Light type rapid splicing warm box

Abstract

The invention relates to a light type rapid splicing warm box. The light type rapid splicing warm box comprises six face heat preservation plates, four box cover wrapping corners, four box opening wrapping corners, four box bottom wrapping corners, four box cover side strips, four box opening side strips, four vertical side strips and four box bottom side strips; the four box cover side strips, the four box cover wrapping corners and the top face heat preservation plate form a box cover; the four box bottom side strips and the four box bottom wrapping corners form a box bottom ring frame, the four side face heat preservation plates are inserted in four box bottom inserting grooves of the box bottom ring frame correspondingly, the bottom face heat preservation plate is flatly placed on the protruding portion of the top face of the box bottom ring frame, and the four vertical side strips wrap four external corners formed by the four side face heat preservation plates correspondingly; the four box opening side strips and the four box opening wrapping corners form a box opening ring frame, the tops of the four side face heat preservation plates are located in the four box opening inserting grooves in the box opening ring frame correspondingly, and a vertical seal inserting groove used for filing of a seal strip is formed in the top face of the box opening ring frame; the warm box is small in weight, and the needed heat preservation plates do not need to be slotted.

Description

technical field [0001] The invention belongs to the field of heat preservation, and in particular relates to a portable quick splicing heat preservation box. Background technique [0002] In the cold chain industry, the items stored and transported have strict requirements on the ambient temperature, such as biomedicine and related reagents, various vaccines, blood samples and other related blood products, biological tissues, etc., as well as vegetables and fruits with fresh-keeping requirements or other During the transportation and storage of items that need to be stored at low temperature, the temperature during the entire storage and transportation process of the items is strictly controlled by the special incubator for the cold chain. Most incubators are assembled using rivets and other connectors for fixing. The process of processing and assembling is tedious and complicated, the efficiency is not high, and the processing quality is not easy to guarantee. At the same t...

AI Technical Summary

Problems solved by technology

The assembly of most incubators is fixed by rivets and other connecting parts. The process of processing and assembling is cumbersome and complicated, the efficiency is not high, and the processing quality is not easy to guarantee. At the same time, the after-sales maintenance of the incubator is troublesome and time-consuming.

[0003] At present, two types of fast splicing box technologies have been produced in the domestic market (such as published application numbers 201320429717.9, 201520155838.8, 201520537769.7 and other patents), but these two types of fast splicing box technologies have the following problems: 1) One technology is The detachable combination of the assembled box and the insulation board does not require processing the insulation board, but increases the overall thickness and weight of the box, and the cost of use is high; 2) Another technology is to process on the insulation board Cut out the corresponding grooves and cooperate with other parts of the box. Although this method reduces the overall weight, it needs to process the insulation board. Since the insulation board is easy to be damaged during processing, the actual operation is more complicated. , and the insulation board materials that can be processed are limited. This technology limits the use of insulation boards. At the same time, as the main supporting component, the insulation board bears too much pressure, which affects the stability and load-carrying capacity of the box.

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