CN207702047U - LED ball shape display screen with regulatory function - Google Patents
LED ball shape display screen with regulatory function Download PDFInfo
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- CN207702047U CN207702047U CN201721629731.8U CN201721629731U CN207702047U CN 207702047 U CN207702047 U CN 207702047U CN 201721629731 U CN201721629731 U CN 201721629731U CN 207702047 U CN207702047 U CN 207702047U
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Abstract
A kind of LED ball shape display screen with regulatory function, including fixed frame, weft plate and warp plate, further include adjusting deck, module fixing piece and LED display modules, fixed frame, weft plate and warp plate are set gradually from inside to outside, weft plate is mounted on fixed frame, warp plate is mounted on by adjusting deck on weft plate, by adjusting the distance between deck adjusting warp plate and weft plate on crossover location；LED display modules are mounted on by module fixing piece on warp plate, and LED display modules are by being spliced to form spherical display screen.As a result of deck is adjusted, warp plate is mounted on by adjusting deck on weft plate the utility model, when installation, is passed through on crossover location and is adjusted deck and adjust distance between warp plate and weft plate；That is, on different positions, the distance between warp plate and weft plate can be adjusted by adjusting deck, to reduce the tolerance between warp plate, had many advantages, such as convenient for adjusting, tolerance is small, installation and removal are all very convenient.
Description
Technical field
The utility model is related to spherical display screen technical fields, more particularly, to a kind of LED ball shape with regulatory function
Display screen.
Background technology
LED display screens are divided into graphic display screen and video display screen, are made of LED matrix-blocks.Graphic display screen can
With computer simultaneous display Chinese character, English text and figure；Video display screen is controlled using microcomputer, picture and text, figure
As and cyclopentadienyl, with real-time, synchronous, clearly various information of information propagation pattern broadcasting, may also display two dimension, three-dimensional animation, video recording,
TV, VCD programs and on-the-spot circumstance.LED display screens show that picture color is bright-coloured, and three-dimensional sense is strong, quiet such as oil painting, dynamic such as electricity
Shadow is widely used in station, harbour, airport, market, hospital, hotel, bank, securities market, construction market, auction room, industry
Business administration and other public places.
Display screen can be arranged to various shapes, such as spherical display screen by people as needed.It is existing spherical aobvious
The weft plate and warp plate of display screen are installed together by the way of welding, and installation and removal are all very inconvenient, and when welding
It is easy to make spherical display screen that there are tolerances, when the diameter of spherical display screen is bigger, tolerance is bigger, thus affects spherical shape
The display effect of display screen.
Utility model content
In order to overcome the above problem, the utility model is small to a kind of society's tolerance of offer, mounts and dismounts all very easily
LED ball shape display screen with regulatory function.
The technical solution of the utility model is：A kind of LED ball shape display screen with regulatory function, including fixation are provided
Frame, several weft plates and several warp plates, further include several adjusting decks, several module fixing pieces and several LED display modules,
The fixed frame, several weft plates and several warp plates are set gradually from inside to outside, several weft plate installations
On the fixed frame, several warp plates are mounted on by several adjusting decks on several weft plates, are being handed over
Vent is set adjusts the distance between the warp plate and the weft plate by the adjusting deck；Several LED are shown
Module is mounted on by several module fixing pieces on the warp plate, and several LED display modules pass through splicing
Form spherical display screen.
Further include latitude adjustment structure as the improvement to the utility model, the latitude adjustment structure is arranged in the weft
On plate.
Further include structure after the adjustment, the structure setting after the adjustment is in the warp as the improvement to the utility model
On plate.
As the improvement to the utility model, the adjusting deck includes latitude adjustment seat and is connect with the latitude adjustment seat
Seat after the adjustment is provided with latitude fixed structure in the latitude adjustment seat, is provided with through fixed structure on the seat after the adjustment.
As the improvement to the utility model, the latitude adjustment seat is fixedly connected with the seat after the adjustment, and the latitude
Fixed structure and described through the substantially vertical setting of fixed structure；Or the latitude adjustment seat and the seat after the adjustment are tied by rotating
Structure connects.
As the improvement to the utility model, the latitude adjustment seat includes that the first latitude adjustment structure and the second latitude adjust knot
Structure, the first latitude adjustment structure and the second latitude adjustment structure are spaced a predetermined distance setting, and form latitude between each other
Board slot, the latitude fixed structure are arranged in the first latitude adjustment structure and the second latitude adjustment structure.
As the improvement to the utility model, the seat after the adjustment include first after the adjustment structure and second tie after the adjustment
Structure, the described first structure and the described second spacing structure preset distance setting after the adjustment after the adjustment, and warp is formed between each other
Board slot, it is described through fixed structure setting in the described first structure and described second after the adjustment in structure after the adjustment.
As the improvement to the utility model, the latitude adjustment seat includes third latitude adjustment structure, the latitude fixed structure
It is arranged in the third latitude adjustment structure.
As the improvement to the utility model, the seat after the adjustment includes third structure after the adjustment, described through fixed structure
It is arranged in the third after the adjustment structure.
As the improvement to the utility model, one end of the module fixing piece is provided with docking lug boss, described
The other end of module fixing piece is provided with docking recessed portion, one of when adjacent two pieces of module fixing piece head and the tail splice
The docking lug boss of the module fixing piece is arranged in the docking recessed portion of another piece of module fixing piece.
The utility model is mounted on several weft plates as a result of deck, warp plate is adjusted by several adjusting decks
On, when installation, passes through on crossover location and adjust deck and adjust distance between warp plate and weft plate；That is, not
With position on, the distance between warp plate and weft plate can be adjusted by adjusting deck, to reduce between warp plate
Tolerance, reduce LED ball shape display screen tolerance；Weft plate and warp plate are not installed together by the way of welding, are made
The installation and removal for obtaining weft plate and warp plate are all very convenient, have convenient for adjusting, tolerance is small, installation and removal are all very convenient etc.
Advantage.
Description of the drawings
Fig. 1 is the partial structural diagram of the utility model.
Fig. 2 is dimensional structure diagram when LED display modules and module fixing piece are installed together in Fig. 1.
Fig. 3 is the dimensional structure diagram of module fixing piece in Fig. 1.
Fig. 4 is a kind of dimensional structure diagram for embodiment that deck is adjusted in the utility model.
Fig. 5 is the dimensional structure diagram for another embodiment that deck is adjusted in the utility model.
Fig. 6 is the dimensional structure diagram for the third embodiment that deck is adjusted in the utility model.
Fig. 7 is the dimensional structure diagram for the 4th kind of embodiment that deck is adjusted in the utility model.
Fig. 8 is the dimensional structure diagram for the 5th kind of embodiment that deck is adjusted in the utility model.
Fig. 9 is the dimensional structure diagram for the 6th kind of embodiment that deck is adjusted in the utility model.
Figure 10 is the dimensional structure diagram for the 7th kind of embodiment that deck is adjusted in the utility model.
Figure 11 is the dimensional structure diagram for the 8th kind of embodiment that deck is adjusted in the utility model.
Figure 12 is the dimensional structure diagram for the 9th kind of embodiment that deck is adjusted in the utility model.
Figure 13 is the dimensional structure diagram for the tenth kind of embodiment that deck is adjusted in the utility model.
