CN203404572U

CN203404572U - Display device and splice type base

Info

Publication number: CN203404572U
Application number: CN201320455019.6U
Authority: CN
Inventors: 陈蹯; 赵勇
Original assignee: TCL Corp
Current assignee: TCL Corp
Priority date: 2013-07-29
Filing date: 2013-07-29
Publication date: 2014-01-22
Anticipated expiration: 2023-07-29

Abstract

The utility model discloses a display device and a splice type base. The splice type base comprises a supporting column and a supporting plate. The upper end of the supporting column is used for being fixed on a shell of a display screen of the display device, the lower end of the supporting column is fixedly connected with the supporting plate, the supporting plate is formed by a plurality of base plate units in a spliced mode, and the adjacent base plate units are in detachable connection. As the supporting plate formed by the detachably-connected base plate units in a spliced mode is adopted, the bases in different shapes and sizes can be spliced according to the requirements to adapt to the surrounding environment by increasing or decreasing the number of the base plate units and changing the positions of the different base plate units, the integration and coordination effects of the display device on the surrounding environment are accordingly improved, and vision fatigue feelings of a user to an existing display device in the long-time using process are further relieved.

Description

A kind of display unit and spliced base

Technical field

Passive base portion field when the utility model relates to display unit and vertical placement thereof, in particular a kind of user of alleviating is because of the long-term spliced base that uses the display unit that produces visual fatigue sense.

Background technique

The display unit such as flat panel TV under traditional vertical laying state, the supporting surface of its base is all the monoblock dunnage that size is certain and shape is fixing conventionally.

But, in long-term using process, user often wishes to convert aperiodically the size and shape of display unit base, the visual fatigue sense existing display unit being produced to alleviate user, and contribute to improve display unit incorporating and coordinative role surrounding enviroment.

Therefore, prior art still haves much room for improvement and develops.

Model utility content

For solving the problems of the technologies described above, the utility model provides a kind of spliced base, can improve display unit incorporating and coordinative role surrounding enviroment.

Meanwhile, the utility model also provides a kind of display unit, can alleviate the visual fatigue sense that user produces existing display unit.

The technical solution of the utility model is as follows: a kind of spliced base, comprise a supporting post and a dunnage, the upper end of described supporting post is for being fixed on the housing of display unit display screen, the lower end of described supporting post and described dunnage are connected to a fixed, wherein: described dunnage is spliced by polylith base board unit, between adjacent described base board unit, form and removably connect.

Described spliced base, wherein: on the sidewall of the base board unit being connected to a fixed with described supporting post, be provided with attachment hole, on the sidewall of remaining base board unit, be provided with attachment post and attachment hole, described attachment post is inserted in the attachment hole of adjacent substrate unit when splicing.

Described spliced base, wherein: on the sidewall of described attachment post, be arranged with elastic collar, described elastic collar close-fitting is between this attachment post and its attachment hole inserting.

Described spliced base, wherein: the annular slot that is provided with adaptive nested described elastic collar on the sidewall of described attachment post.

Described spliced base, wherein: described elastic collar is the metal collar of C font.

Described spliced base, wherein: the outer wall of described metal collar has the shape of outwardly arc-shaped curved surface.

Described spliced base, wherein: described attachment hole is blind hole, the length of described attachment post and the degree of depth of this blind hole match.

Described spliced base, wherein: described base board unit is rectangular block, described attachment hole is arranged on three sidewalls of this rectangular block, and described attachment post is arranged on the another side sidewall of this rectangular block.

Described spliced base, wherein: described base board unit is rectangle block, the twice that the length on this rectangular block length limit is its width edge length, on the sidewall at these rectangle block two ends, be respectively arranged with a described attachment hole, on a sidewall in these rectangle block both sides, be provided with two described attachment holes, on another sidewall, be provided with two described attachment posts.

, comprising display screen and base, the housings support of described display screen is on described base, wherein: described base is the spliced base described in above-mentioned middle any one.

A kind of display unit provided by the utility model and spliced base, owing to having adopted the base board unit removably connecting to splice the dunnage assembling, by the increase and decrease quantity of base board unit and the position of running transform different substrate unit, can splice as required difformity and big or small base to adapt to the environment of periphery, improve thus display unit to the incorporating and coordinative role of surrounding enviroment, and then also alleviated the visual fatigue sense that user produces existing display unit in long-term using process.

