Intelligent interactive screen splicing structure and intelligent interactive device

Abstract

The application provides an intelligent interactive screen splicing structure and an intelligent interactive device. The intelligent interactive screen splicing structure comprises a main screen connecting piece, a secondary screen connecting piece, a main screen stopper, a secondary screen stopper and a mounting rack. The main screen connecting piece is connected to the back plate of the main screen, the secondary screen connecting piece is connected to the back plate of the secondary screen, and the main screen connecting piece is buckled on the secondary screen connecting piece, so that the side wall of the main screen close to the secondary screen is tightly abutted on the side wall of the secondary screen close to the main screen. The main screen stopper is connected to the back plate of the main screen, and the secondary screen stopper is connected to the back plate of the secondary screen. The main screen stopper and the secondary screen stopper are clamped or buckled on the mounting rack. When the main screen stopper and the secondary screen stopper are clamped on the mounting rack, the mounting rack is configured to stop the main screen stopper and the secondary screen stopper from moving in the direction of gravity, and stop the main screen stopper and the secondary screen stopper from moving in the thickness direction of the main screen. The intelligent interactive screen splicing structure has better long-term reliability and higher splicing convenience.

Description

Technical Field

[0001] This utility model relates to the field of display device technology, and in particular to an intelligent interactive screen splicing structure and an intelligent interactive device. Background Technology

[0002] As users' demands for larger display areas or other functional panel configurations in smart interactive screens increase, in order to achieve the formation of smart interactive screens with ultra-large display areas or multi-functional panels, it is now common to use multiple displays or panels with other functions to splice together and then install them on mounting components. For example, the invention application with application number CN202080080308.5 enables the splicing of two adjacent displays using a first connector, a second connector, a connecting bracket, and fasteners. However, when splicing two adjacent displays, the first connector and the connecting bracket need to be fixed to the back panel of the corresponding display using fasteners. The long-term reliability of screw connections is not good, and screw connections require additional tools, which affects the convenience of splicing adjacent displays. Utility Model Content

[0003] The purpose of this invention is to overcome the shortcomings of the existing technology and provide a smart interactive screen splicing structure and smart interactive device with better long-term splicing reliability and higher splicing convenience.

[0004] The objective of this utility model is achieved through the following technical solution:

[0005] A smart interactive screen splicing structure includes a main screen connector and a secondary screen connector. The main screen connector is used to connect to the back panel of the main screen, and the secondary screen connector is connected to the back panel of the secondary screen. The main screen connector is detachably fastened to the secondary screen connector so that the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen.

[0006] The intelligent interactive screen splicing structure also includes a main screen stop, a secondary screen stop, and a mounting bracket. The main screen stop is connected to the back panel of the main screen, and the secondary screen stop is connected to the back panel of the secondary screen. Both the main screen stop and the secondary screen stop can be detachably snapped or fastened to the mounting bracket, which is used to install on the mounting component.

[0007] When both the main screen stop and the sub-screen stop are engaged with the mounting bracket, the mounting bracket is configured to prevent the main screen stop and the sub-screen stop from moving in the direction of gravity, and to prevent the main screen stop and the sub-screen stop from moving along the thickness direction of the main screen or the sub-screen.

[0008] In one embodiment, the sub-screen connector is rotatably connected to the back panel of the sub-screen, and the rotation axis of the sub-screen connector is parallel to the side wall of the sub-screen near the main screen, so that the sub-screen connector can rotate in a direction closer to or further away from the main screen connector.

[0009] The secondary screen connector rotates toward the main screen connector until it is fastened to the main screen connector;

[0010] When the sub-screen connector is fastened to the main screen connector, at least part of the side of the sub-screen connector near the sub-screen is tightly abutted against the side of the main screen connector near the main screen, so that the side wall of the main screen near the sub-screen is tightly abutted against the side wall of the sub-screen near the main screen.

[0011] In one embodiment, the main screen connector includes a main screen connecting portion and a main screen hook portion. The main screen connecting portion is connected to the back panel of the main screen, and the main screen hook portion is connected to the main screen connecting portion and at least partially protrudes from the main screen connecting portion and the side wall of the main screen near the sub-screen. The main screen hook portion is configured such that the end away from the main screen bends toward the direction closer to the main screen.

[0012] The secondary screen connector rotates toward the hooking part of the main screen until it hooks onto the hooking part of the main screen;

[0013] When the sub-screen connector is hooked onto the main screen hooking part, at least part of the side of the sub-screen connector near the sub-screen is in close contact with the side of the main screen hooking part near the main screen.

