Light source apparatus, image display apparatus and television receiving apparatus
A light source apparatus, an image display apparatus and a television receiving apparatus are provided, which can electrically connect boards with each other even if the boards are separated from each other by more than or less than a predetermined distance. In a light source unit in which plural LEDs are aligned on one surface of a LED board 2 , plural stoppers 20 are arranged at another surface 2 b of LED board 2 to stop the stopper 20 at stop slits 63, 63, . . . 63 of a support member 6 which is to hold the light source unit, and to hold the light source unit to be slidable along one surface of the support member 6.
1. A light source apparatus, comprising:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate, wherein
the support plate comprises an opening,
the light source unit comprises a stopper that is stopped by the opening, and
the light source unit is slidable along an aligned direction of the light sources, wherein
the support means comprises:
openings that are formed at the board and the support plate, respectively; and
an axial fall preventer that is inserted into the openings, and
the axial fall preventer makes the light source unit become movable in a direction along said one surface of the support plate and prevents the light source unit from falling out, and wherein
the axial fall preventer comprises:
a flexible column that has a small diameter head portion at one side of the flexible column, and a flexible portion at other side of the flexible column which can be distorted in a radial direction; and
a pin that has a large diameter head portion opposed in a longitudinal direction to the small diameter head portion at one end of the pin, and makes the flexible portion be distorted when inserted into the flexible column.
2. A light source apparatus according to claim 1 ,
wherein a thermal conductor is fixed between the board and the support plate.
3. A light source apparatus according to claim 2 , wherein
the thermal conductor is fixed to another surface of the board, and
the light source unit is supported at a position where the thermal conductor is in contact with the support plate.
4. A light source apparatus according to claim 1 , wherein
the stopper protrudes from another surface of the board of the light source unit,
the stopper is formed in a hook shape, and
the stopper comprises a press contact piece that applies contact force, in a direction toward said another surface of the board, on a circumference of the opening of the support plate.
5. A light source apparatus according to claim 4 , wherein
an antislip is provided on the circumference of the opening, which prevents the press contact piece from being slipped.
6. A light source apparatus according to claim 1 , wherein
the stopper comprises two press contact pieces that apply contact force, in a direction leaving two press contact pieces away from each other, on the circumference of the opening of the support plate,
the two press contact pieces protrude from said another surface of the board of the light source unit, and
the two press contact pieces are opposed to each other.
7. A light source apparatus according to claim 6 , wherein
one or both of the two press contact pieces comprises a fall preventer at its own end which prevents from falling out from the opening of the support plate.
8. A light source apparatus according to claim 1 , wherein
the stopper is capable of elastic deformation, and
the stopper conducts heat generated by the light source unit to the support plate.
9. A light source apparatus according to claim 4 , further comprising:
a spring that is arranged between the press contact piece and the board and biases the press contact piece toward the board.
10. A light source apparatus according to claim 1 , further comprising:
a concave portion provided with the opening, wherein
the concave portion is arranged on said one surface of the support plate.
11. A light source apparatus according to claim 1 , wherein
the light source unit covers the opening of the support plate.
12. An image display apparatus, comprising:
a light source apparatus having:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate; and
a display panel that utilizes light generated by the light source apparatus to display an image, wherein
the support means comprises:
openings that are formed at the board and the support plate, respectively; and
an axial fall preventer that is inserted into the openings, and
the axial fall preventer makes the light source unit become movable in a direction along said one surface of the support plate and prevents the light source unit from falling out, and wherein
the axial fall preventer comprises:
a flexible column that has a small diameter head portion at one side of the flexible column, and a flexible portion at other side of the flexible column which can be distorted in a radial direction; and
a pin that has a large diameter head portion opposed in a longitudinal direction to the small diameter head portion at one end of the pin, and makes the flexible portion be distorted when inserted into the flexible column.
13. A television receiving apparatus, comprising:
a receiving means for receiving a television broadcasting signal:
a light source apparatus having:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate; and
a display panel that utilizes light generated by the light source apparatus to display an image based on the television broadcasting signal received by the receiving means, wherein
the support means comprises:
openings that are formed at the board and the support plate, respectively; and
an axial fall preventer that is inserted into the openings, and
the axial fall preventer makes the light source unit become movable in a direction along said one surface of the support plate and prevents the light source unit from falling out, and wherein
the axial fall preventer comprises:
a flexible column that has a small diameter head portion at one side of the flexible column, and a flexible portion at other side of the flexible column which can be distorted in a radial direction; and
a pin that has a large diameter head portion opposed in a longitudinal direction to the small diameter head portion at one end of the pin, and makes the flexible portion be distorted when inserted into the flexible column.
14. A light source apparatus, comprising:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate, wherein
the support plate comprises an opening,
the light source unit comprises a stopper that is stopped by the opening, and
the light source unit is slidable along an aligned direction of the light sources, and
wherein a thermal conductor is fixed between the board and the support plate.
15. A light source apparatus according to claim 14 , wherein
the thermal conductor is fixed to another surface of the board, and
the light source unit is supported at a position where the thermal conductor is in contact with the support plate.
16. A light source apparatus, comprising:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate, wherein
the support plate comprises an opening,
the light source unit comprises a stopper that is stopped by the opening, and
the light source unit is slidable along an aligned direction of the light sources, wherein
the stopper protrudes from another surface of the board of the light source unit,
the stopper is formed in a hook shape, and
the stopper comprises a press contact piece that applies contact force, in a direction toward said another surface of the board, on a circumference of the opening of the support plate, and wherein,
an antislip is provided on the circumference of the opening, which prevents the press contact piece from being slipped.
17. A light source apparatus, comprising:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate, wherein
the support plate comprises an opening,
the light source unit comprises a stopper that is stopped by the opening, and
the light source unit is slidable along an aligned direction of the light sources, wherein
the stopper comprises two press contact pieces that apply contact force, in a direction leaving two press contact pieces away from each other, on the circumference of the opening of the support plate,
the two press contact pieces protrude from said another surface of the board of the light source unit, and
the two press contact pieces are opposed to each other.
18. A light source apparatus according to claim 17 , wherein
one or both of the two press contact pieces comprises a fall preventer at its own end which prevents from falling out from the opening of the support plate.
19. A light source apparatus, comprising:
a light source unit in which plural light sources are aligned on one surface of a board;
a support plate that supports the light source unit; and
a support means for supporting the light source unit that is slidable along one surface of the support plate, wherein
the support plate comprises an opening,
the light source unit comprises a stopper that is stopped by the opening, and
the light source unit is slidable along an aligned direction of the light sources, wherein
the stopper is capable of elastic deformation, and
the stopper conducts heat generated by the light source unit to the support plate.