker arrangement hole 1U, The fixed speaker 26' is reduced in proportion to the shape in which the speaker 26 is adhered to the first adhesive surface section 5a of the base chassis 5, and the number of forward projections is reduced, whereby an electronic device having a reduced thickness can be obtained. . As described above, although the predetermined components (such as the control circuit board 7, the media drive section 24, and the cooling fan 25) and the necessary components (for example, the speaker is attached to the second adhesive surface of the base chassis 5), the back cover is described. The 8 series is secured to the second adhesive surface section % by a suitable means (e.g., screwing) to cover the components from the rear. The I cover 8 includes a base 27 that is placed vertically and faces almost forward, and from the base 27 The protruding section μ protrudes forwardly from both the lower end and the lower end. The rear cover 8 is formed by a plurality of heat dissipation holes (not shown). The base 27 has a bracket supporting section 29 substantially at the center thereof. See Fig. 4) and the service opening (7) of the bracket (4) section 29τ. Open and close the service opening 2 7 a using the cover 30 that can be separated from the base 27. When the cover 30 is removed from the base 27 to open the maintenance opening At 27a, the exposure control circuit board 7 and the like 'can perform maintenance on the control circuit board 7 and the like. The side covers 31 are respectively adhered to both sides of the rear cover 8. 130239.doc 200907751 ^described by In the first surface of the base chassis 5 - the adhesive surface section ^, The two adhesive surface sections are respectively attached with the necessary components to constitute the electronic device 1. The components of the base chassis are integrally formed therein using a transparent material. Therefore, the structure of the electronic device i can be maintained only with a reduced number of components and less assembly. The frame-like fixing members 32 and 32 each made of an opaque material are adhered to the outer periphery of the outer peripheral section 1 of the base chassis 5 (see Fig. 3, * and

The portions of the solid members 32 and 32' hereinafter will be referred to as the outer frame structure 600, and a detailed description thereof will be given below. (Related Structure of External Frame Structure 600) FIG. 29 is an exploded perspective view of the base chassis 5 and the fixing members 32 and 32. The outer frame structure 600 includes a base chassis 5, a higher fixing member 32, a left side fixing member 32, a right side fixing member 32, a lower fixing member 32, a higher left coupling member 610, a higher right coupling member 61, and The low fixing member is attached to the screw 620. The outer peripheral section 1 of the base chassis 5 is formed of a transparent acrylic material and is formed by, for example, injection molding. The outer perimeter of the outer peripheral section 1 〇 of the base chassis 5 (ie, the upper outer perimeter 622, the left outer perimeter 623 and the right outer perimeter 624 excluding the lower outer perimeter 621) is provided with a concave section ι13 On the front and rear surfaces of the outer peripheral section 10 of the chassis 5, the concave section 113 has a longitudinal shape similar to the outer perimeters 622 to 624 (see Fig. 6). A convex section 660 for preventing resonance is provided at a predetermined position on each of the concave sections Π3 (see Fig. 30). It should be noted that a description will be given later on the convex section 660 for preventing resonance of I30239.doc -22-200907751. A downwardly facing convex section 625 is provided on the end surface of the lower outer periphery 621 along the lower outer periphery 621 of the outer peripheral section 1 of the base chassis 5. The holes 626 for screwing the lower fixing member fixing screws 62 are formed at four positions on the convex portion 625 by a predetermined gap along the lower outer periphery 62 1 (see Fig. 31). The mating space 627 is provided at a position corresponding to the concave section 113 at the upper left and right corners of the base chassis 5 (see Figs. 29 and 32). The length of each of the coupling spaces 627 is slightly longer than the length on the side of each of the upper left and right coupling members 6 1 倒. The coupling space 628 is provided at a position corresponding to the concave section 113 at the lower left and right corners of the base chassis 5 and the convex section 625 (see Figs. 29 and 33). The length of each of the coupling spaces 628 in the longitudinal direction (corresponding to the concave section 113) is substantially the same as the length on one side of the coupling space 627 'the length of each of the coupling spaces 628 in the lateral direction ( Corresponding to the convex section 625) is shorter than the length on one side of the coupling space 627. For example, the horse fixing member 32 is made of a material containing aluminum as a main raw material 'by extrusion molding, and is provided with a groove section 631 having substantially the base chassis 5 in the lateral direction. The same length and its cross section is T-shaped (see Figure 34). The groove section 63 is joined to the upper outer periphery 622 of the base chassis 5 (having a concave section Π3 on the front and rear sides thereof). In the left end section of the two fixing members 32 of the vehicle, the portion corresponding to the groove section 63 1 is upwardly dug out to the upper base section of the T-shaped groove section 63丨, thereby providing Engagement surface 130239.doc • 23- 200907751 632 engaged with the higher end section of the left side fixing member 32. The engagement surface 632 includes an inclined surface 632A and a horizontal surface 632β. The horizontal surface 632B of the sigma surface 632 is provided with a non-penetrating hole 634 that engages with the protruding section 633 formed on the higher end surface of the higher end section of the left side fixing member 32. The higher base section of the T-shaped channel section 631 of the higher stationary component 32 has a non-penetrating aperture 635 adjacent the left end section thereof that engages the convex section 611 formed on the upper left coupling component 610 . It should be noted that since the structure of the upper fixing member 32 on the left side shown in Fig. 34 is symmetrical with the structure on the right side, the explanation and description thereof will be omitted. For example, the left side fixing member 32 is made of a material containing aluminum as a main raw material, is formed by extrusion molding, and is provided with a groove section 636 having the same height of the base chassis 5 and Its section is τ-shaped (see Figure 35). The groove section 636 engages with the left outer periphery 623 of the base chassis 5 (having a concave section 113 on the front and rear sides thereof). The longer end section of the left side securing member 32 has an engagement surface 637' that engages the engagement surface 632 of the higher stationary component. The engagement surface 637 includes an inclined surface 637 and a higher end surface 637B. The higher end surface 637B of the left side fixing member 32 is provided with a projecting section 633' which engages with the non-penetrating hole 634 of the upper fixing member 32. The wall surfaces on both sides of the T-shaped groove section 636 of the left side fixing member 32 are provided with engagement grooves 639 adjacent the higher end sections thereof, which are respectively engaged with the convex section 612 formed on the upper left coupling member 610. . The lower end section of the left side fixing member 3 2 is provided with an engaging surface 640' which engages with the engaging surface 645 of the lower fixing member 32. The engagement surface 64A includes an inclined surface 640A and a lower end surface 640B. The lower end surface 640B of the left side fixing member 32 is provided with a projecting portion 641 which engages with the non-penetrating hole 643 of the lower fixing member 32. 130239.doc •24·200907751 The main idea is that since the structure of the left fixing member 32 and the right fixing member 32 shown in Fig. 35 are symmetrical, the explanation and description thereof will be omitted. For example, the lower fixing member 32 is made of a material containing aluminum as a main raw material, is formed by extrusion molding, and is provided with a groove section 644, which has substantially the same as the base chassis 5 in the lateral direction. The length is a concave surface (see Figure 36). The groove section 644 engages a convex section 625 formed on the lower end of the lower outer periphery 621 of the base chassis 5. In the left end section of the lower solid member 32, a portion corresponding to the groove section 644 is scooped up to the lower base section of the concave groove section 644, thereby providing the left side fixing member 32. The lower end section engages the engagement surface (4). The engagement surface 645 includes an inclined surface 645A and a horizontal surface 645b. The horizontal surface 6 of the joint surface 645 is provided with a non-penetrating hole _ which engages with the projecting section 641 formed on the lower end surface of the lower end section of the left side fixing member 32. The penetrating hole 7 penetrated by the lower fixing member with the screw 62 is formed at a dagger position (e.g., four positions) on the lower base segment of the concave groove portion 644. It should be noted that since the structure of the lower fixing member 32 on the left side shown in Fig. 36 is symmetrical with the structure on the right side, its explanation and description will be omitted. The left side consumable part 61G is made of a plastic waist material (e.g., P〇M) having a specific level of elasticity and has an inverted L shape having an inward convex structure (see Fig. 37). The inverted L-shaped upper left-hand consuming member 61's water 'section 648 includes a cantilever support section _ having a _ toward the corner of the inverted L shape. A convex section 611 joined to the higher (4) (4) through-hole milk is provided on the upper surface of the tip section of the state of the cantilever support section 130239.doc -25.200907751. The cantilever support section 649 thus constructed is displaced in the vertical direction using the elastically enabled convex section 611.

