A sliding adjustable glass fiber reinforced plastic lighting tile support frame

Abstract

The invention discloses a sliding-adjustable glass fiber reinforced plastic lighting tile supporting frame, comprising two mutually parallel supporting sliding rods, two sliding supporting mechanisms are arranged on the two supporting sliding rods, and four sliding supporting mechanisms are provided on the two supporting sliding rods. The four sliding support mechanisms include four moving blocks sleeved on the corresponding support sliding rods, the moving blocks are provided with moving ports, and the moving ports rotate inside Connected with two upper and lower limit pulleys, the support sliding rod penetrates through the position between the corresponding two limit pulleys and is in rolling contact with the two, and one end of the moving block close to the lighting tile is provided with a lifting groove. The advantages are: the invention can flexibly move the lighting tile during the installation of the lighting tile to ensure the splicing effect, and can select the lighting tile at any position according to the needs, open it, and perform ventilation work, with simple operation and wide application. .

Description

technical field [0001] The invention relates to the technical field of glass fiber reinforced plastic lighting tiles, in particular to a sliding-adjustable glass fiber reinforced plastic lighting tile support frame. Background technique [0002] FRP lighting tile has the advantages of anti-corrosion, aging resistance, impact resistance, high light transmittance, beautiful shape and low cost. Venues, aquaculture and other places. [0003] When the existing FRP lighting tiles are installed, most of them are qualitatively fixed with bolts, and they cannot be easily disassembled after the installation is completed. When some special buildings use FRP lighting tiles, they not only need good lighting, but also need a long time indoors. Ventilation, but FRP lighting tiles cannot be opened and closed as easily as windows, and thus cannot improve indoor ventilation. [0004] In order to solve the above problems, we propose a sliding-adjustable FRP lighting tile support frame. SUM...

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Problems solved by technology

[0003] When the existing FRP lighting tiles are installed, most of them are qualitatively fixed with bolts, and they cannot be easily disassembled after the installation is completed. However, when some special buildings use FRP lighting tiles, not only good lighting is required, but also long-term indoor lighting is required. Ventilation, but FRP lighting tiles cannot be opened and closed as easily as windows, and thus cannot improve the indoor ventilation effect

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