KR20060056232A - Rotatable built-in system of image-sound installation - Google Patents

Abstract

The present invention relates to a rotary wall embedded system of a video-acoustic device which enables viewing of a video-acoustic device on both sides of a wall by rotatably installing a video-acoustic device such as a TV or a home theater. . The rotary wall embedded system 1 of an image-acoustic device according to the present invention includes an image-acoustic device 10 having a thin-film TV, a support frame 20 for supporting the image-acoustic device 10, and the support. A wall frame 30 surrounding the circumference of the frame 20 and the support frame 20 is rotatably mounted, and the support frame 20 with respect to the wall frame 30 to the front right position or the rear right position. Rotating means 40 to rotate, and the wall 50 is formed through the mounting hole 51 is fixed to the wall frame 30, the rotation of the support frame 20 of the support means 20 Rotation to the forward or backward position allows viewing of the video-sound device 10 on both sides of the wall 50.

Description

Rotatable Built-In System of Image-Sound Installation

1 is a schematic diagram of a rotary wall embedded system of an image-acoustic device according to the present invention;

Figure 2 is an operation of the rotary wall embedded system of the video-acoustic device according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: System 10 of the Invention: Image-acoustic Equipment (Thin Film TV)

20: support frame 30: wall frame

40: rotating means 41: rotating shaft

42: driven gear 43: drive gear

44: motor 45: controller

46: remote control 50: wall

51: mounting holes

(Technology)

FIELD OF THE INVENTION The present invention relates to a rotary wall embedded system of video-acoustic devices, and more particularly to video-acoustic devices on both sides of a wall by rotatably installing video-acoustic devices such as TVs and home theaters. It relates to a rotary wall embedded system of an image-acoustic device for viewing.

(Background)

Television, a typical video-audio device widely used in homes, has been gradually replaced by high-definition products such as PDP TVs and LCD TVs through projection of large screens from traditional CRTs. The spread of home theater systems that can be viewed in realistic stereoscopic sound is also increasing.

Such a video-audio system such as a TV or a home theater is generally placed on a cabinet or the like placed in a wall of a living room or a home room for viewing, and is suitable for a thin wall type TV such as a PDP or LCD TV, which is developed as a wall-mount type. You can also walk to the wall and watch.

PDP TVs and LCD TVs have the advantage of being able to be manufactured with high resolution and thinness in contrast to CRTs and projections, making them possible to be wall-mounted, which takes up less space in the interior.However, the price is considerably higher than conventional CRTs. Its distribution is delayed.

Although thin-film TVs or home theaters including them are attractive as high-definition high-definition digital video-audio systems, they are being delayed due to the price burden. It would be desirable to be able to more effectively use.

It is an object of the present invention to provide an installation system of a video-audio device having a new structure which increases the utilization of an expensive video-sound system including a PDP TV or an LCD TV.

According to the present invention, there is provided a rotary wall embedded system of an image-acoustic device.

In the rotary wall embedded system of an image-acoustic device according to the present invention, an image-acoustic device having a thin-film TV, a support frame for supporting the image-acoustic device, a support frame surrounding the support frame, and the support frame is rotatable A wall frame mounted to the wall frame, a rotation means for rotating the support frame to the front or rear position relative to the wall frame, and a wall through which the wall frame is fixedly mounted. Rotation of the support frame to the front or rear position allows the viewing of the video-acoustic device on both sides of the wall.

Preferably, the rotating means includes a rotating shaft which is a center for rotating the support frame with respect to the wall frame, a driven gear connected to the rotating shaft, a drive gear coupled to the driven gear, a motor for rotating the drive gear, and the It may include a controller for controlling the rotation and stop position in the forward and reverse direction of the motor.

Hereinafter, with reference to the accompanying drawings will be described in detail the rotary wall embedded system of the video-acoustic device according to the present invention. The following embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention.

1 is a schematic diagram of a rotary wall embedding system of an image-acoustic device according to the present invention, and FIG. 2 is an operation diagram of a rotary wall embedding system of an image-acoustic device according to the present invention.

As shown, the rotary wall embedded system 1 of the video-acoustic device according to the present invention is basically a video-acoustic device 10, the support frame 20, the wall frame 30, the rotating means 40 , And the wall 50.

The video-audio device 10 refers to a thin film TV that can be made thin such as a PDP TV or an LCD TV, or a home theater including such a thin film TV in some configuration. Hereinafter, the video-audio device 10 As an example, a thin film TV is described and the same reference numeral 10 is used for the video-audio device and the thin film TV.

As a TV of the image-acoustic apparatus 10 applied to the present invention, the CRT or the projection is excluded and the thin-film TV 10 is adopted, basically, the thickness of the wall 50 through which the system 1 of the present invention is penetrated. This is because the wall built-in system which mounts the device 10 over, and the wall thickness (for example, 150 mm) limited only to the thin film-type TV 10 can provide a mounting space without difficulty.

The support frame 20 supports the image-acoustic device 10 and rotates integrally with the image-acoustic device 10 when the image-acoustic device 10 is rotatably installed with respect to the wall frame 30. It is a skeleton frame.

The illustrated embodiment shows a case where the thin film TV 10 is applied as the video-audio device 10, and the support frame 20 forms a frame by wrapping the entire circumference of the thin film TV 10.