The vertical section 65A of the inverted L-shaped upper left coupling member 61 includes a cantilever supporting section 651 having an opening toward a corner of the inverted L shape. The cantilever support section 65 1 is branched into two parts from the open end side (it is also considered to provide two cantilever support sections 651 in parallel). The tip end section of the cantilever support section 651 has convex sections 612 on its both sides which are respectively engaged with the engagement grooves 639 of the left side fixing member. The cantilevered support section 651 thus constructed is displaced in both the vertical and lateral directions using the elastically enabled convex section 612. It should be noted that since the higher left coupling member _ shown in Fig. 37 is more symmetrical than the right (four) TM structure, its explanation will be omitted! : Said. By providing the turning members as the positioning members in the upper section as described above, the fixed components can be managed with the same components having shorter lengths. Correspondingly, making it possible to manage a small gap with a light insertion

(Related Assembly Method of External Frame Structure 600) Piece =: An example of an assembly method of the external frame structure, which is constructed as described in the group (see Fig. 29). = Compared with the edge of the sorghum Γ 32 沟 32 (4) segment of the pedestal pedestal higher (higher left _ _ component (four) and higher right (four) merging part (four) on both sides of the dragon, and 3, in Compared with the non-f through (four) 4 joint of the same height fixing portion (four), the WU33 system and the more than 130239.doc -26- 200907751 (3) the left side fixing member 32 and the right side fixing member 321 are respectively inserted from the bottom to the left side of the base chassis 5 The peripheral portion 6 2 3 and the right outer peripheral portion 624, and the left side fixing member 32 and the right side fixing member 32 are respectively inserted into the upper left coupling member 61 and the higher right coupling member 61. The left fixing member 32 and the right side are respectively inserted. The engaging surface 637 of the upper end section of the fixing member 321 is respectively engaged with the engaging surface of the upper fixing member 32. At this time, the left side fixing member 32 and the right side fixing member 32, the engaging groove 639 and the upper left (four) joint part, respectively 61G and the upper right (four) joint member 61〇 of the convex section 6! 2 are joined. In addition, the protruding sections 633 at the higher end sections of the left side fixing part 32 and the right side fixing part 32' are respectively fixed and fixed The non-penetrating holes 634 of the member 32 are joined. The lower securing member 32 is inserted upwardly into the lower outer periphery 62 of the base chassis 5 at which point the groove section 644 of the lower stationary member 32 engages the convex section 625 of the base chassis 5. Additionally, lower The engaging surfaces 645 on both ends of the fixing member ^ are respectively engaged with the lower end sections of the left fixing member 32 and the right fixing member 32'. Then, the non-penetrating holes 646 of the engaging surface 645 are respectively left and left. The fixing member 32 and the right fixing member 32 are joined by the protruding portion 641. (5) The lower fixing member fixing screw 620 is screwed to the hole 626 of the base chassis 5 via the through hole 647 of the low fixing member 32 to borrow This secures the lower securing member 32 to the base chassis 5. Stabilizing all of the adhesive from the bottom as described above because the bottom surface is only visible to the user within the group. Use made of, for example, resin The self-tapping screws act as a lower fixing member for the screw 620 to bear the effect: even when there is a certain degree of overlap 130239.doc • 27- 200907751 Fix the left and right fixing members 32 and 32, and the lower fixing member 32 On the bottom of the base I 5 therefore, Therefore, since the left and right fixing members 3 2 and 32' and the lower fixing member 32 are slightly pushed up by screwing, the gap in the lower section can also be managed and maintained at a small value. (External frame structure Correlation effect of 6〇〇) In the case where the upper fixing member 32, the left fixing member 32, and the right fixing member are spliced to the base chassis 5, for example, the higher fixing member is determined according to the position of the hole for screwing The positional relationship between 32 and the left side fixing member 32 and the right side fixing member 32| However, the ordinary processing accuracy cannot make the positional relationship so accurate. Therefore, the portion where the upper fixing member 32 and the left fixing member W are joined and the portion where the upper fixing member 32 and the right fixing member are connected are more likely to have a gap, resulting in a decrease in appearance. In addition, the exposure of the screw to the user is also likely to detract from the appearance. There are 4s in the above, in the outer frame structure 6 〇〇f according to this embodiment, the lower fixing member 32 is fixed to the left side by using the higher left coupling member 61 〇 and the higher right coupling member 6 1 分别 respectively. The member 32 and the right fixing member 32' determine the positional relationship between the upper fixing member 32, the left fixing member 32, and the right fixing member 32 regardless of the processing in the base chassis 5. Therefore, the portion where the fixing member 32 and the left fixing member 32 are connected and the portion where the upper fixing member 32 and the right fixing member 32 are connected are less likely to have a gap. In addition, since the coupling spaces 627 are respectively provided at the upper left and right corners of the base chassis 5, and the coupling member 32 is coupled to the left fixing member 32 and the right fixing member 3 21 at the coupling space 627, the same is generated. a boundary space for coupling, whereby a portion of the higher fixing portion 130239.doc -28-200907751 member 32 and the left fixing member 32 and the upper fixing member ^ and the right fixing member 32 are connected to each other to create a gap The possibility is lower again. In addition, since the screws are not used, the appearance is not impaired. Ο α In addition, although the (fourth) fixed member 32 is constructed to be screwed, since the screw is located at the lower end portion, the (four) person does not see the nail, so the appearance is not impaired. In addition, since the coupling space 628 is respectively provided at the lower left and right corners of the base chassis 5, when the lower fixing member is trained to the left fixing member 32 and the right (four) fixing 32, the time-to-space (4) generates a specific number. The boundary space 'by the lower fixed member 32 and the left fixed member ^ connected portion and the lower fixed member 32 and the right fixed portion buckle, the possibility of creating a gap between the connected portions 爯 + love like this - People become lower. Therefore, even when the lower fixing member 32 is constructed to be screwed, the appearance is not impaired. (Related convex section 660 for preventing resonance) In the case of the outer frame structure _ described above, it is not necessary to firmly fix the upper fixing member 32, the left fixing member 32, and the right fixing member 32 to the base chassis 5 . Therefore, the upper fixing member 32, the left fixing member 32, and the right fixing member 32 cause the idling noise to be generated by the audible sound outputted from the speaker to generate the different hanging noise. The above objects are newly discovered when constructing the outer frame structure 600 as described above. The details are as follows. It should be noted that the materials used have been described. (1) Higher fixing part 32 Length: 485 mm Depth: 6 mm Height: 5 mm 130239.doc -29- 200907751 Maximum width of T-shaped groove: 3 3 mm Minimum width of T-shaped groove: 2.0 mm (2 ) Left and right fixed parts 32 and 3 Length: 375 mm Depth: 6 mm South: 5 mm

Maximum width of T-shaped groove: 3.3 mm Minimum width of T-shaped groove: 2.0 mm (3) Maximum thickness of outer periphery of base chassis 5: minimum thickness of 3 mm outer periphery (front and rear corresponding to concave area) Position at the segment): 1.5 mm Under the above conditions, the output of the audible sound from the speaker causes resonance at 〇6〇Hz and 300 Hz. The resonance mode is in the direction of rotation, and the longitudinal directions of the individual fixed members 32 and 32 are used as the axes. Here, the height of each of the convex sections 66 for preventing resonance is further 0.15 mm, and the convex section 66 is provided in front of each of the concave sections 1U on the outer periphery. The bottom section and the tip section on both the rear and the rear. Upward to prevent mm between the convex sections 060 of resonance. The convex section for preventing resonance is additionally provided at a position where the longitudinal spacing is 125 for four places on the upper fixing member 32, and is provided to the left fixing member 32 and the right fixing member 32, three on the upper side. local. Therefore, no resonance is generated which causes abnormal noise. It should be noted that resonance is not caused as long as it is used in the longitudinal direction to prevent the convex section 660 of the total 130239.doc -30-200907751 from being in the range of 100 mm to 150 mm. The frame-like fixing members 32 and 32' each made of an opaque material are adhered to the outer periphery of the base chassis 5 as described above (see Figs. 3, 4 and 7). The fixing members 32 and 32' are formed of a thin plate-shaped metal material such as aluminum (see Figs. 6, 13, and 18). Each of the securing members 32 and 32 is comprised of a lower surface section 33 and a protruding surface section 34 that projects upwardly from both the front and rear ends of the lower surface section 33. The tip end section of the projecting surface section 34 opposite the lower surface section is configured to mate with the concave section ^3 of the base chassis 5. By adhering the frame-like fixing members 32 and 32' to the base chassis 5, the concave section U3 of the base chassis 5 is covered and located by the space 39 defined by the lower surface area 33 and the protruding surface section 34. The outer periphery of the base chassis 5 on the outer side of the concave section 113. As shown in Figures 3 and 4, four fixing members 32 and 32' are respectively provided to the rim of the rectangular base chassis 5. Among the four fixing members, the fixing member 32 corresponding to the rim having the operation buttons 410 to 419 has a shape which is partially different from that of the other fixing members 32. When looking at the electronics in a flat panel! The tip end portion of each of the 'overhanging surface sections 34' is formed to partially cover the ground electrode 420 of the touch panel electrode substrate by the fixing member 32. Further, as described above, when the electronic device 1 is assembled, the fixing members 32 and 32 are caused to slide corresponding to the individual rims of the base chassis 5 thereof, as shown in FIG. 6, thereby mounting the fixing members 32 and 32 to The outer periphery of the base chassis 5 including the concave section (1). Providing the groove-like concave section 113 as described above prevents the fixing members 32 and 32 from moving in the front-rear direction. 130239.doc • 31 - 200907751 Three insertion holes 35 are formed at the ends on the left and right sides of the lower surface section 3 3 of the fixing member 32 corresponding to the lower edge of the base chassis 5 Each of the insertion holes 35 is formed by laterally coupling the wider section 35a in the front-rear direction and the narrower section 35b having a width smaller than the wider section 35a. The fixing member 32 on the lower edge is adhered to cover the adhesive recess 1 〇b formed in the base chassis 5. In a state where the fixing member 32 is adhered to the base chassis 5, a specific gap is formed between the lower surface portion 3 3 of the base chassis 5 and the lower surface (see Fig. 14). In a state where the fixing member 32 is adhered to the base chassis 5, the narrower section 35b of the insertion hole 35 is located directly below the individual concave fixing sections 10c of the base chassis $. The adhesive contact 36 is adhered to the fixing member 32 (see Fig. 13). The adhesive contact 36 has a plate-like adhesive surface section 37 placed horizontally upward, and a fixed area to be integrally formed by using a material having elasticity (for example, rubber), k 38' to fix the section 38 from the adhesive surface Section 37 protrudes upward. The segments 38 to be fixed are isolated from each other in the lateral direction. Each of the regions to be fixed 38 is formed by vertically coupling the cores to be inserted into the segment 3 in the front-rear direction and the bundling regions 1 and 38b having a width smaller than the width of the segment to be inserted 38a. The width of the tying section 3 in the front-rear direction is formed to be substantially the same as the width of the narrower section 35b of the fixing member 32. The adhesive contact 36 is adhered to the fixing member 32 as follows (see Figs. 15 and 16). First, although the fixing member 32 is adhered to the base chassis 5 (see FIG.), the fixing portion 38 of the adhesive contact 36 is inserted into the wider section 35& of the insertion hole 35 of the fixing member 2, respectively, and Push the fixed section "stable 130239.doc -32. 200907751 to the lower surface of the base chassis 5. When the fixed section 38 is firmly pushed up to the base chassis 5 When the surface is low, the portion to be fixed 38 is elastically deformed to be flattened from the upward and downward directions (see Fig. 15). When the adhesive contact 36 is laterally slid in this state, the strapping sections 3 are inserted separately. Into the narrower section 3513, and the concave fixed section 10c of the base chassis 5 is positioned to be inserted into the section 38a. Therefore, the section to be fixed "from

