Automatic and efficient water injection machine for lentinus edodes

Abstract

The invention discloses an automatic and efficient water injection machine for lentinus edodes and relates to the technical field of injection devices for lentinus edodes. The automatic and efficient water injection machine comprises a rack (1), a pair of mushroom-stick bottom plates (2), two groups of mushroom-stick backing boards (3), a pair of bottom fixed water injection mechanisms, a top movable water injection mechanism, a water inlet module and a gas inlet module, wherein a group of water injection needle tube through holes is respectively formed in the pair of mushroom-stick bottom plates (2); the pair of mushroom-stick bottom plates (2) is fixed and mounted on the rack (1) respectively; and the pair of mushroom-stick bottom plates (2) is respectively symmetrically arranged in an inclined mode in the shapes of inverted Vs; the mushroom-stick backing boards (3) are in the shapes of semi-cylinders, and the bottoms of the mushroom-stick backing boards (3) are fixed and mounted on the mushroom-stick bottom plates (2); and semicircular centers of the mushroom-stick backing boards (3) are superposed with the water injection needle tube through holes. The automatic and efficient water injection machine for lentinus edodes is reasonable in structural design, convenient in operation, high in water injection efficiency and capable of completing water injection for 16 mushroom-sticks within a operation cycle, and an automatic water injection machine with no needs of electricity is developed particularly by virtue of an idea that power insufficiency in rural areas and safe use of electricity are combined.

Description

technical field [0001] The invention relates to the technical field of mushroom water injection equipment, in particular to an automatic high-efficiency mushroom water injection machine. Background technique [0002] Edible fungus sticks such as shiitake mushrooms and oyster mushrooms have been fully absorbed and utilized by the growth of mushrooms after the first wave of fruiting, so it is necessary to add sufficient water to the mushroom sticks to facilitate the fruiting of the next few tides. At present, the needle-type water injection method is mainly used in the cultivation of mushrooms, using edible mushroom sticks to replenish water or other injection devices (such as medical needles, etc.) to manually inject water into multiple places on the mushroom sticks. The disadvantage of this water replenishment method is that manual injection is used, the operation is complicated and the efficiency is low, and human factors have a great influence on the amount of water replen...

AI Technical Summary

Problems solved by technology

The disadvantage of this water replenishment method is that manual injection is used, the operation is complicated and the efficiency is low, and human factors have a great influence on the amount of water replenishment and moisture uniformity of the fungus sticks, and standardized production cannot be realized; the soaking method, the fungus sticks are placed in Soak in a container of water to replenish the water in the mushroom sticks

This water replenishment method not only has the problems of complicated operation, low efficiency, and being affected by human factors in the above-mentioned needle water injection method, but also easily causes the bacteria rod to break when the bacteria rod is moved during operation.

[0003] Existing automatic shiitake mushroom stick watering machines often need to use a variety of power sources, and at the same time need air source and power supply to support the operation of the machine. However, generally mushrooms and other fungi are planted in remote rural areas, and the power supply is not reliable. In this way, when the power is cut off, it cannot be used, which affects the production demand of shiitake mushroom water injection, and the shiitake mushroom water injection equipment powered by electric energy still has potential safety hazards such as leakage and short circuit.

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