The wall frame 30 is a frame fixedly installed in the mounting hole 51 formed through the wall 50, surrounds the circumference of the support frame 20 and rotatably receives the support frame 20. That is, the video-audio device 10 is rotatably mounted inside the wall frame 30 while being fixed to the support frame 20.

Rotation and fixation of the support frame 20 relative to the wall frame 30 are realized by the rotation means 40. The rotating means 40 is not particularly limited as long as the means for rotating the support frame 20 by the user's operation to stop the image-acoustic device 10 at the front or rear position is not particularly limited. As the 40, known power transmission means such as a rotating shaft, a motor, a gear, and the like can be used.

In the illustrated embodiment, the rotating shaft 41, which is the center for rotating the support frame 20 based on the wall frame 30, the driven gear 42 connected to the rotating shaft 41, and the driven gear 42. Drive gear 43 coupled at an appropriate deceleration rate, a motor 44 for rotating the drive gear 43 (eg, forward and reverse stepping motor), and a rotation and stop position in the forward and reverse directions of the motor 44, and the like. Illustrates a rotating means 40 including a controller 45 and a remote controller 46 for remotely controlling the controller 45. Of course, the remote control 46 may be omitted.

However, the rotating means 40 shown is only for explaining the basic principle of rotating the image-acoustic device 10 in the mounting opening 51 of the wall 50, a variety of well-known mechanical, electrical, electronic techniques Combination will be able to implement a rotating means 40 of various structures applicable to the present invention.

Since the present invention is a system for embedding the image-acoustic device 10 in the wall 50, the wall 50 is included as one component, the mounting hole for fixing the wall frame 30 to the wall 50 51 is formed through.

That is, in the system 1 of the present invention described above, the mounting holes 51 are formed through the wall (eg, the wall forming the boundary between the living room and the main room), and the wall frame 30 is mounted on the mounting holes 51. Then, the video-acoustic device 10 is mounted on the support frame 20 so that the support frame 20 is inserted into the wall frame 30 and the rotating means 40 on the support frame 20. Mounted in such a way as to operate the rotating means 40 so that the image-acoustic device 10 faces the living room side or the inner side toward the living room side and the interior room to view the image-acoustic device 10.

The system (1) of the present invention, which is built-in wall, can be applied to existing buildings, but it may be desirable to apply it as an option from the design stage when building a multi-family house such as an apartment.

In the system 1 of the present invention, which is built-in wall, sound insulation may be a problem between two spaces having a penetrated wall 50 therebetween. In order to solve the problem of sound insulation, the support frame 20 is formed in a size that fits perfectly to the wall frame 30 in a range where its rotation is not hindered so that the outer periphery of the support frame 10 and the wall frame 30 It is desirable to close as much as possible between the inner perimeters.

In addition, for more reliable sound insulation, the mechanical sound insulation devices that operate to close the gap between the wall frame 30 when the support frame 20 is in place are supported by the support frame 20 and / or the wall frame 30. Will be installed in

In addition, by installing the sound insulation curtains on the system 1 of the present invention on both sides of the wall 50 and closing the sound insulation curtains when the video-acoustic device 10 is not used or when rotated to the opposite side, the system It would be possible to block the exposure in (1) and make the sound insulation more reliably.

In addition, among the components of the video-audio device 10, other components except for the TV, for example, a DVD of a home theater, may be mounted on the support frame 20 to be rotated together with the TV. It may be possible to rotate only the TV without attaching it to 20).

In addition, by applying a known mechanical / electrical equipment, the height of the support frame 20 with respect to the wall frame 30 can be adjusted up and down to adjust the viewing eye height of the video-sound device 10, or the wall A structure for adjusting the viewing angle of the support frame 20 relative to the frame 30 to adjust the viewing angle may also be employed in the system of the present invention.

According to the rotary wall built-in system of the video-acoustic device according to the present invention described above, as a system for rotatably mounting the video-audio device 10 to the through-mounting opening 51 of the wall 50, the wall is bounded Even if only one set is installed on the wall 50 without having to provide the video-audio device 10 in both spaces, it is possible to select and view in both spaces (for example, a living room and a room). There is an effect that can increase the utilization of the sound device (10).

Claims (2)

Image-acoustic device 10 having a thin film TV, support frame 20 for supporting the image-acoustic device 10, surrounding the support frame 20 and the support frame 20 is rotatable Wall frame 30 to be securely mounted, rotating means 40 for rotating the support frame 20 to the front or rear position relative to the wall frame 30, and the wall frame 30 is fixedly mounted And a wall 50 through which the mounting holes 51 are formed, and the wall 50 is rotated by the rotation means 40 to the front or rear position of the support frame 20. A system for embedding a rotary wall of an image-acoustic device, characterized in that viewing of the image-acoustic device is possible at both sides. According to claim 1, The rotating means 40, the rotating shaft 41 which is the center for rotating the support frame 20 with respect to the wall frame 30, the driven gear connected to the rotating shaft 41 ( 42), a drive gear 43 coupled to the driven gear 42, a motor 44 for rotating the drive gear 43, and a rotation and stop position in the forward and reverse directions of the motor 44, and the like. And a controller (45).

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