JP3100122U - Multifunctional integrated television - Google Patents

Abstract

An object of the present invention is to be vulnerable to an external impact such as an impact during a drop test.
SOLUTION: The tray chassis 70 is slid toward the front cabinet 10 on the inner side of a bottom surface 50 with fitting claws 72 formed at two positions on the left and right of a bottom portion 71 of the tray chassis 70 as supports. Then, when the fitting claw 72 reaches the position where the fitting hole 60 is formed with the sliding movement, the fitting claw 72 and the fitting hole 60 are fitted. As a result, the tray chassis 70 is firmly fixed to the front cabinet 10 and can be prevented from swaying due to an impact at the time of a drop test and the like, and displacement or breakage of the fixed position of the tray chassis 70 or the deck chassis 90 can be prevented. it can.
[Selection diagram] FIG.

Description

The present invention relates to a multifunctional integrated television, and more particularly to a multifunctional integrated television for fixing a tray chassis to a predetermined position of a front cabinet.

Conventionally, as a fixed structure with a front cabinet of this type, the front cabinet is configured to be attached from the front side after the deck chassis is arranged in the housing, and the front cabinet has a bottom plate of the housing. A horizontal protruding piece is provided to be fitted into a stepped recess formed at the front end, and a protruding part projecting downward from the lower front end of the deck chassis is fitted into the same stepped recess on the upper surface of the horizontal protruding piece. A fixing structure is known (for example, refer to Patent Document 1).
Japanese Utility Model Registration No. 3093149

The fixing structure described in Patent Literature 1 discloses a technique of mounting a front cabinet from the front side after arranging a deck chassis in a housing, and the front cabinet includes a stepped concave portion of the housing and a deck chassis. Is fixed by fitting a horizontal protruding piece between the lower end of the front end and a convex portion protruding downward. Therefore, there is a problem that the deck chassis is fixed to the housing, and the deck chassis cannot be fixed to the front cabinet.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a multifunctional integrated television capable of easily and firmly fixing a tray chassis to a front cabinet.

In order to achieve the above object, the invention according to claim 1 slides the tray chassis from the rear side of the front cabinet forming an opening in the front surface for directing the display surface of the display device to the external space toward the front cabinet. In the multifunction integrated television in which the tray chassis is fixed to the peripheral position of the opening in the front cabinet, the front cabinet has two fitting holes at the left and right sides of the bottom surface, and the tray chassis slides. Fitting claws are formed at the left and right sides of the bottom, each of which has a slope that gradually protrudes from the front side to the rear side in the moving direction at the tip, and the tray chassis is slid a predetermined distance and then fitted. The tray chassis is fixed to the front cabinet by fitting the dowels and the fitting holes. There as.

In the device according to claim 1 configured as described above, the multifunctional integrated television is provided with a front cabinet having an opening formed on the front surface for directing the display surface of the display device to an external space. The tray chassis is slid toward the front cabinet, and the tray chassis is fixed at a position around the opening in the front cabinet. That is, in a multifunction integrated television including a video deck, a DVD drive, and the like, a tray chassis on which a deck chassis or the like is mounted is fixed to a position around the opening of the front cabinet. In addition, since a display device such as a CRT is attached to the opening, the tray chassis needs to be slid from the rear side of the front cabinet and fixed.

Therefore, the front cabinet is provided with fitting holes at two locations on the left and right sides of the bottom surface, and the tray chassis has a fitting claw that forms a slope that gradually protrudes from the front side to the rear side in the sliding movement direction at the tip end. Are provided at the left and right of the bottom, respectively. Then, the tray chassis is slid from the back side of the front cabinet toward the front cabinet by a predetermined distance, and then the fitting claws and the fitting holes are fitted to each other. To the front cabinet. That is, the fitting nail provided on the bottom of the tray chassis is fitted into the fitting hole provided on the bottom surface of the front cabinet, so that the tray chassis is firmly fixed to the front cabinet.

