CN206363717U - A kind of liquid crystal-spliced display structure - Google Patents
A kind of liquid crystal-spliced display structure Download PDFInfo
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- CN206363717U CN206363717U CN201621331584.1U CN201621331584U CN206363717U CN 206363717 U CN206363717 U CN 206363717U CN 201621331584 U CN201621331584 U CN 201621331584U CN 206363717 U CN206363717 U CN 206363717U
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- rear box
- axle
- screwed hole
- square shaft
- spring
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Abstract
The utility model is related to technical field of liquid crystal display, more particularly to a kind of liquid crystal-spliced display structure, and upper rotating shaft one end is provided with axle handle；The upper rotating shaft other end is inserted into guide ring after passing through upper screwed hole；Upper axle external screw thread is mutually threadedly coupled with upper screwed hole；Overhead cam is fixedly installed on the axle body of upper rotating shaft；Upper square shaft one end is provided with crown of roll ring；The upper square shaft other end sequentially passes through the outside that rear box is stretched out after the first spring, the upper Positioning holes on right side；The lower rotary shaft other end is inserted into lower guide ring after passing through lower screwed hole；Lower screwed hole is mutually threadedly coupled with lower axle external screw thread；Lower cam is fixedly installed on lower rotary shaft；The lower square shaft other end sequentially passes through the outside that rear box is stretched out after second spring, the lower Positioning holes in left side；When using the utility model, comprehensive positioning is realized by upper square shaft and lower square shaft；Make to fix between adjacent display panel module；Convenient disassembly, workmen need not carry instrument；Operation can be completed.
Description
Technical field
The utility model is related to technical field of liquid crystal display, more particularly to a kind of liquid crystal-spliced display structure.
Background technology
With the innovation of LCD technology, large-size liquid crystal television is more and more ripe, and unit price is also more and more lower.Large scale backlight
The technological innovation in source also turns into a kind of new trend, has been constituted by the way of flat plate splicing more than existing large scale module backboard
Whole backboard.
But LCD screen splicing now is connected using screw and connector mostly, and adjacent two or more screens are entered
Row interfixes.When screen is installed or is repaired, because screen position is typically in the high position of comparison.Staff needs
Carry dismounting screw tool（Generally spanner）With the box for storing screw；The screw disassembled is loaded in box.It is high
The personnel of idle job carry instrument and there is great potential safety hazard.
Therefore be necessary to carry out further technological innovation to available liquid crystal display splicing structure.
Utility model content
The purpose of this utility model is that defect and deficiency for prior art, there is provided one kind is simple in construction, is designed and closed
Reason, liquid crystal display splicing structure easy to use.
To achieve the above object, the technical solution adopted in the utility model is：
A kind of liquid crystal-spliced display structure described in the utility model, it include rear box, upper rotating shaft, the first spring,
Upper square shaft, LCD panel, lower rotary shaft, second spring and lower square shaft；The preceding surface of the rear box is opening-like；It is described
LCD panel sets and is fixed on the front end face of rear box；The bottom surface level height of the rear box is higher than LCD panel
Bottom surface level height；Surface is respectively arranged with Zola's deep trouth and right drawing groove after the outer wall of the rear box；The rear box
Left and right sides are symmetrically arranged with upper Positioning holes；The upper Positioning holes match with upper square shaft；The left and right two of the rear box
Side is symmetrically arranged with lower Positioning holes；The lower Positioning holes match with lower square shaft；The upper Positioning holes are arranged on lower positioning
The surface in hole；The lower wall of Zola's deep trouth is provided with lower screwed hole；The upper wall of the right drawing groove is provided with upper screwed hole；
The intracavity inter-connection of the lower screwed hole and upper screwed hole with rear box；The inner chamber upper surface of the rear box is fixedly installed
The upper guide ring matched with upper rotating shaft；Described upper rotating shaft one end is provided with axle handle；The upper rotating shaft other end passes through upper screw thread
It is inserted into behind hole in guide ring；The upper axle handle is arranged on the inner chamber of right drawing groove；The side wall of the upper rotating shaft is provided with
The upper axle external screw thread matched with upper screwed hole；The upper axle external screw thread is mutually threadedly coupled with upper screwed hole；The upper rotating shaft
Overhead cam is fixedly installed on axle body；Described upper square shaft one end is provided with crown of roll ring；The upper square shaft other end is sequentially passed through
The outside of rear box is stretched out after first spring, the upper Positioning holes on right side；First spring one end is pressed on crown of roll ring；The
The one spring other end is pressed on the inwall of rear box；The overhead cam is pressed on crown of roll ring；The inner chamber of the rear box
Bottom wall is fixedly installed lower guide ring；Described lower rotary shaft one end is provided with lower axle handle；The lower rotary shaft other end passes through lower screwed hole
After be inserted into lower guide ring；The lower axle handle is arranged on the inner chamber of Zola's deep trouth；It is provided with the axle body of the lower rotary shaft
The lower axle external screw thread matched with lower screwed hole；The lower screwed hole is mutually threadedly coupled with lower axle external screw thread；On the lower rotary shaft
It is fixedly installed lower cam；Described lower square shaft one end is provided with lower axle bulge loop；The lower square shaft other end sequentially passes through
The outside of rear box is stretched out after two springs, the lower Positioning holes in left side；Described second spring one end is pressed on lower axle bulge loop；Second
The spring other end is pressed on the inwall of rear box；The lower cam is pressed on lower axle bulge loop.
