Stirring type automatic cooling device

Abstract

The invention provides a stirring type automatic cooling device. The stirring type automatic cooling device comprises a water tank, a circulating pump, a radiator, a heat exchange coil, an upper outerpipe, an upper inner pipe, a rotating outer pipe and a rotating inner pipe. The upper inner pipe is positioned in the upper outer pipe, the rotating outer pipe is positioned in a sleeve, the rotatinginner pipe is positioned in the rotating outer pipe, the lower end of the rotating outer pipe is in communication with a water inlet of the heat exchange coil, and the lower end of the rotating innerpipe is in communication with a backwater opening of the heat exchange coil. The upper end of the rotating inner pipe and the upper end of the rotating outer pipe are correspondingly inserted into the upper inner pipe and the upper outer pipe; and a rotating disk is fixed to the outer wall of the rotating outer pipe. According to the stirring type automatic cooling device, the rotating inner pipe, the rotating outer pipe and the heat exchange coil can be driven to rotate by a stirring motor, the rotating heat exchange coil is more beneficial to the full and efficient heat exchange between cooling water and materials in a container, the problems that low heat exchange efficiency and poor cooling effect of a previous fixed type heat exchange coil are solved, the beneficial effects are remarkable, and the application and popularization are suitable.

Description

Technical field [0001] The invention relates to a cooling device, more specifically, to a stirring type automatic cooling device. Background technique [0002] Many industrial containers or equipment generate high temperatures during operation. In order to maintain a constant temperature in the container and ensure the normal operation of the equipment, it is often necessary to install a cooling device inside the container or equipment. The existing traditional cooling devices basically adopt the principle of heat exchange, and replace the heat in the container through a heat dissipation medium (usually water), so as to cool the internal environment of the container or the working medium. Since the heat exchange parts of the existing cooling device are all in a fixed state, the heat exchange efficiency between the cooling water and the working medium in the container is low, which is not suitable for some industrial containers with strict temperature requirements. Summary of the...

AI Technical Summary

Problems solved by technology

Since the heat exchange parts of the existing cooling device are all in a fixed state, the heat exchange efficiency between the cooling water and the working medium in the container is low, and it is not suitable for some industrial containers with strict temperature requirements.

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