[0014] In one embodiment, a sub-screen mounting portion protrudes from the back panel of the sub-screen;

[0015] The sub-screen connector includes a sub-screen linkage part and a sub-screen hook part. One end of the sub-screen linkage part is rotatably connected to the sub-screen mounting part, and one end of the sub-screen hook part is rotatably connected to the sub-screen linkage part. The rotation axis of the sub-screen hook part and the rotation axis of the sub-screen linkage part are both parallel to the side wall of the sub-screen near the main screen, so that the other end of the sub-screen hook part and the other end of the sub-screen linkage part can rotate towards or away from the main screen connector.

[0016] The secondary screen linkage unit drives the secondary screen hooking unit to move together toward the main screen connector until it hooks onto the main screen connector.

[0017] When the sub-screen hook is hooked onto the main screen connector, the sub-screen linkage moves away from the main screen connector and drives the sub-screen hook to move away from the main screen connector until the sub-screen hook is engaged with the main screen connector.

[0018] In one embodiment, when the sub-screen hook is engaged with the main screen connector, the extension direction of the sub-screen linkage is the same as the extension direction of the sub-screen hook.

[0019] In one embodiment, the main screen connector is rotatably connected to the back panel of the main screen, and the rotation axis of the main screen connector is parallel to the side wall of the main screen near the sub-screen, so that the main screen connector can rotate in a direction closer to or further away from the sub-screen connector.

[0020] The main screen connector rotates toward the secondary screen connector until it is fastened to the secondary screen connector;

[0021] When the main screen connector is fastened to the secondary screen connector, at least part of the side of the main screen connector near the main screen is tightly abutted against the side of the secondary screen connector near the secondary screen, so that the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen.

[0022] In one embodiment, the sub-screen connector includes a sub-screen connecting portion and a sub-screen hook portion. The sub-screen connecting portion is connected to the back panel of the sub-screen, and the sub-screen hook portion is connected to the sub-screen connecting portion and at least partially protrudes from the sub-screen connecting portion and the side wall of the sub-screen near the sub-screen. The sub-screen hook portion is configured such that the end away from the sub-screen bends toward the direction closer to the sub-screen.

[0023] The main screen connector rotates toward the secondary screen hook part until it is fastened to the secondary screen hook part;

[0024] When the main screen connector is fastened to the secondary screen hook, at least part of the side of the main screen connector near the main screen is tightly abutted against the side of the secondary screen hook near the secondary screen.

[0025] In one embodiment, the back panel of the main screen has a protruding main screen mounting portion;

[0026] The main screen connector includes a main screen linkage part and a main screen hook part. One end of the main screen linkage part is rotatably connected to the main screen mounting part, and one end of the main screen hook part is rotatably connected to the main screen linkage part. The rotation axis of the main screen hook part and the rotation axis of the main screen linkage part are both parallel to the side wall of the main screen near the sub-screen, so that the other end of the main screen hook part and the other end of the main screen linkage part can rotate towards or away from the sub-screen connector.

[0027] The main screen linkage unit drives the main screen hooking unit to move together toward the secondary screen connector until it hooks onto the secondary screen connector.

[0028] When the main screen hook part is hooked onto the secondary screen connector, the main screen linkage part moves away from the secondary screen connector and drives the main screen hook part to move away from the secondary screen connector until the main screen hook part is engaged with the secondary screen connector.

[0029] In one embodiment, the main screen stop member is provided with a first snap-fit ​​groove, and the secondary screen stop member is provided with a second snap-fit ​​groove;

[0030] When both the main screen stop and the secondary screen stop are engaged with the mounting bracket, the side of the mounting bracket away from the direction of gravity abuts against the bottom of the first engagement slot and the bottom of the second engagement slot, respectively. At least a portion of the two sides of the mounting bracket that are close to and away from the main screen and / or the secondary screen abuts against the two corresponding surfaces of the first engagement slot, and at least a portion of the two sides of the mounting bracket that are close to and away from the main screen and / or the secondary screen abuts against the two corresponding surfaces of the second engagement slot.

[0031] A smart interactive device includes a main screen, a secondary screen, and a smart interactive screen splicing structure as described above. The main screen connector is used to connect to the back panel of the main screen, the secondary screen connector is connected to the back panel of the secondary screen, and the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen through the main screen connector and the secondary screen connector.

[0032] The main screen stop is connected to the back panel of the main screen, and the secondary screen stop is connected to the back panel of the secondary screen.

