Intelligent refrigerator used for zonal management

Abstract

The invention discloses an intelligent refrigerator used for zonal management. The intelligent refrigerator comprises a warehouse body and a control system, wherein the warehouse body comprises a plurality of cold storage areas; the control system comprises an intelligent warehouse unit and a plurality of first cold storage control units which correspond to a cold storage area; and each first coldstorage control unit comprises a temperature sensor, an RFID card-reading module and a control module. With the adoption of the technical scheme, temperature monitoring and temperature regulating foreach cold storage area of the intelligent refrigerator used for the zonal management can realize automatic independent control, so that local cooling and like are realized, and therefore, the purposeof saving energy and reducing consumption is achieved. Compared with the prior art, the intelligent refrigerator does not need manually measuring the temperature and the like in the warehouse; and while the temperature in the warehouse needs to reduce, a machine room does not need to manually control to open and close a manual valve. The intelligent refrigerator only needs to remotely control.

Description

technical field [0001] The invention relates to a cold storage device, in particular to an intelligent cold storage with block management. Background technique [0002] With the development of the economy, the continuous improvement of people's living standards and the continuous improvement of the quality of life, the quality and freshness of various foods, etc., are increasingly dependent on practical cold chain logistics for the transportation and storage of food and medicine. Cold storage is a must for cold chain logistics. A complex device that is indispensable. [0003] The existing cold storage has the following problems: the temperature monitoring in the cold storage can only be completed by reading the corresponding detection instrument data through manual frequent inspections, and every time the cold storage door is opened for inspection, it will cause a certain amount of loss to the cold source of the cold storage. It increases the operating cost of refrigeration...

AI Technical Summary

Problems solved by technology

[0003] The existing cold storage has the following problems: the temperature monitoring in the cold storage can only be completed by reading the corresponding detection instrument data through manual frequent inspections, and every time the door of the cold storage is opened for inspection, it will cause a certain amount of loss to the cold source of the cold storage. It increases the operating cost of refrigeration equipment and reduces work efficiency, and it is inconvenient for technicians to take corresponding measures to keep out the cold when entering the warehouse

After the temperature is read, it is necessary to manually enter the machine room to manually adjust (open, close, etc.) the operating status of the refrigeration unit, which is inconvenient to operate

[0004] In addition, traditional cold storage is usually unable to monitor the temperature of different areas in the cold storage, let alone perform local temperature control on different areas in the cold storage, such as realizing regional cooling. Traditional cold storage usually cools the entire cold storage, which can consumes a lot

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