Efficient bacteria stick pricking and ventilating machine

Abstract

An efficient bacteria stick pricking and ventilating machine comprises a machine frame and a baseplate, as well as motors, reducers, chain transmission components, bacteria stick pricking mechanisms and bacteria stick conveying troughs, which are mounted on the baseplate, and is characterized in that a certain tilt angle is formed between the bacteria stick conveying troughs and the ground level; the baseplate and the machine frame are mounted at a certain tilt angle; the bacteria stick conveying troughs are vertically mounted on the baseplate and positioned at a ring-shaped central point of the six pricking mechanisms; each pricking mechanism comprises a sprocket crank arm wheel, a connecting rod, a pricking slide block, a pricking slide rail, a pricking pin and the like, which are mounted on the baseplate in a six-equal-part ring-shaped manner, the sprocket crank arm wheel is connected with the pricking slide block through the connecting rod, the pricking slide block is mounted on the pricking slide rail in a slidable manner, and the pricking pin is mounted on the pricking slide block; the motors drive the reducers, and the reducers drive the bacteria stick pricking mechanisms through chains. As the bacteria stick conveying troughs form a certain tilt angle with the ground, bacteria sticks placed in the trough slide down under the self gravity action, and accordingly, a traditional bacteria stick conveying mechanism can be omitted to save lots of production cost and running cost for users.

Description

technical field [0001] The invention relates to a piercing machine, in particular to a high-efficiency fungus stick piercing aerator suitable for the oxygenation of mushroom sticks. Background technique [0002] As we all know, shiitake mushrooms are one of the special edible fungi in my country. Because of their rich nutrition and high edible value, people have the habit of eating them since ancient times, and they are regarded as delicacies. At present, bag material cultivation technology is mostly used for shiitake mushrooms. The bag material cultivation technology of shiitake mushrooms has the advantages of fast growth, high yield, low cost, no limitation of site and convenient management, etc., and has been widely used. [0003] Since the mycelium of shiitake mushroom is a kind of aerobic mycelium, under the condition of anoxic, the development of mycelium will be limited to a certain extent, and the cultivation bag of the mushroom stick is made of airtight plastic film...

AI Technical Summary

Problems solved by technology

In the past, shiitake mushroom sticks were completed by manual piercing with iron nails. This artificial piercing method led to uneven distribution of holes, uneven pore size and depth, and affected the growth of subsequent hyphae. Secondly, the speed of manual piercing Slow, labor-intensive, poor security

[0004] At present, there are also some mushroom stick piercing machines used in the market, but there are always some shortcomings in the existing mushroom stick piercing machines: one is that the equipment is more complicated and the production cost is higher; the other is that the work efficiency is low

Third, there are some security issues

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