Fast paper box fetching mechanism for ceramic tile packaging line

Abstract

The invention provides a fast paper box fetching mechanism for a ceramic tile packaging line. The fast paper box fetching mechanism comprises a paper box bin assembly (1), a paper box suction assembly (2) and a paper clamping and pulling assembly (3), wherein the paper box bin assembly (1) is installed at the upper part of a rack and arranged just above a transportation line; the paper box suction assembly (2) is arranged at the middle part between the paper box bin assembly (1) and the transportation line and is connected with the rack; the paper clamping and pulling assembly (3) is arranged just above the transportation line and behind the paper box bin assembly (1), is inclined downwards in an inclining manner and is connected with the rack. The invention provides a mechanism with capabilities of online storing a cardboard box, automatically sucking the cardboard box, and rapidly and accurately clamping and transferring the cardboard box to a packaging waiting position for the ceramic tile packaging line, thus the packaging speed of the ceramic tile packaging production line is increased, and the packaging effect is improved.

Description

technical field [0001] The invention relates to a ceramic tile packaging mechanism, in particular to a quick carton removal mechanism for a ceramic tile packaging line Background technique [0002] At present, the most commonly used packaging method for domestic porcelain wall tiles is cylindrical cartons, and the bricks are put into the cylindrical cartons and then sealed with tape on both sides. This packaging method is more expensive and less protective. [0003] There is a carton taking mechanism for ceramic tile packaging. The power source of the structure is a three-phase asynchronous motor matched with a worm gear reducer. The driving shaft is set in the output hole of the worm gear reducer. The chain sprocket pair is connected with the driving wheel. However, due to the structure of the carton picking mechanism, there is a gap between the chain wheel and the chain itself, and the three-phase asynchronous motor is difficult to achieve fast and high-precision positio...

AI Technical Summary

Problems solved by technology

However, due to the structure of the carton picking mechanism, there is a gap between the chain wheel and the chain itself, and the three-phase asynchronous motor is difficult to achieve fast and high-precision positioning, so the cartons will be misaligned and twisted at the position to be packed, which will affect the whole machine. Excellent packaging effect and packaging speed

Images