When the above-mentioned multi-function integrated television receives an external impact, if the tray chassis is not firmly fixed to the front cabinet, the tray chassis or the tray chassis housed inside the multi-function integrated television is The mounted deck chassis shakes greatly. As a result, the tray chassis or the deck chassis may be displaced from the original fixed position or may be damaged due to the above-mentioned swing. In the invention of the present application, since the tray chassis is firmly fixed to the front cabinet, when the multifunctional integrated television receives an external impact, the swing of the tray chassis or the deck chassis mounted on the tray chassis is caused. Can be suppressed, and displacement or breakage of the fixed position of the tray chassis or the deck chassis can be prevented. In particular, even when a shock is applied during a drop test of the product, it is possible to prevent the fixing position of the tray chassis or the deck chassis from being shifted or damaged.

Further, since the fitting claw has a slope gradually protruding from the front side to the rear side in the sliding movement direction at the distal end, the fitting claw is formed on the rear side in the sliding movement direction with the slope. The protruding tip formed by the side surface facing the bottom contacts the bottom surface. Therefore, it is easy to slide the tray chassis on the inside of the bottom surface of the front cabinet. Further, when the fitting claw is fitted into the fitting hole, the side face of the fitting claw that faces rearward in the sliding movement direction of the fitting claw abuts with a long distance. Even when an impact is received from the side, the impact prevents the fitting claws from coming out of the fitting holes, and prevents the tray chassis from shifting rearward in the sliding movement direction.
In addition, since the fitting claws are merely fitted into the fitting holes, the front cabinet and the tray chassis are fixed easily and at low cost as compared with the case where the front cabinet and the tray chassis are fixed with screws or the like. be able to.

The invention according to claim 2 is a multifunction integrated television that slides a tray chassis from the rear side of the front cabinet toward the front cabinet and fixes the tray chassis at a predetermined position of the front cabinet, The front cabinet is provided with a fitting hole on the bottom surface, and the tray chassis is provided with a fitting claw on the bottom, and the fitting is performed by fitting the fitting claw and the fitting hole to the tray chassis. It is configured to be fixed to.

In the invention according to claim 2 configured as described above, the tray chassis is slid from the rear side of the front cabinet toward the front cabinet, and the tray chassis is fixed at a predetermined position of the front cabinet.
Here, the front cabinet has a fitting hole on the bottom surface, and the tray chassis has a fitting claw on the bottom. Then, the tray chassis is slid from the rear side of the front cabinet toward the front cabinet, and a fitting claw provided on a bottom portion of the tray chassis is fitted into a fitting hole provided on a bottom surface of the front cabinet. The tray chassis is firmly fixed to the front cabinet. Therefore, similarly to the invention according to the first aspect, when the multifunction integrated television receives an external impact such as an impact during a drop test, the swing of the tray chassis or the deck chassis mounted on the tray chassis is reduced. This can prevent the tray chassis and the deck chassis from being displaced or damaged at the fixed position. Also, since the fitting claws are merely fitted into the fitting holes, the front cabinet and the tray chassis can be fixed easily and at low cost as compared with the case where the front cabinet and the tray chassis are fixed with screws or the like. Can be.

Here, the number of the fitting holes and the number of the fitting claws may be any number. As an example, the invention according to claim 3 is based on the multifunction integrated television according to claim 2. The fitting holes are formed at two positions on the left and right of the bottom surface of the front cabinet, and the fitting claws are formed at two positions on the left and right of the bottom of the tray chassis.

In the device according to claim 3 configured as described above, the fitting holes are respectively formed at two right and left positions on the bottom surface of the front cabinet, and the fitting claws are formed at two right and left positions on the bottom of the tray chassis. Are formed respectively. That is, by providing the fitting claws at two places on the left and right of the bottom of the tray chassis, when the tray chassis is slid on the inside of the bottom surface of the front cabinet, the fitting claws at the two places on the left and right serve as support, The tray chassis can be slid in a stable state. As a result, the tray chassis can be efficiently fixed to the front cabinet.

