Forward and reverse translation mechanism for material receiving box

Abstract

The invention discloses a forward and reverse translation mechanism for a material receiving box. The forward and reverse translation mechanism for the material receiving box comprises conveying support legs, guiding cross beams which are fixed to the upper ends of the conveying support legs and are parallel to each other, conveying supporting rollers arranged between the guiding cross beams and achain-chain wheel transmission assembly which is arranged on the guiding cross beams and used for driving the material receiving box to horizontally move on the conveying supporting rollers. According to the forward and reverse translation mechanism for the material receiving box, the structure is reasonable, use is convenient, supporting and chain dragging are separately designed, the material receiving box is supported through the conveying supporting rollers and dragged by chains through connecting shafts to move, the moving distance is accurate, the problem that due to the fact that slipping is prone to occurring when conveying is conducted through driving rollers in general, the position errors are caused is solved, and the problem that cement gum bags are staggered after being put into the box is avoided.

Description

technical field [0001] The invention relates to the technical field of automatic production line equipment, in particular to a forward and reverse translation mechanism of a receiving box. Background technique [0002] Sealing cement is widely used in different industrial and civil occasions, and the market demand is great. Automatic production lines are often used in production, and the production speed is relatively fast. However, the temperature of the newly produced products is still relatively high. Manual handling and packing will not only burn the hands of workers, but also the specific gravity of the material is large, the rigidity is poor, and it is easy to deform. , the efficiency is low; the sealed plastic mud bag is loaded from the conveying line, and the lower carton needs to be moved by the width of a plastic mud bag until the first layer is full before the second layer of boxing is carried out. The existing problem is: the position of the carton is shifted I...

AI Technical Summary

Problems solved by technology

However, the temperature of the newly produced products is still relatively high. Manual handling and packing will not only burn the hands of workers, but also the specific gravity of the material is large, the rigidity is poor, and it is easy to deform. , the efficiency is low; the sealed plastic mud bag is loaded from the conveying line, and the lower carton needs to be moved by the width of a plastic mud bag until the first layer is full before the second layer of boxing is carried out. The existing problem is: the position of the carton is shifted Inconvenient, the moving position is inaccurate, and the driving roller is usually used to move the carton, the driving roller is prone to slipping and causing position error, causing the problem of misalignment of the cement bag

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