[0033] Compared with the prior art, the present invention has at least the following advantages:

[0034] This utility model's intelligent interactive screen splicing structure allows the main screen connector to be detachably fastened to the secondary screen connector, ensuring that the sidewall of the main screen near the secondary screen tightly abuts against the sidewall of the secondary screen near the main screen. This effectively fixes the relative positions of the main and secondary screens in the X-axis direction. Both the main and secondary screen stop components are detachably snapped or fastened to the mounting frame. The mounting frame is configured to allow the main and secondary screen stop components to move in the direction of gravity, thus fixing their relative positions in the Y-axis direction. Furthermore, the mounting frame is configured to allow the main and secondary screen stop components to move along the thickness direction of either the main or secondary screen, thus fixing their relative positions in the Z-axis direction. This achieves splicing of the main and secondary screens in three dimensions, resulting in excellent long-term reliability and high ease of splicing. Attached Figure Description

[0035] To more clearly illustrate the technical solutions of the embodiments of this utility model, the drawings used in the embodiments will be briefly introduced below. It should be understood that the following drawings only show some embodiments of this utility model and should not be regarded as a limitation on the scope. For those skilled in the art, other related drawings can be obtained based on these drawings without creative effort.

[0036] Figure 1 This is a schematic diagram of the structure of an intelligent interactive device according to one embodiment of the present invention;

[0037] Figure 2 for Figure 1 A magnified view of part A of the intelligent interactive device shown.

[0038] Figure 3 for Figure 1 A partial view of the intelligent interactive device shown.

[0039] Figure 4 for Figure 1 Another partial view of the intelligent interactive device shown;

[0040] Figure 5 for Figure 1 Another partial view of the intelligent interactive device shown.

[0041] Figure 6 for Figure 1 Another partial view of the intelligent interactive device shown. Detailed Implementation

[0042] To facilitate understanding of this utility model, a more complete description will be given below with reference to the accompanying drawings. The drawings illustrate preferred embodiments of this utility model. However, this utility model can be implemented in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided to provide a more thorough and complete understanding of the disclosure of this utility model.

[0043] It should be noted that when an element is referred to as being "fixed to" another element, it can be directly attached to the other element or there may be an intervening element. When an element is referred to as being "connected to" another element, it can be directly connected to the other element or there may be an intervening element. The terms "vertical," "horizontal," "left," "right," and similar expressions used herein are for illustrative purposes only and do not represent the only possible implementation.

[0044] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention pertains. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The term "and / or" as used herein includes any and all combinations of one or more of the associated listed items.

[0045] This application provides an intelligent interactive screen splicing structure. The aforementioned intelligent interactive screen splicing structure includes a main screen connector, a secondary screen connector, a main screen stop, a secondary screen stop, and a mounting bracket. The main screen connector is used to connect to the back panel of the main screen, and the secondary screen connector is connected to the back panel of the secondary screen. The main screen connector is detachably fastened to the secondary screen connector, so that the side wall of the main screen near the secondary screen tightly abuts against the side wall of the secondary screen near the main screen. The main screen stop is connected to the back panel of the main screen, and the secondary screen stop is connected to the back panel of the secondary screen. Both the main screen stop and the secondary screen stop are detachably snapped or fastened to the mounting bracket, which is used to mount the structure onto the mounting bracket. When both the main screen stop and the secondary screen stop are snapped onto the mounting bracket, the mounting bracket is configured to prevent the main screen stop and the secondary screen stop from moving in the direction of gravity, and to prevent the main screen stop and the secondary screen stop from moving along the thickness direction of the main screen or the secondary screen.

[0046] The aforementioned intelligent interactive screen splicing structure allows the main screen connector to be detachably fastened to the secondary screen connector, ensuring that the sidewall of the main screen near the secondary screen is tightly against the sidewall of the secondary screen near the main screen. This effectively fixes the relative positions of the main and secondary screens in the upper limit direction along the X-axis. Both the main and secondary screen stop components can be detachably snapped or fastened to the mounting bracket. The mounting bracket is configured to allow the main and secondary screen stop components to move in the direction of gravity, thus fixing their relative positions in the upper limit direction along the Y-axis. Furthermore, the mounting bracket is configured to allow the main and secondary screen stop components to move along the thickness direction of either the main or secondary screen, thus fixing their relative positions in the upper limit direction along the Z-axis. This achieves splicing of the main and secondary screens in three dimensions, resulting in excellent long-term reliability and high ease of splicing.