The elastic deformation is restored, and the insertion portion 38a is inserted into the concave fixing portion 10c, respectively (see Fig. 16). Therefore, the adhesive contact 36 is mildewed on the fixing member 32. The adhesive surface portion 37 adhered to the adhesive contact % of the fixing member 32 as described later contacts the adhesive surface of the table or the like to which the electronic device 1 is attached. As described above, in the device 1, the fixing member 32 is adhered to the lower end section of the base chassis 5 and the elastic adhesive contact (4) is adhered to the fixing member 32' to adhere the surface area. The segment 37 contacts the adhesive surface of the table or the like of the adhesive electronic device}. Due to &, it is possible to stabilize the adhesion state of the electronic device 1 on the adhesive surface. In addition, since the adhesive contact portion 36 contacts the adhesive surface of the point, the adhesive surface and the lower end portion of the base chassis > are prevented from being damaged. As shown in FIGS. 1 and 2, a rectangular base chassis 5 made of a transparent enamel material has a shape extending outward from the display unit in the electronic device 1 and the periphery of the outer core 4, and the base chassis 5 is provided. External] You are immersed in the surround display unit 6. The operation buttons 410 to 419 are provided on the right side of the display list. 130239.doc • 33- 200907751 Although the operation buttons 410 to 419 are provided on the right side of the display unit 6 in this embodiment, it is of course also possible to make design modifications as appropriate, for example on the left side of the display unit 6 or on display. Operation buttons 410 to 419 are provided above or below the unit 6. In addition, the base chassis 5 is not limited to a shape that extends outward from the rectangular display unit 6 on all four of its rims, and the shape in which the base chassis 5 extends outward from the portion of the display unit 6 can be used (for example). The base chassis 5 has a shape that extends only outward from the upper and lower rims or the left and right rim edges. The operation intuitiveness can be enhanced by thus providing the operation buttons 410 to 419 on the base chassis 5 adjacent to the display unit 6. In addition, because the keyboard 3 is not required to provide a music reproduction operation input section, the keyboard design can be kept simple, and the input section is not manipulated, thereby achieving an improvement in keyboard design. Fig. 17 is a partially enlarged plan view showing the operation of the base chassis 5 in the vicinity of the button 41 to 419. In Fig. 17, the base chassis 5 is illustrated by solid lines, the solid members 32 and 32' are broken lines, and the peripheral portion 22a of the front panel 22 is double-stranded. In the electronic device 1, a flexible circuit substrate 2 for electrically connecting the circuit board 300 and the touch panel electrode substrate 400 for operating the transparent electrodes of each of the buttons 410 to 419 is bent, and a circuit board is provided. 300 'so that its plane becomes parallel to the coupling section 12 of the base chassis 5. In order to facilitate the description of the individual components, the flexible circuit board 2, the circuit board 300, and the touch panel electrode substrate 4 are disposed on substantially the same plane. Figure 18A is a schematic cross-sectional view taken along the line χνίΠΑ-ΧνίΙΙΑ of Figure 17; Figure 18 is a schematic cross-sectional view taken along line xviiib-XVIIIB of Figure π and Figure 18C is taken along line xVIIIC_XviIIC of Figure 17 Schematic break 130239.doc -34- 200907751 The figure "all explains the state of the assembled electronic device 1. In Fig. 8, the flexible circuit substrate 200 is bent, and the plane of the circuit board 300 is disposed substantially parallel to the plane of the coupling section 12. Figure 19 is a schematic cross-sectional view taken along line Χΐχ_χ1 of Figure 17 . Figure 20 is a plan view showing the state of the line of the touch panel electrode structure 4?. Fig. 2 is a schematic perspective view showing the touch panel electrode substrate 4'. Fig. 22 is a schematic plan view showing the circuit board 3A and the flexible wiring substrate 2A of this embodiment. Fig. 17 illustrates the surface 3〇〇a side of the circuit board 3, and Fig. 22 illustrates the B surface 300b side thereof opposite to the A surface 300a. As shown in FIGS. 1 to 4 and 17, the base chassis 5 is provided with operation buttons 41A to 419 as shown in FIGS. 17 and 20, and provides a plurality of operations along the outer periphery of the first region 5〇1 of the base chassis 5. The buttons 41A to 419, the first region 501 of the base chassis 5 extends outward from one edge of the rectangular display unit 6. In addition, the base chassis 5 includes a second region 502 that covers the display unit 6 in a planar manner. In this embodiment, the operation button 41 is used in the electronic device for (/J) to activate or deactivate the button of the music software group. Operation buttons 4 1 and 4 j 2 are buttons for selecting songs. The operation is based on the pure 3 series button for the mosquito to select the song. The operation buttons 414 and 415 are buttons for adjusting the volume. Press 4a 416 for the button for remake and pause. Press the button of the New Zealand rewind button, and operate the button 418 fast forward button. The operation button 419 is used to eject the eject button of the disc. In this embodiment, the switching operation can be performed by pressing the operation button by using the capacitive sensor for the input operation of the operation button. 130239.doc -35- 200907751 The operation buttons 41A to 419 are composed of transparent electrodes 430 to 439 respectively provided corresponding thereto. The area outside each of the transparent electrodes 43A to 439 is surrounded by the transparent ground electrode 420. In this embodiment, whether or not the operation button has been pressed is judged by using a technique in which the capacitance between the transparent electrodes 430 to 439 and the ground electrode 42 is changed when the corresponding operation buttons 410 to 419 are pressed with a finger. In other words, the area of the base chassis 5 in which the operation buttons 4A to 4丨9 are disposed serves as an operation surface, and therefore the base chassis 5 serves as a touch panel because the transparent electrodes ^ 430 to 439 and the ground electrode 420 are partially used. The detection of the change in capacitance is performed within the detection circuit incorporated into drive 1C 3 04. When the drive IC 304 judges that the operation has been completed by pressing the red, for example, a signal for starting the music software is transmitted from the drive 1C 304 to the control circuit board 7. In addition, a control circuit for controlling the illumination of the LEDs is also incorporated into the drive ic 304. As shown in FIG. 17, the operation buttons 41A to 419 respectively include white square frames 410a to 419a having rounded corners and marks. 41〇1) to 41113, for example, musical marks or arrows printed in dark gray, respectively, inside the white frames 410a to 419a. For example, the white frames 41A to 41 9a and the marks 41 〇b to 41 9b are printed on the rear surface side of the base chassis 5. For example, ink containing a medium as an irradiation light diffusing member can be used as the ink for the white frames 41〇3 to 4193. Therefore, the irradiation of the light to the operation buttons 410 to 419 causes the white frames 410a to 419a to emit white light. The transparent electrodes 430 to 439, the ground electrode 420, and the like are provided on the touch panel electrode substrate 4 having a thickness of about 0.7 mm. As shown in FIG. 17, the plane of the touch panel electrode substrate 400 has a rectangular shape with a circle 130239.doc • 36-200907751 shaped corner, and the touchpad electrode substrate 400 includes a higher edge section 4〇〇a, The low rim section 400b, the right rim edge 4〇〇c, and the left rim edge 4〇〇d. As shown in FIGS. 17 to 19, the touch panel electrode substrate 400 is disposed and attached to the concave section 108, the plane of which has a rectangular shape and a depth of about 0.7 mm, and the concave section 1 〇 8 is provided on the base. The rear side of the chassis 5 is on the side. The input operation to the operation buttons 410 to 419 is completed from the front surface side of the base chassis 5 opposite to the rear surface thereof having the concave section 1〇8. As shown in FIGS. 17 and 18, the touch panel electrode substrate 4 and the right side fixing member 32 partially overlap each other in a planar manner, and the right side edge 400c of the touch panel electrode substrate 4 and the concave portion 1 〇 8 The gap is blocked by the tip end section 32, a of the protruding surface section 34 of the right side fixing member 32i. In other words, there is a portion in which the ground electrode 42A and the right side fixing member 32ι formed on the touch panel electrode substrate 400 overlap each other. In addition, the touch panel electrode substrate 4 and the front panel 22 of the display unit 6 partially overlap each other in a planar manner and the gap between the left side edge 400d of the touch panel electrode substrate 4 and the concave section 丨08 is in a planar manner. Blocked by the front panel 22. Therefore, the gap between the touch panel electrode substrate 4 and the concave portion 1〇8 located at the right edge 4c and the left edge 400d is blocked by the right fixing member 32' and the display unit 6 'The gap cannot be seen. And the transparency of the entire base chassis 5 is thus visually unaffected by such gaps. Therefore, the advantageous design of the electronic device 1 can be maintained. In addition, as shown in FIG. 19, the transparent resin 401 is applied to the concave portion 108 formed on the touch panel electrode substrate 400 and in the higher edge portion 400a and the lower edge region 130239.doc • 37- 200907751 segment 400b. The gap between the two. Accordingly, in the case of the electronic device, the boundary between the touch panel electrode substrate 400 and the concave section 108 located at the higher edge section 4, for example, and the lower edge section 400b is hardly visible. Therefore, the advantageous design of the electronic device 1 and the transparency of the entire base chassis 5 can be maintained. As shown in Fig. 21, the touch panel electrode substrate 4 has a three-layer structure in which three transparent PET (polyethylene terephthalate) films 4 to 2 to 4 are laminated. The transparent pET films 4〇2 and 404 placed on the top and bottom of the touch panel electrode substrate 400 respectively include notches 402a and 404a at portions corresponding to the individual regions to which the flexible circuit substrate 2 is connected. The intermediate transparent PET film 4〇3 does not have a notch, so that the regions corresponding to the notches 4〇23 and 4〇4a are exposed when three layers are laminated. Therefore, this region serves as the flexible wiring substrate adhesion region 403a to which the flexible wiring substrate 2 is adhered. The intermediate transparent pet film 403 includes a higher surface 403b and a lower surface 403c that face each other. Although the white frame and the indicia of the operation buttons have been printed on the base chassis 5 in this embodiment, the white frame and the indicia can be printed on any of the transparent PET films constituting the touch panel electrode substrate 4A. As shown in Figs. 20 and 21, the lower surface 403c of the intermediate transparent pET film 4?3 is provided with circular transparent electrodes "❹ to 439" constituting the operation buttons 41A to 419, respectively, connected to the transparent electrodes 43A to 439, respectively. The first line 47〇 to 479, the ground electrode 42〇, the contact section 46〇 for electrically connecting each of the first lines 47〇 to 479 to the ground electrode 420, and as the ground for electrical connection The electrodes 420, the transparent electrodes 43A to 439, and the second lines of the contact lines 460 corresponding thereto are derived from the lines 44A to 45A. 130239.doc -38- 200907751 A plurality of operation buttons 41 0 to 41 9 The second line 5 479 2 is drawn by transparent first lines 470 to 479 having equal lengths. The first line 47 〇 is connected to the corresponding derivation lines 440 to 450 having higher than the first lines 470 to 479 Conductivity. The lead wires 44 to 45 are provided in the second region 502. It should be noted that in Figs. 2A and 21, although the electrode and the wiring system formed on the intermediate transparent PET film 403 are formed therein The lower surface is completely c-side rather than the higher surface 403b, and the transparent electrodes and lines are The solid line explains 'to make it easy to describe its configuration in the drawing. The transparent electrodes 43 0 to 439, the first lines 470 to 479 and the ground electrode 42 are each formed of a transparent conductive material containing 1 butyl (indium tin oxide). And the lead lines 440 to 450 and the contact portion 460 are each formed of a material having a conductivity higher than IT〇 (for example, silver). Since the portion of the flexible circuit substrate adhesion region 4〇33 is located at the bottom The notch 404a of the transparent PET film 404 is exposed, and the contact portion 46 is exposed. The lead wires 440 to 450 are gathered in the flexible circuit substrate adhesion region 403a as a point in the second region 502. The ground electrode 420 is formed as Surrounding the transparent electrodes 43A to 439 and the outer regions of the first lines 470 to 479, while being electrically separated from the transparent electrodes 43A to 439 and the first lines 470 to 479. The transparent electrodes 430 to 439, the first lines 470 to 479, and The portion of the ground electrode formed on the third region 503 adjacent to the first region 502 is disposed in a region visible to the user. As described above, the transparent electrode 43 0 to 439 is formed by using a transparent material, and the first line 4 is formed. 7〇 to 479 and the ground electrode 420 provided in the visible region, the transparent electrodes 43A to 439, the first line 130239.doc-39-200907751 470 to 479, and the ground electrode 420 are almost invisible in the electronic device}, *this The electronic package can be advantageously designed and the transparency of the entire base chassis 5. On the other hand, the lead-out lines 44〇 to 45〇 in the second region 502 and the contact segments 460 formed by the turns are in the electronic device i. The front panel 22 of the display unit 6 is blocked, which means that the outgoing lines 44 〇 to 45 〇 and the contact sections 4 = ties - placed in an area that is not visible to the user. When a color silver or copper having a conductivity higher than 1T0 (which is used for a transparent electrode) is used for the lead-out line, the output line is arranged by arranging the display unit on the lead-out line so that the display unit covers the lead-out line in a planar manner. The display unit blocks to become invisible. Accordingly, the transparency of the base chassis 5 in the visible region is maintained. The first lines 470 to 479 are formed to be shorter at equal lengths. By thus, the first lines 470 to 479 are formed at equal lengths to have a response rate between the shorter operation buttons, and a favorable response can be obtained. Therefore, the response accuracy is stabilized to achieve advantageous operability. ▲ ▲ The contact section 460 and the lead-out lines 44A to 450 are formed of silver having a conductivity toward the transparent electrode 43A 1439 or the like formed in the third region 5〇3 which is a visible region. By thus forming the silver with a higher conductivity, the wiring line 44G to the 'receiving the pressed operation, the response time required to press the Newcheer to 419 and then open and & processing can be compared with the case of using IT〇 Shorten, responding from beneficial operations. Further, the effect of the signal delay change caused by the line length k to which the lead line 44 is drawn can be suppressed as compared with the case of using the ιτ〇. Therefore, the response time required to start processing after the operation button is pressed to 在 can be changed to 130239.doc 200907751 = uniform to produce advantageous operability. It should be noted that the materials used in the present invention are not limited to the silver in the specific embodiment, and copper or the like may be used instead. As described above, in this embodiment, the electrodes or the like formed in the visible region are formed of a transparent material. The first line formed in the visible region is formed to be shorter at equal lengths and formed in invisible The first line (derived line) in the area is higher than that used to form in the visible area

