A dual-channel output mechanism for a soap printer

Abstract

The invention discloses a novel soap press double-channel output mechanism. The novel soap press double-channel output mechanism comprises a power mechanism, a connecting mechanism and a grabbing mechanism; the power mechanism is movably connected with the grabbing mechanism through the connecting mechanism. The mechanism has the beneficial effects that the structure is novel, design is reasonable, the number of transition conveying lines and the number of channel dividing mechanisms can be reduced, the production line is shortened, layout of the production line is more reasonable, the occupied area is greatly reduced, output space is saved, meanwhile, the number of matched machine tables is reduced, the cost is correspondingly reduced, the mechanical failure rate is reduced, and the production cost is greatly reduced; meanwhile, a synchronous gear assembly is adopted, double-way output functions of products can be achieved, equipment updating is more concise and convenient, the structure is simple and reliable, the bottle neck between a high-speed line printer and a packaging machine can be reasonably solved, and the low-cost investment meets the requirement of capacity expanding.

Description

technical field [0001] The invention relates to the technical field of soap printers, in particular to a novel dual-channel output mechanism of a soap printer. Background technique [0002] In the current daily chemical product manufacturing enterprises, many customers have put forward higher requirements on how to further expand production capacity while satisfying product quality, but most of the existing equipment cannot fully meet the production requirements. For example, such a problem occurs in the soap production line. The finished product production capacity of the company's XLD480 soap printer reaches about 440 pieces per minute, and the packaging speed of the matching packaging machinery (pillow packing machine, small box machine, etc.) in the subsequent channel is mostly at 200 block / minute, resulting in a great waste of equipment capacity, to solve this problem, there are currently two ways: 1, the use of imported equipment, advantages: high speed, to meet high-s...

AI Technical Summary

Problems solved by technology

[0002] In the current daily chemical product production enterprises, many customers have put forward higher requirements on how to further expand production capacity while satisfying product quality, but most of the existing equipment cannot fully meet the production requirements

For example, such a problem occurs in the soap production line. The finished product production capacity of the company's XLD480 soap printer reaches about 440 pieces per minute, and the packaging speed of the matching packaging machinery (pillow packing machine, small box machine, etc.) in the subsequent channel is mostly at 200 block / minute, resulting in a great waste of equipment capacity, to solve this problem, there are currently two ways: 1, the use of imported equipment, advantages: high speed, to meet high-speed requirements; disadvantages: high equipment costs, high maintenance costs, spare parts long cycle

2. Using the lane-dividing mechanism outside the machine and equipped with 2 ordinary packaging machines. Advantages: low cost and short spare parts cycle; Disadvantages: the addition of lane-dividing mechanism makes the mechanism complicated, the length of the production line increases, and the occupied area of ​​the factory building is increased.

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