JP3219772U - Container with drawer - Google Patents

Abstract

An object of the present invention is to provide a container with a drawer that allows easy viewing and easy removal even when the drawer is higher than a human eye.
When the drawer container is pulled down in the process of pulling out the drawer, the upper corner of the drawer back plate interferes with the step plate of the container, that is, the drawer ceiling surface. By adopting a structure in which the interference part on the drawer side is deleted, a downward pulling inclination angle is obtained. A stopper 7 is provided on the drawer ceiling surface, and a stopper effect is obtained by bringing the drawer removal surface, the drawer ceiling surface, and the inner surface of the drawer back plate into contact with the stopper. The structure is determined by the geometrical dimensions of the required and permissible three factors, the drawer tilt angle α, the stopper position and the drawer back plate height.
[Selection] Figure 2

Description

  The present invention relates to a drawer shape of a container using drawers such as stationery, small parts or clothes.

  A container using a drawer for storing a stationery box on a desk, an accessory box for work, or a garment is taken out and accommodated vertically when the drawer is viewed horizontally from above.

JP 2011-104314 A JP 2000-197530 A

When the drawer of the container is above the person's line of sight, the person stands up and confirms the contents because the articles stored in the drawer are difficult to see. For this reason, standing and sitting change the feeling of being enthusiastic or cause time loss.

  The present invention has a structure in which the drawer of the container using the conventional drawer is structured such that when the drawer is pulled out, the hand side of the drawer descends downward and the gradient is maintained. At that time, when the drawer is pulled down and lowered, the upper corner of the drawer back plate interferes with the container, so that the interference portion is deleted to obtain a lower slope of the drawer. For this purpose, a stopper for preventing the dropout is provided on the drawer ceiling surface on the container side according to the allowable lowering slope of the drawer and the height of the drawer rear plate after being deleted.

  In a conventional horizontal drawer only, the drawer is taken up when viewed from above and stored from above. In addition to this, the effect of being able to be taken out and accommodated in the horizontal direction is also obtained. This reduces human waste and allows you to concentrate on your studies and work. The structure is simple and no special manufacturing equipment is required, and it can be provided economically.

Front view of container with drawer Sectional view of the container with drawer AA of the present invention Perspective view of the drawer of the present invention Diagram showing the relationship between the slope of the drawer and the stopper

  The basis of the present invention is a conventional horizontal pulling structure, but it is in how many times the tilt can be maintained by pulling the drawer. The entire design and production is performed according to the material, processing accuracy, usage environment, and usage conditions. The basic dimensional relationship is easily determined from the geometric relationship among the rear plate height h, the final stopper position L, and the drawer inclination angle α, as will be described in detail in the section of FIG.

  In FIG. 1, the size of the container, the number of drawers having an inclination, whether to provide a horizontal extraction stage, whether to provide a stage with different inclination angles, and the like are determined. Note that various types of grips have been put into practical use and are omitted in this figure.

  FIG. 2 shows, as an example of a container with a drawer according to the present invention, an example in which a conventional horizontal drawer 2 is provided in one stage at the bottom, and four drawers for inclination 3 are stacked on the upper side to form a five-stage configuration. . These stage configurations may be arbitrarily determined. A state in which the tilting drawer 3 that realizes tilting, which is the subject of the present invention, is pulled out to form the tilting angle α, and the rear plate 4 is prevented from being detached by the stopper 7 is shown. The stopper 7 is fixed to the drawer ceiling surface 8 of the drawer container with screws or an adhesive with a square member of about 1/3 to 1/2 of the drawer width. If the notch 6 for tilting is too large, the pulling inclination angle α can be increased, but the rear plate height h is lowered, resulting in a housing problem. The stopper 7 is provided at Hh, which is obtained by subtracting the rear plate height h from the drawer insertion height H, and is preferably low. As a result, the tilting drawer 3 can be inserted and removed by the same operation as the horizontal drawer 2. The geometrical relationship of the three elements, ie, the drawer inclination angle α, the final stopper position L, and the rear plate height h, which are basic components of the present invention, will be described in detail in the section of FIG.

  FIG. 3 is a perspective view showing the notch of the rear plate of the drawer necessary for tilting the drawer of the present invention. The drawer rear plate 4 is associated with the rear plate height h by the drawer inclination angle α, and together with the side plate 5, an inclined notch 6 is formed. The notch surface T is applied to the drawer ceiling surface 8 at the final stopper position L to prevent it from being removed, and at the same time, the inner front end portion of the rear plate 4 is prevented from being removed by the stopper 7.

これにより仮にＬ＝５ｃｍ、Ｈ＝５ｃｍ、ｈ＝２ｃｍをきめればα≒３０°が得られる。 FIG. 4 shows the geometric relationship for obtaining the required slope. Three elements are determined by determining desired items in the rear plate height h, the final stopper position L, and the drawer inclination angle α. Computational

As a result, if L = 5 cm, H = 5 cm, and h = 2 cm, α≈30 ° can be obtained.

DESCRIPTION OF SYMBOLS 1 Container with drawer 2 Horizontal drawer 3 Drawer 4 Inclination Rear plate 5 Side plate 6 Inclination notch 7 Stopper 8 Draw ceiling surface 9 Front plate 10 Bottom plate L Final stopper position α Draw inclination angle h Rear back plate height H Drawer insertion step height S Calculated side length θ Calculated geometric angle T Notched surface

Claims (1)

  In a container with a drawer having a drawer composed of a plurality of stages, the drawer is composed of a front plate, a rear plate, and a side plate, and a notch surface is provided in an inclined shape with the rear upper surface of both side plates facing rearward, A rear panel with the same height as the cut-out surface is installed to form a box-type drawer, and when the drawer is pulled out by fixing a stopper on the front-side ceiling panel, the side panel that is notched in an inclined manner hits the ceiling. A container with a drawer, wherein the face plate is prevented from being pulled out by a stopper, and the drawer can be tilted forward and downward.

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