Further, surface is provided with handle drawing groove after the outer wall of the rear box；The bottom of the handle drawing groove
It is fixedly installed handle.
Further, the bottom of the rear box is provided with die mould chamber；The basal surface of the die mould chamber is in rear surface
Be open shape；The inside of the die mould chamber is fixedly installed dividing plate；Two screws are provided with the dividing plate；The screw of the screw
Head surface is arranged to convex spherical；The left and right ends of the dividing plate are mutually fixedly connected with the inner chamber left and right sides wall of die mould chamber respectively；
Two dividing plate screwed holes are provided with the dividing plate；The dividing plate screwed hole is symmetricly set on the left and right sides of dividing plate；Two spiral shells
Silk is from bottom to up through two dividing plate screwed holes；The screw is mutually threadedly coupled with dividing plate screwed hole.
After said structure, the utility model has the beneficial effect that：The liquid crystal-spliced display of one kind described in the utility model
Structure, it includes rear box, upper rotating shaft, the first spring, upper square shaft, LCD panel, lower rotary shaft, second spring and lower section
Shape axle；The preceding surface of the rear box is opening-like；The LCD panel sets and is fixed on the front end face of rear box；It is described
The bottom surface level height of rear box is higher than the bottom surface level height of LCD panel；Surface is set respectively after the outer wall of the rear box
It is equipped with Zola's deep trouth and right drawing groove；The left and right sides of the rear box are symmetrically arranged with upper Positioning holes；The upper Positioning holes
Match with upper square shaft；The left and right sides of the rear box are symmetrically arranged with lower Positioning holes；The lower Positioning holes and lower section
Shape axle matches；The upper Positioning holes are arranged on the surface of lower Positioning holes；The lower wall of Zola's deep trouth is provided with lower screw thread
Hole；The upper wall of the right drawing groove is provided with upper screwed hole；The inner chamber phase of the lower screwed hole and upper screwed hole with rear box
Connection；The inner chamber upper surface of the rear box is fixedly installed the upper guide ring matched with upper rotating shaft；Described upper rotating shaft one end
It is provided with axle handle；The upper rotating shaft other end is inserted into guide ring after passing through upper screwed hole；The upper axle handle is arranged on
The inner chamber of right drawing groove；The side wall of the upper rotating shaft is provided with the upper axle external screw thread matched with upper screwed hole；Outside the upper axle
Screw thread is mutually threadedly coupled with upper screwed hole；Overhead cam is fixedly installed on the axle body of the upper rotating shaft；Described upper square shaft one end
It is provided with crown of roll ring；The upper square shaft other end, which is sequentially passed through, stretches out the outer of rear box after the first spring, the upper Positioning holes on right side
Portion；First spring one end is pressed on crown of roll ring；The first spring other end is pressed on the inwall of rear box；On described
Cam is pressed on crown of roll ring；The bottom wall of inner cavity of the rear box is fixedly installed lower guide ring；Described lower rotary shaft one end is set
