Optical products storing container

Abstract

Optical product holding container, the container body (2) of the container (1) has body side pyramis (21) drooping from the product placing part (20) and surrounding the circumference of the product placing part (20), body side flange part (22) for surrounding the peripheral flange and supporting the cover part (3), body side recessing part (23) for recessing from the outer periphery. The cover part has container supporting part (32) which surrounds the periphery of the cover part (30) and supports the inner peripheral edge of the body side flange part (22) of other containers body (2) at the upper layer side, standing part (31) protruding upwards between the cover part (30) and the container body supporting part (32) to surround the cover part (30), cover side recessing side (36) recessing from the outer periphery of the standing part (31), container body supporting assist part (33) under the body side recessing part (23) formed by the cover side recessing side (36) and supporting the other containers body (2), cover side pyramis (34) drooping from the outer periphery of the container body supporting part (32), cover side flange part (35) for surrounding the peripheral flange and being supported by the body side flange part (22).

Description

Technical field [0001] The present invention relates to an optical product storage container for storing optical products. Background technique [0002] Optical products such as conventional lenses are stored and transported in highly airtight containers that can be stacked in multiple layers (for example, refer to Patent Document 1). [0003] For example image 3 , Figure 4 As shown, this container 100 includes a flexible container body 101 and a lid member 102 formed by vacuum forming a sheet-shaped resin material. [0004] The container body 101 has: a product placement portion 110 provided with a plurality of recesses 110a for placing optical products, a main body side taper portion 111 that tapers down from the periphery of the product placement portion 110, and surrounds the main body side taper in a flange shape. The periphery of the portion 111 supports the main body side flange portion 112 of the cover member 102 arranged on the upper portion. [0005] On the other hand...

AI Technical Summary

Problems solved by technology

[0009] The above problems cannot be solved even if the thickness of the sheet-like resin material forming the container body 101 and the cover member 102 is changed as shown in FIGS. 6(a) to 6(c), for example.

[0010] On the other hand, when the container body support portion 122 is extended outward to prevent collapse and the width is formed wide, the body side tapered portion 111 and the lid side tapered portion 123 cannot be fitted to ensure the airtightness inside the container 100, Loss of utility as optical storage container

If the container body support portion 122 is expanded inwardly to form a wide width, the distance between the outer peripheral surface of the upright portion 121 and the inner peripheral surface of the body side taper portion becomes wider, and the positioning of the upper side container body 101 cannot be performed. , the lateral sliding amount of the container body 101 becomes large, and the collapse cannot be prevented

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