4 results about "Decompression chamber" patented technology

The present application provides a food vacuum cooling method and a food vacuum cooling device capable of further shortening the operation time. In the food vacuum cooling method and the food vacuum cooling device of the present application, a vacuum chamber is composed of a positive chamber, a decompression chamber connected to the positive chamber and including at least an outer chamber and an inner chamber, and a re-compression chamber including one or more chambers. The outer chamber of the decompression chamber is prepared to be decompressed from the atmospheric pressure to a specified pressure, and the inner chamber of the decompression chamber is prepared to be decompressed from the specified pressure decompressed in the outer chamber of the decompression chamber to a pressure required for cooling. The food moved into the positive chamber through the decompression chamber is cooled for a specified time in the positive chamber maintaining the vacuum degree required for cooling, and then moved out through the re-compression chamber. The opening and closing of the doors in each chamber, the decompression of the chamber requiring decompression, the pressure increase of the chamber requiring pressure increase, and the food conveying are performed so that the operation in each chamber is completed within the allowable processing time calculated in advance based on the specified cooling time.

A cavitator utilizes hydrodynamic effects to create a compression-decompression effect on a fluid or on a mixture of fluids, resulting in cavitation effects and the generation of ultrafine bubbles. The cavitator comprises a fluid inlet, a fluid outlet, and a compression-decompression chamber situated between the inlet and outlet. The fluid is forced through the chamber under controlled pressure, causing hydrodynamic effects to generate the compression-decompression effect and ultrafine bubbles. This results in cavitation effects, which can be utilized for various applications, such as cleaning, mixing, or milling. The cavitator is designed to be compact, efficient, easy to use, requiring minimal maintenance, and offers a cost-effective solution for generating cavitation effects.

This invention discloses a device for emotional catharsis and regulation in students' mental health, relating to the field of mental health equipment technology. It includes a decompression chamber with a hinged, silent door. A platform is installed inside the chamber via bolts, and vertically distributed columns are mounted on the platform. A catharsis module for emotional catharsis is also mounted on the platform, comprising an exercise mechanism, a liquid level indicator, and a breathing regulation mechanism. The exercise mechanism includes a turntable rotatably connected to the top of the columns, with concentrically distributed main rotating shafts fixedly mounted on the turntable. These main rotating shafts are rotatably connected to the columns via bearings. A secondary rotating shaft, driven by the main rotating shaft, is also provided on the platform. During use, students can release limb tension by rotating and pressing the turntable. The platform and columns provide students with a comfortable and stable catharsis posture, allowing for effective release of negative emotions through movement without the need for physical punishment.