According to a fourth aspect of the present invention, in the multi-function integrated television according to the second or third aspect, the fitting claw is gradually moved from a front side to a rear side in a sliding movement direction. The protruding slope is formed at the tip.

In the invention according to claim 4 configured as described above, the tip of the fitting claw is formed with a slope that gradually protrudes from the front side to the rear side in the sliding movement direction. Therefore, the fitting claw contacts the bottom surface at an acute angle portion formed by the inclined surface and the side surface facing the rear side in the slide movement direction, and the obtuse angle formed by the inclined surface and the side surface facing the front side in the slide movement direction. The part floats slightly from the bottom. As a result, when the fitting claws move on the inside of the bottom surface of the front cabinet with the sliding movement, the fitting claws are less likely to be caught by the unevenness on the inside of the bottom surface, and the tray chassis slides smoothly on the tray chassis. Can be done. Further, when the fitting claw is fitted into the fitting hole, the side surface of the fitting claw that faces rearward in the sliding movement direction contacts the side surface of the fitting claw with a long distance. Even when an impact is received from the side, the impact prevents the fitting claws from coming out of the fitting holes, and prevents the tray chassis from shifting rearward in the sliding movement direction.

According to a fifth aspect of the present invention, in the multi-function integrated television according to any one of the second to fourth aspects, the front cabinet slides inside the bottom surface toward the front cabinet. A guide groove for guiding the fitting claw of the tray chassis to a position where the fitting hole is formed is provided.

In the invention according to claim 5 configured as described above, the front cabinet has a guide groove inside the bottom surface. The guide groove guides a fitting claw of the tray chassis that slides toward the front cabinet to a position where the fitting hole is formed. That is, when the tray chassis is placed on the inside of the bottom surface of the front cabinet so as to fix the tray chassis to the front cabinet, the fitting claws enter the guide grooves. Then, with the sliding movement, the fitting claw advances along the guide groove, and is guided as it is to a position having the fitting hole. Therefore, the fitting claws are reliably guided in the fitting holes, and the tray chassis is easily fixed to the front cabinet.

With the above-described configuration, the tray chassis is firmly fixed to the front cabinet. However, a configuration that can securely fix the upper and lower positions of the tray chassis with respect to the front cabinet may be added.
Therefore, a device according to claim 6 is the multifunction integrated television according to any one of claims 2 to 5, wherein the fitting hole is formed by fitting the fitting hole and the fitting claw. When the tray chassis is slid toward the front cabinet in the fitted state, the fitting claw is formed in such a size as to be able to move a slight distance in the sliding movement direction in the fitting hole, and The front end of the chassis and a predetermined position of the front cabinet that approaches the front end when the fitting claw moves a little distance in the sliding movement direction in the fitting hole. An upper and lower positioning fitting portion for fixing the vertical position is formed, and the vertical position of the tray chassis is fixed by the vertical positioning fitting portion. By mounting the rear cabinet behind the front cabinet, it is constituted is fixable to the front and rear position of the tray chassis.

In the invention according to claim 6 configured as described above, the fitting hole slides the tray chassis toward the front cabinet in a state where the fitting hole and the fitting claw are fitted. In this case, the fitting claw is formed in such a size that the fitting claw can move a little distance in the sliding movement direction in the fitting hole. That is, the fitting hole has some play in the sliding direction. On the other hand, the front end portion of the tray chassis and a predetermined position of the front cabinet which approach the front end portion when the fitting claw moves a little distance in the sliding movement direction in the fitting hole, are vertically positioned and fitted. A part is formed. Therefore, if the tray chassis is further slid a little distance in the state where the fitting hole and the fitting claw are fitted, and the vertical positioning fitting portion is fitted, the tray chassis can be moved relative to the front cabinet. The vertical position of the tray chassis can be fixed.

