Freezer

Abstract

The invention provides a freezer capable of erecting a rack freely even under the condition that a corner of a front part of a rack is not supported by a strut. The freezer is provided with a storeroom with an opening at a front surface, a rack (21) is erected on a strut (14) in an upper-lower installation in a storeroom via a rack supporting member (18), the rack is provided with a size stridingfrom any side of left and right directions of the storeroom to roughly the center, only the rear two corner parts and a front part corner part are supported by the strut, and one corner of the rear part is provided with a tilting preventing part (37), the rack supporting member enters into the tilting preventing part, and the tilting preventing part prevents or limits movement of the rack in an upper-lower direction in a state of entering of the rack supporting member.

Description

technical field [0001] The present invention relates to a refrigerator in which a pillar is straddled up and down in a storage room with an open front surface, and a shelf is erected on the pillar via a shelf support. Background technique [0002] In a conventional commercial refrigerator, for example, a store room opened on the front surface is formed in a heat-insulating box, and the opening is closed by a double door so as to be freely openable and closable. In addition, a rotatable partition member is installed on the non-pivot side of one door, and when the door is closed, the front surface of the partition member is directed forward at the opening edge of the storage compartment to form the abutment of the pads of the two doors. By opening one door, the partition member is rotated so as to avoid the other door, so that the partition member is removed from the edge of the opening by opening one door, and the opening of the storage room is opened as a whole. Thus, while...

AI Technical Summary

Problems solved by technology

[0004] However, as in the above-mentioned publication, when the partition member formed straddling the upper and lower sides of the front opening center of the storage room is not installed in the heat-insulating box, as long as the shelf erected in the storage room has a structure as shown in the publication. There is no problem with the size spanning the entire width of the storage room left and right, but if you want to store tall items in this way, you must increase the distance between shelves, resulting in wasted space in the left and right directions

[0005] Therefore, as long as the width of the shelf can be formed to approximately half of the size in the left-right direction of the storage room, and it can be erected on the left and right sides of the storage room in different steps, only in the area ( One side of the left and right) just needs to increase the distance between the shelves, but if there is no vertical partition member in the central part of the front surface opening of the storage compartment as described above, only one of the corners of the front parts of the left and right shelves is bridged. It is supported, but the other corner cannot be supported. If a load is applied to this part, one corner of the rear part at a symmetrical position will be lifted and the rack will be separated from the rack support.

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