Accompanying drawing explanation

Fig. 1 is the stereogram of the display unit back side direction of the supporting surface of the spliced base of the utility model while being a large rectangle block.

Fig. 2 be the supporting surface submission misphase of the spliced base of the utility model connect three small rectangular blocks time the stereogram of display unit back side direction.

Fig. 3 is that the supporting surface of the spliced base of the utility model is the amplification stereogram under cross decomposing state.

Fig. 4 is the amplification stereogram of the supporting surface single base board unit used of the spliced base of the utility model.

Embodiment

Below with reference to accompanying drawing, embodiment of the present utility model and embodiment are described in detail, described specific embodiment only, in order to explain the utility model, is not intended to limit embodiment of the present utility model.

As shown in Figure 1, Fig. 1 is the stereogram of the display unit back side direction of the supporting surface of the spliced base of the utility model while being a large rectangle block, the display unit of this vertical placement comprises display screen and two parts of base, the housing 100 of described display screen is supported on described base, described base is comprised of a supporting post 200 and a dunnage 300, the upper end of described supporting post 200 is fixed on the bottom of described housing 100, the lower end of described supporting post 200 and described dunnage 300 are connected to a fixed, the improvement of the utility model display unit and spliced base thereof is, described dunnage 300 is comprised of 360 splicings of polylith base board unit, between adjacent described base board unit 360, form and removably connect, dunnage 300 shown in Fig. 1 is exactly by 9 base board units 360, to be spliced into the shape of a large rectangle block.

Shown in Fig. 2, Fig. 2 be the supporting surface submission misphase of the spliced base of the utility model connect three small rectangular blocks time the stereogram of display unit back side direction, dunnage 300` shown in Fig. 2 develops and comes on the basis of the dunnage 300 shown in Fig. 1, only need mobile two base board units 360 wherein, just can make this dunnage 300` develop into the shape of three small rectangular blocks that dislocation is connected, and the shell 100 of supporting post 200 on described dunnage 300` and display screen or the same with Fig. 1; Thus can be according to the needs of surrounding enviroment, by the position of the different described base board units 360 of running transform, and the quantity that increases and decreases described base board unit 360, splice and combine out various difform dunnages, so that original display unit can be dissolved in the environment of its periphery more in phase, and alleviate the visual fatigue sense that user produces existing display unit in long-term using process.

Shown in Fig. 3, Fig. 3 is that the supporting surface of the spliced base of the utility model is the amplification stereogram under cross decomposing state, the display unit base that 10 base board units of take are again spliced into is example, supporting post 200 in Fig. 1 and Fig. 2 only shows column 220 parts of its lower semisection in Fig. 3, on a base board unit 360 in the middle of the lower end of this column 220 is fixedly connected on, and be only provided with attachment hole 311 and attachment post is not set on the sidewall of the base board unit 360 being connected to a fixed with this pillar 220, on the sidewall of all the other 9 base board units 360, be all not only provided with attachment hole 361 but also be provided with attachment post 362, described in thus when splicing, attachment post 362 just can be inserted in the attachment hole 361 of adjacent substrate unit 360, to be spliced into the supporting surface shape of this display unit base, for example, according to the position shown in each base board unit 360 in Fig. 2, the supporting surface of this display unit base can be spliced into a cross.

As shown in Figure 4, Fig. 4 is the amplification stereogram of the supporting surface single base board unit used of the spliced base of the utility model, certain the piece base board unit 360 in Fig. 3 of take is example, attachment hole 361 on it and attachment post 362 are all horizontally installed on the different lateral of this base board unit 360, and in order to make the splicing between base board unit 360 more solid and reliable, be preferably, on the sidewall of each attachment post 362, all can overlap flexible collar 363, when splicing, just can utilize the elasticity of this elastic collar 363 to be tightly engaged between described attachment post 362 and its attachment hole inserting 361 thus.

Further, in order to avoid coming off of described elastic collar 363 in disassembly process, on the sidewall of described attachment post 362, also can set out the annular slot 362a of adaptive fixing described elastic collar 363.