The material of the conductivity of the material of the electrode is formed. Because of &, the operational operability of the operation can be obtained while maintaining the advantageous design of the electronic device 1 and the transparency of the entire base chassis 5. As described above, the change in capacitance caused by the object to be detected (for example, a finger) touching the drop (4) is detected by the _ circuit detection pair: = 419. The detection circuit is adhered to the drive 1 (: 3 () 4 on the B surface 300b of the circuit board. I. 3 〇 4 and the transparent electrode 439 and the ground electrode 42 are driven via the flexible circuit substrate 2 (10) ( Electrical connection. With the finger or the like pressing the operation, press (4) 〇 to 419 to increase the capacitance input to the drive 1C 304 ' and the drive IC 3〇4 judges whether the operation button has been pressed according to the change in capacitance. Pressing (4), the signal is output from the driver ^3〇4 to the control circuit board 7, and the control including the activation of the music reproduction software is performed in response to the signal. In addition, the drive 1C 304 is also controlled to adhere according to the input of the operation button. Illumination of the LED on the circuit board 3. In this embodiment, the operation of the base chassis 5 is performed to enable the operation directly on the main body of the device including the display unit, thereby In use, the selection range is widened. For example, in an electronic device, 130239.doc 200907751, the t keyboard 3 can be turned off as shown in FIG. 2, even when the keyboard 3 is closed, it can be used on the base chassis 5. Operation button execution The selection of the music, the volume adjustment, etc. The provision of the operation button to the base chassis 5 as described above not only enables the operation of the keyboard 3 but also enables the operation of the base chassis 5 adjacent to the display unit 6. As a result, the operation can be used. The button enhances the operation intuitiveness' and widens the selection range in use of the electronic device 1. The flexible circuit substrate 200 is electrically connected to the circuit board 3 and the contact section 460. As shown in FIG. 18C, in the electronic In the device, the flexible circuit substrate 200 is bent and the circuit board 300 is disposed such that its plane is substantially perpendicular to the first adhesive surface section 5a of the base chassis 5. As shown in FIGS. 17 and 18, by The rectangular parallelepiped support protrusions 105a, 10b, and 5c protruding perpendicularly to the first adhesive surface section 5a support the circuit board 3's substantially perpendicular to the first adhesive surface section 5a, that is, the support The substrate is substantially parallel to the coupling section 112. The circuit board 3 is positioned between the display unit 6 and the base chassis 5. Since the circuit board 300 is configured not to cover the visible area of the base chassis 5 in a planar manner, the base Transparency of the chassis 5 It will be degraded by the circuit board 3. As shown in Figures 17 and 22, the circuit board 3 includes eight surfaces 3_ and 8 surfaces 3_ facing each other. The circuit board 3A includes corresponding to the operation buttons 41, respectively. Ten holes 301 to 419. The driving IC 304 and the white LED (light emitting diode) 3〇2, which are the illumination members provided corresponding to the holes 3〇1, are adhered to the b surface 300b side. It should be noted that when from A When the surface 3〇〇a side is viewed from the circuit board 3, it can be seen that the white LED 302 is actually provided at the substantial center of the individual hole 3〇1. However, the illustration of the white LED 3〇2 is omitted in the figure π. As shown in the figure, when the white LED 302 is lit, its light passes through the hole 3〇1 to illuminate the corresponding operation button from below, thereby illuminating the vicinity of the corresponding operation button. In this embodiment, control is exercised so that the white LED lights up only when any of the operation buttons 410 to 419 is pressed. An LED having a function that lights up when an operation button is pressed is referred to as a function LED, and a white LED 302 is used as a function LED. The white LED 302 is controlled so that its illumination fades in when it is lit, and gradually fades out when it is turned off. In this embodiment, a hole 3〇1 is provided and a white LED 302 is provided so that its light passes through the individual holes 3〇1. However, the white LED 323 can be provided on the side of the A surface 300a without providing a hole. A single color LED has been provided in this embodiment, but it is also possible to provide a two-color LED to change the illumination color depending on the operational state, which will be described below with reference to Figs. Figure 23 is a schematic plan view showing the A surface 1300a and the B surface 1300b of the circuit board 13 in the case of providing a two-color lED, respectively. Fig. 24 is a diagram for explaining an operation example in the case of using a two-color LED. As shown in Fig. 23, the circuit board 1300 includes holes 1301 corresponding to the operation buttons, respectively. As shown in Fig. 23A, the circuit board 13 is provided with a white LED U02 as a first color illumination member corresponding to the hole 1301, and a drive IC 1304 on its B surface 13 rib. On the other hand, as shown in FIG. 23b, the circuit board 1300 is provided on its A surface 1300a side with a blue LED 1303 as a second color illumination member, which is provided adjacent to the individual white LED 1302. . In other words, the white LED 13〇2 and the blue LED 1303 correspond to each of the operation buttons. When a two-color LED is used, the illumination color of each of the operation buttons can be displayed differently according to the operation state. For example, it can be used as the second color 130239.doc -43· 200907751 lighting member blue which is used for the function of the function LED of the operation button only when the operation button is pressed' and is used as the first color illumination The white LED 13G2 of the component provides a backlight for lighting only the operable operation button (4). Here, 'for lighting only the operable operation, (4) is called a backlight LED. As shown in Fig. 24A, for example, the pop-up button 419 is not lit because it is not in the state because the music disc is not inserted. As shown in the figure, when the disc day temple is inserted, because of the operable state of the eject button 419, the white LED 1302 is lit to use the white light eject button 419. In other words, the insertion state and the uninserted state of the disc can be visually recognized, that is, when the eject button 419 is lit white, the disc is inserted, and when the eject button 419 is not clicked = the disc is not inserted. As shown in Fig. 24C, when the eject button 419 is pressed while the disc is being inserted, the blue LED 13G3 is illuminated to use the blue illumination pop-up button 419. By thus, the illumination color of the operation button can be displayed differently according to the operation state, and the operability is improved. Further, in this embodiment, since the fixing member 32 made of aluminum reflecting light is adhered to the outer periphery of the base chassis 5, the light from the LED 302, 1301 or 1302 is reflected by the fixing member 32, This enhances the luminosity of the light for illuminating the operation button as compared with the case where the fixing member 32· is not provided. In addition, as shown in FIG. 25, the surface 115 of the kneading section 112 and the surface 113a of each of the groove-like concave sections 113 of the mounting fixing member 32' (the light irradiated from the LED reaches the illumination area) Each of the front surfaces passing through the surfaces can be subjected to particle processing as a light diffusion process to diffuse the light to enhance the luminosity of the light used to illuminate the fine button. For example, the area in which the particle processing is to be performed corresponds to the area of the operation button. For example, 130239.doc -44 - 200907751 after particle treatment has a surface roughness of about 100 μηη. In addition, the illuminance of the illumination light can be enhanced by applying the diffusion member 114 for diffusing light onto the surface of the operation button opposite to its operation surface. As shown in Fig. 26A, in the above embodiment, the operation button 500 is operated by pressing an operation button 5, i.e., the dimension (7)_D, at a point 501 on its operation surface. In contrast, as shown in FIG. 26B, the operation button 51 can be operated by moving a finger or the like on its operation surface in the direction of one of the lines 511 while the finger touches the operation surface, which is 2 dimensions (1_d). ) Stay in operation button 5 1 〇. This can be applied to an operation button for adjusting the volume of the music, for example, it only needs to be implemented to move the finger up on the operation surface while being in contact with it to increase the volume, while moving the finger down on the operation surface while contacting it. To adjust the volume. In addition, as shown in (10), the operation button 520' can be 2 dimensions by moving a finger or the like on the operation surface thereof in the direction of the mutually orthogonal lines 512 and 513 while the finger contacts the operation surface. (2_D) Operation operation button 52〇. For example, you can use this application j to select the action button for the song. For example, in the case where the plurality of songs are displayed in the n column-read configuration; the title is not displayed on the display panel and the display of the selected song is completed by changing its display color (eye-catching), only the operation needs to be realized in the line. When the eye-catching display is moved in the direction, the finger moves along the line 512 while the finger touches the operation surface, and when the finger moves in the column direction, the page 7 moves to move the finger along the line 5 while the finger touches the operation surface. . The twisting mechanism 39 rotatably supports the bracket 4 by the bracket branch section 29 of the rear cover 8 (see Figs. 1 to 4). Therefore, the bracket 4 can be closed in the unused state, 130239.doc -45 - 200907751, thereby achieving an improvement in the convenience of transportation and the like. As usual. As shown in Fig. 27, in the standard use state, when the user 1 〇1 uses the electronic dream, &,, „ one device 1, the height of the chair 1〇2 is 4〇cm, the table 103 is still 7 〇cm, you use 1 η 1 々τ, cm The distance of the user 101 is 1 〇〇 12 〇〇 12 〇 12 〇 The display surface of the display panel of the electronic device 1 placed on the table 103 is inclined with respect to the vertical direction 25 The angle 纟, and the user (8) views the display surface of the display panel from an angle of 85 with respect to the display surface. As shown in FIGS. 1 to 4, the camera hole 22b is formed in the front panel _, and is the camera aperture 22b. A camera 6 is provided. For example, a camera is used for a telephone. (Related display and operation control method) The display and operation of the electronic device shown in Fig. 2 will be described in detail. Fig. 38 shows an electronic device as a personal computer. A block diagram of a schematic structure. As shown in FIG. 38, the electronic device 包括8 includes a control area for controlling the entire device, 70 1. A storage section 702 as a work area for executing a program required for control, Display for controlling display of the display panel 21 The control section 703, the input section 7〇4 including the operation buttons 41〇 to 419, and the detection section 705 for detecting the on/off state (off operation) of the keyboard 3 should be considered as a detection area. The segment 705 can provide the device body 2 with a switch that is turned on when the keyboard 3 is closed, or of course a non-contact switch. Alternatively, such a switch can be provided on the side of the keyboard 3, or of course can be used instead. Another component. 130239.doc -46· 200907751 The meaning of the terms used in the description is as follows. The display of the surface layer of the L (half_Skin) represents the screen displayed on the off (10) counter 21 when the keyboard is closed. In the "Semi-Surface Screen" mode, the screen is not displayed in the area hidden by the disk 3, and in the remaining area, (4) §... Wei and the screen is not displayed in the ^ ψ, the higher area of the panel 2 1 is displayed. . _ "Full screen" means a normal screen displayed on the display panel 21, which displays a screen of the operating system, such as Windows (registered trademark).

