Mechanical pressure type mixed solution distributor

Abstract

The invention discloses a mechanical pressure type mixed solution distributor. The mechanical pressure type mixed solution distributor comprises a button connected with a pump core, wherein a pressureoutlet is formed in the button, a central column is arranged in the press outlet, a mixing nozzle is installed on the central column, the mixing nozzle is provided with a connecting cylinder and a nozzle, the connecting cylinder is provided with a front-end plate, a multi-channel radial flow guiding grooves are evenly formed in the rear side surface of the front-end plate and around the nozzle, and the radial flow guiding grooves extend outwards in a spiral shape; the connecting cylinder is buckled on the central column, clamped and sealed in the press outlet, the rear side surface of the front-end plate is tightly attached with the front end surface of the central column, and an annular flow passing clearance is formed between the outer circumference surface of the connecting cylinder and the central column; a buffer cylinder is formed between the rear end of the connecting cylinder and the bottom surface of the pressure outlet; axial flow guiding grooves are formed in the outer circumference surface of the central column; and a central flow passing hole, the buffer cylinder, the annular flow passing clearance, the radial flow guiding grooves of the button are connected with thenozzle in sequence. The mixed solution of granular materials and a liquid ejected by the mechanical pressure type mixed solution distributor can meet the requirements of direct use.

Description

Technical field [0001] The invention relates to a dispenser for solution packaging containers, in particular to a mechanical pressurized mixed solution dispenser. Background technique [0002] At present, the cosmetic dispensers on the market that are used for mixing granular materials and liquids to spray out use a structure with a filter at the outlet of the pump core to crush the particles in the bottle and mix with the liquid, but there are still some small particles after crushing. It is too large to meet the requirements of use. Consumers need to crush them again before applying them to the face or body parts, which is inconvenient to use. In addition, the filter screen of the cosmetic dispenser needs to be replaced according to the hardness and the size of the particles filled in the container, and the production cost is high. At the same time, the above cosmetic dispenser also has the problems of hard pressing feel, heavy pressing feel and narrow application range. Summ...

AI Technical Summary

Problems solved by technology

[0002] At present, the cosmetic dispensers sold on the market for spraying after mixing granular materials and liquids adopt the structure of setting a filter screen at the outlet of the pump core to crush the particles in the bottle and mix them with the liquid, but there are still some small particles after crushing. It is too big to meet the requirements of use. Consumers need to crush it again by hand before applying it to the face or body parts, which is inconvenient to use

Moreover, the filter screen of the cosmetic dispenser needs to be replaced according to the hardness and size of the particles filled in the container, and the production cost is high.

At the same time, the above-mentioned cosmetic dispenser also has the problems of hard pressing, heavy pressing and narrow application range.

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