Modularized spliced LED display screen
The present invention relates to a modularized spliced LED display screen including a plurality of unit screens. When assembling, a certain number of the unit screens are assembled in a splicing frame to form a module screen. A number of the said module screens are assembled horizontally to form a large display screen. The present invention forms a module screen by a plurality of unit screens of the same structure, and then assembles a plurality of module screens horizontally to form a large display screen, and the overall assembly method is simple, and is easy to assemble and disassemble.
1. A modularized spliced LED display screen comprising a plurality of unit screens ( 100 ), each of the unit screens ( 100 ) comprises a plate bottom plate ( 110 ), an LED light board ( 120 ) and a mask ( 130 ), wherein,
the plate bottom plate ( 110 ), the LED light board ( 120 ) and the mask ( 130 ) are all plate-shaped, and the LED light board ( 120 ) is fixed on the plate bottom plate ( 110 ), and the mask ( 130 ) is covered In front of the LED light board ( 120 ), the unit screen ( 100 ) is generally flat, and a unit screen lead-out cable ( 140 ) is disposed on the back of the plate bottom plate ( 110 ), and the lead-out cable ( 140 ) is connected with the LED light board ( 120 ),
a certain number of the unit screens ( 100 ) are assembled in a splicing frame ( 200 ) to form a module screen ( 300 ), and a plurality of the module screens ( 300 ) are horizontally assembled to form a large display screen,
the module screen ( 300 ) comprises a collective power box ( 400 ), and the collective power box ( 400 ) is fixedly disposed on the back of the unit screen ( 100 ) constituting the module screen ( 300 ),
the collective power box ( 400 ) comprises a box ( 410 ), a plurality of component modules ( 420 ), a plurality of connection sockets ( 430 ), a lead-in cable ( 440 ), and a lead-out cable ( 450 ), wherein the plurality of component modules ( 420 ) simultaneously disposed in the box ( 410 ), the number of the component modules ( 420 ) is equal to the number of the unit screens ( 100 ) constituting the module screen ( 300 ), and the component module ( 420 ) has a one-to-one correspondence with the unit screen ( 100 ) constituting the module screen ( 300 ),
a plurality of the connection sockets ( 430 ) are disposed on the box ( 410 ), and the number of the connection sockets ( 430 ) is equal to the number of the unit screens ( 100 ) constituting the module screen ( 300 ), and the connection socket ( 430 ) has a one-to-one correspondence with the lead-out line ( 140 ) of the unit screen ( 100 ) constituting the module screen ( 300 ), the lead-out cable ( 140 ) of the unit screen ( 100 ) constituting the module screen ( 300 ) is correspondingly inserted into the connection socket ( 430 ),
the lead-in cable ( 440 ) and the lead-out cable ( 450 ) are connected on both sides of the box ( 410 ),
when a plurality of the module screens ( 300 ) are horizontally assembled to form the large display screen, the lead-in cable ( 440 ) and the lead-out cable ( 450 ) are connected between different module screens ( 300 ), and then the collective power boxes ( 400 ) of the different module screens ( 300 ) are connected together by the lead-in cable ( 440 ) and the lead-out cable ( 450 ), when a plurality of the module screens ( 300 ) are horizontally assembled to form a large display screen, the lead-out cable ( 450 ) of a module screen ( 300 ) is connected with the lead-in cable ( 440 ) of another module screen ( 300 ), such that the collective power box ( 400 ) of different module screens ( 300 ) is connected together.
2. A modularized spliced LED display screen according to claim 1 , wherein the unit screen lead-out cable ( 140 ) is integrated with a power line and a signal line, and the component module ( 420 ) comprises a power control module and a signal control module, both the lead-in cable ( 440 ) and the lead-out cable ( 450 ) are integrated with a power line and a signal line.
3. A modularized spliced LED display screen according to claim 1 , wherein each of the unit screens ( 100 ) is provided with a fixed lock ( 150 ) through which the unit screen ( 100 ) can be fixed on the splicing frame ( 200 ).
4. A modularized spliced LED display screen according to claim 1 , wherein the ends of the lead-in cable ( 440 ) and the lead-out cable ( 450 ) are all provided with a plug ( 460 ).