As described above, since the fitting hole has a slight play in the sliding movement direction, it is necessary to prevent the tray chassis from moving in the sliding movement front and rear direction by the play distance of the fitting hole. Therefore, the tray chassis is pressed from the rear by attaching the rear cabinet to the rear of the front cabinet after fixing the vertical position of the tray chassis with respect to the front cabinet by fitting the vertical positioning fitting portion. However, the tray chassis is prohibited from moving back and forth in the sliding direction. As a result, the front and rear positions of the tray chassis are also fixed.

As described above, according to the first and second aspects of the present invention, there is provided a multifunctional integrated television in which the tray chassis is firmly fixed to the front cabinet with a simple configuration and at low cost. be able to.
According to the third aspect of the present invention, the tray chassis can be slid in a stable state, and the tray chassis can be efficiently fixed to the front cabinet.
Further, according to the invention of claim 4, the tray chassis can be slid smoothly, and the fitting state between the fitting claw and the fitting hole is not easily released.
Further, according to the present invention, the fitting claw is reliably guided to the position where the fitting hole is formed, so that the tray chassis can be easily fixed to the front cabinet.
Further, according to the present invention, the vertical position and the front-back position of the tray chassis with respect to the front cabinet can be reliably fixed.

FIG. 1 is a perspective view showing a front cabinet and a tray chassis fixed to the front cabinet according to an embodiment of the present invention. Here, as the multifunctional integrated television according to the present invention, various types such as a television integrated with a video deck, so-called televideo, a television integrated with a DVD player, and the like are assumed.
As shown in FIG. 1, an opening 30 is formed substantially at the center of the front surface 20 of the front cabinet 10. A display device (not shown) such as a CRT with a display surface facing the front is attached to the opening 30. An outlet 40 is formed at a position below the opening 30 on the front surface 20. That is, the user accommodates an information medium, such as a video cassette, a DVD, or a music CD, inside the multifunction integrated television or takes it out of the multifunctional television via the outlet 40.
In the bottom surface 50 of the front cabinet 10, fitting holes 60 are formed at two locations on the left and right, respectively. The opening shape of the fitting hole 60 is substantially rectangular, and the fitting hole 60 passes through the bottom surface 50.

On the other hand, two fitting claws 72 are provided on the bottom portion 71 of the tray chassis 70 at two locations on the left and right, respectively, and project substantially vertically downward. The fitting claw 72 is a projection having a substantially rectangular cross section. Alternatively, a U-shape can be adopted as the cross-sectional shape of the fitting claw 72. The fitting claw 72 is formed in such a size that it fits into the fitting hole 60 with almost no gap. In addition, the width between the fitting holes 60 formed on the left and right portions of the bottom surface 50 and the width between the fitting claws 72 formed on the left and right portions of the bottom portion 71 are equal. Further, a substrate 80 and a deck chassis 90 are mounted on the tray chassis 70.

Here, a display device (not shown) is attached to the opening 30 as described above. Therefore, in the assembly work of the multifunctional integrated television, the tray chassis 70 on which the deck chassis 90 and the like are mounted is slid in the direction from the rear side of the front cabinet 10 toward the front cabinet 10 (hereinafter, slide moving direction). Thus, it is attached to a position around the opening 30 in the front cabinet 10.

FIG. 2 is a diagram showing the front cabinet 10 and the tray chassis 70 from the side.
As shown in the figure, a slope 72 a that gradually protrudes from the front side to the rear side in the sliding movement direction is formed at the tip of the fitting claw 72. That is, the tip of the fitting claw 72 gradually tapers from the front side to the rear side in the sliding movement direction.
When the tray chassis 70 slides toward the front cabinet 10, the tray chassis 70 comes on the inside of the bottom surface 50 of the front cabinet 10 via the fitting claws 72. Then, the tray chassis 70 slides by a distance from the rear end 51 of the bottom surface 50 to the fitting hole 60 with the fitting claw 72 as a support. Since the slope 72a is formed at the tip of the fitting claw 72, the fitting claw 72 is formed by the slope 72a and the side surface extending substantially vertically downward on the rear side in the sliding movement direction. It touches on the inside of the bottom surface 50 at an acute angle portion. Further, an obtuse angle portion formed by the slope 72 a and a side surface extending substantially vertically downward on the front side in the slide movement direction slightly floats from the bottom surface 50. Therefore, the fitting claw 72 can smoothly slide on the inside of the bottom surface 50 without being caught by the unevenness on the inside of the bottom surface 50.