The "confusing player" means one of programs for reproducing music or the like within the electronic device. This program operates on OS, such as the Wind〇w trademark). The touch button "" indicates each of the operation buttons 410 to 419. The "Ten! Touch button" corresponds to the operation button 41G, the "2nd touch button" corresponds to the operation button 411, and so on. (Operation for switching between full screen display and half surface screen display) Fig. 39 is a flow chart showing an operation for switching between full screen display and half surface screen display. The control section 701 monitors the opening/closing of the keyboard 3 via the detection section 7〇5. Specifically, the control section starts a monitoring operation every ^ milliseconds to check if a change has been detected by the detection section (sensor) 705 (steps 3901 to 3904). After detecting the change by the detecting section 705, the control section 7〇1 notifies the OS' of the fact and 〇S starts the GUI switching process (step 3905). In the GUI switching process, a mode is first checked (step 39〇6). In other words, check if the keyboard 3 is turned off (or turned on). When the keyboard 3 is turned off, the full screen display that is implemented until this time is switched to the half-surface screen display (steps 130239.doc, 47-200907751 3907)', and when the keyboard 3 is turned on, the half-surface screen display implemented until then is switched to Full screen display (steps 39〇8). (Switching from the screen display to the half-surface screen display) Figure 40 is a flow chart showing the operation performed when switching the full screen display to the half-surface screen display. After switching from the full screen display to the half-surface display (step 4〇〇1), it is determined whether a mini player or other music reproduction program has been activated during the full screen display (step 4002). When it is judged that the mini player or other music reproduction program is not activated during the full screen display, the time/time screen is displayed (see Fig. 4i) (step 4〇〇3). When it is judged that the mini player or other music reproduction program has been activated during the full screen display, a music reproduction screen corresponding to the mini player or other music reproduction program is displayed (see Figs. 42 to 44) (step 4004). When the music is reproduced by the mini player or other music reproduction program during the full screen display, the reproduction of the music continues even when the display is switched to the half-surface display. In addition, even if another application has been launched in addition to the mini player during full screen display, its display and reproduction are as described above. Here, Fig. 42 shows "CD Reproduction Screen", Fig. 43 shows "Album Reproduction Screen", and Figure 44 shows "Delegation Channel Reproduction Screen". The screens of these screens are all based on the re-screening of the mini-player in the full-screen display. For example, by performing a music frequency analysis or the like to perform a financial (four) 贞 and assigning a channel to each of the genres ^ "Delegating Channel Reproduction Screen" is obtained by determining a specific type of attribute on the loading side: The re-enactment of the honor. , (Switching from half-surface display to full-screen display) 130239.doc •48· 200907751 Figure 45 is a flow chart showing the operation performed when switching the half-surface display to full-screen display. After switching from the half-surface display to the full-screen display (step 45〇1), it is determined whether a mini-player or other music reproduction program has been activated during the half-surface display (step 4502). When judging that a mini player or other music reprogramming program has been started during the half-surface display, it is judged that the mini-population & or other music is heavy during the full-curtain display before switching to the semi-surface display. Program (step 4503). When it is judged that the mini player or other music reprogramming program has been started during the full screen display before switching to the semi-surface display, it is displayed on the window screen.

