Automatic royal jelly acquisition device

Abstract

The invention discloses an automatic royal jelly acquisition device. The automatic royal jelly acquisition device comprises an operation platform, jelly production strips, a transmission device, a bee wax cutting device, a blowing device, a jelly and larva separating device and a jelly and larva collection device. The transmission device is used for transmission of the jelly production strips, the bee wax cutting device is used for cutting bee wax on the jelly production strips in a transmission process, the blowing device is used for blowing royal jelly and larvae out of the jelly production strips after bee wax cutting, the jelly and larva separating device is used for separation of the larvae and the royal jelly, and the jelly and larva collection device is used for respectively collecting the royal jelly and the larvae after separation. By a mechanical feeding system for feeding the jelly production strips, the bee wax is cut by an electric heating wire device in a feeding process, and the problem of stickiness of the bee wax to cutters in a process of cutting the bee wax with the cutters is solved. By filtered clean large-flow air for blowing back holes of the jelly production strips, the royal jelly is blown into the jelly and larva separating device and vibrated and filtered through a filter screen to separate the royal jelly from the larvae, and accordingly a larva taking procedure is saved, jelly acquisition efficiency is greatly improved, and jelly output quality is guaranteed completely.

Description

technical field [0001] The invention relates to the technical field of agricultural engineering, in particular to an automatic royal jelly extraction device. Background technique [0002] Royal jelly is produced in the royal platform where the royal jelly is produced, and beeswax is built on the royal platform to close the mouth of the royal platform. The traditional pulp extraction method is to manually use a cutter to cut off the beeswax on the pulp production bar before pulp extraction, then use tweezers to pinch off the larvae, and then use a pulp extraction spoon to extract pulp. This method is repeated for each king table one by one. extremely low. At present, there is also the method of shaking the pulp with a shaker. After manually cutting the wax and taking the worms, the pulp bar is put into a centrifugal shaker, and the royal jelly is thrown out by centrifugal force. The efficiency is still very low, and the residual rate of royal jelly is also relatively high. ...

AI Technical Summary

Problems solved by technology

The traditional pulp extraction method is to manually use a cutter to cut off the beeswax on the pulp production bar before pulp extraction, then use tweezers to pinch off the larvae, and then use a pulp extraction spoon to extract pulp. This method is repeated for each king table one by one. very low

At present, there is also the method of shaking the pulp with a shaker. After manually cutting the wax and taking the worms, the pulp bar is put into a centrifugal shaker, and the royal jelly is thrown out by centrifugal force. The efficiency is still very low, and the residual rate of royal jelly is also high

At present, there are still attempts to use mechanical bionics to dig out royal jelly. In order to improve the efficiency of pulping, many pulping mechanisms must be installed. Due to the complex structure, the failure rate is high. The extraction of wax worms also needs to be completed in different processes, and the efficiency of pulp extraction has not been significantly improved, so it is necessary to further improve the existing technology

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