[0047] To better understand the smart interactive screen splicing structure of this application, the following further explanation is provided:

[0048] Please refer to the following: Figures 1 to 4 One embodiment of the intelligent interactive screen splicing structure 10 includes a main screen connector 100, a secondary screen connector 200, a main screen stop 300, a secondary screen stop 400, and a mounting bracket 500. The main screen connector 100 is connected to the back panel of the main screen 20, and the secondary screen connector 200 is connected to the back panel of the secondary screen 30. The main screen connector 100 is detachably fastened to the secondary screen connector 200, so that the side wall of the main screen 20 near the secondary screen 30 is tightly abutted against the side wall of the secondary screen 30 near the main screen 20. The main screen stop 300 is connected to the back panel of the main screen 20, and the secondary screen stop 400 is connected to the back panel of the secondary screen 30. Both the main screen stop 300 and the secondary screen stop 400 are detachably snapped or fastened to the mounting bracket 500, which is used for mounting on the mounting bracket. When both the main screen stop 300 and the sub-screen stop 400 are engaged with the mounting bracket 500, the mounting bracket 500 is configured to stop the main screen stop 300 and the sub-screen stop 400 from moving in the direction of gravity, and to stop the main screen stop 300 and the sub-screen stop 400 from moving along the thickness direction of the main screen 20 or the sub-screen 30.

[0049] The aforementioned intelligent interactive screen splicing structure 10 allows the main screen connector 100 to be detachably fastened to the secondary screen connector 200, ensuring that the side wall of the main screen 20 near the secondary screen 30 is tightly abutted against the side wall of the secondary screen 30 near the main screen 20. This effectively upper-positions the main screen 20 and the secondary screen 30 in the X-axis direction. Both the main screen stop 300 and the secondary screen stop 400 can be detachably snapped or fastened to the mounting bracket 500, thus configuring the mounting bracket 500 to stop the main screen stop 300. The main screen 20 and the secondary screen 30 are fixed in the relative position of the main screen 20 and the secondary screen 30 by moving the secondary screen stop 400 in the direction of gravity, i.e., fixing the relative position of the main screen 20 and the secondary screen 30 at the upper limit in the Y-axis direction. The mounting bracket 500 is configured to stop the main screen stop 300 and the secondary screen stop 400 by moving along the thickness direction of the main screen 20 or the secondary screen 30, i.e. fixing the relative position of the main screen 20 and the secondary screen 30 at the upper limit in the Z-axis direction. In this way, the splicing of the main screen 20 and the secondary screen 30 is realized in three dimensions, which has good long-term splicing reliability and high splicing convenience.

[0050] Please refer to the following: Figures 3 to 5 In one embodiment, the main screen stop 300 is provided with a first latching groove 301, and the secondary screen stop 400 is provided with a second latching groove 401. Further, when both the main screen stop 300 and the secondary screen stop 400 are latched onto the mounting bracket 500, the side of the mounting bracket 500 facing away from the direction of gravity abuts against the bottom of the first latching groove 301 and the bottom of the second latching groove 401, respectively. At least a portion of the two sides of the mounting bracket 500 near and away from the main screen 20 and / or the secondary screen 30 abuts against the two corresponding surfaces of the first latching groove 301, and at least a portion of the two sides of the mounting bracket 500 near and away from the main screen 20 and / or the secondary screen 30 abuts against the two corresponding surfaces of the second latching groove 401, thus ensuring that the main screen 20 and the secondary screen 30 pass through the corresponding surfaces under the action of gravity. The main screen stop 300 and the secondary screen stop 400 are tightly abutted against the mounting bracket 500, so that the mounting bracket 500 stops the main screen 20 and the secondary screen 30 from moving relative to each other in the direction of gravity. This effectively ensures that the relative positions of the main screen 20 and the secondary screen 30 are fixed at the upper limit in the Y-axis direction. Combined with the fact that the side of the mounting bracket 500 closest to the main screen 20 and the secondary screen 30 and the side of the mounting bracket 500 furthest from the main screen 20 and the secondary screen 30 are abutted against the opposite sides of the first slot 301, and also against the opposite sides of the second slot 401, this effectively ensures that the relative positions of the main screen 20 and the secondary screen 30 are fixed at the upper limit in the Z-axis direction.

[0051] Please refer to the following: Figure 2 , Figure 3 and Figure 6In one embodiment, the secondary screen connector 200 is rotatably connected to the back plate of the secondary screen 30. The rotation axis of the secondary screen connector 200 is parallel to the side wall of the secondary screen 30 near the main screen 20, allowing the secondary screen connector 200 to rotate towards or away from the main screen connector 100. Further, the secondary screen connector 200 rotates towards the main screen connector 100 until it is engaged with the main screen connector 100. Further, when the secondary screen connector 200 is engaged with the main screen connector 100, at least partially and tightly abuts against the side surface of the main screen connector 100 near the main screen 20, so that the side wall of the main screen 20 near the secondary screen 30 is tightly abutted against the side wall of the secondary screen 30 near the main screen 20, facilitating quick and convenient engagement of the secondary screen connector 200 with the main screen connector 100.