Wherein：1. fixed frame；2. several weft plates；3. several warp plates；4. several adjusting decks；41. latitude adjustment seat；
410. broadwises are perforated；411. first latitude adjustment structures；412. second latitude adjustment structures；413. latitude board slots；414. latitude fixed knots
Structure；415. broadwise both wings；42. seat after the adjustment；420. warp-wises are perforated；421. first structures after the adjustment；422. second tie after the adjustment
Structure；423. through board slot；424. through fixed structure；425. warp-wise both wings；43. third latitude adjustment structure；44. third is tied after the adjustment
Structure；5. module fixing piece；51. warp-wise fixing groove；55. module fixing groove；52. docking lug boss；53. docking recessed portion；54.
Stage structure；6.LED display modules.
Specific implementation mode
In the description of the present invention, it should be understood that "center" in term, "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right" is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of retouching
State the utility model and simplify and describe, do not indicate or imply the indicated device or component must have a particular orientation, with
Specific azimuth configuration and operation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second "
It is used for description purposes only, is not understood to indicate or imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connection ", " connected " shall be understood in a broad sense, and can also be dismantling connection, or integrally connect for example, it may be being fixedly connected
It connects；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also be indirectly connected through an intermediary,
It can be the connection of two component internals.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition
Concrete meaning of the language in the utility model.
Refer to Fig. 1 to Fig. 4, it is a kind of LED ball shape display screen with regulatory function that Fig. 1 is revealed, disclosed in Fig. 2
Be LED display modules and stereochemical structure when module fixing piece is installed together, Fig. 3 revealed is the vertical of module fixing piece
Body structure, Fig. 4 revealed is a kind of embodiment for adjusting deck.
In the present embodiment, the LED ball shape display screen includes fixed frame 1, several weft plates 2, several warp plates 3, several
Adjust deck 4, several module fixing pieces 5 and several LED display modules 6, the fixed frame 1, several weft plates 2 and several
The warp plate 3 is set gradually from inside to outside, and several weft plates 2 are mounted on the fixed frame 1, several warp plates
3 are mounted on by several adjusting decks 4 on several weft plates 2, are adjusted by the adjusting deck 4 on crossover location
Save the distance between the warp plate 3 and the weft plate 2.Several LED display modules 6 are fixed by several modules
Part 5 is mounted on the warp plate 3, and several LED display modules 6 are by being spliced to form spherical display screen.
In the present embodiment, the weft plate 2 is connected by latitude connector and substantially at circle shape.Specifically, the latitude
For line plate 2 substantially at annular shape, i.e. the thickness of the weft plate 2 is less than or equal to the width of the weft plate 2；The weft plate 2
Substantially at cylindrical shape（It does not draw）, i.e. the thickness of the weft plate 2 is more than the width of the weft plate 2.Several weft plates 2
Between the preset distance that is spaced it is identical, that is to say, that the dimension being spaced between several weft plates 2 is identical.It needs to illustrate
It is that the preset distance being spaced between several weft plates 2 can also differ, that is to say, that between several weft plates 2
The dimension at interval differs.
The fixed frame 1 is arranged in the inside of several weft plates 2, that is to say, that several settings of weft plate 2 exist
The outside of the fixed frame 1.Several weft plates 2 are fixedly connected with the fixed frame 1, to make several weft plates 2
It is distributed as the weft of sphere（It does not draw）.
It further include latitude adjustment structure（It does not draw）, the latitude adjustment structure setting is on the weft plate 2.The adjusting card
Seat 4 is arranged by the latitude adjustment structure on the weft plate 2, the quantity of the latitude adjustment structure and the adjusting deck 4
Quantity it is identical, the latitude adjustment structure is evenly distributed on the weft plate 2 or the latitude adjustment structure uneven distribution
On the weft plate 2.
The latitude adjustment structure is that an at least row latitude adjusts cavernous structure, and it is more than one that the latitude, which adjusts cavernous structure,
Latitude fixes slot or/and more than one latitude mounting hole.It is that the more than one latitude is fixed when the latitude adjusts cavernous structure
When slot, the more than one latitude fixes slot setting arranged in columns.It is more than one institute when the latitude adjusts cavernous structure
State latitude mounting hole, the more than one latitude mounting hole setting arranged in columns.It is more than one when the latitude adjusts cavernous structure
When the latitude fixes slot and the more than one latitude mounting hole combination, the latitude fixes slot and the latitude mounting hole is lined up
Row setting can be that the latitude fixation slot comes before the latitude mounting hole, can also be that the latitude fixation slot comes
Behind the latitude mounting hole, it can also be that the latitude fixes slot and the interlaced setting arranged in columns of the latitude mounting hole.
When it is two row that the latitude, which adjusts cavernous structure, the structure that the two row latitudes adjust cavernous structure can be identical or not
It is identical.When it is that three row are above that the latitude, which adjusts cavernous structure, the structure that the adjacent two row latitude adjusts cavernous structure can phase
With or differ, and the adjacent two row latitude adjusts the spacing of cavernous structure and can be identical or differs.In the present embodiment,
It is that the two row latitude fixes slot that the latitude, which adjusts cavernous structure,.
In the present embodiment, the both ends of the warp plate 3 respectively with South Pole fixing piece（It does not draw）With arctic fixing piece（It does not draw
Figure）Connection, the South Pole fixing piece and the arctic fixing piece are connect with the fixed frame 1 respectively.The warp plate 3 pass through through
Connector connects and substantially at semicircle round, relative to two warp plates 3 substantially at circle shape.Specifically, opposite
For two warp plates 3 substantially at annular shape, i.e. the thickness of the warp plate 3 is less than or equal to the width of the warp plate 3；Phase
To two warp plates 3 at cylindrical shape（It does not draw）, i.e. the thickness of the warp plate 3 is more than the width of the warp plate 3.
On position under the line, the preset distance being spaced between several warp plates 3 is identical, that is to say, that several warp plates 3
Between the longitude that is spaced it is identical.It should be noted that on position under the line, what is be spaced between several warp plates 3 is predetermined
Distance can also differ, that is to say, that the longitude being spaced between several warp plates 3 differs.
Several weft plates 2 are arranged in the inside of several warp plates 3, that is to say, that several warp plates 3 are set
It sets in the outside of several weft plates 2.Several warp plates 3 are mounted on several described by several adjusting decks 4
On weft plate 2, to make several warp plates 3 be distributed as the warp of sphere（It does not draw）.
It further include structure after the adjustment（It does not draw）, the structure setting after the adjustment is on the warp plate 3.The adjusting card
Structure setting is on the warp plate 3 after the adjustment described in for seat 4, the quantity of the structure after the adjustment and the adjusting deck 4
Quantity it is identical, the structure after the adjustment is evenly distributed on the warp plate 3 or the structure uneven distribution after the adjustment
On the warp plate 3.
The structure after the adjustment is at least one row cavernous structure after the adjustment, and the cavernous structure after the adjustment is more than one
Through fixed slot or/and more than one through mounting hole.When the cavernous structure after the adjustment is more than one described through fixation
It is more than one described through fixed slot setting arranged in columns when slot.When the cavernous structure after the adjustment is more than one institute
It states through mounting hole, it is more than one described through mounting hole setting arranged in columns.When the cavernous structure after the adjustment is more than one
It is described through fixed slot and more than one described when being combined through mounting hole, it is described described to line up through fixed slot and through mounting hole
Row setting, can be it is described through fixed slot come it is described through mounting hole before, can also be described to be come through fixed slot
It is described through mounting hole behind, can also be described through fixed slot and described through the interlaced setting arranged in columns of mounting hole.
