Sparassis crispa bag-planting device adopting necking ring and using method of sparassis crispa bag-planting device

Abstract

The invention relates to the technical field of a sparassis crispa bag-planting process, and discloses a sparassis crispa bag-planting device adopting a necking ring and a using method of the sparassis crispa bag-planting device. The bag-planting device comprises a plastic bag, a compost, a original matrix, a sealing ring, a sealing plug and the necking ring, wherein the compost is arranged in theplastic bag, the original matrix is arranged on the surface of the compost, the sealing ring and the sealing plug are arranged at the mouth of the plastic bag, and the necking ring is arranged on theouter wall of the plastic bag; and the necking ring comprises a ferrule and a bottom support, and the ferrule is arranged above the bottom support. The using method comprises the following steps: penetrating the necking ring in the sealing ring and the sealing plug vertically and downwards and pressing the necking ring on the surface of the compost fixedly by a user with one hand, lifting up thesealing ring by the user with the other hand, tensioning the plastic bag, enabling the plastic bag to unfold completely, and keeping the mouth of the plastic bag upright. The sparassis crispa bag-planting device adopting the necking ring has the characteristics of convenience in use, uniform specification and cost saving.

Description

technical field [0001] The invention relates to the technical field of hydrangea bag cultivation technology, in particular to a hydrangea bag cultivation device and a use method using a shrink ring. Background technique [0002] At present, hydrangea cultivation mostly adopts the bag planting process. In the whole hydrangea bag planting process, the hydrangea necking link plays an important role; The material, shape and diameter of the hydrangea primordia have an important impact on the size, orientation, texture, shape and overall appearance of the hydrangea primordia; as necking material. [0003] However, there are many technical shortcomings in the hydrangea necking link using rubber bands. Because rubber bands are elastic, they are not easy to fix, easy to slide, loose, and their positions are uneven; in the production practice process, rubber bands often appear after shrinking. Sliding and loosening on their own, especially during the transfer process, this phenomeno...

AI Technical Summary

Problems solved by technology

[0003] However, there are many technical shortcomings in the hydrangea necking link using rubber bands. Because rubber bands are elastic, they are not easy to fix, easy to slide, loose, and their positions are uneven; in the production practice process, rubber bands often appear after shrinking. Sliding and loosening on their own, especially during the transfer process, this phenomenon is more prominent, which greatly reduces the effect of shrinking; at the same time, the thickness and elasticity of individual rubber bands vary greatly, so the size of the air chamber space after shrinking is also inconsistent. Some are even completely tightened, causing the mouth of the bag to fall down, causing the size of the primordium to be uneven, and even the primordium is difficult to form, causing the fungus bag to be scrapped, unable to produce mushrooms normally, and eventually the grains will not be harvested, causing huge losses in production; and, Rubber bands are easy to be cut during the mushroom cutting process and mixed into the product, resulting in poor food hygiene; in addition, rubber bands are disposable consumables, which not only waste resources, but also increase production costs

[0004] The shrinking link is undoubtedly a huge technical bottleneck for hydrangea, which greatly limits the production process level of hydrangea and the market competitiveness of products, and plagues the development and growth of hydrangea industry

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