Small hole puncture machine for edible mushroom stick

Abstract

The invention discloses a small hole puncture machine for an edible mushroom stick. By adopting the structure, the requirements of single-row puncture can be met, formed air holes are regular in arrangement, consistent in puncture depth and sufficient in oxygen in the stick, the small hole puncture machine is beneficial to mycelium development, convenient to manage in a spawn running period of the stick, simple in operation, time-saving and labor-saving, and the work efficiency is improved. The small hole puncture machine for the edible mushroom stick comprises a foot plate, a rotating shaft, a traction shaft, a spring, a workbench and an adjustable puncture pinhead, and is characterized by comprising two parts, namely a connection part of the foot plate and the spring, and a connection part of the spring and the adjustable puncture pinhead, wherein the foot plate is vigorously trampled downwards, the rotating shaft is driven to rotate, and the spring is stretched through the traction shaft; the adjustable puncture pinhead is pulled by the stretched spring to press the workbench through the traction shaft; the edible mushroom stick is put on the workbench; and a row of air holes which are regular in arrangement and consistent in puncture depth are punctured in one side of the stick through the adjustable puncture pinhead.

Description

technical field [0001] The invention relates to the field of edible fungi production, in particular to a small hole punching machine for edible fungus sticks. Background technique [0002] Lentinus edodes is an aerobic fungus, and its mycelial growth requires sufficient oxygen to meet the normal respiratory metabolism of the mycelium. If there is a lack of oxygen in the fungus stick, it will hinder the normal growth and development of the mycelium, induce the occurrence of miscellaneous bacteria and cause infection and rotten sticks. During the process of growing mushrooms, the mushroom sticks need to be punctured three times to satisfy the sufficient oxygen in the sticks and maintain the normal development and growth of the mycelium. These three piercing processes have different requirements on the size, depth, and number of piercing holes, so the piercing devices used are also different. At present, only manual devices such as puncture needles are used to meet the needs ...

AI Technical Summary

Problems solved by technology

At present, only manual devices such as puncture needles are used to meet the needs of primary puncture and secondary puncture. The operation is time-consuming and laborious, and the efficiency is low. The inconsistency of the puncture depth makes the oxygen content in the bacteria stick different. , leading to non-uniform mycelium development, increasing the difficulty of bacteria management

Although there are many kinds of piercing machines for piercing large holes for the third time, they cannot be used in the work of piercing small holes for one-time piercing and secondary piercing because they cannot meet the requirements of single-row piercing small holes.

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