When it is described cavernous structure is two row after the adjustment when, the structure of cavernous structure can be identical or not after the adjustment described in two row
It is identical.When the cavernous structure after the adjustment is that three row are above, the structure of cavernous structure can phase after the adjustment described in adjacent two row
It together or differs, and the spacing of cavernous structure can be identical or differs after the adjustment described in adjacent two row.In the present embodiment,
The cavernous structure after the adjustment is that two row are described through fixed slot.
Refer to Fig. 4, the seat after the adjustment for adjusting deck 4 and including latitude adjustment seat 41 and being connect with the latitude adjustment seat 41
42, it is provided with latitude fixed structure 414 in the latitude adjustment seat 41, is provided with through fixed structure on the seat after the adjustment 42
424。
The latitude adjustment seat 41 is fixedly connected with the seat after the adjustment 42, and the latitude fixed structure 414 and the warp
424 substantially vertical setting of fixed structure, in the present embodiment, the latitude adjustment seat 41 and the seat after the adjustment 42 be one at
Type, the latitude adjustment seat 41 and the seat after the adjustment 42 can not also be integrally formed（It does not draw）.
Or the latitude adjustment seat 41 and the seat after the adjustment 42 pass through rotational structure（It does not draw）Connection, the latitude described in this way
Adjustment seat 41 can be rotated relative to the seat 42 after the adjustment, to adjust the latitude fixed structure 414 and described through fixation
Angle between structure 424 makes the latitude fixed structure 414 and described through 424 substantially vertical setting of fixed structure.The rotation
Structure is rotary shaft and bearing, and one end of the rotary shaft is fixedly connected with the latitude adjustment seat 41 or the seat after the adjustment 42,
Bearing hole is provided on the seat after the adjustment 42 or the latitude adjustment seat 41, the bearing is arranged in the bearing hole, institute
The other end for stating rotary shaft is connect with the inner ring of the bearing, and allowing for the latitude adjustment seat 41 in this way can be relative to the warp
Adjustment seat 42 rotates.
For the rotational structure other than above structure, the rotational structure can also be axis and axis fixing nut, one
Rotating hole runs through the latitude adjustment seat 41 and seat 42 after the adjustment, and the axis is arranged in the rotating hole, the axis
Both ends be located at the outside of the latitude adjustment seat 41 and the seat after the adjustment 42, at least two axis fixing nuts cover respectively
It is located on the both ends of the axis.The latitude adjustment seat 41 and the seat after the adjustment 42 pass through rotation around the middle shaft rotation
The latitude adjustment seat 41 and the seat after the adjustment 42 are fixed on the axis, and make the latitude by the axis fixing nut
Adjustment seat 41 and the seat after the adjustment 42 are kept fixed angle.
In the present embodiment, the latitude adjustment seat 41 includes the first latitude adjustment structure 411 and the second latitude adjustment structure 412, institute
It states the first latitude adjustment structure 411 and the second latitude adjustment structure 412 is spaced a predetermined distance setting, and form latitude between each other
Board slot 413, the latitude fixed structure 414 are arranged in the first latitude adjustment structure 411 and the second latitude adjustment structure 412
On.The latitude fixed structure 414 is broadwise perforation, and the broadwise perforation warp-wise runs through the first latitude adjustment structure 411 and institute
The second latitude adjustment structure 412 is stated, the quantity of the broadwise perforation is more than one.The first latitude adjustment structure 411 is by extremely
Few one piece of first sub- latitude adjustment structure composition, when the described first sub- latitude adjustment structure is by two pieces of composition described above（It does not draw）,
Two pieces of first sub- latitude adjustment structures of the above are spaced a predetermined distance between each other to be arranged, i.e., the described first sub- latitude is adjusted
Knot constitutes the first sub- latitude comb teeth-shaped, and the latitude fixed structure 414 is arranged on the described first sub- latitude comb teeth-shaped.The second latitude tune
Section structure 412 is made of at least one piece second sub- latitude adjustment structure, when the described second sub- latitude adjustment structure is by two pieces or more
When composition（It does not draw）, two pieces of second sub- latitude adjustment structures of the above are spaced a predetermined distance between each other to be arranged, i.e.,
The second sub- latitude adjustment structure is arranged at the second sub- latitude comb teeth-shaped, the latitude fixed structure 414 in the described second sub- latitude broach
On shape.
The seat after the adjustment 42 includes the first structure 421 and the second structure 422 after the adjustment after the adjustment, and described first after the adjustment
Structure 421 and described second after the adjustment structure 422 be spaced a predetermined distance setting, and formed between each other through board slot 423, institute
It states through the setting of fixed structure 424 in the described first structure 421 and described second after the adjustment in structure 422 after the adjustment.The warp is solid
It is warp-wise perforation to determine structure 424, and structure 421 and described second is after the adjustment after the adjustment through described first for warp-wise perforation broadwise
The quantity of structure 422, the warp-wise perforation is more than one.Described first after the adjustment structure 421 be by least one piece first son
Structure composition after the adjustment, when structure is by two pieces of composition described above to first son after the adjustment（It does not draw）, two pieces of the above
Structure is spaced a predetermined distance is arranged between each other first son after the adjustment, i.e., knot constitutes the first son to described first son after the adjustment
It is described sub through on comb teeth-shaped described first through the setting of fixed structure 424 through comb teeth-shaped.Described second after the adjustment structure 422 be
By at least one piece second sub structure composition after the adjustment, when structure is by two pieces of composition described above to second son after the adjustment（It does not draw
Figure）, structure is spaced a predetermined distance is arranged between each other the second son of two pieces of the above after the adjustment, i.e., described second son warp
Adjustment structure is sub through comb teeth-shaped at second, described sub through on comb teeth-shaped described second through the setting of fixed structure 424.
In the present embodiment, the latitude adjustment seat 41 and the seat after the adjustment 42 are to be integrally formed, i.e., the adjusting deck 4 is
It is integrally formed.The latitude board slot 413 and described through the 423 substantially vertical setting of board slot, the broadwise perforation and the warp-wise
It perforates substantially vertical setting.The cross section for adjusting deck 4 is at " ten " shape, and the adjusting deck 4 is at " ten " column.Also
It is to say, the latitude adjustment seat 41 is at " ten " column, and the seat after the adjustment 42 is at " ten " column.The adjusting deck 4 includes broadwise
Both wings 415 and warp-wise both wings 425, described one end for adjusting deck 4 is the latitude adjustment seat 41, described to adjust the another of deck 4
End is seat 42 after the adjustment.Broadwise is provided with the latitude board slot 413 on described one end for adjusting deck 4, i.e., described
Broadwise is provided with the latitude board slot 413 on broadwise both wings 415, and the broadwise both wings 415 are divided by the latitude board slot 413
The first latitude adjustment structure 411 and the second latitude adjustment structure 412.Warp-wise is set on the other end for adjusting deck 4
It is equipped with described through board slot 423, i.e., warp-wise is provided with described through board slot 423 on the warp-wise both wings 425, described through board
The warp-wise both wings 425 are divided into the described first structure 421 and the described second structure 422 after the adjustment after the adjustment by slot 423.From institute
State adjust deck 4 projecting direction observation, the latitude board slot 413 and it is described through board slot 423 at " ten " shape.It is more than two
Broadwise perforation warp-wise be arranged on the broadwise both wings 415, more than two warp-wises perforation broadwises are arranged in institute
It states on warp-wise both wings 425.On described one end for adjusting deck 4, the end set of the warp-wise both wings 425 has arc angling；
On the other end for adjusting deck 4, the end set of the broadwise both wings 415 has arc angling.It can also be to the tune
The structure of section deck 4 is improved, and the latitude adjustment seat 41 and the seat after the adjustment 42 are not to be integrally formed, the latitude adjustment seat
41 and the seat after the adjustment 42 pass through rotational structure（It does not draw）Connection.