[0052] Please refer to the following: Figure 2 , Figure 3 and Figure 6 In one embodiment, the main screen connector 100 includes a main screen connecting portion 110 and a main screen hook portion 120. The main screen connecting portion 110 is connected to the back panel of the main screen 20, and the main screen hook portion 120 is connected to the main screen connecting portion 110 and at least partially protrudes from the main screen connecting portion 110 and the side wall of the main screen 20 near the sub-screen 30. The main screen hook portion 120 is configured such that the end away from the main screen 20 bends toward the main screen 20. Further, the sub-screen connector 200 rotates toward the main screen hook portion 120 to hook onto the main screen hook portion 120. Further, when the sub-screen connector 200 hooks onto the main screen hook portion 120, at least partially and tightly abuts against the side surface of the main screen hook portion 120 near the main screen 20, thus better ensuring the stable connection of the sub-screen connector 200 to the main screen connector 100. Furthermore, the main screen connecting part 110 and the main screen hooking part 120 are integrally formed structures.

[0053] Please refer to the following: Figure 2 , Figure 3 and Figure 6In one embodiment, a sub-screen mounting portion 600 protrudes from the back plate of the sub-screen 30. Further, the sub-screen connector 200 includes a sub-screen linkage portion 210 and a sub-screen hook portion 220. One end of the sub-screen linkage portion 210 is rotatably connected to the sub-screen mounting portion 600, and one end of the sub-screen hook portion 220 is rotatably connected to the sub-screen linkage portion 210. The rotation axis of the sub-screen hook portion 220 and the rotation axis of the sub-screen linkage portion 210 are both parallel to the side wall of the sub-screen 30 near the main screen 20, so that the other ends of the sub-screen hook portion 220 and the other end of the sub-screen linkage portion 210 can rotate towards or away from the main screen connector 100. Further, the sub-screen linkage portion 210 drives the sub-screen hook portion 220 to move towards the main screen connector 100 until it hooks onto the main screen connector 100. Furthermore, when the sub-screen hook portion 220 hooks onto the main screen connector 100, the sub-screen linkage portion 210 moves away from the main screen connector 100 and drives the sub-screen hook portion 220 to move away from the main screen connector 100 until the sub-screen hook portion 220 is engaged with the main screen connector 100. Furthermore, the other end of both the sub-screen hook portion 220 and the other end of the sub-screen linkage portion 210 can rotate towards or away from the main screen hook portion 120. Furthermore, the sub-screen linkage portion 210 drives the sub-screen hook portion 220 to move towards the main screen hook portion 120 until it hooks onto the main screen hook portion 120. Furthermore, when the secondary screen hook part 220 hooks onto the main screen hook part 120, the secondary screen linkage part 210 moves away from the main screen hook part 120 and drives the secondary screen hook part 220 to move away from the main screen hook part 120 until the secondary screen hook part 220 is fastened onto the main screen hook part 120, which improves the ease of fastening between the secondary screen connector 200 and the main screen connector 100.

[0054] Please refer to the following: Figure 2 , Figure 3 and Figure 6 In one embodiment, when the sub-screen hook 220 is fastened to the main screen connector 100, the extension direction of the sub-screen linkage 210 is the same as the extension direction of the sub-screen hook 220, which further improves the fastening stability between the sub-screen connector 200 and the main screen connector 100.

[0055] In one embodiment, the main screen connector is rotatably connected to the back panel of the main screen, and the rotation axis of the main screen connector is parallel to the side wall of the main screen near the sub-screen, so that the main screen connector can rotate towards or away from the sub-screen connector. Further, the main screen connector rotates towards the sub-screen connector until it is engaged with the sub-screen connector. Further, when the main screen connector is engaged with the sub-screen connector, at least partially and tightly abuts against the side surface of the main screen connector near the main screen, so that the side wall of the main screen near the sub-screen is tightly abutted against the side wall of the sub-screen near the main screen, which facilitates quick and convenient engagement of the main screen connector with the sub-screen connector.

[0056] In one embodiment, the sub-screen connector includes a sub-screen connecting portion and a sub-screen hook portion. The sub-screen connecting portion is connected to the back panel of the sub-screen, and the sub-screen hook portion is connected to the sub-screen connecting portion and at least partially protrudes from the sub-screen connecting portion and the side wall of the sub-screen near the sub-screen. The sub-screen hook portion is configured such that its end away from the sub-screen bends towards the sub-screen. Further, the main screen connector rotates towards the sub-screen hook portion to engage with it. Further, when the main screen connector engages with the sub-screen hook portion, at least partially and tightly abuts against the side surface of the sub-screen hook portion near the sub-screen, effectively ensuring a stable engagement of the main screen connector with the sub-screen connector. Further, the sub-screen connecting portion and the sub-screen hook portion are integrally formed.

