Processing mechanism for fruit-peel environment-friendly cleanser

Abstract

The invention relates to a processing mechanism for a fruit-peel environment-friendly cleanser. The processing mechanism comprises a stander, wherein a mounting block is arranged on the stander, a squeezing block is mounted on the mounting block, a feeding hole is formed in the side surface of the squeezing cylinder and is matched with a feeding hopper, a squeezing opening-closing device is arranged at the lower part in the squeezing cylinder, an upper cover plate is arranged at the upper part in the squeezing cylinder, and a squeezing device matched with the squeezing opening-closing device is arranged at the lower part of the upper cover plate; and a soaking cylinder is cooperatively arranged at the lower part of the squeezing cylinder, the upper part of the soaking cylinder is cooperatively sleeved with the lower part of the squeezing cylinder, and the soaking cylinder is level to the outer side of the squeezing cylinder. By adopting the design that the upper part of the soaking cylinder is sleeved with the squeezing cylinder and the squeezing opening-closing device in the squeezing cylinder is matched with the squeezing device, fruit peel can be squeezed, most effective components can be squeezed out, the fruit peel and the squeezed effective components can be conveyed into the soaking cylinder and are used for preparing the cleanser, so that the preparation time of the cleanser is greatly shortened, and the utilization rate of the effective components in the fruit peel is increased.

Description

technical field [0001] The invention relates to the field of cleaning agent processing, in particular to a processing mechanism for peel environmental cleaning agent. Background technique [0002] Most of the existing detergents are synthetic detergents, and long-term use may have certain negative effects. Therefore, some simple bio-environmental protection detergents have emerged, which use the decomposed substances contained in the peel (orange peel, grapefruit peel, etc.) liquid is decomposed. [0003] Most of the existing peel environmental cleaners are prepared with simple equipment, that is, directly put the peel and a certain amount of edible alkali into a container filled with water, and soak the active ingredients in the peel after at least 24 hours of immersion. After that, pour out the brewed detergent and subpackage to complete the processing of the environmentally friendly detergent. It takes too long to prepare the detergent in this way, and the leaching rate ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing detergents are synthetic detergents, and long-term use may have certain negative effects. Therefore, some simple bio-environmental protection detergents have emerged, which use the decomposed substances contained in the peel (orange peel, grapefruit peel, etc.) liquid to decompose

[0003] Most of the existing peel environmental cleaners are prepared with simple equipment, that is, directly put the peel and a certain amount of edible alkali into a container filled with water, and soak the active ingredients in the peel after at least 24 hours of immersion. After that, pour out the brewed detergent and subpackage to complete the processing of the environmentally friendly detergent. It takes too long to prepare the detergent in this way, and the leaching rate of active ingredients is not high during the soaking process. General effect of agent decomposition

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