Water catcher capable of catching water continuously

Abstract

The invention discloses a water catcher capable of catching water continuously. The water catcher comprises a shell, a water condenser, a sealed bearing device, a driving device, a drain valve, a bracket and a gear, and the water condenser comprises a metal pipe, a medium bin and a cooling pipe. The water condenser is driven by the driving device to rotate in the shell, the collision rate of watervapor and the water condenser is increased through the rotating water condenser, and the water vapor trapping effect is enhanced. Condensate water and dust are thrown away from the cooling pipe underthe action of centrifugal force of rotation of the water condenser; the dust is not easy to adhere to the surface of the cooling pipe of the water condenser; the condensate water is not prone to adhering to the surface of the cooling pipe of the water condenser, the condensate water cannot be frozen or frosted on the rotating water condenser, the water condenser does not need to be continuously deiced or defrosted, the condensate water and the dust can be continuously discharged out of the shell, the water condenser can continuously cool and condense the water vapor, and the condensation efficiency of the water condenser is improved.

Description

technical field [0001] The invention relates to a water catcher, in particular to a continuous water catcher. Background technique [0002] In the processing and production fields of grain, food, chemical industry, medicine, vaccines, fruits and vegetables, and Chinese medicinal materials, it is necessary to vacuum freeze-dry or vacuum low-temperature dry the materials under vacuum conditions to achieve the required moisture content standards; The water vapor produced by vacuum drying equipment when drying materials is a combination of 75-98% water molecules, impurities and other gas molecules. The water trap is a condensation device that converts water vapor into liquid condensed water in a vacuum state. The water capture efficiency of the water device has a great relationship with the final drying degree of the dried material in the drying equipment and the quality of the final product. [0003] Most of the current water catchers on the market use tube-type water catchers...

AI Technical Summary

Problems solved by technology

2. The condensed water in the shell cannot be discharged continuously when the inside of the shell is in a vacuum state, and the condensed water accumulated in the shell is easy to evaporate again

3. When dust is carried in the water vapor, the static condenser is easy to adhere to the dust, and the surface of the condenser cannot effectively cool and condense the water vapor if dust is adhered to the surface of the condenser

4. Condensed water adheres to the stationary condenser and freezes and frosts. The condenser needs to continuously melt the ice and defrost, causing the condenser to stop condensing for a certain period of time.

The condenser during defrosting cannot cool and condense the water vapor, and the water vapor cannot be condensed continuously, resulting in a decrease in the condensation efficiency of the fixed condenser

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