JP3231100U - Multi-stage eyeglass holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a multi-stage eyeglass stand capable of easily and quickly taking out and storing in a narrow space.
SOLUTION: The spectacles 1 have a groove for accommodating a vine 2 of the folded spectacles 1 and a front shape for holding and supporting a part of a blade or a pad 3 of the spectacles 1, and is perpendicular to the rear position of the accommodating groove in the vertical direction. It is a spectacle stand 5 having a hole, and a multi-stage spectacle stand is configured by inserting and holding a plurality of spectacle pedestals 5 by inserting a connecting shaft or a connecting rod into the hole.
[Selection diagram] Fig. 1

Description

The present invention relates to a multi-stage eyeglass holder capable of efficiently storing a plurality of eyeglasses in a limited space and easily taking out and storing them.

Conventional eyeglasses are stored in individual eyeglass cases or displayed on fixed shelves in eyeglass stores, and the number of eyeglasses that can be stored is constant regardless of the number of eyeglasses required, and there is a large space for storage. Was needed.

For this reason, it was inefficient to select eyeglasses for various purposes such as myopia, hyperopia, and magnification when working on a narrow desk, such as putting them in and out of a large fixed eyeglass stand or individual eyeglass cases. ..

JP-A-2007-264209

nothing special

The problem to be solved is to obtain a multi-stage spectacle holder that can store a plurality of spectacles in a limited space and can quickly take out and store the spectacles.

The present invention has a groove for accommodating the vine of the folded spectacles and a front shape for holding and supporting a part of the blade or pad of the spectacles, and the main body is penetrated vertically or two holes above and below in the rear part of the groove. By stacking a plurality of eyeglass stands with connecting shafts, they can be efficiently stored and stored in a limited space.

In the present invention, the required number of spectacles with the left and right vines folded are stored in a multi-tiered spectacle stand, and only the spectacles that are frequently used according to the work are rotated and arranged in the front direction. It can be easily and quickly taken out and stored in a small space.

FIG. 1 is an explanatory view in which eyeglass stands are stacked in multiple stages. (Example 1) FIG. 2 is an example of a schematic dimensional view of the spectacle stand and a method of connecting the spectacle stand. FIG. 3 shows an example of a spectacle holder in which the front part and the rear part of the spectacle holder can be separated. (Example 2)

A spectacle holder that has a groove for accommodating the vine of the folded spectacles and a front shape that holds and supports a part of the blade or pad of the spectacles, and has two holes above and below the main body at the rear of the groove. The multi-stage spectacle holder is composed of a pedestal or a connecting rod having a fixed shaft for connecting the pedestal and a plurality of spectacle holders.

FIG. 1 is a diagram showing an outline when the eyeglasses are stored in the multi-stage eyeglass stand of the present invention.

FIG. 2 shows a schematic shape and dimensions of the spectacle stand. The height H of the spectacle stand is about 40 to 50 mm, the width L2 is 30 to 50 mm, the rear length is 30 to 40 mm, the groove width L4 is about 10 to 15 mm, and the width of the top of the front part is 5 mm or less. The groove depth h1 at the rear portion is about 20 mm, the height h2 from the groove bottom at the front portion is about 20 to 15 mm, and by shortening h2 by about 5 mm with respect to h1, the eyeglasses can be easily stored. The rear part has a hole drilled in the vertical direction, and a connecting rod or a connecting shaft is inserted into this hole to enable multi-stage stacking of eyeglass holder units. The spectacle stand can slide up and down along this connecting shaft and can rotate freely around the connecting shaft. As a result, it can be installed at a position rotated at any angle, and it can be raised and lowered to easily store the glasses.

FIG. 2 shows a conceptual diagram of a connection example using a connecting rod and a connecting shaft.

Fig. 3 shows a multi-stage type in which the front part having a front shape that holds and supports a part of the blade or pad of the eyeglasses and the rear part having holes drilled at the top and bottom can be separated, and the front part can be replaced and replaced. Shows the eyeglass holder.

The interior can be freely rearranged by selecting various animals, plants, and other shapes for the front shape that holds and supports a part of the bridge or pad of the glasses. In addition, there is an advantage that the groove depth and width shape suitable for each eyeglass can be selected and replaced. The front part and the rear part are connected by a magnet, a fitting, a hooking jig, an adhesive, or the like.

The present invention is used in the manufacture and sale of eyeglasses.

1 Glasses 2 Vine 3 Pad 4 Bridge 5 Glasses stand unit 6 Connecting shaft 7 Connecting shaft fixing base
8a Connecting rod 1
8b connecting rod 2
9a Separable eyeglass stand front
9b Separate type spectacle stand rear part W spectacle stand width L1 spectacle stand rear length L2 spectacle stand groove width L3 spectacle stand front front crown width H spectacle stand height H1 from the groove bottom of the rear part of the spectacle stand Height H2 Height from the bottom of the groove on the front of the front of the spectacle stand a Holes made in the spectacle stand in the vertical direction

Claims (2)

A plurality of eyeglass stands having a groove for accommodating the vine of the folded eyeglasses and a front shape for holding and supporting a part of the blade or pad of the eyeglasses, and having a vertical hole in the rear position of the storage groove. It is a multi-stage spectacle holder provided, and a connecting shaft or a connecting rod is inserted into a hole of the multi-stage spectacle holder to form a multi-stage. The multi-stage spectacle stand according to claim 1, further comprising a front portion and a rear portion having holes formed at the top and bottom, and the front portion and the rear portion can be separated.

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