CN203727839U

CN203727839U - Lens clamping box

Info

Publication number: CN203727839U
Application number: CN201420098949.5U
Authority: CN
Inventors: 吕新杰; 刘奕辰; 莫其金; 李宇昕; 赵刚; 祝世宁
Original assignee: Nanjing University
Current assignee: Nanjing University
Priority date: 2014-03-05
Filing date: 2014-03-05
Publication date: 2014-07-23
Anticipated expiration: 2024-03-05

Abstract

A lens clamping box consists of a cuboid box body and a box cover, wherein a plurality of platy shock insulator materials are arranged in the cuboid box body; slots for placing lenses are formed among the adjacent platy shock insulator materials; the thicknesses of the slots are different; the size of the outside of the box cover is the same with that of the outside of the box body; and the inside of the box cover has a hollow box structure. The lens clamping box is an optical lens storage container. Lenses are placed in the container by using the grooves with various sizes. The lens clamping box is applicable to the various lenses with different thicknesses.

Description

A kind of eyeglass clamping box

Technical field

The utility model designs a kind of optical mirror slip storing unit.

Background technology

In the time of the work that relates to optical correlation, a large amount of depositing of optical mirror slip are problems, and general location mode is papery parcel, and such mode that picks and places is very inconvenient and a large amount of for keeping flat, and it is few that box is deposited number.

Summary of the invention

Problem to be solved in the utility model: for the deficiency of existing products in markets, the utility model proposes a kind of eyeglass clamping box, a kind of device of vertical placement eyeglass, can place multi-thickness eyeglass.

For solving the problems of the technologies described above, the utility model is taked following technical scheme: a kind of eyeglass clamping box, formed by cuboid box body and lid, the inside of cuboid box body is equipped with multi-disc sheet dottle pin material, between adjacent sheet dottle pin material, form the draw-in groove of placing eyeglass, the thickness of draw-in groove has sizes; Lid is the outside dimension identical with box body, and lid inside is sylphon structure.

Further, tray cover, on lid, is respectively equipped with minimum two pairs of paired attraction magnet on the contact surface of box body and lid.

Further, the contact surface of box body and lid is provided with four pairs and attracts magnet, and eight edges and corners that contact with lid at box body are respectively arranged with magnet.

Described paired magnet has been provided with card and the groove of fixation.

The draw-in groove of described placement eyeglass is different-thickness draw-in groove.

Described device sheet dottle pin material is EVA or ABS material.

The utility model beneficial effect: lens storage device is set to dice shape, so that carry, is provided with magnet groove in eyeglass box edge simultaneously, lays magnet, and with can be because magnetic connects between this box, structure be in aggregates, can be used as large-scale storage box.

Brief description of the drawings

Fig. 1 is eyeglass clamping box whole structure figure

Fig. 2 is eyeglass clamping box section-drawing

Pictorial diagram when Fig. 3 is magnetic connection.

Fig. 4 is the cutaway view of Fig. 3.

Fig. 5 is lid figure

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described further

Fig. 1 is an eyeglass example, takes vertical placement, and draw-in groove is designed to only contact to prevent the wearing and tearing of center of lens light transmission part at lens edge place.The groove that comprises multistage draw-in groove 1, edge can be put into magnetic material 2, and design of material is ABS, EVA, the light materials such as PPA.

Fig. 2 is device bottom view.

Fig. 3 is cutaway view, draw-in groove is multistage draw-in groove, so-called multistage draw-in groove is exactly to be designed to a draw-in groove can meet putting into of multi-thickness eyeglass simultaneously, because the special blessing mode of draw-in groove, be designed to multiple draw-in groove scrobicular rings, as 4 positions in Fig. 3, draw-in groove is designed to semicircle, the method of designing of multistage draw-in groove scrobicular ring design is that the semi-circle plane of each draw-in groove scrobicular ring is higher than a upper scrobicular ring.Just can realize different-thickness eyeglass with this and all can put into, and clamp firm.

The connecting bridge that 2 positions in figure are magnetic material.

As shown in the figure, deposit the storage clamping box of eyeglass, installation way is with groove type clamping, the wearing and tearing for fear of groove to eyeglass, and center of lens is set gap, and only reeded edge plays clamping effect to eyeglass, and remainder is haptic lens not.

Further, in the utility model, can only deposit an a kind of eyeglass difficult problem of thickness in order to solve a groove, here design the mode that the draw-in groove of plurality of specifications width combines, for example, had 3mm, 5mm, the eyeglass that 6mm is thick, we just provide 3mm, 5mm, the draw-in groove of 6mm accordingly, but concrete operations are that the draw-in groove of 5mm is above 3mm, the draw-in groove of 6mm, above 5mm, finally for preventing the draw-in groove wearing and tearing 6mm eyeglass of 6mm, more only retains its marginal portion to the draw-in groove of 6mm.With this, this large draw-in groove is just applicable to the eyeglass of different-thickness.

In the utility model, described eyeglass box volume is little, material therefor EVA, and PPA, ABS, foams etc. not pliable material are made, and are easy to carry with this, have increased convenience.

In the utility model, for long-term storage eyeglass needs the box of large volume, we are provided with magnet at the edge of etui for this reason, can realize the seamless link of multiple boxes, have reached permanence portable and that deposit in function simultaneously.

The utility model utilizes the mode of draw-in groove vertically to place eyeglass, only clamps eyeglass at edge, and vertical laying method has been saved material and expanded the eyeglass capacity of depositing.The mode of having taked draw-in groove to promote successively for the eyeglass of different-thickness, has met the requirement that same large draw-in groove is deposited different-thickness eyeglass.The utility model is designed to dice shape, is provided with magnetic material at its edge, makes to be able between box seamless link.

Claims

1. an eyeglass clamping box, is characterized in that being made up of cuboid box body and lid, and the inside of cuboid box body is equipped with multi-disc sheet dottle pin material, forms the draw-in groove of placing eyeglass between adjacent sheet dottle pin material, and the thickness of draw-in groove has sizes; Lid is the outside dimension identical with box body, and lid inside is sylphon structure.

2. eyeglass clamping box according to claim 1, is characterized in that tray cover is on lid, is respectively equipped with minimum two pairs of paired attraction magnet on the contact surface of box body and lid.

3. eyeglass clamping box according to claim 2, is characterized in that the contact surface of box body and lid is provided with four pairs of attraction magnet, and eight edges and corners that contact with lid at box body are respectively arranged with magnet.

4. eyeglass clamping box according to claim 2, is characterized in that described paired magnet has been provided with card and the groove of fixation.

5. eyeglass clamping box according to claim 1, is characterized in that the draw-in groove of described placement eyeglass is different-thickness draw-in groove.

6. eyeglass clamping box according to claim 2, is characterized in that described device sheet dottle pin material is EVA or ABS material.