Then, when the fitting claw 72 slides to the position where the fitting hole 60 is formed, the fitting claw 72 and the fitting hole 60 are fitted. FIG. 3 shows a state where the tray chassis 70 is fixed to the front cabinet 10 from the side.
As shown in the figure, the fitting claws 72 of the tray chassis 70 are fitted into the fitting holes 60 of the front cabinet 10, so that the tray chassis 70 is fixed to the front cabinet 10. The fixing position of the tray chassis 70 is a position around the opening 30 to which a display device such as a CRT is attached, and is fixed below the opening 30 in FIG. In addition, the fitting of the fitting claws 72 and the fitting holes 60 lowers the tray chassis 70, and the bottom 71 of the tray chassis 70 and the inside of the bottom surface 50 abut. As a result, the vertical position of the tray chassis 70 with respect to the front cabinet 10 is determined, and the vertical position of the deck chassis 90 mounted on the tray chassis 70 matches the vertical position of the take-out port 40.

The cross section of the fitting claw 72 is substantially rectangular or U-shaped, and the opening shape of the fitting hole 60 is substantially rectangular, so that the fitting claw 72 rotates in the fitting hole 60. There is no. That is, the tray chassis 70 is firmly fixed to the front cabinet 10. Therefore, even when the multifunctional integrated television according to the present invention receives a strong external impact such as an impact at the time of a drop test, the tray chassis 70 and the substrate 80 and the deck chassis 90 mounted on the tray chassis 70 are not affected. Shaking can be suppressed, and displacement or breakage of the fixed position of such components can be prevented. Also, no work other than fitting the fitting claw 72 into the fitting hole 60 is required, and the front cabinet 10 and the tray chassis 70 are simpler and less expensive than the case where the tray chassis 70 is fixed with screws or the like. The cabinet 10 and the tray chassis 70 can be fixed.

Here, at the tip of the fitting claw 72, a slope 72a is formed so as to gradually protrude from the front side to the rear side in the sliding movement direction, so that the front side in the sliding movement direction of the fitting claw 72 is formed. Of the fitting claw 72, the side surface extending substantially vertically downward extends in the substantially vertical downward direction on the rear side in the sliding movement direction of the fitting claw 72, as compared with the distance in which the side surface extends substantially vertically downward. The distance at which the side surface is in contact with the side surface of the fitting hole 60 is longer. Therefore, even when an impact is received from the front side in the sliding movement direction, the side surface of the fitting claw 72 extending substantially vertically downward on the rear side in the sliding movement direction is fitted to the side surface of the fitting hole 60. Since the abutment is performed with a long distance, the same impact prevents the fitting claw 72 from coming out of the fitting hole 60, thereby preventing the tray chassis 70 from shifting rearward in the sliding movement direction.

When the tray chassis 70 is slid on the inside of the bottom surface 50, the guide groove 52 for guiding the fitting claw 72 to the position where the fitting hole 60 is formed is formed in the bottom surface 50, so that the tray chassis 70 can be efficiently moved. Can be fixed to the front cabinet 10.
FIG. 4 is an enlarged view showing the inside of the bottom surface 50 where the guide groove 52 is formed. As shown in the figure, inside the bottom surface 50, between the rear end 51 and the fitting hole 60, guide grooves 52 having substantially the same width as the width of the fitting hole 60 in the lateral direction are provided at two locations on the left and right, respectively. Is formed. When the tray chassis 70 is slid toward the front cabinet 10 after the tip of the fitting claw 72 is inserted into the guide groove 52, the fitting claw 72 advances in the guide groove 52, It is reliably guided to the fitting hole 60. Therefore, the tray chassis 70 can be easily fixed to the front cabinet 10.

