Reversing fixed-distance feeding system for cylindrical tanks

Abstract

The invention discloses a reversing fixed-distance feeding system for cylindrical tanks. The system comprises a feeding conveying belt and a monomer conveying belt joined together, wherein the monomer conveying belt is joined with a discharge conveying belt through a gap adjusting device; the feeding conveying belt and the monomer conveying belt are positioned on one vertical surface; the feeding conveying belt is driven through a feeding belt wheel; the monomer conveying belt is driven through a monomer belt wheel; a carrier surface at the top of the monomer conveying belt is higher than a carrier surface at the top of the feeding conveying belt; a lower bottom surface of the monomer conveying belt is lower than the carrier surface at the top of the feeding conveying belt; and the monomer conveying belt is a magnetic conveying belt. The system converts the lying transmission of the cylindrical tanks to the standing transmission by the feeding conveying belt and the monomer conveying belt with different heights; semicircular grooves peripherally and uniformly distributed on a turntable are used for accommodating the cylindrical tanks; and the turntable rotates with uniform speed, so that the cylindrical tanks ate uniformly thrown onto the discharge conveying belt.

Description

technical field [0001] The invention relates to a reversing and fixed-distance feeding system for a cylindrical tank body. Background technique [0002] In the production process of cylindrical tanks, it is often necessary to vertically transport the lying cylindrical tanks for monomer feeding, and it is necessary to feed uniformly at a fixed distance so that each monomer cylindrical tank can be processed manually. One of the most common ways to discharge materials, this method is inefficient, error-prone, and labor-intensive. Some production lines use manipulators to complete this operation, but the requirements for manipulators are relatively high, and the cost is relatively high. As for the loaded object of the cylindrical tank, it is more difficult to change the cylindrical tank from lying transmission to standing transmission, and to feed materials evenly at a fixed distance. Contents of the invention [0003] In view of the above problems, the present invention pro...

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Problems solved by technology

[0002] In the production process of cylindrical tanks, it is often necessary to vertically transport the lying cylindrical tanks for monomer feeding, and it is necessary to feed uniformly at a fixed distance so that each monomer cylindrical tank can be processed manually. The most common way to discharge materials, this method is inefficient, error-prone, and labor-intensive

Some production lines use manipulators to complete this operation, but the requirements for manipulators are high and the cost is relatively high

For the loaded objects of cylindrical tanks, it is more difficult to change the cylindrical tank from lying transmission to standing transmission, and to feed materials evenly at a fixed distance

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