It is equipped with lower axle handle；The lower rotary shaft other end is inserted into lower guide ring after passing through lower screwed hole；The lower axle handle is arranged on a left side
The inner chamber of drawing groove；The lower axle external screw thread matched with lower screwed hole is provided with the axle body of the lower rotary shaft；The lower screw thread
Hole is mutually threadedly coupled with lower axle external screw thread；Lower cam is fixedly installed on the lower rotary shaft；Described lower square shaft one end is provided with
Lower axle bulge loop；The lower square shaft other end sequentially passes through the outside that rear box is stretched out after second spring, the lower Positioning holes in left side；
Described second spring one end is pressed on lower axle bulge loop；The second spring other end is pressed on the inwall of rear box；It is convex under described
Wheel is pressed on lower axle bulge loop.When using the utility model, before liquid crystal display splicing, axle handle and lower axle hand in rotation
Handle；Overhead cam and the least radius face of lower cam is set to be pressed on crown of roll ring, the effect of the first spring presses square shaft
On convex wheel face, the entirety of upper square shaft recoils to the inside of rear box；Similarly, rotating lower axle handle makes the whole of lower square shaft
Body recoils to the inside of rear box；The front end face of upper square shaft and lower square shaft is provided with chamfering；When needing mosaic display screen
When, the positioning hole of the adjacent display panel module in upper square shaft alignment right side in display panel module, by rotating upper axle hadle
Upper square shaft, which is inserted into the upper Positioning holes of the adjacent display panel module in right side, carries out order side positioning；By rotating lower axle hadle
Lower square shaft is inserted into the lower Positioning holes of the adjacent display panel module in left side and positioned；Realized by upper square shaft and lower square shaft complete
Fixing by gross bearings；Make to fix between adjacent display panel module；Convenient disassembly, workmen need not carry instrument；Operation can be completed,
It is effectively reduced the danger of the high-altitude construction of workmen.The utility model has simple in construction, and it is reasonable to set, cost of manufacture
Low advantage.
Brief description of the drawings
Fig. 1 is structure rearview of the present utility model；
Fig. 2 is pseudosection after structure of the present utility model；
Fig. 3 is structure top view of the present utility model；
Fig. 4 is structure top plan view of the present utility model；
Fig. 5 is structure right view of the present utility model.
Description of reference numerals：
1st, rear box；1-1, handle drawing groove；1-2, die mould chamber；1-3, Zola's deep trouth；
1-3-1, lower screwed hole；1-4, right drawing groove；1-4-1, upper screwed hole；1-5, upper Positioning holes；
1-6, lower Positioning holes；2nd, handle；3rd, upper guide ring；4th, upper rotating shaft；4-1, upper axle external screw thread；
4-2, upper axle handle；5th, overhead cam；6th, the first spring；7th, upper square shaft；
7-1, upper crown of roll ring；8th, LCD panel；9th, dividing plate；9-1, dividing plate screwed hole；
10th, screw；11st, lower rotary shaft；11-1, lower axle external screw thread；11-2, lower axle handle；
12nd, lower guide ring；13rd, lower cam；14th, second spring；15th, lower square shaft；
15-1, lower axle bulge loop.
Embodiment
The utility model is further described below in conjunction with the accompanying drawings.
