Liquid dispensing device

Abstract

The invention relates to a liquid dispensing device. The device comprises a liquid dispensing tank with an opening, the outer wall of the liquid dispensing tank is provided with a jack, inside of the jack is a hollow interlayer, the interlayer is provided with an emptying opening and an inlet and an outlet leading to the outside, the inlet is connected with an outlet of an ice-storage unit by a first line, the outlet is connected with an inlet of the ice-storage unit by a second line. The ice-storage unit and the connecting lines are provided with a temperature control and regulating valve, aswitch regulating valve and an emptying regulating valve respectively. The invention provides the novel liquid dispensing device for which the ice-storage technique is used and which has the advantages of improved refrigeration efficiency, economy in manpower and material resources, liquid medicine pollution prevention and environmental pollution reduction.

Description

technical field [0001] The invention relates to a liquid dispensing device, in particular to a medicine liquid dispensing device with refrigeration function. Background technique [0002] As a mature technology for electric energy application, ice storage technology has good social and economic benefits. The principle is to use refrigeration equipment to remove the heat in the cold storage medium (tap water) and store it in the form of ice when the electricity consumption is low and the electricity price is low (such as at night); while during the electricity consumption peak and the electricity price is high (such as during the daytime) , Stop making ice, and rely on the cold energy released by the ice to cool. Its characteristic is to transfer the running time of refrigeration equipment. On the one hand, it uses cheap electricity at night to save operating costs and reduce operating costs; At present, ice storage technology is widely used in the air-conditioning industry...

AI Technical Summary

Problems solved by technology

In the past, if refrigeration was required during the production or preparation of traditional Chinese medicine, there were only two ways: one was to set the liquid preparation tank in the cold storage, which was not suitable for products that had a heating process in the early stage of the pharmaceutical process, which would cause Energy waste; Another common way is to move the semi-finished medicine liquid outside the cold storage from the liquid preparation tank to multiple transfer barrels that are convenient to move, and then move the transfer barrels containing the medicine liquid into the cold storage for refrigeration, which wastes manpower, Material resources, also make part of the liquid medicine loss and easily cause liquid medicine pollution

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