In the present embodiment, it is fixed on the weft plate 2 when needing the latitude adjustment seat 41 by the adjusting deck 4
When, the weft plate 2 is arranged in the latitude board slot 413 first.Then, further include broadwise screw rod（It does not draw）And broadwise
Fixing nut（It does not draw）, it is that the two row latitude fixes slot that the latitude, which adjusts cavernous structure, and the broadwise screw rod is through described
Broadwise is perforated and the latitude fixes slot, and position of the latitude adjustment seat 41 on the weft plate 2 is adjusted.When described
When latitude adjustment seat 41 is located on the suitable position of the weft plate 2（It should be noted that position difference can make the warp plate
3 and distance of the weft plate 2 on crossover location it is different）, the broadwise fixing nut is set in the broadwise screw rod
It goes up and screws, the broadwise both wings 415 are tightly held on the weft plate 2, thus tightly by the latitude adjustment seat 41
Ground is fixed on the weft plate 2, i.e., the weft plate 2 is held firmly against in the latitude board slot 413.As a result of
The two row latitudes fix slot, therefore at least need to use a set of broadwise screw rod and the broadwise fixing nut, this implementation
In example, two sets of broadwise screw rods and the broadwise fixing nut are used.When using the row latitude and fixing slot, that
It only needs to use a set of broadwise screw rod and the broadwise fixing nut.It should be noted that a set of institute mentioned here
Broadwise screw rod and the broadwise fixing nut are stated, refers to a broadwise screw rod and at least two broadwise fixing nuts.
When it is the more than one latitude mounting hole that the latitude, which adjusts cavernous structure, as needed by the latitude adjustment seat
41 are moved on suitable position, keep the broadwise perforation corresponding with the latitude mounting hole on the suitable position（It needs to illustrate
It is that position difference can make the distance of the warp plate 3 and the weft plate 2 on crossover location different）.Then, described
The broadwise fixing nut is set on the broadwise screw rod by broadwise screw rod through broadwise perforation and the latitude mounting hole
And screw, the broadwise both wings 415 are tightly held on the weft plate 2, thus tightly by the latitude adjustment seat 41
It is fixed on the weft plate 2, i.e., the weft plate 2 is held firmly against in the latitude board slot 413.
It is that the more than one latitude fixes slot and the more than one latitude is fixed when the latitude adjusts cavernous structure
Hole is combined constantly, and the latitude adjustment seat 41 is moved on suitable position as needed, makes the broadwise perforation and the suitable position
The latitude mounting hole set or the latitude are fixed slot and are corresponded to（It should be noted that position difference can make the warp plate 3
It is different with distance of the weft plate 2 on crossover location）.Then, the broadwise screw rod is through broadwise perforation and institute
It states latitude mounting hole or the latitude fixes slot, the broadwise fixing nut is set on the broadwise screw rod and is screwed, by institute
It states broadwise both wings 415 to be tightly held on the weft plate 2, to which the latitude adjustment seat 41 is tightly held in the latitude
On line plate 2, i.e., the weft plate 2 is held firmly against in the latitude board slot 413.
In the present embodiment, when needs are by seat 42 is fixed on the warp plate 3 after the adjustment described in the adjusting deck 4
When, the warp plate 3 is arranged described through in board slot 423 first.Then, further include warp-wise screw rod（It does not draw）And warp-wise
Fixing nut（It does not draw）, the cavernous structure after the adjustment is that two row are described through fixed slot, and the warp-wise screw rod is through described
Warp-wise is perforated with described through fixed slot, and position of the seat after the adjustment 42 on the warp plate 3 is adjusted.When described
When seat 42 is located on the suitable position of the warp plate 3 after the adjustment（It should be noted that position difference can make the warp plate
3 and distance of the weft plate 2 on crossover location it is different）, the warp-wise fixing nut is set in the warp-wise screw rod
Go up and screw, the warp-wise both wings 425 are tightly held on the warp plate 3, to will described in seat 42 is tightly after the adjustment
Ground is fixed on the warp plate 3, i.e., the warp plate 3 is held firmly against described through in board slot 423.As a result of
Two row are described through fixed slot, therefore at least need to use a set of warp-wise screw rod and the warp-wise fixing nut, this implementation
In example, two sets of warp-wise screw rods and the warp-wise fixing nut are used.When use a row it is described through fixed slot when, that
It only needs to use a set of warp-wise screw rod and the warp-wise fixing nut.It should be noted that a set of institute mentioned here
Warp-wise screw rod and the warp-wise fixing nut are stated, refers to a warp-wise screw rod and at least two warp-wise fixing nuts.
When the cavernous structure after the adjustment be it is more than one it is described through mounting hole when, as needed will described in seat after the adjustment
42 are moved on suitable position, make warp-wise perforation with it is described corresponding through mounting hole on the suitable position（It needs to illustrate
It is that position difference can make the distance of the warp plate 3 and the weft plate 2 on crossover location different）.Then, described
Warp-wise screw rod through the warp-wise perforation and it is described through mounting hole, the warp-wise fixing nut is set on the warp-wise screw rod
And screw, the warp-wise both wings 425 are tightly held on the warp plate 3, to will described in seat 42 is tightly after the adjustment
It is fixed on the warp plate 3, i.e., the warp plate 3 is held firmly against described through in board slot 423.
When the cavernous structure after the adjustment is more than one described through fixed slot and more than one described through fixation
Hole is combined constantly, and the seat after the adjustment 42 is moved on suitable position as needed, makes the warp-wise perforation and the suitable position
That sets is described through mounting hole or described through fixed slot correspondence（It should be noted that position difference can make the warp plate 3
It is different with distance of the weft plate 2 on crossover location）.Then, the warp-wise screw rod is through warp-wise perforation and institute
It states through mounting hole or described through fixed slot, the warp-wise fixing nut is set on the warp-wise screw rod and is screwed, by institute
It states warp-wise both wings 425 to be tightly held on the warp plate 3, to which the seat after the adjustment 42 is tightly held in the warp
On line plate 3, i.e., the warp plate 3 is held firmly against described through in board slot 423.
Fig. 2 and Fig. 3 are referred to, there are two lug bosses for setting on the back side of the module fixing piece 5（It does not identify）, two
Warp-wise fixing groove 51 is formed between the lug boss, and raised mounting hole is provided on two lug bosses（It does not draw）,
It is provided on the warp plate 3 and perforates through plate（It does not draw）, through plate screw rod（It does not draw）One end pass through the raised mounting hole
It perforates through plate with described, it will be through crab bolt（It does not draw）It is fixed on described one end through plate screw rod.By described through plate screw rod
With the cooperation through crab bolt, the warp plate 3 is fixed in the warp-wise fixing groove 51, to fix the module
Part 5 is fixed on the warp plate 3.