As shown in Fig. 1 to 5, a kind of liquid crystal-spliced display structure described in the utility model, it include rear box 1, on
Rotating shaft 4, the first spring 6, upper square shaft 7, LCD panel 8, lower rotary shaft 11, second spring 14 and lower square shaft 15；After described
The preceding surface of casing 1 is opening-like；The LCD panel 8 sets and is fixed on the front end face of rear box 1；The rear box 1
Bottom surface level height be higher than LCD panel 8 bottom surface level height；Surface is respectively arranged with after the outer wall of the rear box 1
Zola's deep trouth 1-3 and right drawing groove 1-4；The left and right sides of the rear box 1 are symmetrically arranged with upper Positioning holes 1-5；On described
Positioning hole 1-5 matches with upper square shaft 7；The left and right sides of the rear box 1 are symmetrically arranged with lower Positioning holes 1-6；It is described
Lower Positioning holes 1-6 matches with lower square shaft 15；The upper Positioning holes 1-5 is arranged on lower Positioning holes 1-6 surface；The left side
Drawing groove 1-3 lower wall is provided with lower screwed hole 1-3-1；The upper wall of the right drawing groove 1-4 is provided with upper screwed hole 1-4-1；
Intracavity inter-connections of the lower screwed hole 1-3-1 and upper screwed hole 1-4-1 with rear box 1；The inner chamber upper table of the rear box 1
Face is fixedly installed the upper guide ring 3 matched with upper rotating shaft 4；Described one end of upper rotating shaft 4 is provided with axle handle 4-2；It is upper to turn
The other end of axle 4 is inserted into guide ring 3 after passing through upper screwed hole 1-4-1；The upper axle handle 4-2 is arranged on right drawing groove 1-
4 inner chamber；The side wall of the upper rotating shaft 4 is provided with the upper axle external screw thread 4-1 matched with upper screwed hole 1-4-1；The upper axle
External screw thread 4-1 is threadedly coupled with upper screwed hole 1-4-1 phases；Overhead cam 5 is fixedly installed on the axle body of the upper rotating shaft 4；It is described
Upper one end of square shaft 7 is provided with crown of roll ring 7-1；The upper other end of square shaft 7 sequentially passes through the first spring 6, the upper positioning on right side
The outside of rear box 1 is stretched out after the 1-5 of hole；Described one end of first spring 6 is pressed on crown of roll ring 7-1；The other end of first spring 6
On the inwall for being pressed on rear box 1；The overhead cam 5 is pressed on crown of roll ring 7-1；The bottom wall of inner cavity of the rear box 1 is consolidated
Surely it is provided with lower guide ring 12；Described one end of lower rotary shaft 11 is provided with lower axle handle 11-2；The other end of lower rotary shaft 11 passes through lower spiral shell
It is inserted into after pit 1-3-1 in lower guide ring 12；The lower axle handle 11-2 is arranged on Zola's deep trouth 1-3 inner chamber；Under described
The lower axle external screw thread 11-1 matched with lower screwed hole 1-3-1 is provided with the axle body of rotating shaft 11；The lower screwed hole 1-3-1 with
Lower axle external screw thread 11-1 phases are threadedly coupled；Lower cam 13 is fixedly installed on the lower rotary shaft 11；Described one end of lower square shaft 15
It is provided with lower axle bulge loop 15-1；The other end of lower square shaft 15 is sequentially passed through after second spring 14, the lower Positioning holes 1-6 in left side
Stretch out the outside of rear box 1；Described one end of second spring 14 is pressed on lower axle bulge loop 15-1；The other end of second spring 14 is compressed
On the inwall of rear box 1；The lower cam 13 is pressed on lower axle bulge loop 15-1；Before liquid crystal display splicing, axle in rotation
Handle 4-2 and lower axle handle 11-2；The least radius face of overhead cam 5 and lower cam 13 is set to be pressed on crown of roll ring 7-1, first
The effect of spring 6 makes square shaft 7 be pressed on the face of overhead cam 5, and the entirety of upper square shaft 7 recoils to the inside of rear box 1；Together
Reason, rotating lower axle handle 11-2 makes the entirety of lower square shaft 15 recoil to the inside of rear box 1；Upper square shaft 7 and lower square shaft
15 front end face is provided with chamfering；When needing mosaic display screen, the upper square shaft 7 in display panel module is directed at right side phase
Upper square shaft 7, the adjacent display screen mould in right side is inserted into by rotating above axle handle 4-2 by the positioning hole 1-5 of adjacent display panel module
Order side positioning is carried out in the upper Positioning holes 1-5 of block；By rotate lower axle handle 11-2 lower square shaft 15 be inserted into left side phase
Positioned in the lower Positioning holes 1-6 of adjacent display panel module；Comprehensive positioning is realized by upper square shaft 7 and lower square shaft 15；Make phase
It is fixed between adjacent display panel module；Convenient disassembly, workmen need not carry instrument；Operation can be completed.
As a kind of preferred embodiment of the present utility model, surface is provided with handle drawing groove after the outer wall of the rear box 1
1-1；The bottom of the handle drawing groove 1-1 is fixedly installed handle 2；When mounted, rear box 1 is pulled in by handle 2
The position of installation.
