Energy-saving mushroom fruiting workshop

Abstract

The invention discloses an energy-saving mushroom fruiting workshop. A transparent roof is arranged at the top of the fruiting workshop; layered shelves used for placing fungus tubes are arranged along a fruiting workshop width direction, and gaps are left among the layered shelves; a plurality of doors are arranged on at least one side of the fruiting workshop along a length direction; the positions of the doors are corresponding to the gaps among the layered shelves; water curtain devices are arranged on the tops of the doors; humidifying spraying pipes are arranged in the fruiting workshop; the water curtain devices and the spraying pipes communicate with a circulation pump and a circulation well through pipes; the circulation pump is arranged in the fruiting workshop, and communicates with the circulation well; ventilation devices are arranged on the sidewall of the fruiting workshop. With the energy-saving mushroom fruiting workshop provided by the invention, temperature and humidity in the fruiting workshop can be adjusted with relatively low energy consumption, such that year-round continuous production can be realized.

Description

technical field [0001] The invention relates to the field of factory production of shiitake mushrooms, in particular to an energy-saving mushroom production workshop. Background technique [0002] Although bag material shiitake mushroom production technology has been developed for many years and is relatively popular, the technology that can truly realize factory production is still immature, with high labor intensity, low production efficiency and high equipment idle rate. And affected by the temperature, after the mushroom bag is inoculated, the most suitable germination temperature in the greenhouse is 20-28°C. It is still difficult to achieve continuous production throughout the year. There is also a method of using greenhouse breeding and temperature control, but to achieve temperature control, for example, only by adding an air conditioner to achieve temperature control, the cost is relatively high. Also have the mode that adopts water curtain to cool down, but the w...

AI Technical Summary

Problems solved by technology

It is currently difficult to achieve continuous production throughout the year

There is also a method of using greenhouse breeding and temperature control, but to achieve temperature control, for example, only by adding air conditioners to achieve temperature control, the cost is relatively high

There is also a way to use water curtains to cool down, but the waste of water resources in this way is relatively large

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