Air-cooling refrigerator capable of ensuring uniform temperature distribution

Abstract

The invention discloses an air-cooling refrigerator capable of ensuring uniform temperature distribution. A refrigeration air-duct cover plate is assembled on the rear wall of the air-cooling refrigerator; a storage chamber is arranged in front of the refrigeration air-duct cover plate; the refrigeration air-duct cover plate is provided with an air outlet port in a manner of corresponding to the storage chamber; an air guide block is clamped to the air outlet port; the air guide block comprises a curved plate; a head part is arranged at the front end of the curved plate; the head part is located at the front end of the air outlet port; a front-end outlet of the air guide block is defined by a part located above the curved plate, of the head part and the curved plate; the curved plate is bend towards the lower rear part and extends to the inner end of the air outlet port; cold air is blown out from the front-end outlet of the air guide block and moves towards the upper front part of theair outlet port while passing through the space above the curved plate; and the cold air is divided into two parts while encountering an object in front, one part plays a role on the front, and the other part flows downwards and back to the lower part of the storage chamber. The air-cooling refrigerator capable of ensuring uniform temperature distribution is convenient to universalize and standardize, and energy consumption is further reduced.

Description

Technical field [0001] The invention relates to an air-cooled refrigerator with uniform temperature distribution. Background technique [0002] At present, air-cooled refrigerators on the market, especially double-door refrigerators, are generally equipped with ice greenhouses for storing food that needs to be chilled. The room is divided into two types: precise temperature control and fuzzy temperature control. The fuzzy temperature control ice greenhouse has low cost, simple process and quick assembly. However, the fuzzy temperature control ice greenhouse has strict requirements on the air volume distribution and circulation path of the corresponding refrigeration air duct. For refrigerators with ice greenhouses of different volumes and configurations, different air outlet shapes and distributions are required. Refrigeration air ducts are not conducive to the generalization and standardization of products, and some of the air outlets have peculiar shapes (to facilitate the di...

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Problems solved by technology

However, the fuzzy temperature-controlled ice greenhouse has strict requirements on the air volume distribution and circulation path of the corresponding refrigerated air duct. For refrigerators with ice greenhouses with different volumes and different configurations, it is necessary to have different air outlet shapes and distributions. Refrigerated air ducts, which are not conducive to the advancement of product generalization and standardization, and some of the air outlets have strange shapes (to facilitate the distribution of cold air and change the path of cold flow), often resulting in complex molds, low service life and easy damage.

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