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CN-121985495-A - Multi-screen synchronous information spreading device for multi-dimensional digital media application technology

CN121985495ACN 121985495 ACN121985495 ACN 121985495ACN-121985495-A

Abstract

The invention provides a multi-screen synchronous information spreading device for multi-dimensional digital media application technology, which structurally comprises: the synchronous generator is embedded into the protective shell through the constant temperature positioning structure, the outer edge of the protective shell is fixedly connected with the balance weight, and the bottom of the protective shell is provided with the vertical bearing bottom block; after the constant temperature positioning structure is improved, a plurality of groups of synchronous generators are stably separated through the separation blocks, the positions of the edge cooling structures are determined by utilizing the intervals of the separation blocks, meanwhile, the surface matching energy of the refrigeration plate is combined to effectively and accurately reduce the temperature of the synchronous generators integrally, the heat energy in the synchronous generators, which is generated by original common heat dissipation, cannot be effectively treated, and the positioning firmness of the synchronous generators is further improved through the clamping bodies of the cooling structures, so that the integral use strength effect of the device can be effectively improved.

Inventors

  • LI JIE
  • CHEN LING

Assignees

  • 武昌首义学院

Dates

Publication Date
20260505
Application Date
20260205

Claims (8)

  1. 1. The utility model provides a synchronous information propagation device of multidimension digital media is multi-screen for application technology, its structure includes synchronous generator (1), constant temperature location structure (2), protective housing (3), balancing piece (4), bearing bottom block (5), synchronous generator (1) imbeds in protective housing (3) inside and protective housing (3) external edge carries out fixed connection with balancing piece (4) and protective housing (3) bottom is loaded with perpendicular bearing bottom block (5), its characterized in that: The constant temperature positioning structure (2) is provided with an electrifying block (21), one end of the electrifying block (21) is connected with a refrigerating plate (22), parallel plates (23) are parallel to the surface of the refrigerating plate (22) and are connected with partition blocks (24), and a cooling structure (25) is further mounted through the intervals between the partition blocks (24); the cooling structure (25) is further provided with a locking groove (251), the locking groove (251) is opened in the positioning block (252), the side edge of the positioning block (252) is connected with a heat conducting plate (253), the heat conducting plate (253) is connected with a splicing block (254) up and down, the surface of the heat conducting plate is also provided with a circulation groove (255), and the center of the side edge of the positioning block (252) is also connected with a clamping body (256); The refrigeration plate (22) through constant temperature location structure (2) combines to lead to electric piece (21) and carries out the electricity with external main power supply and is connected, then refrigeration plate (22) pass through parallel plate (23) and confirm the position of separating piece (24) and cooling structure (25), and synchronous generator (1) on refrigeration plate (22) combines clamping body (256) of cooling structure (25) will lead warm board (253) location and mutual contact.
  2. 2. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 1, wherein the synchronous generator (1) is positioned inside the protective shell (3) through the constant temperature positioning structure (2) and is arranged in a vertical direction, two balance blocks (4) of the protective shell (3) are arranged in total and are set in a symmetrical direction, and the bearing bottom block (5) is set in a vertical direction.
  3. 3. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 1, wherein the energizing block (21) is in a solid form, two blocks are arranged on the refrigerating plate (22), the refrigerating plate (22) and the parallel plate (23) are parallel to each other, and the operation is continued after the temperature of the parallel plate (23) is reduced to reduce the temperature of the isolating block (24) and the synchronous generator (1).
  4. 4. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 1, wherein the locking groove (251) is further matched with a locking bolt on the positioning block (252), the two ends of the positioning block (252) are respectively provided with one piece of the positioning block (252), the circulation groove (255) arranged on the surface of the heat conducting plate (253) penetrates through the back of the protective shell (3) and is in contact with the synchronous generator (1), and the clamping body (256) is arranged at the centers of the side edges of the two positioning blocks (252) in a symmetrical direction and clamps and fixes the edges of the synchronous generator (1).
  5. 5. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 1, wherein the clamping body (256) is provided with a fixed block (2561), one end of the fixed block (2561) is connected with a spring piece (2562), the other end of the spring piece (2562) is also connected with a jacket (2563), a slot (2564) is formed in the jacket (2563), and the cooling block (2565) is positioned through the slot (2564); The fixing block (2561) is a metal product and is embedded into the positioning block (252) by external threads to be electrically connected with the refrigeration plate (22), the spring piece (2562) is set in a transverse direction, the shape of the slot (2564) of the jacket (2563) is matched with the edge shape of the synchronous generator (1), the operation principle of the cooling block (2565) is identical with that of the refrigeration plate (22), and the shapes of the cooling block and the refrigeration plate are different.
  6. 6. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 5, wherein the spring member (2562) is further provided with an elastic main body (5621), two ends of the elastic main body (5621) are respectively provided with a connecting end (5622) and an anti-deflection plate (5623), a conductive shaft (5624) is further connected to the central position, and splicing blocks (5625) are connected to the two ends of the conductive shaft (5624); The connecting end (5622) and the anti-deflection plate (5623) of the elastic main body (5621) are respectively connected with one ends of the fixed block (2561) and the clamping sleeve (2563), the conductive shaft (5624) at the center position is set in a transverse direction, and the conductive shaft is electrically connected with the fixed block (2561) and the cooling block (2565) through the splicing block (5625).
  7. 7. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 1, wherein the partition block (24) is provided with a connecting groove (241), the connecting groove (241) is opened at the upper and lower positions of the two ends of the block body (242), the upper and lower positions of the middle position of the block body (242) are connected with a clamping frame (243) to determine the position of a vertical groove (244), and the side edge position of the clamping frame (243) is also provided with an overlapping end (245); the shape of the connecting groove (241) is matched with that of the positioning block (252), the clamping frame (243) of the block body (242) is rectangular, the splicing block (254) is embedded by combining the vertical groove (244), and the overlapping end (245) is in overlapping contact with the upper layer and the lower layer of the synchronous generator (1).
  8. 8. The multi-screen synchronous information spreading device for the multi-dimensional digital media application technology according to claim 7, wherein the overlapping end (245) is further provided with a bolt (2451), the bolt (2451) penetrates through the two ends of the insulating pad (2452) and is in threaded connection with the block (242), the bolt (2451) of the insulating pad (2452) is further connected with an insulating lug (2453), and the insulating lug (2453) covers the surface of the insulating lug after the bolt (2451) is locked; The bolts (2451) are set at symmetrical positions at two ends of the insulating pad (2452), the insulating pad (2452) is rectangular in shape and the lower edge of the synchronous generator (1) is held down by the insulating lugs (2453) at the two ends.

