refrigerator

Abstract

The invention provides a refrigerator which comprises a storage chamber and shelves arranged in the storage chamber. Sliding grooves are formed in the two transverse inner walls of the storage chamber and used for containing the transverse edges of the shelves, and openings of the sliding grooves face the interior of the storage chamber. A sliding block is arranged in each sliding groove, and a first side wall of each sliding groove is provided with at least one slope section which gets close to a second side wall of the sliding groove gradually from front to back. The surface, facing the corresponding first side wall, of each sliding block is correspondingly provided with at least one oblique face which gradually gets close to the corresponding second side wall from front to back. Each oblique face is matched with the corresponding slope section in an attached mode. Each shelf is arranged between the corresponding sliding blocks and the second side walls of the sliding grooves so as to move towards the second side walls when the sliding blocks move backwards, and accordingly the shelf is clamped by the sliding blocks and the second side walls. According to the refrigerator, the edges of the shelves are completely fastened and restrained, the overall rigidity of the refrigerator is improved, the bending deformation during loading is reduced, and the bearing capacity is greatly improved.

Description

technical field [0001] The invention relates to a refrigerating and freezing device, in particular to a refrigerator. Background technique [0002] The storage room of the refrigerator is usually equipped with a shelf for storing things. There are usually two installation methods for the shelf in the storage room, that is, the horizontal sides are placed on the ribs protruding from the inner walls of the storage room on both lateral sides or embedded in the In the chutes provided on the inner walls of the lateral sides of the storage room. No matter which method is adopted, the lateral sides of the shelf are not fastened sufficiently, and the partition is likely to be bent and deformed when carrying heavy items. Especially for wide-body refrigerators with wide storage compartments, this situation is even more serious. [0003] For shelves made of tempered glass, increasing the thickness of the shelf or setting metal edging on the edge of the shelf can increase the rigidity...

AI Technical Summary

Problems solved by technology

Either way, the lateral sides of the shelf are not fastened sufficiently, and it is easy to bend the shelf when carrying heavy items

This is especially true for wide-body refrigerators with a wider storage compartment

[0003] For shelves made of tempered glass, increasing the thickness of the shelf or setting metal edging on the edge of the shelf can increase the rigidity of the shelf and enhance its load-bearing capacity, but these two methods will greatly increase the cost of the shelf, which is not conducive to promotional use

Images