High-speed packaging machine capable of circularly receiving bricks

Abstract

The invention relates to the technical field of ceramic tile packaging equipment, in particular to a high-speed packaging machine capable of circularly receiving tiles, which comprises a rack, a tile feeding line frame and a tile discharging line frame are arranged on the rack from front to back according to the feeding direction, and the working surface of the tile feeding line frame is higher than that of the tile discharging line frame. A brick receiving mechanism is arranged between the brick feeding line frame and the brick discharging line frame and comprises a brick receiving conveying belt, a brick supporting plate, a brick receiving lifting mechanism and a brick receiving telescopic mechanism, the brick receiving conveying belt and the brick supporting plate are used for alternately and circularly receiving bricks, and the brick receiving mechanism is arranged to receive the bricks in parallel with the brick feeding line frame; by means of the arrangement of the tile supporting plate and the tile receiving conveying belt, tiles are received circularly and alternately, then the tiles are conveyed to the tile discharging line frame in batches to be placed, the movement action is simplified, time is saved, the packaging efficiency is improved, the tile receiving belt and the tile supporting plate are arranged, the tiles are supported at the bottom, a traditional gripper is replaced for grabbing the tiles, deviation caused by tile shaking is prevented, and therefore the packaging quality is guaranteed.

Description

technical field [0001] The invention relates to the technical field of ceramic tile packaging equipment, in particular to a high-speed packaging machine for cyclically connecting tiles. Background technique [0002] In the existing tile production line, multiple tiles need to be packed, and the existing tile packing machines are used for packing the tiles, and the existing tile packing machines can directly and automatically stack the tiles, tidy, pack, etc. After the tiles are in order, it is necessary to place packing paper under the tiles, so the existing tile packing machines use a brick grabbing mechanism to grab the tidy tiles and place them on the paper, but the existing packing machines are all in the Every time a tile is output from the brick-feeding line rack, a brick-grabbing mechanism is required to send the tile to the brick-feeding wire rack, and then return to grab the next tile. Such a brick-grabbing mechanism has complicated movements, which affects the pack...

AI Technical Summary

Problems solved by technology

[0002] In the existing tile production line, multiple tiles need to be packed, and the existing tile packing machines are used for packing the tiles, and the existing tile packing machines can directly and automatically stack the tiles, tidy, pack, etc. After the tiles are in order, it is necessary to place packing paper under the tiles, so the existing tile packing machines use a brick grabbing mechanism to grab the tidy tiles and place them on the paper, but the existing packing machines are all in the Every time a tile is output from the brick-feeding line rack, a brick-grabbing mechanism is required to send the tile to the brick-feeding wire rack, and then return to grab the next tile. Such a brick-grabbing mechanism has complicated movements, which affects the packaging efficiency, especially for those with a large packaging area. Ceramic tiles, the larger the area of ​​the tile, the longer the moving distance of the brick grabbing mechanism, which takes longer to go back and forth, and the brick grabbing mechanism is easy to shake during the brick grabbing process, causing the tiles to shift and affecting the packaging effect

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