At least two module fixing grooves 55 are provided on the front of the module fixing piece 5, two modules are fixed
Slot 55 and the direction of the warp plate 3 are essentially identical, and module is respectively arranged on the back side both sides of the LED display modules 6
Lug boss（It does not draw）.When installation, the module that the LED display modules 6 are mounted on the two neighboring warp plate 3 is fixed
On part 5.That is, on two adjacent warp plates 3, the module of the wherein side of the LED display modules 6 is convex
The portion of rising, is disposed therein in a module fixing groove 55 of the LED display modules 6 of a warp plate 3；It is described
The LED display modules 6 in another warp plate 3 are arranged in the module lug boss of 6 other side of LED display modules
A module fixing groove 55 in, to being arranged the LED display modules 6 on the front of the module fixing piece 5.And
And it is respectively arranged with mounting hole on the module fixing piece 5 and the LED display modules 6, pass through screw and the mounting hole
Cooperation the LED display modules 6 are fixed on the front of the module fixing piece 5.
In the present embodiment, one end of the module fixing piece 5 is provided with docking lug boss 52, in the module fixing piece
5 other end is provided with docking recessed portion 53, when adjacent two pieces of module fixing pieces 5 splice from beginning to end, one of mould
The docking lug boss 52 of group fixing piece 5 is arranged in the docking recessed portion 53 of another piece of module fixing piece 5.
The docking lug boss 52 protrudes from the end surface of one end of the module fixing piece 5, the docking recessed portion
53 are arranged on the end surface of the other end of the module fixing piece 5.It should be noted that docking recessed portion described herein
53 at blind hole shape（It does not draw）, the size of the docking lug boss 52 is less than or equal to the size of the docking recessed portion 53, institute
The shape for stating docking lug boss 52 and the docking recessed portion 53 can be arbitrary shape.Adjacent two pieces of module fixing pieces 5
When head and the tail splice, the docking lug boss 52 of one of module fixing piece 5 is fastened on another piece of module and fixes
In the docking recessed portion 53 of part 5.
The structure of the docking lug boss 52 and/or the docking recessed portion 53 is improved：The docking lug boss
52 protrude from the end surface of one end of the module fixing piece 5, and the docking recessed portion 53 is arranged in the module fixing piece 5
The other end end surface on.It should be noted that docking recessed portion 53 described herein is at groove-like（It does not draw）, described
The size for docking lug boss 52 is less than or equal to the size of the docking recessed portion 53, the docking lug boss 52 and the docking
The shape of recessed portion 53 can be arbitrary shape.When adjacent two pieces of module fixing pieces 5 splice from beginning to end, one of mould
The docking lug boss 52 of group fixing piece 5 is fastened in the docking recessed portion 53 of another piece of module fixing piece 5.
The structure of the docking lug boss 52 and/or the docking recessed portion 53 is improved：The docking lug boss
52 protrude from the end surface of one end of the module fixing piece 5, and the docking lug boss 52 is located at the module and fixes
The upper position or lower position of the end surface of one end of part 5.That is, it is described docking lug boss 52 front with it is described
The front of module fixing piece 5 is substantially flush（It does not identify）, the back of the body at the back side and the module fixing piece 5 of the docking lug boss 52
Face stepped（It does not identify）；Alternatively, the positive stepped in the front and the module fixing piece 5 of the docking lug boss 52
（It does not draw）, the back side and the back side of the module fixing piece 5 of the docking lug boss 52 are substantially flush（It does not draw）.It is described right
It connects recessed portion 53 to be arranged in the end sides of the other end of the module fixing piece 5, i.e., the described setting of docking recessed portion 53 exists
The positive side in end of the other end of the module fixing piece 5（The front of the module fixing piece 5）Or end dorsal surface（The mould
The back side of group fixing piece 5）.It should be noted that the size of the docking lug boss 52 is less than or equal to the docking recessed portion
The shape of 53 size, the docking lug boss 52 and the docking recessed portion 53 can be arbitrary shape.Described in adjacent two pieces
When module fixing piece 5 splices from beginning to end, the docking lug boss 52 of one of module fixing piece 5 is fastened on another piece of institute
In the docking recessed portion 53 for stating module fixing piece 5.
It is respectively arranged with step structure 54 at the both ends of the module fixing piece 5, adjacent two pieces of module fixing pieces 5 are first
When tail splices, on the stitching position of the adjacent two pieces module fixing pieces 5, the step structure 54 forms splicing groove（Not
Mark）, the fixed connecting plate of the LED display modules 6（It does not identify）It is fixed by screws in the splicing groove.About institute
The structure for stating LED display modules 6 is the prior art, and explanation is no longer discussed in detail herein.
Fig. 5 is referred to, Fig. 5 revealed is another embodiment for being adjusted in the utility model deck 4.Shown in Fig. 5
The structure that deck 4 is adjusted shown in the structure and Fig. 4 of adjusting deck 4 is essentially identical, no longer superfluous herein for identical structure
It states, detailed content refers to the explanation content to Fig. 4.Difference is：The latitude adjustment seat 41 is at " ten " column, the latitude
Adjustment seat 41 includes broadwise both wings 415 and warp-wise both wings 425.The seat after the adjustment 42 only includes warp-wise both wings 425, does not include latitude
To both wings 415.That is, the broadwise both wings 415 are divided into 411 He of the first latitude adjustment structure by latitude board slot 413
The second latitude adjustment structure 412, the first latitude adjustment structure 411 are made of at least one piece first sub- latitude adjustment structure
（It does not draw）, the second latitude adjustment structure 412 is made of at least one piece second sub- latitude adjustment structure（It does not draw）.Through board
The warp-wise both wings 425 are divided into the described first structure 421 and the described second structure 422 after the adjustment after the adjustment by slot 423, described
First after the adjustment structure 421 be by least one piece first son structure composition after the adjustment（It does not draw）, the described second structure after the adjustment
422 be by least one piece second sub structure composition after the adjustment（It does not draw）.The latitude adjustment seat 41 and the seat after the adjustment 42 are solid
Fixed connection or the latitude adjustment seat 41 are connected with the seat after the adjustment 42 by rotational structure（It does not draw）.
Fig. 6 is referred to, Fig. 6 revealed is the third embodiment for being adjusted in the utility model deck 4.Shown in Fig. 6
The structure that deck 4 is adjusted shown in the structure and Fig. 4 of adjusting deck 4 is essentially identical, no longer superfluous herein for identical structure
It states, detailed content refers to the explanation content to Fig. 4.Difference is：The seat after the adjustment 42 is at " ten " column, the warp
Adjustment seat 42 includes broadwise both wings 415 and warp-wise both wings 425.The latitude adjustment seat 41 only includes broadwise both wings 415, does not include warp
To both wings 425.That is, the broadwise both wings 415 are divided into 411 He of the first latitude adjustment structure by latitude board slot 413
The second latitude adjustment structure 412, the first latitude adjustment structure 411 are made of at least one piece first sub- latitude adjustment structure
（It does not draw）, the second latitude adjustment structure 412 is made of at least one piece second sub- latitude adjustment structure（It does not draw）.Through board
The warp-wise both wings 425 are divided into the described first structure 421 and the described second structure 422 after the adjustment after the adjustment by slot 423, described
First after the adjustment structure 421 be by least one piece first son structure composition after the adjustment（It does not draw）, the described second structure after the adjustment
422 be by least one piece second sub structure composition after the adjustment（It does not draw）.The latitude adjustment seat 41 and the seat after the adjustment 42 are solid
Fixed connection or the latitude adjustment seat 41 are connected with the seat after the adjustment 42 by rotational structure（It does not draw）.