As a kind of preferred embodiment of the present utility model, the bottom of the rear box 1 is provided with die mould chamber 1-2；The pressure
Die cavity 1-2 basal surface is opening-like with rear surface；The inside of the die mould chamber 1-2 is fixedly installed dividing plate 9；The dividing plate
Two screws 10 are provided with 9；The screw head surfaces of the screw 10 are arranged to convex spherical；The left and right ends of the dividing plate 9 point
It is not fixedly connected mutually with die mould chamber 1-2 inner chamber left and right sides wall；Two dividing plate screwed hole 9-1 are provided with the dividing plate 9；Institute
State the left and right sides that dividing plate screwed hole 9-1 is symmetricly set on dividing plate 9；Two screws 10 are from bottom to up through two dividing plate screw threads
Hole 9-1；The screw 10 is threadedly coupled with dividing plate screwed hole 9-1 phases；Two screws 10 as rear box 1 bottom support feet；
Due to when rear box 1 is installed；There is larger frictional force between rear box 1, now rotation screw 10；Make the convex spherical of screw 10
Contacted with the rear box 1 of lower section；Reduce frictional force between rear box 1；There is provided convenient for the installation of rear box 1.
When using the utility model, before liquid crystal display splicing, axle handle 4-2 lower axle handles 11-2 in rotation；Make
The least radius face of cam 5 and lower cam 13 is pressed on crown of roll ring 7-1, and the effect of the first spring 6 presses square shaft 7
On the face of overhead cam 5, the entirety of upper square shaft 7 recoils to the inside of rear box 1；Similarly, rotating lower axle handle 11-2 makes lower section
The entirety of shape axle 15 recoils to the inside of rear box 1；The front end face of upper square shaft 7 and lower square shaft 15 is provided with chamfering；When
When needing mosaic display screen, rotation screw 10；The convex spherical of screw 10 is set to be contacted with the rear box 1 of lower section；Display panel module is past
Push-in makes the positioning hole 1-5 of the adjacent display panel module in the alignment of square shaft 7 right side afterwards, by rotating upper axle handle 4-2 top
Shape axle 7, which is inserted into the upper Positioning holes 1-5 of the adjacent display panel module in right side, carries out order side positioning；By rotating lower axle handle
11-2 is inserted into lower square shaft 15 in the lower Positioning holes 1-6 of the adjacent display panel module in left side and positioned；By upper square shaft 7 with
Square shaft 15 realizes comprehensive positioning；Make to fix between adjacent display panel module；Convenient disassembly, workmen need not carry work
Tool；Operation can be completed, the danger of the high-altitude construction of workmen is effectively reduced.In addition, the simple in construction, design is closed
Reason, manufacturing cost is low.
Described above is only better embodiment of the present utility model, therefore all according to described in the utility model patent claim
The equivalent change or modification done of construction, feature and principle, be included in the utility model patent claim.
Claims (3)
1. a kind of liquid crystal-spliced display structure, it includes rear box（1）And LCD panel（8）；The rear box（1）Preceding table
Face is opening-like；The LCD panel（8）It is fixed on rear box（1）Front end face on；It is characterized in that：It also includes upper turn
Axle（4）, the first spring（6）, upper square shaft（7）, lower rotary shaft（11）, second spring（14）With lower square shaft（15）；The rear cabinet
Body（1）The level height of bottom surface is higher than LCD panel（8）The level height of bottom surface；The rear box（1）Outer wall after surface
It is respectively arranged with Zola's deep trouth（1-3）With right drawing groove（1-4）；The rear box（1）Left and right sides be symmetrically arranged with
Positioning hole（1-5）；The upper Positioning holes（1-5）With upper square shaft（7）Match；The rear box（1）The left and right sides face
Title is provided with lower Positioning holes（1-6）；The lower Positioning holes（1-6）With lower square shaft（15）Match；The upper Positioning holes（1-5）
It is arranged on lower Positioning holes（1-6）Surface；Zola's deep trouth（1-3）Lower wall be provided with lower screwed hole（1-3-1）；It is described
Right drawing groove（1-4）Upper wall be provided with upper screwed hole（1-4-1）；The lower screwed hole（1-3-1）And upper screwed hole（1-4-1）
And rear box（1）Intracavity inter-connection；
