Abstract:
PROBLEM TO BE SOLVED: To provide a display device that is configured not to be full of heat even when installed horizontally on a mounting surface, can be supported in a stable state even when installed at a small angle relative to the mounting surface, and has superior operability.SOLUTION: There is provided a display device that includes a housing having an upper surface where a display screen is provided and a bottom surface positioned on a mounting surface side, the bottom surface having: an inclined surface which has one side end part inclined to the upper surface side; a first tilt leg which is provided to be stored at a side end part opposed to the inclined surface and a projection part projecting from the bottom surface in a stored state; and a second tilt leg which is provided to be stored on the inclined surface. When the housing is supported obliquely relative to the mounting surface, the first tilt leg is projected so as to support the housing by the projected first tile leg and the inclined surface. When the housing is supported horizontally on the mounting surface, the second tilt leg is projected so as to support the housing by the projected second tile leg and the projection part of the first tilt part.
Abstract:
PROBLEM TO BE SOLVED: To provide a reflection sheet capable of being formed with a single sheet material, capable of enhancing reflection efficiency and uniformalizing brightness of light emitted by a light source, and having a frame part joining the entire circumference of a flat part, and a light source device as well as a display device. SOLUTION: The reflection sheet has a flat part 51 having a substantially square shape and a frame part 52 to be folded at a first folded line 5b formed in the circumference of the flat part 51, and has a case shape. In the reflection sheet, between each corner part 51a of the flat part 51 and the periphery of a corner part 52a of the frame part 52, three second folded lines 53a, 53b, 53b spaced gradually wider from the corner part 51a of the flat part 51 to the periphery of the corner part 52a of the frame part 52 are provided, so that a gap and a step do not occur at the corner part 52a. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a light reflecting sheet which expands and contracts by thermal expansion, the light reflecting sheet being configured to be prevented from being positionally displaced in the direction of the surface thereof and in the direction of the circumference thereof to thereby enable the position of the light reflecting sheet to be held at an appropriate position, a light source device, and a display device. SOLUTION: A light reflecting sheet 7 which is supported by a support body for supporting light sources and reflects the light emitted from the light sources comprises through-holes which penetrate through in the thickness direction and long holes which are separated from the through-holes in the direction along the surface of the sheet and long in the direction of the separation. A light source device is provided with: first shaft bodies fitted in the through-holes to set the position of the light reflection sheet 7 relative to support body; and second shaft bodies fitted in the long holes so as to be movable in the direction of the length of the long holes to set the position of the light reflecting sheet 7 relative to the support body. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a liquid crystal display device which can enhance the dust-proofing property of a peripheral edge side of a liquid crystal panel in a configuration in which a peripheral edge of the liquid crystal panel is held on both front and rear sides by a frame edge of a front cabinet portion and a holder holding a peripheral edge rear side of the liquid crystal panel. SOLUTION: The liquid crystal display device includes: the liquid crystal panel 1 having a display surface 1a on its front side; a lamp 21 disposed on the rear side of the liquid crystal panel 1; a case body 22 housing and supporting the lamp 21; a cabinet 5 shielding the peripheral edge and rear side of the liquid crystal panel 1; and the frame-shaped holder 4 disposed on the rear side of the liquid crystal panel 1 in the cabinet 5 and holding the peripheral edge rear side of the liquid crystal panel 1. The cabinet 5 has a frame portion 51 disposed on the peripheral edge front side of the liquid crystal panel 1 and clamping the peripheral edge of the liquid crystal panel 1 on front and rear sides with the holder 4, and is provided with a dust-proof cylinder portion 10 protecting the part between the frame portion 51 on the peripheral edge side of the liquid crystal panel 1 and the peripheral edge of the case body 22 against dust, thereby enhancing the dust-proofing property of the peripheral edge side of the liquid crystal panel 1. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide molded clips capable of increasing the stability of clips on the supporting member even when surface shapes of the molded clips are not even and also provide a light source device. SOLUTION: A holding plate portion 31 has a plurality of clamping portions 32 and 32 on one face 31a of the portion 31 to clamp a plurality of parallel lamps and mounting portions 34 and 34 to be mounted on a supporting member to support the lamps on the other face. Flexible portions 35 and 35 capable of bending when the supporting member is pressed project from the lateral sides 31c and 31d which intersect the clamping direction of the clamping portions 32 and 32. The flexible portion 35 and 35 and the other face stabilizes the clip 3. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To display a moving image corresponding to a caller, in response to a call termination. SOLUTION: Processing executed by the CPU 210 of a cellular telephone 100 includes a step (S502) for detecting call termination, a step (S504) for identifying the caller, a step (S506) for retrieving the information about the caller in a telephone directory, a step (S512) for reading moving image data if the information about the caller is registered in the telephone directory (YES in S508) and the video data correlated with the caller exists (YES in S510), a step (S514) for outputting the moving image data, and a step (S516) for outputting a ringing tone. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a light source device and a display device, capable of preventing stress from occurring in a plurality of circuit boards, connectors or the like, when the plurality of circuit boards connected by the connectors are fixed to a supporting body using fixtures. SOLUTION: The light source device includes a plurality of circuit boards 2 each having light-emitting elements 1 mounted on a surface 2a and arranged in separation with their surface directions aligned, a supporting body 6 disposed on the other surface of each of the plurality of circuit boards 2 so as to support the circuit boards, and connectors 5 electrically connecting two adjacent circuit boards 2 among a plurality of them. A plurality of insertion holes 2c, 2d into which fixtures 8 for fixing the circuit boards 2 to the supporting body 6 are inserted are formed in separation in each circuit board 2. The size of the insertion hole 2c among the plurality of them 2c, 2d is smaller than that of the other insertion hole 2d. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a light source device and a display device that prevents an optical sheet from wrinkling even when the optical sheet is held on an LED substrate. SOLUTION: A reflecting sheet 11 is disposed between a first surface of an LED substrate 8 and each head of a rivet, a positioning rivet and a supporting rivet. Since a gap is formed between the heads and the reflecting sheet 11, the reflecting sheet 11 expands or contracts between the heads and the reflecting sheet 11 when a sudden heat change occurs, and the reflecting sheet 11 can be prevented from wrinkling. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To suppress luminance unevenness while improving light utilization efficiency.SOLUTION: A liquid crystal display 10 is provided with: an LED 17; an LED substrate 18 on which the LED 17 is arranged; a light guide plate 19 having a light-incident face 19b on one end face opposing the LED 17 and a light emission face 19a for emitting light to a platy face; a liquid crystal panel 11 which is arranged against the light guide plate 19 in a manner of superposing the panel 11 and a light emission face 19a side and displays an image by utilizing the light from the light emission face 19a; a chassis 22 receiving the light guide plate 19 from an opposite side to the liquid crystal panel 11 side; a frame 13 which presses the liquid crystal panel 11 from an opposite side to the light guide plate 19 side and retains the liquid crystal panel 11 and the light guide plate 19 in a manner of pinching them against the chassis 22; and a substrate fitting part 37 which is a part of the chassis 22 and includes an opposition face opposed to the light-incident face 19b and having the LED substrate 18 fitted on the opposition face.
Abstract:
PROBLEM TO BE SOLVED: To provide a light source device and a display device, capable of allowing expansion or contraction of a reflection sheet due to thermal expansion or preventing the reflection sheet from biasing in a direction separating from a circuit board with a light source mounted.SOLUTION: A light source device A is provided with a light emitting diode board 2 (a circuit board) with a light emitting diode 1 (a light emitting element) mounted on one face, a support body which is positioned on the another face side of the light emitting diode board 2 and supports the light emitting diode board 2, a rivet 8 which is positioned on the one face side of the light emitting diode board 2 and has a head part 82a which is unable to be inserted into a through-hole arranged on the light emitting diode board 2 and the support body and a shaft member (a shaft part) of which a tip end side penetrates the through-hole and is retained against falling off, and a reflection sheet 4 which is arranged on the one face of the light emitting diode board 2 and reflects light. A third through-hole 43 (a second through-hole) having a larger diameter or a smaller diameter than the head part 82a is arranged on the reflection sheet 4 at a position corresponding to the head part 82a.