[0057] In one embodiment, a main screen mounting portion protrudes from the back panel of the main screen. Further, the main screen connector includes a main screen linkage portion and a main screen hook portion. One end of the main screen linkage portion is rotatably connected to the main screen mounting portion, and one end of the main screen hook portion is rotatably connected to the main screen linkage portion. The rotation axis of the main screen hook portion and the rotation axis of the main screen linkage portion are both parallel to the side wall of the main screen near the sub-screen, so that the other ends of the main screen hook portion and the other end of the main screen linkage portion can rotate towards or away from the sub-screen connector. Further, the main screen linkage portion drives the main screen hook portion to move towards the sub-screen connector until it hooks onto the sub-screen connector. Further, when the main screen hook portion hooks onto the sub-screen connector, the main screen linkage portion moves away from the sub-screen connector and drives the main screen hook portion to move away from the sub-screen connector until the main screen hook portion is engaged with the sub-screen connector. Furthermore, both the other end of the main screen hook part and the other end of the main screen linkage part can rotate towards or away from the sub-screen hook part. Furthermore, the main screen linkage part moves the main screen hook part towards the sub-screen hook part until it hooks onto the sub-screen hook part. Furthermore, when the main screen hook part hooks onto the sub-screen hook part, the main screen linkage part moves away from the sub-screen hook part and moves the main screen hook part away from the sub-screen hook part until it is engaged with the sub-screen hook part, thus significantly improving the ease of engagement between the sub-screen connector and the main screen connector.

[0058] In one embodiment, when the main screen hook part is fastened to the sub-screen connector, the extension direction of the main screen linkage part is the same as the extension direction of the main screen hook part, which further improves the fastening stability of the sub-screen connector and the main screen connector.

[0059] This application also provides an intelligent interactive device. Please refer to [link / reference]. Figures 1 to 4 One embodiment of the intelligent interactive device 10A includes a main screen 20, a secondary screen 30, and an intelligent interactive screen splicing structure 10 as described above. A main screen connector 100 is connected to the back panel of the main screen 20, and a secondary screen connector 200 is connected to the back panel of the secondary screen 30. The side wall of the main screen 20 near the secondary screen 30 is tightly abutted against the side wall of the secondary screen 30 near the main screen 20 via the main screen connector 100 and the secondary screen connector 200. A main screen stop 300 is connected to the back panel of the main screen 20, and a secondary screen stop 400 is connected to the back panel of the secondary screen 30. Further, the intelligent interactive screen splicing structure 10 includes a main screen connector 100, a secondary screen connector 200, a main screen stop 300, a secondary screen stop 400, and a mounting bracket 500. The main screen connector 100 is connected to the back panel of the main screen 20, and the secondary screen connector 200 is connected to the back panel of the secondary screen 30. The main screen connector 100 is detachably fastened to the secondary screen connector 200 so that the side wall of the main screen 20 near the secondary screen 30 is tightly abutted against the side wall of the secondary screen 30 near the main screen 20. The main screen stop 300 is connected to the back panel of the main screen 20, and the secondary screen stop 400 is connected to the back panel of the secondary screen 30. Both the main screen stop 300 and the secondary screen stop 400 can be detachably snapped or fastened to the mounting bracket 500, which is used for mounting on the mounting components. When both the main screen stop 300 and the sub-screen stop 400 are engaged with the mounting bracket 500, the mounting bracket 500 is configured to stop the main screen stop 300 and the sub-screen stop 400 from moving in the direction of gravity, and to stop the main screen stop 300 and the sub-screen stop 400 from moving along the thickness direction of the main screen 20 or the sub-screen 30.

[0060] The aforementioned intelligent interactive device 10A adopts an intelligent interactive screen splicing structure 10, which effectively ensures the long-term reliability of the splicing of the intelligent interactive device 10A and significantly improves the splicing convenience of the intelligent interactive device 10A.