The rear box（1）Inner chamber upper surface be fixedly installed and upper rotating shaft（4）The upper guide ring matched（3）；On described
Rotating shaft（4）One end is provided with axle handle（4-2）；Upper rotating shaft（4）The other end passes through upper screwed hole（1-4-1）After be inserted into and lead
Xiang Huan（3）It is interior；The upper axle handle（4-2）It is arranged on right drawing groove（1-4）Inner chamber；The upper rotating shaft（4）Side wall on set
Have and upper screwed hole（1-4-1）The upper axle external screw thread matched（4-1）；The upper axle external screw thread（4-1）With upper screwed hole（1-4-
1）Mutually it is threadedly coupled；The upper rotating shaft（4）Axle body on be fixedly installed overhead cam（5）；The upper square shaft（7）One end is set
There is upper crown of roll ring（7-1）；Upper square shaft（7）The other end sequentially passes through the first spring（6）, right side upper Positioning holes（1-5）After stretch
Go out rear box（1）Outside；First spring（6）One end is pressed on crown of roll ring（7-1）On；First spring（6）The other end
It is pressed on rear box（1）Inwall on；The overhead cam（5）It is pressed on crown of roll ring（7-1）On；
The rear box（1）Bottom wall of inner cavity be fixedly installed lower guide ring（12）；The lower rotary shaft（11）One end is provided with down
Axle handle（11-2）；Lower rotary shaft（11）The other end passes through lower screwed hole（1-3-1）After be inserted into lower guide ring（12）It is interior；Under described
Axle handle（11-2）It is arranged on Zola's deep trouth（1-3）Inner chamber；The lower rotary shaft（11）Axle body on be provided with and lower screwed hole
（1-3-1）The lower axle external screw thread matched（11-1）；The lower screwed hole（1-3-1）With lower axle external screw thread（11-1）Phase screw thread connects
Connect；The lower rotary shaft（11）On be fixedly installed lower cam（13）；The lower square shaft（15）One end is provided with lower axle bulge loop
（15-1）；The lower square shaft（15）The other end sequentially passes through second spring（14）, left side lower Positioning holes（1-6）After stretching out afterwards
Casing（1）Outside；The second spring（14）One end is pressed on lower axle bulge loop（15-1）On；Second spring（14）Another side pressure
Tightly in rear box（1）Inwall on；The lower cam（13）It is pressed on lower axle bulge loop（15-1）On.
2. a kind of liquid crystal-spliced display structure according to claim 1, it is characterised in that：The rear box（1）Outer wall
Surface is provided with handle drawing groove afterwards（1-1）；The handle drawing groove（1-1）Bottom be fixedly installed handle（2）.
3. a kind of liquid crystal-spliced display structure according to claim 1, it is characterised in that：The rear box（1）Bottom
It is provided with die mould chamber（1-2）；The die mould chamber（1-2）Basal surface and rear surface it is opening-like；The die mould chamber（1-2）'s
Inside is fixedly installed dividing plate（9）；The dividing plate（9）On be provided with two screws（10）；The screw（10）Head of screw table
Face is arranged to convex spherical；The dividing plate（9）Left and right ends respectively with die mould chamber（1-2）Inner chamber left and right sides wall mutually fixed connect
Connect；The dividing plate（9）On be provided with two dividing plate screwed holes（9-1）；The dividing plate screwed hole（9-1）It is symmetricly set on dividing plate
（9）The left and right sides；Two screws（10）From bottom to up through two dividing plate screwed holes（9-1）；The screw（10）With every
Plate screwed hole（9-1）Mutually it is threadedly coupled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621331584.1U CN206363717U (en) | 2016-12-07 | 2016-12-07 | A kind of liquid crystal-spliced display structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621331584.1U CN206363717U (en) | 2016-12-07 | 2016-12-07 | A kind of liquid crystal-spliced display structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206363717U true CN206363717U (en) | 2017-07-28 |
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ID=59373585
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621331584.1U Active CN206363717U (en) | 2016-12-07 | 2016-12-07 | A kind of liquid crystal-spliced display structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206363717U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106710463A (en) * | 2016-12-07 | 2017-05-24 | 深圳市嘉河天成科技有限公司 | Liquid crystal splicing display structure |
-
2016
- 2016-12-07 CN CN201621331584.1U patent/CN206363717U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106710463A (en) * | 2016-12-07 | 2017-05-24 | 深圳市嘉河天成科技有限公司 | Liquid crystal splicing display structure |
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