Cold preservation self-picking cabinet

Abstract

The invention relates to a cold preservation self-picking cabinet, which is used for delivery and self-service picking of cold preserved cargoes in an express logistic process of electronic commerce. The cold preservation self-picking cabinet comprises a control cabinet and one or a plurality of storage cabinets, wherein the control cabinet comprises temperature control modules for independently controlling temperature of each storage compartment; the one or the plurality of storage cabinets comprise a plurality of independently refrigerated storage compartments, wherein each storage compartment comprises a refrigeration module used for independently refrigerating each storage compartment and a temperature sensor used for measuring temperature of each storage compartment.

Description

technical field [0001] The invention relates to a refrigerated self-lifting cabinet. Background technique [0002] In recent years, the online sales of fresh commodities are booming, and the refrigerated distribution business is booming. On the one hand, in the traditional distribution business, the delivery personnel and the consignee need to hand over the goods face to face according to the agreed time and place, but due to various reasons, it is difficult for the two parties to reach an agreement, which brings trouble to the handover of goods. On the other hand, if the customer signs for the above-mentioned fresh goods in a place without refrigeration equipment, it cannot be properly preserved, which brings great inconvenience to the customer. [0003] There are roughly two types of refrigeration schemes in the prior art: Compressor refrigeration: the storage compartment of the refrigerated self-lifting cabinet is covered with copper pipes, and the copper pipes are conne...

AI Technical Summary

Problems solved by technology

In addition, once the customer fails to close the storage compartment in time after picking up the goods, it will cause the cooling failure of other storage compartments under the control of the same compressor, and the compressor is always in the cooling state, resulting in very high power consumption (because the refrigerated self-lifting cabinet The storage compartment does not have an automatic door closing mechanism. A simple automatic door closing mechanism has the risk of pinching the user's fingers. A complicated automatic door closing mechanism will also make the cost of the refrigerated self-lifting cabinet very high)

In addition, with the centralized refrigeration method, the refrigeration temperature of each storage compartment is equivalent, and it is difficult to realize individualized independent temperature control of each storage compartment

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