Washing machine for conveniently separating granules of different granularities in solution

Abstract

The invention relates to a washing machine for conveniently separating granules of different granularities in a solution. The washing machine is characterized in that a main body part comprises a stirring device, a washing chamber, a filtering bag, a support frame, a heating jacket, an insulating layer, a filtering net, a support isolating grid, a micro granule collecting chamber and a discharge valve; the washing chamber and the micro granule connecting chamber are connected together in a welding mode; washed granules are put into the filtering bag which is expanded by the support frame; the filtering net is put on the filtering net; not only can viscous liquid be adhered to the surface of the granules washed off by a washing agent, but also small granules adhered to the surfaces of large granules are separated in time, and micro granules of which the diameters are smaller than the apertures of the filtering bag and the filtering net can penetrate through the holes and deposited into the micro granule collecting chamber, so that the sediment is not easy to arise to cover the surface of the large granules, the situation that the granules of different granularities are not thoroughly separated in the conventional method is avoided, the washing and separation effects are greatly improved, and a product can be conveniently taken out.

Description

technical field [0001] The invention relates to a washing machine, in particular to a washing machine for conveniently and efficiently separating particles of different particle sizes in a solution. Background technique [0002] Generally speaking, for dry solid particles, particles of different particle sizes can be separated by sieving, and for solids in the liquid phase, the solids can be filtered out by filtration. However, when there are particles of different particle sizes in the solution, or when the surface of the particles is wet and viscous, and tiny particles (less than a certain particle size) adhere to the surface of large particles, it is necessary to let the particles of different particle sizes It is more difficult to separate. [0003] The traditional method is to use a suitable detergent or medium to temporarily separate the small particles adhered to the surface of the particulate matter under stirring conditions, but when the stirring is stopped and th...

AI Technical Summary

Problems solved by technology

However, when there are particles of different particle sizes in the solution, or when the surface of the particles is wet and viscous, and tiny particles (less than a certain particle size) adhere to the surface of large particles, it is necessary to let the particles of different particle sizes more difficult to separate

[0003] The traditional method is to use a suitable detergent or medium to temporarily separate the small particles adhered to the surface of the particulate matter under stirring conditions, but when the stirring is stopped and the filter is ready, the temporarily separated small particles will precipitate again , Adsorbed on the surface of large particles, resulting in poor washing and separation effects. It needs multiple washings and continuous dilution to obtain the corresponding effect, which increases the number of washings and increases the amount of detergent used.

Images