The depth of the guide groove 52 can be arbitrarily set, but it is sufficient that the fitting claw 72 that advances in the guide groove 52 does not derail during slide movement. Also, as shown in FIG. 5, if the guide groove 53 is formed so that the width of the groove becomes wider as approaching the rear end 51, the lateral position of the tray chassis 70 placed on the inner side of the bottom surface 50 is slightly shifted. However, the fitting claw 72 can be reliably guided to the fitting hole 60.

に よ っ て With the configuration described above, the tray chassis 70 is firmly fixed to the front cabinet 10. Here, the front cabinet 10 is formed with a take-out port 40, and it is necessary to reliably position the vertical position of the deck chassis 90 mounted on the tray chassis 70 with respect to the vertical position of the take-out port 40. . Therefore, a configuration for reliably positioning the upper and lower positions of the tray chassis 70 with respect to the front cabinet 10 may be added.

FIG. 6 is a perspective view showing the front cabinet 10 and the tray chassis 70 having the vertical positioning fitting portion 100.
The vertical positioning fitting portion 100 may be any as long as it can fix the vertical position of the tray chassis 70 with respect to the front cabinet 10. Therefore, in the same figure, fitting claws 101 are formed at two places on the left and right inside the front face 20, and fitting holes 102 are formed at two places on the left and right at the front end of the tray chassis 70. That is, the vertical positioning fitting portion 100 is configured by the fitting claws 101 and the fitting holes 102. Note that it is naturally possible to form the fitting hole 102 on the front surface 20 side and form the fitting claw 101 on the tray chassis 70 side.

The fitting claw 101 can adopt various shapes, and may be a projection having a substantially circular cross section or a projection having a polygonal cross section. On the other hand, the fitting hole 102 is formed in a concave shape for guiding the fitting claw 101 inside.
When the front cabinet 10 and the tray chassis 70 have the vertical positioning fitting portion 100, the fitting hole 60 is formed so that the fitting claw 72 fitted in the fitting hole 60 can move a little distance in the sliding movement direction. , So-called play (hereinafter referred to as an extension space 61).

FIG. 7 shows the front cabinet 10, the tray chassis 70, and the rear cabinet 110 from the side when the vertical positioning fitting portion 100 is in a fitted state.
The tray chassis 70 is slid from the rear end 51 of the bottom surface 50 to a position where the fitting hole 60 is formed, and the fitting claw 72 and the fitting hole 60 are fitted to each other. The vertical position with the mating hole 102 coincides. When the tray chassis 70 is further slid by a distance in the sliding movement direction of the extension space 61 in a state where the fitting claw 72 and the fitting hole 60 are fitted, the fitting claw 101 and the fitting hole 102 are moved. Are fitted. As a result, the vertical position of the tray chassis 70 with respect to the front cabinet 10 is securely fixed, and the vertical position of the deck chassis 90 with respect to the vertical position of the outlet 40 is reliably positioned.

However, since the fitting hole 60 has the extension space 61, the fitting claw 72 may move in the fitting hole 60 in the front-rear direction of the sliding movement. Therefore, as shown in the figure, by pressing the rear end of the tray chassis 70 at a predetermined position inside the rear cabinet 110 mounted behind the front cabinet 10, it is possible to prevent the tray chassis 70 from moving in the front and rear direction of the sliding movement. Prohibition. As a result, the front and rear positions of the tray chassis 70 with respect to the front cabinet 10 are also securely fixed.

