A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a seamless splicing LED display screen which comprises a screen body, a cooling mechanism is installed on the back face of the screen body, splicing mechanisms are arranged at the two ends of the cooling mechanism, a supporting mechanism is arranged at the bottom of the screen body, and adsorption mechanisms are arranged at the two ends of the supporting mechanism correspondingly. The temperature of the screens is prevented from being too high in the using process, use of the screens is not affected, meanwhile, clamping threaded rods are used for driving clamping plates to move, the two ends of the tops of the screens are clamped and fixed, the installation stability of the screens is improved, gaps are prevented from occurring between the screens, and the two screens are conveniently installed and fixed together through a splicing mechanism; meanwhile, an extrusion knob is used for extruding a fixing groove, so that the two screens get close to each other, the size of a gap is reduced, the device uses an adsorption mechanism, a suction cup is fixed in a T-shaped groove and is fixedly installed with a screen bottom supporting frame, meanwhile, mutual attachment of the bottoms of the screens is facilitated, and the gap of the ends, close to the bottoms, of the screens is reduced.
本发明公开了一种无缝拼接LED显示屏，包括屏幕，屏幕背面安装有降温机构，降温机构两端设有拼接机构，屏幕底部设有支撑机构，支撑机构两端分别设有吸附机构，本发明通过降温机构，将外界雨水进行收集，对屏幕进行降温，防止屏幕使用过程中温度过高，影响屏幕的使用，同时使用夹持螺纹杆带动夹持板移动，将屏幕顶部两端进行夹持固定，增加屏幕的安装稳定性，防止屏幕之间出现缝隙，通过使用拼接机构，便于将两个屏幕安装固定在一起，同时使用挤压旋钮挤压固定槽，使得两个屏幕之间相互靠近，减小缝隙的大小，装置使用吸附机构，将吸盘固定在T型槽中，并与屏幕底部支撑架的安装固定，同时便于屏幕底部的相互贴合，减小屏幕靠近底部一端的缝隙。
The invention discloses a seamless splicing LED display screen which comprises a screen body, a cooling mechanism is installed on the back face of the screen body, splicing mechanisms are arranged at the two ends of the cooling mechanism, a supporting mechanism is arranged at the bottom of the screen body, and adsorption mechanisms are arranged at the two ends of the supporting mechanism correspondingly. The temperature of the screens is prevented from being too high in the using process, use of the screens is not affected, meanwhile, clamping threaded rods are used for driving clamping plates to move, the two ends of the tops of the screens are clamped and fixed, the installation stability of the screens is improved, gaps are prevented from occurring between the screens, and the two screens are conveniently installed and fixed together through a splicing mechanism; meanwhile, an extrusion knob is used for extruding a fixing groove, so that the two screens get close to each other, the size of a gap is reduced, the device uses an adsorption mechanism, a suction cup is fixed in a T-shaped groove and is fixedly installed with a screen bottom supporting frame, meanwhile, mutual attachment of the bottoms of the screens is facilitated, and the gap of the ends, close to the bottoms, of the screens is reduced.
本发明公开了一种无缝拼接LED显示屏，包括屏幕，屏幕背面安装有降温机构，降温机构两端设有拼接机构，屏幕底部设有支撑机构，支撑机构两端分别设有吸附机构，本发明通过降温机构，将外界雨水进行收集，对屏幕进行降温，防止屏幕使用过程中温度过高，影响屏幕的使用，同时使用夹持螺纹杆带动夹持板移动，将屏幕顶部两端进行夹持固定，增加屏幕的安装稳定性，防止屏幕之间出现缝隙，通过使用拼接机构，便于将两个屏幕安装固定在一起，同时使用挤压旋钮挤压固定槽，使得两个屏幕之间相互靠近，减小缝隙的大小，装置使用吸附机构，将吸盘固定在T型槽中，并与屏幕底部支撑架的安装固定，同时便于屏幕底部的相互贴合，减小屏幕靠近底部一端的缝隙。
Seamlessly spliced LED display screen
一种无缝拼接LED显示屏
LIANG HAO (author)
2022-12-02
Patent
Electronic Resource
Chinese
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