Edible fungus culture medium bag packing device

Abstract

An edible fungus culture medium bag packing device relates to the technical field of edible fungus culturing equipment. The edible fungus culture medium bag packing device comprises a conveying mechanism, a looping mechanism and a capping mechanism, wherein the looping mechanism and the capping mechanism are arranged above the conveying mechanism at the front and the rear respectively; the loopingmechanism comprises a looping worktable and a loop conveyer in parallel, the looping worktable comprises a first table plate, a first clamp and a gripper, and the first clamp is connected to the first table plate in a forth-back movable mode and a first clamping jaw; the capping mechanism comprises a capping worktable and a cap conveyer, the capping worktable comprises a second table plate, a second clamp, a third clamp and a capping pressure rod, a plate is provided with a capping hole, the second clamp is movably connected to the second table plate and comprises a second clamping jaw, and the third clamp comprises two cushion plates which are oppositely arranged. The edible fungus culture medium bag packing device can achieve packing of culture medium bags at high automation degree andhigh efficiency and meanwhile can completely and stably clamp loops and caps during lien production.

Description

technical field [0001] The invention relates to the technical field of edible fungus cultivation equipment, in particular to an edible fungus cultivation substrate bag packaging device. Background technique [0002] In the process of edible fungus cultivation and production, substituting material cultivation has begun to be widely used. Substituting material cultivation is to use plastic bags to fill the cultivation substrate of edible fungi and then plant mycelia for cultivation. Compared with the traditional segment tree cultivation, it has the advantages of reducing the production cycle, improving space utilization, improving biological efficiency and being easy to pick. [0003] At present, the existing bagged matrix production is generally carried out by manual filling by workers, and the automation process of edible fungi production mainly stays in the processes of matrix mixing and mycelium cultivation, such as a fungus described in the publication number CN204697571U...

AI Technical Summary

Problems solved by technology

However, its cultivation has strict requirements on temperature, humidity, and pH, and manual filling cannot meet the needs of such fungi for the cultivation environment.

[0005] Especially in the packaging process after the cultivation substrate bag is filled, the traditional packaging method is to tie it tightly with a rope. This packaging method cannot effectively isolate the space inside and outside the bag, and it is easy to cause external moisture, impurities, and bacteria to enter the cultivation substrate. Contamination of the substrate in the bag; some manufacturers package the plastic ring manually and manually clamp the cover on the plastic ring to solve the above problems. side to form a buckle connection to achieve an effective external isolation effect, but the manual collar-fitting method is inefficient and slow, and cannot meet the production efficiency under the existing trial production requirements; at the same time, workers repeat the collar-fitting Problems such as unfastened fastening and reduced efficiency are prone to occur under heavy labor; it is also prone to problems such as undetermined installation position affecting subcontracting transportation, easy damage to the cultivation substrate bag or the shape of the filled substrate, etc.

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