A screen corresponding to a mini player or the like (see figure to 钧) (step side), and when not activated, a mini player or the like-column (step 45G5) e is displayed in the toolbar. When the music is reproduced by the mini player or other music reproduction program during the half-surface screen display, the reproduction of the music continues even when the display is switched to the full screen display. When it is determined in step 4502 that the mini player or other music reproduction program is not activated during the semi-surface display, the normal (10) screen is displayed again, in which the mini player or other music reproduction program is not displayed (step 45〇6 ... 叫~η入怨. 圃4 / 贝贝 is not in the state of the mini player in the OS screen without the list display. Figure 48 shows the status of the mini player in the OS screen with the list display. Fig. 49 shows the other The top of the application shows the status of the mini player without a list display. In this embodiment, even when switching to the semi-surface screen 130239.doc -49- 200907751 before the display is full _ & 1 1 When the frontmost display shows the application in the foremost front, it is in the direct audio player. Correspondingly, you can complete the operation. Note that 'the same situation is in your player's case + A, Α, with α Soap, 4 is not fascinated by the full-screen Γ-t. When switching to the semi-surface glory display before J Wang Ai 綦 shows the mini broadcast, at the foremost turtle - option screen or description screen user, large Oh, this fairy For most cases, the priority of the player is on the option screen. 放置 Place the South Yu (the assignment of the touch button) on the screen. The semi-surface screen display and the full screen are assigned as follows. In the case of the function displayed on the semi-surface screen, the first, second, third, fourth, fifth, sixth, seventh, eighth, and nineth selection menu screens are displayed/not displayed. Move up on the menu screen. Press #1. , ^ i Lie live with acceleration. Move down on the menu screen. Press and hold the drink to accelerate the movement. Decide on the menu item. Increase the volume by 5%. When the mute function is on, unmute. Volume 5%. When the mute function is on, unmute. Reproduce/pause the song. 示Remove the song. Press twice to return to the previous song. Then go to the next song. 10: Eject the inserted CD. • In the case of full-screen display, first: Start the mini-player on the main screen (with a list display) 130239.doc -50- 200907751 Move down in the list. Decrease the items on the menu screen: High volume 5%. When the mute function is on, The vertical volume is 5%. When the mute function door θ reproduces/pauses the song, 'unmute! Shows that the song is being re-created. Press twice to return to the previous song month_J to the next song. 10 : The inserted CD is ejected. The operation performed by the operation of the touch button ί::: will describe the control section side display executed when the touch button is operated when the first touch is pressed The flow chart of the probe executed when the button is pressed (music button). When the S button is pressed (step 5001), the mode is checked first (step ί 2: move up the list in the list, 3rd, 4th, 5th, 6th) 7 8th 9th 〇 = ) ° In other words, check if keyboard 3 is turned off (or on). Although it is judged that the keyboard 3 is closed, it is judged whether or not the menu screen has been displayed during the half-surface display (step 5003). When it is judged that the menu screen is displayed, the menu screen is closed (step 5〇〇4), and when not displayed, the menu screen 50〇5) is displayed. 'When judging that the keyboard 3 is turned on', it is judged whether or not the mini player has been activated (step 5〇06). When it is judged that the mini player is not activated, the mini player is started (step 5007).乂 It should be noted that the menu screen will be described later. 130239.doc -51 - 200907751 Figure 51 is a flow chart showing the operation when the 2nd and 3th touch buttons (up/down buttons) are pressed. When the up or down button is pressed (step 51〇1), the mode is first checked (step 51^2). In other words, check if the keyboard 3 is turned off (or turned on). When the field judges that the keyboard 3 is closed, it is judged whether or not the menu screen has been displayed during the half-surface display (step 5103). When it is judged that the menu screen has been displayed, the cursor is moved up or down on the menu screen (step 51〇4). ® When the button is still pressed after N milliseconds (steps 51〇5 and 51〇6), the cursor is moved up or down with acceleration and the reel is displayed (steps 51〇7). a Field In step 5 1 02, when it is judged that the keyboard 3 is opened, the processing of the key code of the up/down arrow keys in the wind recording $standard keyboard is transferred to 〇s (step 5108). Specifically, ◦ S is the same as the one performed when the normal up/down arrow button is pressed. Fig. 5 2 is a flow chart showing the execution performed when the 4th _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the ΟΚ button is pressed (step π, step 5201), the mode is checked first (step 5202). In other words, check if - if the keyboard 3 is turned off (or turned on). When it is judged that the keyboard 3 is closed, it is judged whether or not the selection of the object (and the whistle a) made by the OK button in the GUI state of the semi-surface display is invalid (step 5203). When a valid object is selected, the town selects the item (step 5204). When it is judged in step 5202 that 鍅, disc 3 is opened, the radiant father of the key of the input key in the windows standard keyboard is handed over to 〇S (step 5205). Specifically, the OS implementation is the same as the one performed by pressing the ten-in-one button on the main hall. I30239.doc -52- 200907751. Figure 53 is a flow chart showing the operation of executing the ~ when the 5th and 6th touch buttons (volume buttons) are pressed. When the volume button is pressed (step 5301), the mode is first checked (step 5302). In other words 'Check if the keyboard 3 is closed (or open). When the keyboard 3 is turned off, the volume is turned up or down by 1 level, and the icon indicating the volume change is displayed, for example, on 〇SD (displayed on the screen) for 3 seconds (step 5303). When the button is still pressed after the millisecond (steps 5304 and 5305), the volume is continuously changed (step 5306). When it is judged in step 5302 that the keyboard 3 is opened, the processing is handed over to 〇§ (step 5307). Figure 54 is a flow chart showing the operation performed when the 7th to 9th touch buttons (travel buttons) are pressed. When the travel button is pressed (step 5401), the mode is first checked (step 5402). In other words, check if keyboard 3 is turned off (or turned on). Although it is judged that the keyboard 3 is closed, it is judged whether the mode of another application (except the mini player) is set (step 54〇3), and when the mode of another application is set, the key code corresponding to the button is transmitted. Go to the setup application (step 5404). When not set to another application, it is judged whether or not the reproduced screen is displayed in the GUI state of the half-surface display (step 54〇5). When the reproduction screen is displayed, the travel operation corresponding to the button is performed (step 54〇6). When it is judged in step 5402 that the keyboard 3 is turned on, it is judged whether or not the player 130239.doc -53, 200907751 has been activated (step 5407).告启叙# 'When starting, the execution corresponds to the advance operation (step 5408), and when not executed, the processing of the #, ιη 〇% standard keyboard 乍 key key of the travel operation button in the line is handed over to os (Steps are OK & 'os perform the same operation as pressing 赍,· ;; 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 이 -) executed at the time

When the pop-up presses I ugly (step 5501) 5502). On the eve of the change, recognize a too a to say a chess (step check - 疋 no closed (or open) keyboard 3. - When judged to close the keyboard 3 ' (for example) eject the disc and display on 〇 sd does not pop up The illustration is for 3 seconds (step 5503). When it is judged that the keyboard 3 is turned on, for example, the disc is ejected and the icon is not displayed on the 〇sd for 3 seconds (step 55〇4). Menu Screen Figure 56 shows the diagram of the menu screen in the semi-surface display.