Thus, the tray chassis 70 is slid toward the front cabinet 10 on the inner side of the bottom surface 50 with the fitting claws 72 formed at the two right and left portions of the bottom portion 71 of the tray chassis 70 as supports. Then, when the fitting claw 72 reaches the position where the fitting hole 60 is formed with the sliding movement, the fitting claw 72 and the fitting hole 60 are fitted. As a result, the tray chassis 70 is firmly fixed to the front cabinet 10 and can be prevented from swaying due to an impact at the time of a drop test and the like, and displacement or breakage of the fixed position of the tray chassis 70 or the deck chassis 90 can be prevented. it can.

FIG. 2 is a perspective view showing a front cabinet and a tray chassis according to the embodiment of the present invention. It is a side view which shows a front cabinet and a tray chassis. It is a side view showing the state where the tray chassis was fixed to the front cabinet. It is an enlarged view showing the inside of the bottom which forms a guide slot. It is an enlarged view which shows the inside of the bottom face which forms the guide groove of another shape. It is a perspective view which shows a front cabinet and a tray chassis when it has an up-down positioning fitting part. It is a side view which shows a front cabinet, a tray chassis, and a rear cabinet when the up-down positioning fitting part is in the fitting state.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 10 ... Front cabinet 20 ... Front 30 ... Opening 40 ... Outlet 50 ... Bottom 51 ... Rear end 52, 53 ... Guide groove 60 ... Fitting hole 61 ... Extension space 70 ... Tray chassis 71 ... Bottom 72 ... Fitting claw 72a ... Slope 80: Board 90: Deck chassis 100: Vertical positioning fitting part 101: Fitting claw 102: Fitting hole 110: Rear cabinet

Claims (6)

The tray chassis is slid from the rear side of the front cabinet forming the opening for directing the display surface of the display device to the external space toward the front cabinet, and the tray chassis is moved to a position around the opening in the front cabinet. In a multifunctional integrated television that fixes
The front cabinet has fitting holes at the left and right two places on the bottom respectively,
The tray chassis is provided with two fitting claws at the left and right sides of the bottom, each of which has a slope formed at the front end with a slope gradually projecting from the front side to the rear side in the sliding movement direction,
A multifunctional integrated television, wherein the tray chassis is fixed to the front cabinet by sliding the tray chassis a predetermined distance and then fitting the fitting claw and the fitting hole. John. A multifunctional integrated television that slides a tray chassis from the rear side of the front cabinet toward the front cabinet and fixes the tray chassis at a predetermined position of the front cabinet,
The front cabinet has a fitting hole on the bottom,
The tray chassis has a fitting claw on the bottom,
A multifunctional integrated television, wherein the tray chassis is fixed to the front cabinet by fitting the fitting claw and the fitting hole. The said fitting hole is formed in each of the right and left two places of the bottom face of the said front cabinet, and the said fitting claw is respectively formed in the left and right two places of the bottom part of the said tray chassis, The Claim 2 characterized by the above-mentioned. Multifunctional integrated television. The multi-function device according to claim 2, wherein the fitting claw has a slope formed at a front end thereof that gradually protrudes from a front side to a rear side in a sliding movement direction. Body type television. The front cabinet has a guide groove inside the bottom surface for guiding a fitting claw of the tray chassis that slides toward the front cabinet to a position where the fitting hole is formed. A multifunctional integrated television according to any one of claims 2 to 4. When the tray chassis is slid toward the front cabinet in a state where the fitting hole and the fitting claw are fitted, the fitting claw slides in the fitting hole in the fitting movement direction. It is formed in a size that can move a little distance to
At the front end of the tray chassis, and at a predetermined position of the front cabinet that comes close to the front end when the fitting claw moves a little distance in the sliding movement direction within the fitting hole, the tray with respect to the front cabinet is provided. A vertical positioning fitting part for fixing the vertical position of the chassis is formed,
The vertical position of the tray chassis is fixed by the vertical positioning fitting portion, and then the rear cabinet is attached to the rear of the front cabinet so that the front and rear positions of the tray chassis can be fixed. The multifunction integrated television according to any one of claims 2 to 5.

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