In the preferred implementation of the utility model display unit and spliced base, concrete, described base board unit 360 can adopt aluminium alloy plate or the plastic-metal composite sheet that 8mm is thick, the C font metal collar that described elastic collar 363 can adopt phosphor bronze sheet or the punching of beryllium copper sheet to form, to guarantee that this metal collar has enough resiliently deformables.

Concrete, in the outer wall of described metal collar (being elastic collar 363), also can there is the shape of outwardly arc-shaped curved surface, such as cydariform etc., to improve it in the tightness degree coordinating between described attachment post 362 and attachment hole 361.

Concrete, attachment hole 361 on described base board unit 360 sidewalls can be processed into the blind hole that 10mm is dark, the length of the attachment post 362 on described base board unit 360 sidewalls is no more than 10mm, and the head of this attachment post 362 preferably arranges chamfering, so that it is inserted in the attachment hole 361 on adjacent substrate unit 360 smoothly.

The base board unit 360 of still take in Fig. 4 is example, concrete, this base board unit 360 can be a rectangular block, can set out respectively described attachment hole 361, and on the another side sidewall of this rectangular block, set out the attachment post 362 with elastic collar 363 on three sidewalls of this rectangular block.

For example, this base board unit 360 can be a rectangle block, the twice that the length on this rectangular block length limit is its width edge length, on the sidewall at these rectangle block two ends, set out respectively a described attachment hole 361, and set out two described attachment holes 361 on a sidewall in these rectangle block both sides, and on another sidewall, set out two with the attachment post 362 of elastic collar 363.

In addition, the arranging of the attachment hole 361 on described concatenation unit 360 sidewalls and attachment post 362 need meet specific condition just can splice, and such as being connected hole 361 on length direction or attachment post 362 center is divided into 1:2:1, is located at midpoint on width direction.

Should be understood that; the foregoing is only preferred embodiment of the present utility model; be not sufficient to limit the technical solution of the utility model; for those of ordinary skills; within spirit of the present utility model and principle; can be increased and decreased according to the above description, replaced, converted or be improved, and all these increases and decreases, replace, conversion or improve after technological scheme, all should belong to the protection domain of the utility model claims.

Claims

1. a spliced base, comprise a supporting post and a dunnage, the upper end of described supporting post is for being fixed on the housing of display unit display screen, the lower end of described supporting post and described dunnage are connected to a fixed, it is characterized in that: described dunnage is spliced by polylith base board unit, between adjacent described base board unit, form and removably connect.

2. spliced base according to claim 1, it is characterized in that: on the sidewall of the base board unit being connected to a fixed with described supporting post, be provided with attachment hole, on the sidewall of remaining base board unit, be provided with attachment post and attachment hole, described attachment post is inserted in the attachment hole of adjacent substrate unit when splicing.

3. spliced base according to claim 2, is characterized in that: on the sidewall of described attachment post, be arranged with elastic collar, described elastic collar close-fitting is between this attachment post and its attachment hole inserting.

4. spliced base according to claim 3, is characterized in that: the annular slot that is provided with adaptive nested described elastic collar on the sidewall of described attachment post.

5. spliced base according to claim 3, is characterized in that: described elastic collar is the metal collar of C font.

6. spliced base according to claim 5, is characterized in that: the outer wall of described metal collar has the shape of outwardly arc-shaped curved surface.

7. spliced base according to claim 2, is characterized in that: described attachment hole is blind hole, and the length of described attachment post and the degree of depth of this blind hole match.

8. spliced base according to claim 2, is characterized in that: described base board unit is rectangular block, and described attachment hole is arranged on three sidewalls of this rectangular block, and described attachment post is arranged on the another side sidewall of this rectangular block.

9. spliced base according to claim 8, it is characterized in that: described base board unit is rectangle block, the twice that the length on this rectangular block length limit is its width edge length, on the sidewall at these rectangle block two ends, be respectively arranged with a described attachment hole, on a sidewall in these rectangle block both sides, be provided with two described attachment holes, on another sidewall, be provided with two described attachment posts.

10. a display unit, comprises display screen and base, and the housings support of described display screen, on described base, is characterized in that: described base is the spliced base described in any one in claim 1 to 9.