Fig. 7 is referred to, Fig. 7 revealed is the 4th kind of embodiment for being adjusted in the utility model deck 4.Shown in Fig. 7
The structure that deck 4 is adjusted shown in the structure and Fig. 4 of adjusting deck 4 is essentially identical, no longer superfluous herein for identical structure
It states, detailed content refers to the explanation content to Fig. 4.Difference is：The seat after the adjustment 42 only includes warp-wise both wings
425, do not include broadwise both wings 415.The latitude adjustment seat 41 only includes broadwise both wings 415, does not include warp-wise both wings 425.Also
It is to say, the broadwise both wings 415 are divided into the first latitude adjustment structure 411 to latitude board slot 413 and second latitude is adjusted
Structure 412, the first latitude adjustment structure 411 are made of at least one piece first sub- latitude adjustment structure（It does not draw）, described
Two latitude adjustment structures 412 are made of at least one piece second sub- latitude adjustment structure（It does not draw）.Through board slot 423 by the warp-wise
Both wings 425 are divided into the described first structure 421 and the described second structure 422 after the adjustment after the adjustment, the described first structure after the adjustment
421 be by least one piece first sub structure composition after the adjustment（It does not draw）, described second after the adjustment structure 422 be by least one piece
Second sub structure composition after the adjustment（It does not draw）.The latitude adjustment seat 41 is fixedly connected or described with the seat after the adjustment 42
Latitude adjustment seat 41 is connected with the seat after the adjustment 42 by rotational structure（It does not draw）.
Fig. 8 is referred to, Fig. 8 revealed is the 5th kind of embodiment for being adjusted in the utility model deck 4.Shown in Fig. 8
The structure that deck 4 is adjusted shown in the structure and Fig. 4 of adjusting deck 4 is essentially identical, no longer superfluous herein for identical structure
It states, detailed content refers to the explanation content to Fig. 4.Difference is：Cross sectional shape one up and down for adjusting deck 4
Sample, that is to say, that the seat after the adjustment 42 is as the shape of the latitude adjustment seat 41.The seat after the adjustment 42 is at cube
Shape is separately positioned on through board slot 423 and warp-wise perforation 420 on the seat 42 after the adjustment, described through board slot 423 and the warp
The content referred in Fig. 4 specifically how being arranged to perforation 420.The latitude adjustment seat 41 is at cube shaped, latitude board slot
413 and broadwise perforation 410 be separately positioned in the latitude adjustment seat 41,410 tool of the latitude board slot 413 and broadwise perforation
Body is the content referred in Fig. 4 how to be arranged.
The latitude adjustment seat 41 includes the first latitude adjustment structure 411, the second latitude adjustment structure 412 and the latitude board slot
413, the first latitude adjustment structure 411 is made of at least one piece first sub- latitude adjustment structure（It does not draw）, second latitude
Adjustment structure 412 is made of at least one piece second sub- latitude adjustment structure（It does not draw）.The seat after the adjustment 42 includes the first warp
The structure 422 and described through board slot 423 after the adjustment of adjustment structure 421, second, described first after the adjustment structure 421 be by least
One piece of first sub structure composition after the adjustment（It does not draw）, described second after the adjustment structure 422 be by least one piece second son through adjust
Section structure forms（It does not draw）.The latitude adjustment seat 41 is fixedly connected with the seat after the adjustment 42 or the latitude adjustment seat 41
It is connected by rotational structure with the seat after the adjustment 42（It does not draw）.
In the present embodiment, the seat after the adjustment 42 and the latitude adjustment seat 41 are cube shaped, seat 42 after the adjustment
Cylinder is can also be with the latitude adjustment seat 41（Refer to Fig. 9）.The seat after the adjustment 42 and the latitude adjustment seat 41 may be used also
To be cross section as the cylinder of polygon, such as cross section is pentagon, hexagon.The seat after the adjustment 42 be it is hemispherical,
The latitude adjustment seat 41 is also hemispherical, then the adjusting deck 4 is spherical（It does not draw）.
Figure 10 is referred to, Figure 10 revealed is the 7th kind of embodiment for being adjusted in the utility model deck 4.Institute in Figure 10
Show that the structure that deck 4 is adjusted shown in the structure for adjusting deck 4 and Fig. 8 is essentially identical, herein no longer for identical structure
It repeats, detailed content refers to the explanation content to Fig. 8.Difference is：The cross sectional shape up and down for adjusting deck 4 is not
Equally, that is to say, that the shape of the seat after the adjustment 42 and the latitude adjustment seat 41 is different.The seat after the adjustment 42 at cube
The bodily form is separately positioned on through board slot 423 and warp-wise perforation 420 on the seat 42 after the adjustment, and particular content is referred to Fig. 8's
Illustrate content.
The latitude adjustment seat 41 is separately positioned on the latitude adjustment seat at cylinder, latitude board slot 413 and broadwise perforation 410
On 41, particular content refers to the explanation content to Fig. 8.It is separately positioned on through board slot 423 and warp-wise perforation 420 described
After the adjustment on seat 42, latitude board slot 413 and broadwise perforation 410 are separately positioned in the latitude adjustment seat 41.The latitude adjustment seat
41 are fixedly connected or the latitude adjustment seat 41 is connected with the seat after the adjustment 42 by rotational structure with the seat after the adjustment 42
（It does not draw）.
In the present embodiment, the seat after the adjustment 42 and the latitude adjustment seat 41 are than the above described structure, described through adjusting
Section seat 42 and the latitude adjustment seat 41 can also be cube shaped, hemispherical, at " ten " column（Such as Fig. 3）, plate（Such as Fig. 4）Or
Cross section is arbitrary two kinds of the combination in the cylinder of polygon, no matter the shape of the seat 42 and the latitude adjustment seat 41 after the adjustment
How shape selects, can as long as the shape of the seat after the adjustment 42 and the latitude adjustment seat 41 is different.
Figure 11 is referred to, Figure 11 revealed is the 8th kind of embodiment for being adjusted in the utility model deck 4.The adjusting
Deck 4 includes latitude adjustment seat 41 and seat 42 after the adjustment being connect with the latitude adjustment seat 41, and the latitude adjustment seat 41 includes third
Latitude adjustment structure 43, the latitude fixed structure 414 are arranged in the third latitude adjustment structure 43.Latitude adjustment seat described herein
41 that using latitude board slot, the latitude fixed structure 414 is not broadwise perforation or broadwise protrusion（It does not draw）, the broadwise perforation
Or the quantity of the broadwise protrusion is more than one.
The third latitude adjustment structure 43 is made of the sub- latitude adjustment structure of at least one piece of third, when the sub- latitude tune of the third
When section structure is by two pieces of composition described above（It does not draw）, interval is predetermined between each other for two pieces of sub- latitude adjustment structures of third described above
What distance was arranged, i.e., the described sub- latitude adjustment structure of third exists at the sub- latitude comb teeth-shaped of third, the setting of latitude fixed structure 414
On the sub- latitude comb teeth-shaped of third.
