An integrated processing equipment for lotus seeds peeling, removing the core, leaving the core and grinding white

Abstract

The invention relates to lotus seed processing equipment integrating shelling, core removing, core reserving, and polishing. The lotus seed processing equipment comprises a frame, a grabbing-shelling system, a core removing and reserving system, a polishing system and a main motor, wherein the grabbing-shelling system, the core removing and reserving system and the main motor are mounted on the frame, the core removing and reserving system is mounted at the discharge end of the grabbing-shelling system, and the polishing system is mounted at the discharge end of the core removing and reserving system. The lotus seed processing equipment has the advantages that a shovel type hollow drill bit is used on the basis of the shape of the lotus cores and the positions of the lotus cores in lotus seeds, lotus core completeness is guaranteed, and lotus core waste is reduced; an air suction plate is connected to the other side of the shovel type hollow drill bit to collect the lotus cores; the lotus seed processing equipment integrates the functions of shelling, core removing, core reserving, and polishing and is multifunctional, many unnecessary intermediate links during processing are avoided, and processing floor space is reduced.

Description

technical field [0001] The invention relates to an integrated processing equipment for peeling lotus seeds, removing the cores, leaving the cores and grinding them white. Background technique [0002] Lotus seed shelling to core staying grinding white integrated processing equipment (Lotus seed shelling to core staying grinding white integrated processing equipment), mainly used for four processing steps of peeling, core staying, core staying and white grinding of lotus seeds. Unnecessary intermediate links, and reduce manpower and material resources, but also greatly improve production efficiency. The most important thing is to optimize and improve many mechanical mechanisms that control the operation of the machine, which greatly reduces the manufacturing cost of the machine, improves the processing accuracy of the machine, and the processing degree can achieve the expected effect. [0003] Most of the original lotus seed processing machines are single-function and bulky,...

AI Technical Summary

Problems solved by technology

[0003] Most of the original lotus seed processing machines are single-function and bulky, and the machine manufacturing cost is relatively high. Lotus seed processors often need to purchase 2-3 machines to process lotus seeds, and the control precision of the original lotus seed processing machines for processing lotus seeds is not accurate enough. The expected effect is not achieved, and the core retention technology is even blank. The following will discuss the shortcomings of the original lotus seed processing machine from the three processing processes of peeling, core removal and whitening.

[0004] 1. The original lotus seed peeling processing machine cannot accurately control the distance between the roller knife and the lotus seeds during the peeling process, often resulting in the processed lotus seeds not being completely peeled or the roller knife cutting to The lotus seeds are too deep and damage the lotus flesh

Moreover, most of the lotus seeds are pushed through the push rod, and the mechanical structure is too complicated, resulting in low precision of the machine.

2. The original lotus seed core removal processing machine not only cannot accurately determine the position of the lotus core during the core removal process, it is easy to miss the lotus seeds, resulting in unnecessary waste, and it is also unable to retain the lotus core. The drill drills the lotus seed core into powder, causing a great deal of waste

According to research, lotus seed cores have high medicinal efficacy. The existing lotus cores are all taken out by hand, which is not only time-consuming and laborious, but also unhygienic, easy to damage the lotus cores, and the efficiency of core removal is extremely low.

3. The original lotus seed whitening processing machine cannot guarantee the uniform whitening of lotus seeds during the whitening process, resulting in a serious polarization phenomenon of lotus seed whitening, which wastes lotus seeds and makes the whitening degree not reach the level expected effect

4. Generally speaking, almost every processing step in the original lotus seed processing process requires an independent processing machine. The machine is heavy, which not only increases the processing cost, but also causes the processing to occupy too much area

[0013] At present, the development of lotus seed coring technology is slow, the degree of automation is not high, and it is far behind the development of planting industry, and the promotion and application of mechanical coring machines in production is not much, mainly because of the following outstanding problems: 1. Loss of lotus seeds high rate

Many coring machines cannot completely separate lotus seed cores from lotus seeds, and the removal rate of lotus seed cores is not ideal, making the loss rate as high as 10%.

2. The performance of the machine tool is not stable enough and the adaptability is poor

Most of the coring machines currently used are not of high manufacturing technology, so that they cannot meet the needs of today's dry technology

4. The operating cost is high

Nowadays, many lotus seed production areas still use manual coring, which is not only time-efficient, but also a waste of human resources

5. Low production efficiency

However, the quality of its microdermabrasion is unstable, the loss of lotus kernels is large in the process of microdermabrasion, and the waste of materials is serious

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