A file rack with cursor index and dividers

Abstract

Disclosed is a file rack, comprising a left wallboard (1), a right wallboard (2), a rear wallboard (3), a front wallboard (4) and a baseboard (5), wherein the height of the front wallboard (4) is lower than than of the rear wallboard (3), and a movement track (41) parallel to the baseboard (5) and extending horizontally is provided on the front wallboard (4). The file rack further comprises a cursor-type component (7) adapted to the movement track (41), and the cursor-type component (7) can move horizontally along the movement track (41). The cursor-type component (7) is made up of three parts altogether: an index device (71) of the cursor-type component (7) at the front end of the cursor-type component (7), a track sleeve hanging device (73) adapted to the movement track (41) being provided at a part near the index device (71) of the cursor-type component (7), and a separator (72) for a vertically stacked file rack being provided at the other end of the cursor-type component (7). The file rack is easy to implement and has a simple and convenient operation, the thickness of a storage unit can be adjusted with only one hand, the separator (72) can also prevent files from tilting to the left or the right, and the separator (72) does not need to be in contact with the rear wallboard (3) and the baseboard (5), thereby making the area thereof far smaller than that of a separation plate in a conventional vertically stacked file rack, and greatly reducing the raw materials used.

Description

technical field [0001] The invention relates to a file rack with a vernier index and a partition, and belongs to the technical field of file racks. Background technique [0002] At present, common upright stacking file racks such as figure 1 As shown, it is composed of a left wall 1, a right wall 2, a rear wall 3, a front wall 4, and a bottom plate 5. When in use, the front wall faces the user, and the front wall 4 is shorter than the rear wall 3. Files are stacked parallel to the left wall 1 and right wall 2, and the distance between the left wall 1 and the right wall 2 determines the thickness of the documents that can be accommodated; multi-unit vertical stacking file racks such as figure 2 As shown, it is characterized in that the side wall panels shared by the two units become the partition 6 between the units. The disadvantage of these common upright stacked file racks is that the storage thickness of each unit is fixed, and there is no sorting device inside the uni...

AI Technical Summary

Problems solved by technology

The disadvantage of these common upright stacked file racks is that the storage thickness of each unit is fixed, and there is no sorting device inside the unit; in use, we will see that if the space of a storage unit is not occupied, the files will be lost. Will be skewed left and right

To overcome these shortcomings, the seemingly easiest way is to use partitions that can move left and right, but it is difficult to move the partition with one hand and stand upright stably

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