In the present embodiment, the seat after the adjustment 42 includes third structure 44 after the adjustment, described to exist through the setting of fixed structure 424
The third is after the adjustment in structure 44.Seat after the adjustment 42 described herein is described through fixed structure 424 without using through board slot
It is warp-wise perforation or warp-wise protrusion, the warp-wise is perforated or the quantity of warp-wise protrusion is more than one.
Structure 44 is by least one piece of third structure composition after the adjustment, when third is through adjusting to the third after the adjustment
When section structure is by two pieces of composition described above（It does not draw）, interval is predetermined between each other for structure after the adjustment for two pieces of third described above
What distance was arranged, i.e., described third is tied after the adjustment constitutes third through comb teeth-shaped, and described be arranged through fixed structure 424 exists
Third is through on comb teeth-shaped.
The latitude adjustment seat 41 is fixedly connected with the seat after the adjustment 42, i.e., the described third latitude adjustment structure 43 and described
Three after the adjustment structure 44 be fixedly connected, the latitude fixed structure 414 and described through 424 substantially vertical setting of fixed structure.Or
The latitude adjustment seat 41 is connected with the seat after the adjustment 42 by rotational structure（It does not draw）, i.e. the third latitude adjustment structure 43
Structure 44 is connected by rotational structure after the adjustment with the third.
In the present embodiment, when needing the latitude adjustment seat 41 for adjusting deck 4 being fixed on the weft plate,
The latitude fixed structure 414 is the broadwise perforation, and the third latitude adjustment structure 43 is arranged on the weft plate, according to
It needs the third latitude adjustment structure 43 being moved on the suitable position of the weft plate, keeps the broadwise perforation suitable with this
The latitude on position adjusts cavernous structure and corresponds to（It should be noted that position difference can make the warp plate and the latitude
Distance of the line plate on crossover location is different）.Then, broadwise screw rod adjusts poroid knot through broadwise perforation and the latitude
Broadwise fixing nut is set on the broadwise screw rod and is screwed by structure, by the third latitude adjustment structure 43 and the weft
Plate is tightly held in together, to which the latitude adjustment seat 41 to be tightly held on the weft plate.It should be noted that
It is that more than one latitude fixes slot or/and more than one latitude mounting hole that the latitude, which adjusts cavernous structure,.
The latitude fixed structure 414 is the broadwise protrusion, and the third latitude adjustment structure 43 is arranged in the weft
On plate, the third latitude adjustment structure 43 is moved on the suitable position of the weft plate as needed, keeps the broadwise convex
It rises corresponding with the latitude adjusting cavernous structure on the suitable position（It should be noted that position difference can make the warp
The distance of plate and the weft plate on crossover location is different）.Then, one end of the broadwise protrusion is adjusted across the latitude
Cavernous structure simultaneously protrudes from the weft plate, and a fixed structure is fixed on one end of the broadwise protrusion, by the third latitude
Adjustment structure 43 and the weft plate are tightly held in together, to which the latitude adjustment seat 41 is tightly held in the latitude
On line plate.It should be noted that the fixed structure can be nut, then outer spiral shell is provided on one end of the broadwise protrusion
Line, nut are set on one end of the broadwise protrusion；The fixed structure can be bolt, then one end of the broadwise protrusion
On be provided with pin hole, bolt is plugged in pin hole；It is that more than one latitude fixes slot or/and one that the latitude, which adjusts cavernous structure,
A above latitude mounting hole.
In the present embodiment, when need by seat 42 is fixed on the warp plate after the adjustment described in the adjusting deck 4 when,
Described through fixed structure 424 is that the warp-wise is perforated, and by the third, structure 44 is arranged on the warp plate after the adjustment, according to
It needs that structure 44 is moved on the suitable position of the warp plate after the adjustment by the third, keeps the warp-wise perforation suitable with this
The cavernous structure after the adjustment on position corresponds to（It should be noted that position difference can make the warp plate and the warp
Distance of the line plate on crossover location is different）.Then, warp-wise screw rod is through warp-wise perforation and the knot poroid after the adjustment
Warp-wise fixing nut is set on the warp-wise screw rod and is screwed by structure, by the third structure 44 and the warp after the adjustment
Plate is tightly held in together, to which the seat after the adjustment 42 to be tightly held on the warp plate.It should be noted that
The cavernous structure after the adjustment is more than one through fixed slot or/and more than one through mounting hole.
Described through fixed structure 424 is warp-wise protrusion, and by the third, structure 44 is arranged in the warp after the adjustment
On plate, by the third, structure 44 is moved on the suitable position of the warp plate after the adjustment as needed, keeps the warp-wise convex
It rises corresponding with the cavernous structure after the adjustment on the suitable position（It should be noted that position difference can make the warp
The distance of plate and the warp plate on crossover location is different）.Then, one end of the warp-wise protrusion pass through it is described after the adjustment
Cavernous structure simultaneously protrudes from the warp plate, and a fixed structure is fixed on one end of the warp-wise protrusion, and the third is passed through
Adjustment structure 44 and the warp plate are tightly held in together, to which the seat after the adjustment 42 is tightly held in the warp
On line plate.It should be noted that the fixed structure can be nut, then outer spiral shell is provided on one end of the warp-wise protrusion
Line, nut are set on one end of the warp-wise protrusion；The fixed structure can be bolt, then one end of the warp-wise protrusion
On be provided with pin hole, bolt is plugged in pin hole；The cavernous structure after the adjustment is more than one through fixed slot or/and one
It is a above through mounting hole.
Figure 12 is referred to, Figure 12 revealed is the 9th kind of embodiment for being adjusted in the utility model deck 4, the adjusting
Deck 4 includes latitude adjustment seat 41 and seat 42 after the adjustment being connect with the latitude adjustment seat 41.The structure of the latitude adjustment seat 41 with
The structure of the latitude adjustment seat 41 shown in Figure 11 is identical, i.e., the described latitude adjustment seat 41 includes third latitude adjustment structure 43, institute
It states latitude fixed structure 414 to be arranged in the third latitude adjustment structure 43, the latitude adjustment seat 41 is without using latitude board slot.Institute
It is broadwise perforation or broadwise protrusion to state latitude fixed structure 414, the quantity of broadwise perforation or broadwise protrusion be one with
On.No longer the structure of the latitude adjustment seat 41 is repeated herein, detailed content, which refers to, above-mentioned to be explained Figure 11
Bright content.
In the present embodiment, the structure of the seat after the adjustment 42 is identical as the structure of the seat after the adjustment 42 shown in fig. 8,
The seat after the adjustment 42 includes the first structure 421 and the second structure 422 after the adjustment after the adjustment, the described first structure 421 after the adjustment
With described second after the adjustment structure 422 be spaced a predetermined distance setting, and formed between each other through board slot 423.That is,
It is provided on the seat after the adjustment 42 described through board slot 423 and through fixed structure 424.The seat after the adjustment 42 is at cube
The concrete structure of shape, the seat after the adjustment 42 refers to the above-mentioned explanation content to Fig. 8.It should be noted that the warp
Adjustment seat 42 can be cube shaped, hemispherical, at " ten " column（Such as Fig. 4）, cylinder（Such as Fig. 9）Or cross section is polygon
Cylinder.It should be noted that the latitude adjustment seat 41 is fixedly connected with the seat after the adjustment 42 or the latitude adjustment seat 41
It is connected by rotational structure with the seat after the adjustment 42（It does not draw）.
