Adjusting type refrigerator rack mechanism

Abstract

The invention relates to a refrigerator rack, in particular to an adjusting type refrigerator rack mechanism. The adjusting type refrigerator rack mechanism comprises a rack (8) arranged in storing space, the back portions of the left lateral wall and the right lateral wall of the rack (8) are provided with buckling mechanisms, the left lateral wall (7) and the right lateral wall (7) of the storing space are provided with longitudinal tracks (2), the longitudinal tracks (2) are of groove structures, the front side of the cross section of each groove structure in the vertical direction is a straight plane, the back side of the cross section of each groove structure in the vertical direction is a wavy hook face, the widths of the longitudinal tracks (2) are matched with the widths of the buckling mechanisms, and the buckling mechanisms are inserted in the longitudinal tracks (2). According to the adjusting type refrigerator rack mechanism, as the longitudinal tracks are matched with the buckling mechanisms on the rack, the rack can slide in the longitudinal tracks, the height adjustment and fixation of the rack are achieved, and the adjusting type refrigerator rack mechanism is simple in structure, convenient to operate and favorable for popularization and application.

Description

technical field [0001] The invention relates to a shelf for a refrigerator, in particular to an adjustable shelf mechanism for a refrigerator. Especially the height-adjustable adjustable refrigerator shelf mechanism. Background technique [0002] Most of the existing refrigerators are provided with a shelf mechanism for placing food in the refrigerator, so as to separate the space of the refrigerator and facilitate the hierarchical storage and retrieval of food. The shape and volume of the items that the user needs to place when using the refrigerator often varies, which makes the user need the shelf mechanism to be able to properly adjust the position of the shelf mechanism according to the food to be placed each time, so as to obtain a good use experience. [0003] like figure 1 , the shelf 13a of the refrigerator in the prior art is set in the refrigerator door 11a as an example. The inside of the refrigerator door 11a is a storage space recessed inward, and the left an...

AI Technical Summary

Problems solved by technology

But the rack 13a of this kind of assembling cannot move up and down; Take it out, adjust the position of the shelf and put it back one by one

Such a cumbersome process increases unnecessary operating time, increases energy consumption when the refrigerator is opened, and may even cause users to accidentally drop items during frequent pick-and-place, greatly weakening the convenience of refrigerator products

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