Three-direction structure modularization refrigeration house

Abstract

The invention discloses a three-direction structure modularization refrigeration house. The three-direction structure modularization refrigeration house comprises basic unit modules (1), top angle modules (2), equipment passage modules (3), cargo shelf fixing modules (4), cargo passage modules (5) and bottom angle modules (6), the above-mentioned modules realize splicing between different modulesby riveting, each basic unit modules (1) is provided with an outer steel plate (103), an outer heat preservation layer (102), a vacuum layer (104), an inner heat preservation layer (106) and an innersteel plate (107) from outside to inside in sequence, the outer steel plates (103) and the outer heat preservation layers (102) are provided with first embossments, the inner heat preservation layers(106) and the inner steel plates (107) are provided with second embossments, and the first embossments and the second embossments are all provided with riveting holes. According to the three-directionstructure modularization refrigeration house, installing and disassembling can be simultaneously and rapidly performed in three directions of space according to the high-speed rail refrigeration requirements, the efficiency is high, and the three-direction structure modularization refrigeration house has high site adaptability.

Description

technical field [0001] The invention belongs to the technical field of high-speed rail cold chains, and more specifically relates to a modular cold storage with a three-way structure. Background technique [0002] In my country, railway refrigerated transportation is an important way of long-distance transportation of perishable goods and an important intermediate link in the food cold chain. The high-speed rail cold chain is the best choice for railway cold storage. In recent years, with the development of society, the demand for refrigerated cargo transportation has also undergone corresponding changes, mainly reflected in the increase in overall transportation volume (the transportation volume of meat, quick-frozen food, dairy products, aquatic products and vegetables, etc. is increasing), cargo Decentralization of flow (some long-distance traffic becomes medium and short-distance traffic), small batches of transportation, and high quality (higher requirements are placed ...

AI Technical Summary

Problems solved by technology

Both of these two methods are built as a whole, and both have the following defects: First, it is impossible to quickly build cold storage at any time according to the needs of high-speed rail refrigerated transportation; second, the technology of cold storage is poor, resulting in poor sealing and insulation effects of cold storage The anti-corrosion, anti-rust and anti-frost treatment of the cold storage itself is not ideal; the third is that the amount of engineering is large, time-consuming, labor-intensive, costly, and cannot be recycled

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