Figure 13 is referred to, Figure 13 revealed is the tenth kind of embodiment for being adjusted in the utility model deck 4, the adjusting
Deck 4 includes latitude adjustment seat 41 and seat 42 after the adjustment being connect with the latitude adjustment seat 41.The structure of the seat after the adjustment 42 with
The structure of the seat 42 after the adjustment shown in Figure 11 is identical, i.e., the described seat 42 after the adjustment includes third structure 44 after the adjustment, institute
It states and is arranged in the third after the adjustment structure 44 through fixed structure 424, the seat after the adjustment 42 is without using through board slot.Institute
It is warp-wise perforation or warp-wise protrusion to state through fixed structure 424, the quantity of warp-wise perforation or warp-wise protrusion be one with
On.No longer the structure of third structure 44 after the adjustment is repeated herein, detailed content refers to above-mentioned to Figure 11's
Illustrate content.
In the present embodiment, the structure of the latitude adjustment seat 41 is identical as the structure of the latitude adjustment seat 41 shown in Fig. 9,
The latitude adjustment seat 41 includes the first latitude adjustment structure 411 and the second latitude adjustment structure 412, the first latitude adjustment structure 411
It is spaced a predetermined distance setting with the second latitude adjustment structure 412, and forms latitude board slot 413 between each other.That is,
The latitude board slot 413 and latitude fixed structure 414 are provided in the latitude adjustment seat 41.The latitude adjustment seat 41 is at cylinder
The concrete structure of body, the latitude adjustment seat 41 refers to the above-mentioned description content to Fig. 9.It should be noted that the latitude is adjusted
Seat 41 can be cube shaped, hemispherical, at " ten " column（Such as Fig. 4）, cylinder（Such as Fig. 9）Or the column that cross section is polygon
Body.It should be noted that the latitude adjustment seat 41 is fixedly connected with the seat after the adjustment 42 or the latitude adjustment seat 41 and institute
Seat 42 after the adjustment is stated to connect by rotational structure（It does not draw）.
The utility model is mounted on as a result of the adjusting deck, the warp plate by several adjusting decks
On several weft plates, when installation, on crossover location passing through the adjusting deck adjusts the warp plate and the weft
The distance between plate；That is, on different positions, the warp plate and the latitude can be adjusted by adjusting deck
The distance between line plate reduces the tolerance of the LED ball shape display screen to reduce the tolerance between the warp plate；It is described
Weft plate and the warp plate are not installed together by the way of welding so that the peace of the weft plate and the warp plate
Assembly and disassembly are all very convenient, have many advantages, such as convenient for adjusting, tolerance is small, installation and removal are all very convenient.
It should be noted that being explained in detail for the respective embodiments described above, purpose be only that the utility model into
Row explain, in order to be able to preferably explain the utility model, still, these description cannot with any explanation at be to this
The limitation of utility model, in particular, each feature described in various embodiments mutually can also be combined arbitrarily, to
Other embodiment is formed, in addition to there is clearly opposite description, these features should be understood to can be applied to any one reality
It applies in mode, and is not limited merely to described embodiment.
Claims (10)
1. a kind of LED ball shape display screen with regulatory function, including fixed frame, several weft plates and several warp plates, special
Sign is：Further include several adjusting decks, several module fixing pieces and several LED display modules, it is the fixed frame, several described
Weft plate and several warp plates are set gradually from inside to outside, and several weft plates are mounted on the fixed frame, several
The warp plate is mounted on by several adjusting decks on several weft plates, passes through the adjusting on crossover location
Deck adjusts the distance between the warp plate and the weft plate；Several LED display modules pass through several modules
Fixing piece is mounted on the warp plate, and several LED display modules are by being spliced to form spherical display screen.
2. the LED ball shape display screen according to claim 1 with regulatory function, it is characterised in that：Further include that latitude is adjusted
Structure, the latitude adjustment structure are arranged on the weft plate.
3. the LED ball shape display screen according to claim 1 with regulatory function, it is characterised in that：Further include after the adjustment
Structure, the structure setting after the adjustment is on the warp plate.
4. the LED ball shape display screen according to claim 1 with regulatory function, it is characterised in that：The adjusting deck
The seat after the adjustment being connect including latitude adjustment seat and with the latitude adjustment seat, latitude fixed structure is provided in the latitude adjustment seat,
It is provided with through fixed structure on the seat after the adjustment.
5. the LED ball shape display screen according to claim 4 with regulatory function, it is characterised in that：The latitude adjustment seat
It is fixedly connected with the seat after the adjustment, and the latitude fixed structure and described through the substantially vertical setting of fixed structure；Or institute
Latitude adjustment seat is stated to connect by rotational structure with the seat after the adjustment.
6. the LED ball shape display screen according to claim 4 with regulatory function, it is characterised in that：The latitude adjustment seat
Including the first latitude adjustment structure and the second latitude adjustment structure, the first latitude adjustment structure and the second latitude adjustment structure interval
Preset distance is arranged, and forms latitude board slot between each other, and the latitude fixed structure is arranged in the first latitude adjustment structure
In the second latitude adjustment structure.
7. the LED ball shape display screen according to claim 4 with regulatory function, it is characterised in that：The seat after the adjustment
Including the first structure and the second structure after the adjustment after the adjustment, the described first structure and the described second spacing structure after the adjustment after the adjustment
Preset distance is arranged, and is formed between each other through board slot, it is described through fixed structure setting in the described first structure after the adjustment
On described second after the adjustment structure.
8. the LED ball shape display screen according to claim 4 with regulatory function, it is characterised in that：The latitude adjustment seat
Including third latitude adjustment structure, the latitude fixed structure is arranged in the third latitude adjustment structure.
9. the LED ball shape display screen according to claim 4 with regulatory function, it is characterised in that：The seat after the adjustment
It is described to be arranged in the third after the adjustment structure through fixed structure including third structure after the adjustment.
10. the LED ball shape display screen with regulatory function according to any one of claim 1 to 9 claim,
It is characterized in that：One end of the module fixing piece is provided with docking lug boss, is arranged in the other end of the module fixing piece
Have a docking recessed portion, when adjacent two pieces of module fixing piece head and the tail splice, one of module fixing piece it is described right
Lug boss is connect to be arranged in the docking recessed portion of another piece of module fixing piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721629731.8U CN207702047U (en) | 2017-11-29 | 2017-11-29 | LED ball shape display screen with regulatory function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721629731.8U CN207702047U (en) | 2017-11-29 | 2017-11-29 | LED ball shape display screen with regulatory function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207702047U true CN207702047U (en) | 2018-08-07 |
Family
ID=63024259
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721629731.8U Active CN207702047U (en) | 2017-11-29 | 2017-11-29 | LED ball shape display screen with regulatory function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207702047U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107806549A (en) * | 2017-11-29 | 2018-03-16 | 上海蓝硕数码科技有限公司 | LED ball shape display screen with regulatory function |
| CN113958815A (en) * | 2021-10-27 | 2022-01-21 | 利亚德光电股份有限公司 | Display device |
-
2017
- 2017-11-29 CN CN201721629731.8U patent/CN207702047U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107806549A (en) * | 2017-11-29 | 2018-03-16 | 上海蓝硕数码科技有限公司 | LED ball shape display screen with regulatory function |
| CN113958815A (en) * | 2021-10-27 | 2022-01-21 | 利亚德光电股份有限公司 | Display device |
| CN113958815B (en) * | 2021-10-27 | 2023-08-25 | 利亚德光电股份有限公司 | display device |
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