a gas-liquid separator

Abstract

The invention discloses a gas-liquid separator of a novel structure. The gas-liquid separator comprises a separator main body, an exhaust pipe, a reflection disc, a change-over valve core and a separator bottom cover, wherein the exhaust pipe is arranged in the separator main body; the exhaust pipe and the separator bottom cover are in detachable connection; the separator bottom cover and the separator main body are in detachable connection; a spring collar is arranged on the exhaust pipe; a positioning sleeve is arranged on the exhaust pipe in a sleeving manner; a spring is arranged on the positioning sleeve in a sleeving manner; the upper end of the spring is contacted with the spring collar; the length of the spring is greater than the length of the positioning sleeve; the lower end ofthe spring is contacted with one side of the reflection disc; and the other side of the reflection disc is contacted with one end of the change-over valve core. According to the gas-liquid separator disclosed by the invention, high-efficiency separation of tiny bubbles dissolved into liquid and functions of the integrated change-over valve can be realized, and the change-over flow function of thesolution is realized.

Description

technical field [0001] The invention belongs to the technical field of gas-liquid separation, and in particular relates to a gas-liquid separator. Background technique [0002] Techniques for separating the different components of mixtures (gases, liquids or gas-liquid mixtures, liquid-solid mixtures, etc.) are well established. Such as the sedimentation method, this separation technology uses gravity as the driving force. Due to the different densities of the components in the mixture, the flow process will gradually separate. Although this method is simple in design and stable in operation, it has low separation efficiency and large equipment volume, especially small When particles or bubbles are dispersed in a fluid, gravity is not strong enough to separate the different phases. The application of centrifugal force can effectively improve the separation effect. For example, in the dairy industry, centrifuges can separate fat particles from whole milk. In the medical indu...

AI Technical Summary

Problems solved by technology

Such as the sedimentation method, this separation technology uses gravity as the driving force. Due to the different densities of the components in the mixture, the flow process will gradually separate. Although this method is simple in design and stable in operation, it has low separation efficiency and large equipment volume, especially small When particles or bubbles are dispersed in a fluid, gravity is not strong enough to separate the different phases

The application of centrifugal force can effectively improve the separation effect. For example, in the dairy industry, centrifuges can separate fat particles from whole milk. In the medical industry, centrifuges can separate components such as serum from blood. The centrifuges of these equipment The acceleration can be several orders of magnitude higher than the acceleration of gravity, so their separation speed and efficiency are very high, but they often have internal parts and the structure is more complicated

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