The menu glory shown in Figure (4) is displayed when the music button is pressed as described above. An example of the configuration of a menu item is as follows.

(Ο r CD J (2) Album + right triangle mark (3) Entrusted channel (4) Recently broadcast album album title 1 (last played album title) Recent album title 2 130239.doc -54- 200907751 Recent play Album title 3 Recent album title 4 Recent album title 5 (5) Recent new albums recently added album title 1 (recently added album title) Recently added album title 2 Recent new album title 3 (6) Settings

', type hang remake / repeat / single song repeat / random / invalid right 曰 曰 标记 mark chorus reproduce: on / off / invalid sleep timer: off / set time right triangle mark alarm clock · off / set Time Right refers to the triangle mark background selection. · Right-pointed triangle mark here 'The focus F (the position of the cursor) on the menu screen is essentially focused on the center focus of the middle ~. The maximum number of display items in this case is 6 ’, and the other items are displayed cyclically. It should be noted that when all items are not displayed on the menu, set the reel to ::: on the right side. Therefore, when the number of items is increased, the user can easily grasp the number and location of all items. In Fig. 56, in the operation buttons 4 〇 to 419, the menu is on the screen. The required operation button 41〇 is positioned to correspond to the half=create area, which includes the display portion of the menu screen (the day of the table, the distribution of the button is not in the case of the semi-surface display). Wide 130239.doc -55· 200907751 The operation button required for the operation on the screen of the menu is located on the right side of the semi-surface display area in Figure 56, and the rest of the operations are located at =4 to 419. The right side of the keyboard 3 is closed. Therefore, the user can grasp the operation buttons 410 to 413 required for the operation on the displayed menu screen, thereby improving the operability. (Method of drawing the line) / According to this specific In the personal computer of the embodiment, the function of reproducing music and the like is extremely important as described above. As the &, the size of each of the speakers % needs to be increased to improve the sound performance. Figure (4) is used for FIG. 0 illustrating a method of drawing a line to configure the speaker % in consideration of the above purpose. As shown in FIG. 57, the rectangular display panel 21 is substantially disposed in the base chassis 5. Left and right of the display panel 2 A gap of about % to 5 mm is provided between the display panel 21 and the outer peripheral section 10 of the base chassis 5 on both sides of the side. The extended speaker % is respectively disposed in the upper section of the gap (in the longitudinal direction) A region p occupying a gap of 6 〇 to 8 〇 in the direction arranges the usb interface substrate 801 in the remaining region of the lower portion of the right speaker 26. For example, two USB ports (not shown) are provided on the interface substrate. The right end section exposes the USB port on the right side surface of the base chassis 5. The circuit connected from the circuit board 300 to the touch panel electrode substrate is also drawn to the usB interface substrate 801. In other words, the USB interface substrate 8〇1 is also used. A touch panel circuit substrate other than the USB interface substrate is connected. The USB interface substrate 80 is connected to the control circuit board 7 disposed on the rear surface side of the display panel 21. The touch panel electrode substrate 400 and the USB interface substrate 801 are used. The touch signal input signal 130239.doc -56- 200907751 is sent to the control circuit board 7. Since the touch panel electrode substrate 400 is disposed on the right end surface, when attempting to connect its line directly to the control circuit board 7, Match The area of the individual speakers 26 is reduced, but since the circuitry is connected to the control board 7 via the USB interface substrate 801 in this embodiment, the area for configuring the individual speakers 26 is increased by the same amount to achieve improved sound performance. Note that the front-rear/up-down/left-right directions in the above description are for convenience only, and the present invention is not limited to the directions in any of its applications. In the above specific embodiment, although the speaker 26 has been configured for use In the invisible position, a pair of speakers 2 can be provided to clamp the base chassis 1005 in the television ι〇〇ι as the electronic device shown in FIG. In this case, the transparency of the entire base chassis 1〇〇5 can be maintained by forming the device body for electrically connecting the transparent material and the line 1〇3 of the individual speakers 2000, thereby maintaining the advantageous design of the electronic device 1001. . As shown in Fig. 28, in the television 1001, the base chassis 1005 is positioned to surround the display unit 10〇6', which includes the display panel 1〇21 and the front panel 1〇22. As in the above specific embodiment, the transparent electrode is used for the electrode corresponding to the operation button 1400 in the visible region. The configuration and structure of the individual components that are specifically described in the above specific embodiments are merely examples for embodying the present invention, and the technical scope of the present invention should not be construed as limiting. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of an electronic device in accordance with a specific embodiment of the present invention; Figure 2 is a perspective view of different types of electronic devices; 130239.doc -57- 200907751 Figure 3 is in Figures 1 and 2 A schematic exploded perspective view of the electronic device shown; FIG. 4 is an exploded perspective view schematically showing the electronic device seen from the opposite direction to FIG. 3; FIG. 5 is a schematic enlarged cross-sectional view showing the base chassis Figure 6 is a partial perspective view schematically showing a state in which the fixing member is adhered to the base chassis; Figure 7 is a front elevational view showing the base chassis and the fixing member adhered to the base chassis; Figure 8 is taken along Figure 7 An enlarged cross-sectional view taken along line VIII_VIII, which also shows a device adhesion substrate, a semiconductor light-emitting device, etc.; FIG. 9 is an enlarged cross-sectional view taken along line ΐχ-ΐχ of FIG. 7; FIG. 1 shows a light storage lamp area FIG. 11 is an enlarged cross-sectional view taken along line χΐ-χι of FIG. 7 , which also shows a device adhesive substrate, a semiconductor light emitting device, etc.; FIG. 11 is an enlarged front view of the positional relationship of the semiconductor light emitting device of the segment and the reflector lamp segment; 12 series An enlarged cross-sectional view showing the direction of illumination of the light reflected by the reflector segment; FIG. 13 is an enlarged exploded perspective view showing the lower end section of the base chassis, the fixing member, and the adhesive contact; An enlarged cross-sectional view of an adhesive contact and a fixed component that adheres an adhesive contact to a fixed component; FIG. 15 is an enlarged cross-sectional view showing the adhesive contact and the fixed component in which the adhesive contact is adhered to the fixed component; The 16 series shows an enlarged cross-section of the adhesive contact 130239.doc -58- 200907751 and the fixed part after the (4) contact has been adhered to the fixed part; FIG. 17 is a partial plan view showing the operation button with the base chassis The vicinity of the touchpad electrode substrate, and also showing the state of extending the flexible circuit substrate for the purpose of facilitating the structure of the circuit board and the configuration of the flexible circuit substrate; FIG. 18A is taken along the line xv „ia_xviiia of FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 18B is a schematic enlarged cross-sectional view taken along line ΧνίΠΒ-ΧνίΠβ of FIG. 17, and FIG. 18(: is a schematic enlarged cross-sectional view taken along line XVInc_xvmc of FIG. FIG. 19 is a schematic cross-sectional view taken along the line XIX_XIXt of FIG. 17; FIG. 20 is a schematic plan view showing the line state of the touch panel electrode structure; FIG. Figure 22 is a plan view showing a flexible circuit substrate and a circuit board on the b-side side; Figure 23 is a modified plan view showing the circuit board, wherein Figure 23a shows the circuit board from the b-side side, and Figure 23B is a plan view showing the circuit board from the A surface side; Figures 24A, 24B and 24C are plan views showing the operation state of the operation button according to the modification; Figure 25 is a partially enlarged perspective view showing the base chassis according to another modification; 26B and 26C are diagrams for explaining various operational forms of operation buttons according to another modification; 130239.doc -59- 200907751 Figure 27 is a camera showing the standard use state and reference state when the user uses the electronic device. Schematic diagram of the optical axis direction of the photographic lens of the unit; '' Figure 28 is a schematic plan view showing the electronic device according to another modification; Fig. 29 shows the implementation according to this embodiment An exploded perspective view of the base chassis and the stationary member; Figure 3 shows a perspective view of the convex section for preventing resonance; Ο (j Figure 3H shows the lower outer periphery of the outer peripheral section of the base chassis) Figure 32 is an enlarged exploded perspective view of the better interpreter coupling room shown in Figure 29; Figure 3 3 shows the movement shown in Figure 29; for the uncle * day k 杈 low coupling A magnified exploded perspective view of the space; Fig. 3 4A shows an enlarged exploded perspective view of the upper side fixing member and the left side fixed port IM cattle in Fig. 29, and Fig. 346 is a side fixed part. The bottom view 35 shows the right side plan view of the left side solid part of the +++7, ^_ figure in Fig. 29; Fig. 36 shows the lower side fixed part of the _ component in Fig. 29 The enlarged view of the fixed side of the left side is an exploded perspective view, and the view of Fig. 36 is the bottom view of the lower side fixed part. The 7 series shows the perspective view of the thousand + 4 person Α 、 ', coupled with the S ° element in Fig. 29; The 38 series shows the block diagram according to this; the functional structure of the body-implemented electronic device is shown in Figure 39. The keyboard diagram of the open/close display operation is a flowchart showing the operation of the 130239.doc 200907751 line when the half-surface screen display is switched to the full screen display; FIG. 41 shows the half-surface display. Fig. 42 shows the screen displayed when the cd is reproduced in the semi-surface screen display; ''', not Fig. 43 shows the remake in the semi-surface display The screen of the screen displayed during the album; ''', not Figure 44 shows the screen displayed when the delegate channel is re-created in the semi-surface display; Figure 45 shows the screen when the full screen display is switched FIG. 46 is a diagram showing a minimized state of the mini player; FIG. 47 is a diagram showing a state in which the list is not displayed on the screen of the mini player; The display is displayed on the 0S screen of the mini player. The status map of the list is displayed in the forefront of the top of other applications, showing the status of the mini player.The 50-series display is executed when the music button is pressed; FIG. 51 is a flowchart showing the operation when the up and down arrows are pressed; the flowchart 52 of the operation shows the execution when the OK button is pressed Figure 53 shows the operation performed when the volume button is pressed: the diagram of the diagram. Figure 4 shows the flow chart of the operation of the program according to the execution of the program; 130239.doc -61 - 200907751 Chengtu diagram 5 5 series The flow diagram 56 of the operation performed when the eject button is pressed is shown in the figure of the killing menu; and FIG. 57 is a diagram for explaining the method of drawing the line. [Main component symbol description] 1 Electronic device/PC 1A Electronic device 2 Device body 2a Rear surface 2b Front surface 3 Keyboard 3 a Operation button 4 Bracket 5 Base chassis 5a First adhesive surface section 5b First adhesive surface section 6 Display unit 7 Control circuit board 8 Back cover 9 Concave adhesive section 10 External peripheral section 10b Adhesive recess 10c Concave fixed section lOd Higher device configuration hole lOe Lower device configuration I30239.doc -62- 200907751

