Rapeseed energy-saving storage bin

Abstract

The invention provides a rapeseed energy-saving storage bin which comprises a bin body, a bin top, a dust suction inlet, a dust conveying pipe, an air inlet pipe, an air blower, a dust collection hopper, an electric heating pipe, a heat transfer pad, an evaporator, a solar photovoltaic board, a charger and a storage battery. The dust suction inlet is formed in the inner surface of the bin body. The rear end of the dust suction inlet is connected with the dust conveying pipe. The lower end of the dust conveying pipe is connected with the dust collection hopper. The dust collection hopper is installed inside a supporting frame. The air blower is assembled on the left side of the dust collection hopper. The upper end of the air blower is connected with the air inlet pipe. The front end of the air inlet pipe is connected with the dust conveying pipe. The electric heating pipe is installed inside a base. The heat transfer pad is assembled on the base. The air inlet is assembled in the inner surface of the bin body. The evaporator is installed above the air inlet. The solar photovoltaic board is installed on the bin top. The storage battery is assembled inside an outer shell. The charger is installed on the right side of the storage battery. The rapeseed energy-saving storage bin is reasonable in structure, convenient to operate, complete in function, capable of saving energy and capable of lowering the enterprise production cost.

Description

technical field [0001] The invention is an energy-saving storage bin for rapeseed, which belongs to the field of rapeseed storage equipment. Background technique [0002] In the prior art, an important problem in the post-production process of rapeseed is to solve the problem of drying and storing rapeseed in time. After the rapeseed is put into the warehouse, if it is not dried thoroughly, it will become moldy. At present, most rapeseeds are dried by natural drying or dryer drying. Natural drying will not consume energy, but it requires a large enough drying site, a large amount of manpower and good weather. It cannot be carried out on cloudy days, especially rainy days. Drying, rapeseeds cannot be dried in time may cause major losses, and the rapeseeds are more damaged during the drying process, the rapeseeds are easily polluted, and the effect is poor. First, it can only be used in summer when the temperature is high, and the drying effect in other seasons The second is ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, an important problem in the post-processing of rapeseed is to solve the problem of drying and storing rapeseed in time. After the rapeseed is put into the warehouse, if it is not dried thoroughly, it will become moldy

At present, most rapeseeds are dried by natural drying or dryer drying. Natural drying will not consume energy, but it requires a large enough drying site, a large amount of manpower and good weather. It cannot be carried out on cloudy days, especially rainy days. Drying, rapeseeds cannot be dried in time may cause major losses, and the rapeseeds are more damaged during the drying process, the rapeseeds are easily polluted, and the effect is poor. First, it can only be used in summer when the temperature is high, and the drying effect in other seasons The second is that even in summer, natural drying cannot take into account the rapeseed inside the granary. Once the rapeseed shows signs of heating, it needs to be turned over and turned over, which is time-consuming and laborious; although drying by a dryer is not affected by natural The conditions are limited and the time is short, but it consumes a lot of energy. Many coal-fired boilers are used in China, which causes great environmental pollution, and the drying of the dryer belongs to high-temperature drying. Excessively high temperatures will crack the rapeseed and affect the quality of the rapeseed. , so there is an urgent need for a rapeseed energy-saving storage bin to solve the problems

Images