Energy-saving thermal insulation plate edge sealing equipment

Abstract

The invention discloses energy-saving thermal insulation plate edge sealing equipment. The equipment comprises a lower side box. An accommodating cavity penetrating up and down is arranged in the lower side box. A transmission connecting shaft is arranged between the left and right end walls of the accommodating cavity rotationally. A driving motor is fixedly arranged on the left end surface of the lower side box. The driving motor is in power connection with the transmission connecting shaft. A moving connecting plate is connected to the outer surface of the transmission connecting shaft in ascrew-thread fit mode. An alignment transition device is arranged on the upper end surfaces of the moving connecting plate and the lower side box, and the height of the alignment transition device can be adjusted and has a plate aligning effect. The equipment provided by the invention is simple in structure, an internal adjusting structure in the equipment can be automatically adjusted by adopting the alignment transition device and an overturning device, a plate is fully clamped and fixed by internal relevant structures inside the equipment, the plate is conveniently placed into the equipment and vertically arranged, and the plate edge sealing equipment in an external space can perform edge sealing in advance efficiently, so that a plate edge sealing effect is improved.

Description

technical field [0001] The invention relates to the technical field of energy-saving heat preservation boards, in particular to edge sealing equipment for energy-saving heat preservation boards. Background technique [0002] The energy-saving insulation board is bonded with multi-layer composite boards to form an integrated structure, and then the boards are edge-sealed to form a complete energy-saving insulation board that is convenient for personnel to use. In the actual construction process, according to different size areas, it is necessary to The energy-saving insulation board is cut according to the specified size, but the multi-layer structure inside the energy-saving insulation board will be exposed after cutting, which greatly affects the actual use of the board, and the energy-saving insulation board after cutting cannot be processed in time. High-efficiency edge sealing will affect the practicality of the energy-saving insulation board, and will also reduce the se...

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Problems solved by technology

[0002] The energy-saving insulation board is bonded with multi-layer composite boards to form an integrated structure, and then the boards are edge-sealed to form a complete energy-saving insulation board that is convenient for personnel to use. In the actual construction process, according to different size areas, it is necessary to The energy-saving insulation board is cut according to the specified size, but the multi-layer structure inside the energy-saving insulation board will be exposed after cutting, which greatly affects the actual use of the board, and the energy-saving insulation board after cutting cannot be processed in time. High-efficiency edge sealing will affect the practicality of the energy-saving insulation board, and will also reduce the service life of the energy-saving insulation board. This requires personnel to frequently disassemble the energy-saving insulation board, which greatly increases the labor of personnel. It also reduces the work efficiency of personnel, and in the edge sealing process, it is extremely inconvenient to perform edge sealing for products of different specifications, such as different thicknesses, which greatly reduces the edge sealing function of the energy-saving insulation board

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