C 11 bottom surface section 11a speaker arrangement hole lib connection line perforation 11c cooling air circulation hole 12 coupling section 13 optical storage lamp section 14 arc section 14a rear surface section 15 straight section 15a rear surface section 16 first Device Adhesive Substrate 17 First Semiconductor Light Emitting Device 18 Reflector Lamp Section 18a Rear Surface Section 19 Second Device Adhesive Substrate 20 Second Semiconductor Light Emitting Device 21 Display Panel 22 Front Panel 22a Peripheral Section 22b Camera Hole 23 Substrate 23a Electronic Component 24 Media drive section 25 Cooling fan 130239.doc •63- 200907751 26 27 27a 28 29 30 31 32 32' 32'a 33 34 35 35a 35b 36 37 38 38a 38b 60 100 101 Speaker base repair opening protruding section bracket Floor section cover side cover fixing part / upper fixing part / left side fixing part / lower fixing part fixing part / right side fixing part tip section lower surface section protruding surface section

Insert 孑L wider section narrower section adhesive contact adhesive surface section to be fixed section to insert section tying section camera floor user 130239.doc -64- 200907751 102 chair 103 table 105a rectangular parallelepiped Supporting protrusion 105b Rectangular parallelepiped supporting protrusion 105c Rectangular parallelepiped supporting protrusion • 108 concave section. 113 Grooved concave section 113a Surface O 114 Diffusion part 115 Surface 116 Surface 200 Linear circuit substrate 300 Circuit board 300a A surface 300b B surface 301 ί, hole 302 white LED 400 touchpad electrode substrate 400a higher edge section 400b lower edge section 400c right edge 400d left edge 401 transparent resin 402 transparent PET film 130239. Doc -65- 200907751

402a Notch 403 Transparent PET film 403a Flexible circuit substrate adhesion area 403b Higher surface 403c Lower surface 404 Transparent PET film 404a Notch 410 Operation buttons 410a to 419a White square frames 410b to 419b Marking 411 Operation button 412 Operation button 413 Operation button 414 Operation button 415 Operation Press 1 ug 416 Operation button 417 Operation button 418 Operation button 419 Operation button / Eject button 420 Ground electrode 430 to 439 Transparent electrode 440 to 450 Derivation line 460 Contact section 470 to 479 First Line 130239.doc -66 - 200907751 500 Operation button 501 First area / point 502 Second area 503 Third area 510 Operation button 511 Line 512 Line 513 Line 520 Operation button 600 External frame structure 610 Higher left coupling part / higher Right coupling member 611 convex section 612 convex section 620 lower fixing part adhesive screw 621 lower outer periphery 622 higher outer periphery 623 left outer periphery 624 right outer periphery 625 convex section 626 627 coupling space 628 coupling space 631 groove Section 632 joint table 130239.doc -67- 200907751 632A inclined surface 632B horizontal surface 633 protruding section 634 non-penetrating hole 635 non-penetrating hole 636 groove section 637 joint surface 637A inclined surface 637B upper end surface 639 joint groove 640 joint surface 640A Inclined surface 640B lower end surface 641 protruding section 644 groove section 645 joint surface 645A inclined surface 645B horizontal surface 646 non-penetrating hole 647 penetration hole 648 horizontal section 649 cantilever support section 650 vertical section 651 cantilever support Section 130239.doc -68- 200907751 660 convex section 701 control section 702 storage section 703 display control section 704 input section 705 " 贞 区段 section 801 US Β interface substrate 1001 television / electronic device 1005 base Chassis 1006 Display Unit 1021 Display Panel 1022 Front Panel 1030 Line 1300 Circuit Board 1300a Α Surface 1300b B Surface 1301 Sub L 1302 White LED 1303 Blue LED 1400 Operation Button 2000 Speaker F Focus PI Light P2 Light 130239.doc -69-

Claims (1)

200907751 X. Patent application scope: 1. An electronic device comprising: · a display unit; a driving circuit capable of driving m ^, '' ', '1 for driving the display unit; The chassis, which is made of twisted _l··, _ HO _ transparent material 一 from the reading sundial and includes at least one ancient 4 mountain A from the periphery of one of the display units Extending one of the first areas, the first area and the wound field ·»Α, is used to operate one of the driving circuits according to C 2. The electronic device of claim 1 is arranged such that the operation button is composed of a transparent electrode disposed in the chassis of the base. 3. The electronic device of claim 2, wherein the base chassis comprises a first region that overlaps the display unit in a ten-sided manner, wherein the first region along the base of the base chassis An external periphery provides the operation button with a plurality of numbers. The plurality of operation buttons are drawn to the second area by transparent first lines having equal lengths, wherein the first lines such as °H are respectively connected to the Corresponding second line in the second area, the lean cage; each of the first lines of the lean_° 4 has a higher conductivity than the first lines, and wherein the second one continues! The #, '' roads are set at least one point in the second area. 4. The electronic device of claim 3, each of which is made of indium tin oxide, and wherein the I of the second line is made of one of silver and copper. 130239.doc 200907751 5. The electronic device of claim 2, wherein the transparent electrode is surrounded by an area of the transparent electrode by a transparent grounded retinal a electrode, and wherein the base chassis is because of the transparent electrode The ground electrode is partially used as a touch panel. 6. The device of claim 5, further comprising: an opaque material fixing member for providing the at least one end on the periphery of the outer casing covering the base chassis, the armor base chassis comprising a a concave section, wherein the transparent electrode and the ground portion, and the electrode are disposed in the concave section, wherein the ground electrode and the fixing portion are stacked. Cattle - there is an electronic device that is as heavy as each other in a planar manner, and one of the approaches is one of the other ones. The other one has a detection electric substrate's detection circuit by the phase energy field ~ & φ ^ ^ And, and also used to detect one of the touch panels of the current change 'the substrate is arranged in the middle. 8. The electronic device of claim 1, wherein the base chassis includes a guide groove provided along a periphery of the outer and the outer periphery of the σ U, wherein the electronic device further Including: the younger brother and the four fixed parts, the hair is made of a transparent material and the side is long, one of the base chassis has a higher outer periphery, one of the left outer circumference, the right outer periphery and the lower 130239.doc 200907751 provided by the outer periphery respectively, the guiding grooves are guided; and the shank assembly is configured to be respectively adjacent to the south left corner and the upper right corner of one of the base chassis The first fixing member guided by the high outer periphery is respectively engaged with the second port member 4 guided along the left outer periphery and the third fixing member guided along the right outer periphery. 9' The electronic device of claim 8, wherein one of the chassis of the base is lower The end section screws the fourth fixing member to the base chassis to push the second fixing member and the third fixing member upward. An electronic device of the present invention, wherein the two couplings having the guide grooves removed are respectively provided in the upper left corner and the south right corner of the base chassis. 11. The electronic device of claim 8, wherein the coupling members each have a shape, and wherein the one of the first and second fixed members is joined at the end thereof, and the The other end of the joint member, the first end member and the end portion of the third member are joined to the electronic device of the member, wherein the coupling has the inverted L shape: The mother-to-bean construction has a - vertical elastic force at one end thereof - the end has a first on a higher surface thereof. a segment configured to be joined to the guide grooves and configured to have at least one of the upper bee forces at the other end thereof, the other end being on its left side surface and 130239.doc 200907751 One of the right side surfaces has a second convex section configured to engage a second concave section formed on the guiding grooves. 13. The electronic device of claim 12, wherein the guiding grooves each have a third convex section at a predetermined position for preventing resonance. 130239.doc