Abstract: A portable terminal device according to the present invention includes: a display unit (10); a vibration element (50) that transmits a vibration to the display unit (10); and a housing (40) capable of accommodating the vibration element (50). A first member (51) is provided between the display unit (10) and the vibration element (50), and a vibration absorbing member (52) that is more likely to absorb a vibration than the first member (51) is provided between the housing (40) and the vibration element (50). This configuration allows the vibration of the vibration element (50) to be transmitted preferentially to the display unit (10) and improves transmission characteristics of the vibration from the vibration element (50) to the display unit (10).

Abstract: A portable terminal device (1) according to the present invention includes: a housing (11) comprising a concave portion (21) in which predetermined components are housed, and a mounting surface (22) that is disposed on a top surface of a side wall arranged around the concave portion (21); a fixing component (12) that is fixed to the mounting surface (22) of the housing (11) and comprises a mounting surface (23) and a protruding portion (24) that is arranged around outside of the mounting surface (23); and a display section (13) that is fixed to the mounting surface (23) at an inner side of the protruding portion (24) of the fixing component (12). Further, a rigidity of the fixing component (12) is lower than a rigidity of the housing (11) and the display section (13).

Abstract: This LCD module (120) includes a light guide plate disposition area (140a) where a light guide plate (141) that emits planar-like light to the back surface of an LCD panel (130) is disposed, and a light source disposition area (140b) where a plurality of light sources (143) that emit point-like light to the side of the light guide plate (141) are disposed. The light source disposition area (140b) includes a cutout (144), and the light source (143) near the cutout (144) from among the plurality of light sources (143) is disposed so that the emitted from light is guided to the light guide plate (141) located near the cutout (144). Therefore, it is possible to reduce the unevenness in illumination.

Abstract: A portable terminal device (1) according to the present invention includes a display section (4) and a housing (10) to which the display section (4) is fixed. The housing (10) includes a housing main body (11), a first component (12), and a second component (13). The housing main body (11) contains a conductive material and is formed with a cut-out part in a place corresponding to a place where antennas (9—1, 9—2) are disposed at an end of the housing (10). The first component (12) is arranged at the cut-out part of the housing main body (11) and contains material that transmits radio waves. The second component (13) is formed at the end of the housing (10) and has a higher rigidity than that of the first component (12).

Abstract: A housing 10 provided in a portable terminal device according to the present invention includes a plurality of stacked carbon fiber layers 21 to 24. Further, the direction of carbon fibers of the carbon fiber layer 21 disposed on the outermost side of the housing 10 among the plurality of carbon fiber layers 21 to 24 is conformed to the longitudinal direction d1 of the housing. The carbon composite material has such properties that the thermal conductivity is high and the strength is large along the direction of the carbon fibers. Therefore, with this configuration, heat can be preferentially diffused in the longitudinal direction d1 of the housing 10 and the strength in the longitudinal direction of the housing 10 can be improved.

Abstract: A portable terminal device 1 according to the present invention includes a frame component 40 to which a battery 20 and a substrate 30 are fixed, a housing 10 to which the frame component 40 is fixed, and a display section 50 fixed on a side of the housing 10 on which the frame component 40 is fixed. In the portable terminal device 1 according to the present invention, the housing 10 may contain carbon composite material. Further, the carbon composite material contained in the housing 10 may contain carbon fibers. According to the portable terminal device 1 in accordance with the present invention, a portable terminal device capable of achieving a reduction in the thickness and an improvement in the impact resistance of the portable terminal device is provided.

Abstract: An electronic apparatus aimed to reduce cost, size and thickness is provided. The electronic apparatus includes a flexible circuit, a component mounted on the flexible circuit and a casing having an opening for accommodating the component. The flexible circuit is exposed from the opening when the component is not mounted in position. The flexible circuit includes, in the opening, a planar area on which the component is mounted. The component may, for example, be a battery or a nameplate.

Abstract: Electronic apparatus has touch panel module, display module and flexible circuit board. Touch panel module includes touch panel, screen member protecting touch panel, and adhesive that bonds touch panel and screen member together. Display module includes first substrate, second substrate superposed on part of first substrate, and driver chip that controls operation of display module, driver chip being mounted in area of first substrate not overlapped with second substrate, on same side of first substrate as side thereof carrying second substrate. Touch panel module and display module are arrayed so that touch panel and second substrate face each other. Edge part of flexible circuit board is sandwiched between touch panel and screen member and, in plan projection, is disposed superposed on driver chip or disposed offset in direction of second substrate away from driver chip.

Abstract: Provided is an inputting device that is disposed in an opening of a cabinet surface. The device includes an elastic sheet having an outside surface disposed on an inside surface of the cabinet including the opening and across the opening. A sliding key is fixed on the outside surface of the elastic sheet with at least a portion in the opening of said cabinet surface. The device also includes sensors to detect movement, in a horizontal direction that is substantially parallel to said cabinet surface, of the sliding key. The device also includes guides being possible to be recognized optically that are disposed on designated positions on the elastic sheet, and the sensors detect the moved direction and the amount of the horizontal movement of the sliding key by reading the movements of said guides optically.

Abstract: In recent years, a design where a microphone is not located in a position appropriately facing the oral cavity of an operator has been widely adopted from a viewpoint of convenience of miniaturization and mounting of a mobile telephone. When telephonic communication is made with such a mobile telephone, if a voice of the other party for telephonic communication is hard to hear, the operator necessarily tightly presses his/her face against a front surface of a chassis. Thus, the sensitivity and sound collecting property of the microphone are reduced. In the present invention, when a sound hole as a voice transmission path is formed in the vicinity of a manipulation section, slits are formed in the peripheries of the manipulation section and the sound hole.

Abstract: In recent years, a design where a microphone is not located in a position appropriately facing the oral cavity of an operator has been widely adopted from a viewpoint of convenience of miniaturization and mounting of a mobile telephone. When telephonic communication is made with such a mobile telephone, if a voice of the other party for telephonic communication is hard to hear, the operator necessarily tightly presses his/her face against a front surface of a chassis. Thus, the sensitivity and sound collecting property of the microphone are reduced. In the present invention, when a sound hole as a voice transmission path is formed in the vicinity of a manipulation section, slits are formed in the peripheries of the manipulation section and the sound hole.

Abstract: An inputting device, in which a moving control command to a subject to be controlled is formed on a display in an arbitrary direction and the waterproof and the dustproof are provided and whose structure does not have a part sticking out of the surface of the cabinet or has the part sticking out of the surface of the cabinet as small as possible even if it has the sticking out part and whose structure is also simple, is provided. In this, a plane being about parallel to the front surface of the cabinet is defined as an XY plane in an XY orthogonal coordinate system. The inputting device is disposed in an opening part of a cabinet.