[0061] Please see Figures 1 to 4In one embodiment, there are two sub-screens 30, which are respectively located opposite each other on the side walls of the main screen 20. There are also two smart interactive screen splicing structures 10. The sub-screen connectors 200 and sub-screen stoppers 400 of the two smart interactive screen splicing structures 10 are each connected to the back panel of the two sub-screens 30. The main screen connector 100 of each smart interactive screen splicing structure 10 is used to connect to the back panel of the main screen 20. Each sub-screen 30 is tightly abutted against the side wall of the main screen 20 near the corresponding sub-screen 30 via the main screen connector 100 and the sub-screen connector 200. The main screen stopper 300 of each smart interactive screen splicing structure 10 is connected to the back panel of the main screen 20. When the main screen stop 300 and the sub-screen stop 400 of each smart interactive screen splicing structure 10 are snapped or fastened to the mounting bracket 500, the corresponding mounting bracket 500 is configured to stop the corresponding main screen stop 300 and the corresponding sub-screen stop 400 from moving in the direction of gravity, and to stop the corresponding main screen stop 300 and the corresponding sub-screen stop 400 from moving along the thickness direction of the main screen 20 or the corresponding sub-screen 30.

[0062] Compared with the prior art, the present invention has at least the following advantages:

[0063] The intelligent interactive screen splicing structure 10 of this utility model allows the main screen connector 100 to be detachably fastened to the secondary screen connector 200, so that the side wall of the main screen 20 near the secondary screen 30 tightly abuts against the side wall of the secondary screen 30 near the main screen 20. That is, the relative positions of the main screen 20 and the secondary screen 30 are fixed in the upper limit direction of the X-axis. Both the main screen stop 300 and the secondary screen stop 400 can be detachably snapped or fastened to the mounting frame 500, so that the mounting frame 500 is configured to stop the main screen stop 30. The main screen 20 and the secondary screen 30 move in the direction of gravity, that is, the relative positions of the main screen 20 and the secondary screen 30 are fixed at the upper limit in the Y-axis direction. The mounting bracket 500 is configured to stop the main screen stop 300 and the secondary screen stop 400 from moving along the thickness direction of the main screen 20 or the secondary screen 30, that is, the relative positions of the main screen 20 and the secondary screen 30 are fixed at the upper limit in the Z-axis direction. In this way, the splicing of the main screen 20 and the secondary screen 30 is realized in three dimensions, which has good long-term splicing reliability and high splicing convenience.

[0064] The above embodiments only illustrate several implementation methods of this utility model, and their descriptions are relatively specific and detailed, but they should not be construed as limiting the scope of the utility model patent. It should be noted that those skilled in the art can make various modifications and improvements without departing from the concept of this utility model, and these all fall within the protection scope of this utility model. Therefore, the protection scope of this utility model patent should be determined by the appended claims.

Claims

1. A smart interactive screen splicing structure, comprising a main screen connector and a secondary screen connector, wherein the main screen connector is used to connect to the back panel of the main screen, and the secondary screen connector is connected to the back panel of the secondary screen, characterized in that, The main screen connector is detachably fastened to the secondary screen connector so that the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen. The intelligent interactive screen splicing structure also includes a main screen stop, a secondary screen stop, and a mounting bracket. The main screen stop is connected to the back panel of the main screen, and the secondary screen stop is connected to the back panel of the secondary screen. Both the main screen stop and the secondary screen stop can be detachably snapped or fastened to the mounting bracket, which is used to install on the mounting component. When both the main screen stop and the sub-screen stop are engaged with the mounting bracket, the mounting bracket is configured to prevent the main screen stop and the sub-screen stop from moving in the direction of gravity, and to prevent the main screen stop and the sub-screen stop from moving along the thickness direction of the main screen or the sub-screen.

2. The intelligent interactive screen splicing structure according to claim 1, characterized in that, The sub-screen connector is rotatably connected to the back plate of the sub-screen, and the rotation axis of the sub-screen connector is parallel to the side wall of the sub-screen near the main screen, so that the sub-screen connector can rotate in a direction closer to or away from the main screen connector. The secondary screen connector rotates toward the main screen connector until it is fastened to the main screen connector; When the sub-screen connector is fastened to the main screen connector, at least part of the side of the sub-screen connector near the sub-screen is tightly abutted against the side of the main screen connector near the main screen, so that the side wall of the main screen near the sub-screen is tightly abutted against the side wall of the sub-screen near the main screen.

3. The intelligent interactive screen splicing structure according to claim 2, characterized in that, The main screen connector includes a main screen connecting part and a main screen hooking part. The main screen connecting part is connected to the back panel of the main screen. The main screen hooking part is connected to the main screen connecting part and at least partially protrudes from the main screen connecting part and the side wall of the main screen near the sub-screen. The main screen hooking part is configured such that the end away from the main screen bends toward the direction closer to the main screen. The secondary screen connector rotates toward the hooking part of the main screen until it hooks onto the hooking part of the main screen; When the sub-screen connector is hooked onto the main screen hooking part, at least part of the side of the sub-screen connector near the sub-screen is in close contact with the side of the main screen hooking part near the main screen.

