Rotational adjusting type honey filtering device

Abstract

The invention discloses a rotational adjusting type honey filtering device which comprises an external tank, an inner telescopic tube, a telescopic driving component, an opening / closing plate, a roller opening / closing mechanism, a rotational telescopic mechanism and a positioning ring, wherein the inner telescopic tube is mounted inside the external tank; a plurality of filtering nets are mountedfrom top to bottom inside the inner telescopic tube; the telescopic driving component comprises an upper adjusting screw nut, a penetration screw rod and a lower adjusting screw nut; the rotational telescopic mechanism comprises an outer gear plate, a gear driving motor and a telescopic mechanism; and the roller opening / closing mechanism comprises an annular buckle, a transition roller, a withdrawing / release roller, a connecting belt, a driving gear and a rotational driving mechanism. The rotational dynamic filtration, the material feeding velocity magnitude, the material feeding speed and thefiltering density of the rotational adjusting type honey filtering device can be adjusted.

Description

technical field [0001] The invention relates to a rotary adjustment type honey filtering device. Background technique [0002] At present, the newly collected honey contains a lot of impurities. The larger particles include wax chips, larvae, and bee corpses, and the smaller particles include pollen particles and dust. The honey needs to be filtered to remove impurities. In the existing honey filtration process, a multi-layer filter device is often used, and the filter density of the honey filter device with such a structure cannot be adjusted. For honey with a high viscosity, a filter device with a relatively small filter density, that is, a filter device with a relatively small filter density, is required. The spacing between them should be larger; for the less viscous honey, a filter device with a higher filtration density is required, that is, the spacing between the multi-layer filters should be smaller, so that it can be filtered according to the characteristics of dif...

AI Technical Summary

Problems solved by technology

In the existing honey filtration process, a multi-layer filter device is often used, and the filter density of the honey filter device with such a structure cannot be adjusted. For honey with a high viscosity, a filter device with a relatively small filter density is required, that is, a multi-layer filter device. The spacing between them should be larger; for the less viscous honey, a filter device with a higher filtration density is required, that is, the spacing between the multi-layer filters should be smaller, so that it can be filtered according to the characteristics of different honeys. In addition, the static inefficient filtration

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