5. A modularized spliced LED display screen according to claim 1 , wherein the splicing frame ( 200 ) is a curved splicing frame ( 510 ), and a sliding lock ( 520 ) is arranged on one side of the curved splicing frame ( 510 ), a splicing gear unit ( 530 ) is provided on the other side of the curved splicing frame ( 510 ) with respect to the sliding lock unit ( 520 ),
the sliding lock unit ( 520 ) of the curved splicing frame ( 510 ) of a module screen ( 300 ) is locked in the splicing gear unit ( 530 ) of the curved splicing frame ( 510 ) of another module screen ( 300 ), so that two adjacent module screens ( 300 ) are spliced together, at the same time, an angle ( 541 ) is formed between the front display surfaces ( 540 ) of the two module screens ( 300 ), when a plurality of the module screens ( 300 ) are assembled to each other, a large curved LED display screen can be formed.
6. A modularized spliced LED display screen according to claim 5 , wherein the angle ( 541 ) is greater than 135° and less than 180°.
7. A modularized spliced LED display screen according to claim 5 , wherein the sliding lock unit ( 520 ) comprises a slide block ( 610 ) and a slide lock ( 620 ), a slide plate ( 630 ) is disposed on the curved splicing frame ( 510 ), and the slide plate ( 630 ) is provided with a slide slot ( 631 ), the sliding lock unit ( 520 ) is slideably disposed on the slide plate ( 630 ), and the slide plate ( 630 ) is clamped between the slide block ( 610 ) and the slide lock ( 620 ),
the slide lock ( 620 ) comprises a clamping seat ( 621 ), a locking rod ( 622 ) and a rotating head ( 623 ), wherein the rotating head ( 623 ) is connected to the top of the locking rod ( 622 ), and the locking rod ( 622 ) is disposed at the clamping seat ( 621 ), the bottom of the locking rod ( 622 ) is provided with a lever ( 624 ),
the locking rod ( 622 ) is sleeved with a spring ( 625 ) located between the clamping seat ( 621 ) and the rotating head ( 623 ),
the slide block ( 610 ) has a perforation ( 611 ), a pressing surface ( 612 ), and a clamping surface ( 613 ), the pressing surface ( 612 ) is located at the bottom of the slide block ( 610 ), and the clamping surface ( 613 ) is located at the top of the slide block ( 610 ), the perforation ( 61 ) is disposed between the pressing surface ( 612 ) and the clamping surface ( 613 ),
the slide plate ( 630 ) is interposed between the bottom surface of the clamping seat ( 621 ) of the slide lock ( 620 ) and the clamping surface ( 613 ) of the slide block ( 610 ),
the locking rod ( 622 ) of the slide lock ( 620 ) is disposed in the sliding slot ( 631 ) of the slide plate ( 630 ), and the lever ( 624 ) of the locking rod ( 622 ) passes through the perforation ( 611 ) of the slide block ( 610 ),
the splicing gear unit ( 530 ) comprises a plurality of gear plates ( 531 ), each of which has a gear plate perforation ( 532 ) which is corresponding to the perforation ( 611 ) of the slide block ( 610 ), the different gear plates ( 531 ) have different inclination angles, and the gear plates ( 531 ) are connected to each other to form a splicing gear unit ( 530 ).
8. A modular spliced LED display screen according to claim 6 , wherein a fixing hole ( 626 ) is disposed on both sides of the clamping seat ( 621 ) of the slide lock ( 620 ), and a fixing table ( 614 ) is disposed on both sides of the slide block ( 626 ) corresponding to the fixing hole ( 626 ), a fixing screw is disposed in the fixing table ( 614 ), and is screwed into the fixing hole ( 626 ) to fix the slide plate ( 630 ) between the slide block ( 610 ) and the slide lock ( 620 ).
9. The modular spliced LED display screen according to claim 6 , wherein a positioning screw ( 615 ) is screwed into the slide block ( 610 ), and a positioning hole ( 616 ) is disposed on the slide plate ( 630 ) corresponding to the positioning screw ( 615 ), and the positioning screw ( 615 ) can be inserted into the positioning hole ( 616 ) to fix the relative position between the slide block ( 610 ) and the slide plate ( 630 ).