4. The intelligent interactive screen splicing structure according to claim 2, characterized in that, The back panel of the sub-screen has a protruding sub-screen mounting part; The sub-screen connector includes a sub-screen linkage part and a sub-screen hook part. One end of the sub-screen linkage part is rotatably connected to the sub-screen mounting part, and one end of the sub-screen hook part is rotatably connected to the sub-screen linkage part. The rotation axis of the sub-screen hook part and the rotation axis of the sub-screen linkage part are both parallel to the side wall of the sub-screen near the main screen, so that the other end of the sub-screen hook part and the other end of the sub-screen linkage part can rotate towards or away from the main screen connector. The secondary screen linkage unit drives the secondary screen hooking unit to move together toward the main screen connector until it hooks onto the main screen connector. When the sub-screen hook is hooked onto the main screen connector, the sub-screen linkage moves away from the main screen connector and drives the sub-screen hook to move away from the main screen connector until the sub-screen hook is engaged with the main screen connector.

5. The intelligent interactive screen splicing structure according to claim 4, characterized in that, When the sub-screen hook is fastened to the main screen connector, the extension direction of the sub-screen linkage part is the same as the extension direction of the sub-screen hook.

6. The intelligent interactive screen splicing structure according to claim 1, characterized in that, The main screen connector is rotatably connected to the back panel of the main screen, and the rotation axis of the main screen connector is parallel to the side wall of the main screen near the sub-screen, so that the main screen connector can rotate in a direction closer to or away from the sub-screen connector. The main screen connector rotates toward the secondary screen connector until it is fastened to the secondary screen connector; When the main screen connector is fastened to the secondary screen connector, at least part of the side of the main screen connector near the main screen is tightly abutted against the side of the secondary screen connector near the secondary screen, so that the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen.

7. The intelligent interactive screen splicing structure according to claim 6, characterized in that, The sub-screen connector includes a sub-screen connecting part and a sub-screen hooking part. The sub-screen connecting part is connected to the back plate of the sub-screen. The sub-screen hooking part is connected to the sub-screen connecting part and at least partially protrudes from the sub-screen connecting part and the side wall of the sub-screen near the sub-screen. The sub-screen hooking part is configured such that the end away from the sub-screen bends toward the direction closer to the sub-screen. The main screen connector rotates toward the secondary screen hook part until it is fastened to the secondary screen hook part; When the main screen connector is fastened to the secondary screen hook, at least part of the side of the main screen connector near the main screen is in close contact with the side of the secondary screen hook near the secondary screen.

8. The intelligent interactive screen splicing structure according to claim 6, characterized in that, The back panel of the main screen has a protruding main screen mounting part; The main screen connector includes a main screen linkage part and a main screen hook part. One end of the main screen linkage part is rotatably connected to the main screen mounting part, and one end of the main screen hook part is rotatably connected to the main screen linkage part. The rotation axis of the main screen hook part and the rotation axis of the main screen linkage part are both parallel to the side wall of the main screen near the sub-screen, so that the other end of the main screen hook part and the other end of the main screen linkage part can rotate towards or away from the sub-screen connector. The main screen linkage unit drives the main screen hooking unit to move together toward the secondary screen connector until it hooks onto the secondary screen connector. When the main screen hook part is hooked onto the secondary screen connector, the main screen linkage part moves away from the secondary screen connector and drives the main screen hook part to move away from the secondary screen connector until the main screen hook part is engaged with the secondary screen connector.

9. The intelligent interactive screen splicing structure according to claim 1, characterized in that, The main screen stop is provided with a first slot, and the secondary screen stop is provided with a second slot. When both the main screen stop and the secondary screen stop are engaged with the mounting bracket, the side of the mounting bracket away from the direction of gravity abuts against the bottom of the first engagement slot and the bottom of the second engagement slot, respectively. At least a portion of the two sides of the mounting bracket that are close to and away from the main screen and / or the secondary screen abuts against the two corresponding surfaces of the first engagement slot, and at least a portion of the two sides of the mounting bracket that are close to and away from the main screen and / or the secondary screen abuts against the two corresponding surfaces of the second engagement slot.

10. An intelligent interactive device, characterized in that, The system includes a main screen, a secondary screen, and a smart interactive screen splicing structure as described in any one of claims 1 to 9. The main screen connector is used to connect to the back panel of the main screen, the secondary screen connector is connected to the back panel of the secondary screen, and the side wall of the main screen near the secondary screen is tightly abutted against the side wall of the secondary screen near the main screen through the main screen connector and the secondary screen connector. The main screen stop is connected to the back panel of the main screen, and the secondary screen stop is connected to the back panel of the secondary screen.

Images