Three-medium thin film bubble continuous output device and thin film bubble generation method

By utilizing the design of the filling medium pressure and the film-forming medium tank, the continuous generation and output of thin film bubbles are realized through the three-medium thin film bubble continuous output device. This solves the problems of short endurance and complex structure in the existing technology, simplifies the device structure, reduces the risk of failure, and maintains good visual effect.

CN122209078APending Publication Date: 2026-06-16SHENZHEN SNOW ELF TECH CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
SHENZHEN SNOW ELF TECH CO LTD
Filing Date
2026-05-15
Publication Date
2026-06-16

AI Technical Summary

Technical Problem

Existing thin-film bubble devices have short operating times, complex structures that are prone to failure, poor visual effects, and excessive smoke dilution or mixing in existing solutions affects contrast.

Method used

A three-medium thin-film bubble continuous output device is adopted, which uses the gas pressure of the filling medium to form thin-film bubbles. Through the cooperation of the film-forming medium tank and the driving medium module, the continuous generation and output of thin-film bubbles are realized, simplifying the structure and avoiding electrical control or liquid pump drive.

Benefits of technology

It achieves continuous output of thin-film bubbles, simplifies the device structure, reduces the risk of failure, lowers costs, allows for water washing and cleaning, and maintains good visual effects.

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    Figure CN122209078A_ABST
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Abstract

The application provides a three-medium thin film bubble continuous output device, which comprises a body, a driving medium module, a filling medium module and a filling medium channel; a film forming medium groove is arranged in the body, and a first film forming port and a second film forming port, which respectively communicate with the film forming medium groove, are arranged on the body; the first film forming port is connected with the filling medium module through the filling medium channel, and the driving medium module is arranged relative to the second film forming port so that the second film forming port is located in the coverage area of the driving range of the driving medium module; and the second film forming port is higher than the first film forming port. A thin film bubble generation method adopts the above thin film bubble continuous output device, film forming medium is injected into the film forming medium groove, the filling medium module passes the filling medium into the first film forming port, and the filling medium and the film forming medium form the thin film bubble which is then output at the second film forming port under the action of the driving medium module. The application realizes the technical effects of continuous and continuous output of the thin film bubble and simple structure of the device and is not prone to failure.
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