Energy-saving automatic green storage and transportation anti-drying self-humidifying storage framework

Abstract

The invention discloses an energy-saving automatic green storage and transportation anti-drying self-humidifying storage framework. The energy-saving automatic green storage and transportation anti-drying self-humidifying storage framework comprises a trailer body, a water collecting cavity, water storage cavities and a motor, wherein guide rails are fixedly installed on a trailer pocket of the trailer body; a side baffle is fixed to the portion, on the side of the end part of each guide rail, of the trailer body; a sliding block is fixedly connected to the center of the bottom of each storage frame body; each sliding block is in attached sliding connection with the corresponding guide rail; thin water pipes and a communicating pipe are respectively and fixedly installed at the bottom and middle edges of a partition plate on each storage frame body; the thin water pipes and the communicating pipes are connected in a communicating mode; and the water collecting cavity is installed at the front end of the trailer pocket of the trailer body in an embedded mode. According to the energy-saving automatic green storage and transportation anti-drying self-humidifying storage framework, the mounting and subsequent dismounting of storage frames are facilitated, and meanwhile, the intermittent quantitative humidifying of fruits and vegetables can be carried out by controlling the starting and stopping operation of a mechanism through the reactive force wind energy in the trailer running process and the external environment temperature.

Description

technical field [0001] The invention relates to the technical field related to green storage and transportation, in particular to an energy-saving and automatic green storage and transportation anti-drying self-humidification storage frame. Background technique [0002] In today's modern society, in order to meet the needs of edible fruits and vegetables in different regions, it is necessary to carry out artificial storage and transportation of fruits and vegetables, and transfer fruits and vegetables with regional characteristics to remote areas to meet people's eating requirements for green and fresh foods such as fruits and vegetables. In the existing fruit and vegetable transfer, most of the mobile transportation equipment such as trailers are set up, and the high-speed traffic channel is used to realize the fast transfer of fruits and vegetables, reducing the time-consuming required for the transfer of fruits and vegetables. [0003] However, the existing green storage ...

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Problems solved by technology

[0007] The purpose of the present invention is to provide an energy-saving and automatic green storage and transportation anti-drying self-humidification storage framework to solve the above-mentioned background technology. During the transfer process, fresh fruits and vegetables are very easy to dry and deteriorate due to the difference in external environment temperature. During the transfer process of fruits and vegetables, the storage environment required for fruits and vegetables cannot be used for moisture supply and maintenance, which will affect the freshness of fruits and vegetables after transfer. To a certain extent, the application of ordinary moisture supply and maintenance structure, in the water supply, will cause the continuous application of water source and electric energy, without using the energy-saving treatment of the humidity supply and maintenance operation, resulting in increased energy consumption, and at the same time, it is easy to cause fruit and vegetable damage due to excessive water supply and humidity. Problems with spoilage during transit

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