Description

Multi-screen synchronous information spreading device for multi-dimensional digital media application technology Technical Field The invention relates to the technical field of multi-screen synchronous information transmission, in particular to a multi-screen synchronous information transmission device for a multi-dimensional digital media application technology. Background The multidimensional digital media application technology refers to the technical field of creating and realizing digital media content and application which are more immersive, interactive and multidimensional sensory experience and surpass the traditional 2D screen by comprehensively utilizing various front-edge technologies such as computer graphics, man-machine interaction, sensing technology, artificial intelligence, network communication and the like; Therefore, on the basis of the multidimensional digital media application technology, the multi-screen synchronous information spreading device can be electrically connected with the LED video screen wall according to the built-in synchronous generator, so that synchronous spreading of videos of related information can be effectively carried out, meanwhile, a scattered screen is 'integrated' by utilizing a precise synchronous control technology, and a visual information environment without boundary and with high immersion feeling is constructed for audiences; In summary, the inventor finds that the existing multi-screen synchronous information transmission device mainly has the following defects that when a plurality of groups of synchronous generators built in the existing multi-screen synchronous information transmission device are operated, the temperature of the inner cavity of the device is controlled by adopting common heat dissipation (wind power guiding heat dissipation), so that the common heat dissipation only leads out heat energy, but the inner positions of the synchronous generator bodies of the plurality of groups still have higher temperature conditions, so that the phenomenon of overheating and frame dropping easily occurs in high-temperature weather, and finally the stability of multi-screen synchronous information transmission is influenced. Disclosure of Invention The technical scheme includes that the multi-screen synchronous information spreading device for the multi-dimensional digital media application technology structurally comprises a synchronous generator, a constant temperature positioning structure, a protective shell, a balance weight and a bearing bottom block, wherein the synchronous generator is embedded into the protective shell through the constant temperature positioning structure, the outer edge of the protective shell is fixedly connected with the balance weight, and the bottom of the protective shell is provided with the vertical bearing bottom block. As a further improvement of the invention, the constant temperature positioning structure is provided with an electrifying block, one end of the electrifying block is connected with a refrigerating plate, the surface of the refrigerating plate is parallel to a parallel plate and is connected with a partition block, and a cooling structure is further carried through the interval between the partition blocks. As a further improvement of the invention, the cooling structure is also provided with a locking groove which is opened in the positioning block, the side edge of the positioning block is connected with a heat-conducting plate, the upper and lower parts of the heat-conducting plate are connected with splicing blocks, the surface of the heat-conducting plate is also opened with a circulation groove, and the center of the side edge of the positioning block is also connected with a clamping body. As a further improvement of the invention, the refrigeration plate with the constant temperature positioning structure is combined with the electrifying block to be electrically connected with an external main power supply, then the refrigeration plate determines the positions of the isolating block and the cooling structure through parallel plates, and the clamping body of the refrigeration plate combined with the cooling structure positions and contacts the synchronous generators on the temperature guide plate. As a further improvement of the invention, the synchronous generator is positioned in the protective shell through the constant temperature positioning structure and is arranged in a vertical direction, the two balance weights of the protective shell are arranged in total and are set in a symmetrical direction, and the bearing bottom block is set in a vertical direction. As a further improvement of the invention, the electrifying block is in a solid form, two blocks are arranged on the refrigerating plate, the refrigerating plate is parallel to the parallel plate, and the temperature of the parallel plate is reduced, and then the operation is continued to cool the isolating block and the synchronou