A device based on reciprocating motion vibrating paste cosmetics to make the canning effect better

Abstract

The invention relates to the technical field of cosmetics, and discloses a device based on reciprocating vibration vibrating paste cosmetics to make the canning effect better, including a casing, the inside of which is movably connected with a slider, through the slider, the drum, the vibration The table and the fixed ring are used together to make the drum rotate when the slider moves down, and the triangular plate rotates synchronously when the drum rotates, and finally contacts with the vibration table, so that the vibration table swings left and right with the fulcrum as a reference, so as to achieve the capacity The purpose of vibrating the bottle, and there is a spring connected to the bottom of the vibrating table, which can increase the vibration frequency and buffer the vibration at the same time, so as to avoid the creamy cosmetics overflowing through the bottle mouth due to excessive vibration amplitude, and the fixed ring clamps the volumetric bottle. The stability of the volumetric flask is guaranteed during the canning process and the uneven filling and generation of air bubbles during the canning process are avoided, which affects the quality of the finished product.

Description

technical field [0001] The invention relates to the technical field of cosmetics, in particular to a device for vibrating paste cosmetics based on reciprocating motion to improve the filling effect. Background technique [0002] With the improvement of living standards, people pay more and more attention to maintenance and care in daily life. Various cosmetics emerge in an endless stream. Different types and brands of cosmetics will be made into various solutions with different thicknesses. In the container bottle, those that are finally sold to customers are used, so the canning process for cosmetics is also particularly important. [0003] Cosmetics with different functions generally have different thicknesses. For example, toners with moisturizing functions are generally thinner and have higher fluidity. No other operations are required during the canning process, just squeeze the cosmetics into the bottle. For cosmetics with high thickness and poor fluidity, such as cre...

AI Technical Summary

Problems solved by technology

[0003] Cosmetics with different functions generally have different thicknesses. For example, toners with moisturizing functions are generally thinner and have higher fluidity. No other operations are required during the canning process, just squeeze the cosmetics into the bottle. For cosmetics with high thickness and poor fluidity, such as cream-like masks or cream-like emulsions, air bubbles are likely to be generated during the canning process due to the characteristics of the cosmetics itself, while the traditional canning machine In the process of canning, the cosmetics are generally squeezed solely by the pressure difference, and finally the cosmetics are squeezed into the cosmetic bottle. There is no distinction between cosmetics with different thicknesses, so cosmetics in the form of paste are used for canning. The effect is poor, and the bubbles generated during the canning process of the cosmetics cannot be discharged. Since the bubbles generally contain oxygen, the contact area and contact time of the cosmetics with oxygen during storage are increased, making the substances in the cosmetics prone to oxidation. Ultimately affect the efficacy of the product, and even affect the quality of the product

[0004] In order to solve the above problems, the inventor proposed a device based on reciprocating motion and vibrating paste cosmetics to make the canning effect better. Bubbles are generated and the canning effect is poor, which ensures that the air bubbles are discharged when the device is used for operation, and the canning effect of the paste cosmetics is improved.

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