Non-splash-type winter coral recovery and separation protection device based on homogeneous principle vortex impact

Abstract

The invention discloses a non-splash-type winter coral recovery and separation protection device based on homogeneous principle vortex impact and belongs to the technical field of winter coral pickingmachinery, in particular to a device for non-splash protective recovery of juice of toxic plant fruit, and innovative combining of the homogeneous principle technical theory, mechanical stirring andthe vortex technology perfectly to realize complete separation of the winter coral pulp seeds by vortex impact. The non-splash-type winter coral recovery and separation protection device comprises a spray curtain blocking non-splash branch and leaf clamping non-destructive recovery mechanism, a reciprocating fit impact cutting self-positioning recognition type primary pulp seed separation mechanism, a homogeneous principle vortex energy impact type contradictory pulp-crushing complete separation mechanism and a pulp seed separation and loading box, the spray curtain blocking non-splash branchand leaf clamping non-destructive recovery mechanism is arranged on the pulp seed separation and loading box, and both the reciprocating fit impact cutting self-positioning recognition type primary pulp seed separation mechanism and the homogeneous principle vortex energy impact type contradictory pulp-crushing complete separation mechanism are arranged in the pulp seed separation and loading box.

Description

technical field [0001] The invention belongs to the technical field of winter coral harvesting machinery, and specifically refers to a vortex impact and splash-free winter coral harvesting and separation protection device based on the principle of homogeneity. Background technique [0002] Winter coral is a perennial plant of the genus Solanaceae, which is distributed in Hebei, Shaanxi, Sichuan, Guizhou, Yunnan, Guangxi, Guangdong, Hunan, Jiangxi and other provinces in China. Winter coral plants bloom in summer, bear fruit after flowering and persist for a long time. It can be used as an ornamental potted plant and can also be used for planting in flower beds. The roots of winter coral can be used as medicine for pain relief and lumbar muscle strain. The plants, leaves and fruits of winter coral are poisonous and can be used as natural plant pesticides. Spray on crop plants to avoid Insect infestations caused by leaf-eating pests. [0003] The sowing method is often used fo...

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Problems solved by technology

[0005] In order to solve the above-mentioned existing problems, the present invention provides a non-destructive protection for the branches and leaves of the plants and fruits that cannot be directly touched due to the special nature of the whole plant, branches and leaves, and fruits. Technical effects (small flow water spraying to wash fruit plants, large flow dense water column itself forms a protective barrier to block the splashing of toxic juices) and according to this difference, the special structure designed internal flushing and external resistance spraying parts cooperate with the harvesting action to carry out non-contact harvesting No damage to branches and leaves, juice and splash-free fruit harvesting, without any mechanical barrier barrier, only by controlling the flow of water to achieve effective anti-splash technical problems of fruit plant surface cleaning and toxic juice, and through fruit anti-slip baffles and branches and leaves The perfect cooperation of the water flow non-destructive slide-out groove structure realizes the contradictory technical effect that the fruit is easy to enter and hard to exit, and the branches and leaves slide out without damage; The fruit is perfectly matched, and the outer pulp around the seed is cut and separated without damaging the seed to provide conditions for the complete separation of the seed pulp. At the same time, the technical theory of the principle of homogeneity is innovatively applied to the field of harvesting and processing of winter coral , the corresponding energy conversion is realized under the cooperation of the recycling spray flushing and the barrier homogeneous water circulation flow, the action of the vortex machine and the rotation and stirring of the vortex drive rod, and the vortex effect is enhanced in the process of converting mechanical energy into kinetic energy. The vortex energy impacts the surface of the seeds to adhere to the pulp, and the reciprocating rotating brush removes the brush, which contradicts the technical problem of effectively separating the pulp without damaging the seeds.

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