An automatic reset transfer machine for pouring cans on a conveyor belt for cans

Abstract

The present invention discloses an automatic reset transfer machine for pouring cans with a conveyor belt, comprising a first conveyor belt, an opening is provided on the first conveyor belt, a can blanking mechanism is provided at the upper end of the opening, and a can blanking mechanism is provided below the can blanking mechanism. There is a can reset mechanism, and a can transfer mechanism is provided between the output end of the can reset mechanism and the conveyor belt; when the cans pass through the can blanking mechanism, the dumped cans will fall, and then the cans will be straightened by the can reset mechanism, and then passed through the cans The transfer mechanism transfers the righted and reset cans to the first conveyor belt for further transportation, realizing the automatic collection, reset and transfer of inverted cans, with high automation, good practicability, and reduced labor intensity.

Description

Technical field [0001] The present invention relates to the field of tank transportation technology, and in particular, a tile conveyor belt inverted tank automatic reset trainer. Background technique [0002] In 1963, the easy-pull can be invented, which inherited the designs characteristics of the shape of the inoperation, and designed the easy-pull ring at the top. This is an open way to open a way, bringing great convenience and enjoyment to people, and thus quickly applied. [0003] During the existing puls production process, most of the transport belt transportation between the upper processes and the lower process, but in the process of pulling the tank, there will be more inverted, so that the easy-pull can enter the down to the process, it cannot be machined. Even the entrance to the processing equipment, resulting in the overall production line stop, the existing cleaning of the tiles can be used in the manual picking method, the manual picking method has the following...

AI Technical Summary

Problems solved by technology

[0003] In the existing can production process, most of the cans are transported by conveyor belts between the upper process and the next process. However, during the transport of cans, there are often cases of cans being inverted, which makes it impossible to process the cans when they enter the next process. , or even block the entrance of the processing equipment, causing the overall production line to stop. Most of the existing clearing and dumping cans are manually picked up. The manual picking method has the following problems. 1. Time-consuming and labor-intensive. 2. It is easy to miss the situation, and the reliability is poor. 3. It is difficult to straighten the dumped cans manually. It needs another manual to straighten and place them on the conveyor belt, so that the cans can be re-transported. Increase labor, inefficiency

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