Device capable of automatically placing plate materials into frame

Abstract

The invention discloses a device capable of automatically placing plate materials into a frame, and belongs to the field of plate material conveying and assembling. The device comprises a gantry machine frame and a horizontal sliding frame. The gantry machine frame is provided with a guide rail frame and a horizontal power mechanism, the guide rail frame is used for supporting the horizontal sliding frame, the horizontal power mechanism is used for driving the horizontal sliding frame to move back and forth along the guide rail frame, the horizontal sliding frame is provided with a vertical sliding frame and a vertical power mechanism, the vertical power mechanism is used for driving the vertical sliding frame to move up and down along the horizontal sliding frame, the vertical sliding frame extends to the position below the gantry machine frame, and the lower end of the vertical sliding frame is provided with a plurality of clamps. According to the device, the gantry machine frame is provided with the horizontal sliding frame and the vertical sliding frame, the clamps at the lower end of the vertical sliding frame can snatch up or place down the plate materials, and meanwhile the plate materials can be conveyed from a material stack trestle and placed in the set frame through the cooperation with the movement of the horizontal sliding frame on the guide rail frame. The manual operation is replaced by the device manufactured through the design, and the production efficiency of placing the plate materials into the frame is greatly improved.

Description

technical field [0001] The invention is used in the field of transportation and assembly of plate-like materials, and in particular relates to a device for automatically placing plate-like materials into a frame. Background technique [0002] In the glass door and window industry, the existing technology is to use hand tools to make glass into the frame. The development of modern doors and windows increases the size and area of ​​doors and windows, especially the large-scale promotion of energy-saving doors and windows, which makes manual production more difficult, efficiency is reduced, product quality is difficult to control, and people are easily injured during production. Some companies have tried to use articulated robots to do this work, but they have not been successfully promoted because of the high cost, easy breakage of glass, and lack of frame accuracy. The existing technology needs to use at least two workers, the efficiency is low, the product quality cannot be...

AI Technical Summary

Problems solved by technology

On the other hand, because the energy-saving glass of energy-saving doors and windows is composed of two or three pieces of glass, it is usually more than double the weight of ordinary doors and windows. Reduced, which led to the high price of energy-saving doors and windows, but the product quality is not good

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