Edible mushroom piercing device

Abstract

This invention discloses a mushroom piercing device, comprising a rotating cylinder inclinedly mounted on a base, a fixing mechanism and a piercing mechanism inside the rotating cylinder, a rotating ring driven by the rotating cylinder to revolve around a stationary T-shaped ring, and a round rod supporting the mushroom bag between the two T-shaped rings. The piercing mechanism includes a disinfection tank containing disinfectant and a sliding plate with a piercing rod. When the rotating cylinder rotates, the contact rod is squeezed by the cam profile of the stationary fixing ring, pushing the piercing rod downward to pierce the mushroom bag and simultaneously complete the disinfection. The sliding friction of the mushroom bag drives the contact wheel and gear mechanism to rotate slowly, causing the round rod to rotate and tumble the mushroom bag, achieving uniform piercing. In addition, the broken gear at the end of the round rod cooperates with a torsion spring, and when the gear is disengaged, the round rod rapidly rotates in the opposite direction to reset, and the outer wall brush automatically scrapes and cleans the debris on the surface of the piercing rod. This invention achieves automatic tumbling and uniform piercing of the mushroom bag, synchronous disinfection, and self-cleaning of the piercing rod, improving the overall efficiency and quality of the piercing process.

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