Liquid crystal television receiver

Abstract

Depending on whether or not a disk device is mounted, a space produced in a liquid crystal television receiver is effectively used. Mounting holes for fixing a power substrate 12 to an LCD cover 8 are formed to the same size as mounting holes formed in an MPEG substrate 10 necessary for a disk device integrated type construction and fixed to mounting parts formed in the LCD cover 8. This makes it possible to remove the MPEG substrate 10 which is unnecessary in the case of a disk device non-integrated type construction, use the mounting parts formed in the LCD cover 8 for attaching the MPEG substrate 10 as mounting parts of the power substrate 12 as they are and eliminate the necessity for an outside power device such as an AC adapter.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a front view showing a liquid crystal television receiver according to Embodiment 1 of the present invention;

FIG. 2 is a side view showing the liquid crystal television receiver according to Embodiment 1 of the present invention;

FIG. 3 is a plan view showing the liquid crystal television receiver according to Embodiment 1 of the present invention;

FIG. 4 is a rear view showing the liquid crystal television receiver according to Embodiment 1 of the present invention with a back cabinet removed;

FIG. 5 is a plan view showing various substrates attached to an LCD cover provided for the liquid crystal television receiver in a disk device integrated type construction according to Embodiment 1 of the present invention;

FIG. 6 is a plan view showing various substrates attached to the LCD cover provided for the liquid crystal television receiver in the disk device non-integrated type construction according to Embodiment 1 of the present invention;

FIG. 7 illustrates the positional relation between the power substrate and the SCALER substrate shown in FIG. 6 changed according to Embodiment 1 of the present invention; and

FIG. 8 is a plan view showing various substrates attached to an LCD cover according to Embodiment 2 of the present invention.

Claims

1. A liquid crystal television receiver which can be configured as a disk device integrated type by comprising: a liquid crystal panel which displays videos;a substantially rectangular SCALER substrate which converts a video signal to a signal for displaying videos on the liquid crystal panel;a main substrate provided with a tuner which receives a broadcast radio wave and performs tuning or channel selection and a video/audio processing circuit and an outside input/output terminal or the like;power supply means for supplying power to the whole device through the main substrate;an LCD (Liquid Crystal Display) cover which is a cover for attaching the liquid crystal panel to protect the back of the liquid crystal panel and attaching various circuit substrates and the disk device or the like;a disk device capable of performing reproduction or recording and reproduction of a recording medium; anda substantially rectangular MPEG substrate which performs expansion and decoding of a video/audio signal obtained from the disk device;wherein the power supply means in the case of a disk device integrated type construction is used as an AC adapter connected from outside the device,the power supply means in the case of a disk device non-integrated type construction is used as a substantially rectangular power substrate mounted inside the device,a plurality of mounting holes of the same size are formed for attaching the MPEG substrate and the power substrate to the LCD cover and mounting parts formed in the LCD cover for attaching the MPEG substrate and the power substrate are formed as common mounting parts to serve for both substrates, andthe MPEG substrate is attached to the common mounting parts in the case of the disk device integrated type construction and the power substrate is attached to the common mounting parts in the case of the disk device non-integrated type construction.

2. The liquid crystal television receiver according to claim 1, wherein mounting parts of the main substrate are arranged below the LCD cover, mounting parts of the disk device are arranged above mounting parts of the main substrate and at any one of left and right ends of the LCD cover,mounting parts for the SCALER substrate for mounting the SCALER substrate are arranged at an end opposite to the mounting parts of the disk device, andthe common mounting parts are arranged above the mounting parts of the main substrate and at locations adjacent to the mounting parts of the disk device.

3. The liquid crystal television receiver according to claim 1, wherein the SCALER substrate and the power substrate are provided with mounting holes for mounting on the LCD cover formed at least in four corners of the substrates, the distance between the mounting holes is made to be equal for both substrates at least in a direction identical to a short side of the liquid crystal television receiver, the mounting parts for the SCALER substrate which are most distant from the disk device are positioned at a distance equal to the distance of the four mounting holes of the power substrate in a direction identical to a long side of the liquid crystal television receiver from the common mounting parts which are most distant from the disk device, andfurther mounting parts for replacement of substrates are positioned and formed at locations in a direction opposite to the disk device from the common mounting parts which are nearest from the disk device and at a distance equal to the distance of the mounting holes of the SCALER substrate in the same direction as that of the long side of the liquid crystal television receiver.

4. The liquid crystal television receiver according to claim 1, wherein the liquid crystal television receiver in the disk device integrated type construction arranges the MPEG substrate on the disk device in a multilayer form, and arranges the power substrate on the LCD cover instead of the MPEG substrate.

5. The liquid crystal television receiver according to claim 1, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

6. The liquid crystal television receiver according to claim 2, wherein the SCALER substrate and the power substrate are provided with mounting holes for mounting on the LCD cover formed at least in four corners of the substrates, the distance between the mounting holes is made to be equal for both substrates at least in a direction identical to a short side of the liquid crystal television receiver, the mounting parts for the SCALER substrate which are most distant from the disk device are positioned at a distance equal to the distance of the four mounting holes of the power substrate in a direction identical to a long side of the liquid crystal television receiver from the common mounting parts which are most distant from the disk device, andfurther mounting parts for replacement of substrates are positioned and formed at locations in a direction opposite to the disk device from the common mounting parts which are nearest from the disk device and at a distance equal to the distance of the mounting holes of the SCALER substrate in the same direction as that of the long side of the liquid crystal television receiver.

7. The liquid crystal television receiver according to claim 2, wherein the liquid crystal television receiver in the disk device integrated type construction arranges the MPEG substrate on the disk device in a multilayer form, and arranges the power substrate on the LCD cover instead of the MPEG substrate.

8. The liquid crystal television receiver according to claim 3, wherein the liquid crystal television receiver in the disk device integrated type construction arranges the MPEG substrate on the disk device in a multilayer form, and arranges the power substrate on the LCD cover instead of the MPEG substrate.

9. The liquid crystal television receiver according to claim 6, wherein the liquid crystal television receiver in the disk device integrated type construction arranges the MPEG substrate on the disk device in a multilayer form, and arranges the power substrate on the LCD cover instead of the MPEG substrate.

10. The liquid crystal television receiver according to claim 2, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

11. The liquid crystal television receiver according to claim 3, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

12. The liquid crystal television receiver according to claim 4, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

13. The liquid crystal television receiver according to claim 6, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

14. The liquid crystal television receiver according to claim 7, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

15. The liquid crystal television receiver according to claim 8, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.

16. The liquid crystal television receiver according to claim 9, wherein a diagonal length of a display section of the liquid crystal panel is 14 inches or 15 inches.