Bagging device for edible mushroom production

Abstract

The invention relates to a bagging device for edible mushroom production. The bagging device comprises a rotating driving device, wherein a spindle along a horizontal direction is connected with an output end of the rotating driving device; a bagging drum rack is connected with the spindle; multiple pairs of bagging drums are connected with the bagging drum rack; the bagging drums are arranged as self-swelling type bagging drums; the bagging drums are fixedly connected with the bagging drum rack through connecting plates; a lifting platform is arranged under the bagging drum rack; a feeding device is arranged on a lateral part above the bagging drum rack; the feeding device is arranged as a base stock and / or culture feeding device; a pressing plate is arranged above the bagging drum rack; and the pressing plate is connected with a linear driving device along the vertical direction. Through the self-swelling of the bagging drums in the bagging device, the filling of the mushroom bags in different diameters can be realized on a same device. The cost invested in the edible mushroom production can be lowered, and the production technique of mechanical production for edible mushrooms also can be optimized.

Description

technical field [0001] The invention relates to a machine for producing edible fungi, in particular to a bagging device for producing edible fungi, which belongs to the technical field of machinery. Background technique [0002] In the production of edible fungi, the bagging of the base material / bacteria is a major operation. The earlier bagging operation was done manually. This method is time-consuming and labor-intensive. It is obviously no longer suitable for today's rising labor costs. , in order to meet the bagging needs in the large-scale production of edible fungi, various bagging machines have appeared, such as material bagging machines and automatic inoculation machines in the production of edible fungi, and the material bagging machines commonly used at present One of the methods is to put the plastic bag on a well-designed holding tube with a certain diameter, and use the material conveying equipment to fill the material into the plastic bag. During the material f...

AI Technical Summary

Problems solved by technology

[0002] In the production of edible fungi, the bagging of the base material / bacteria is a major operation. The earlier bagging operation was done manually. This method is time-consuming and labor-intensive. It is obviously no longer suitable for today's rising labor costs. , in order to meet the bagging needs in the large-scale production of edible fungi, various bagging machines have appeared, such as material bagging machines and automatic inoculation machines in the production of edible fungi, and the material bagging machines commonly used at present One of the methods is to put the plastic bag on a well-designed holding tube with a certain diameter, and use the material conveying equipment to fill the material into the plastic bag. During the material filling process, the plastic bag containing the material is gradually released from the holding tube leave, and disengage from the holding tube after filling, and proceed to the next operation. This method improves the work efficiency and reduces the amount of manual work. However, at present, the diameter of the holding tube used in all bagging machines is fixed. It is determined that the equipment can only meet the requirements of bagging edible fungi with a certain specification. In order to achieve the optimal production process in the production of edible fungi, it is required to have the best specification fungus bags with different diameters suitable for the process. Therefore, the current This type of holding tube obviously limits the adaptability of the bagging machine. In order to meet the production needs of different specifications, farmers may need to purchase multiple bagging machines of different specifications, which not only increases the production cost, but also brings problems such as site, Maintenance and other issues, and the current bagging machine is mainly used for bagging the base material. After bagging, the inoculation needs to be completed on the automatic inoculation machine. The current automatic inoculation machine needs to crush the bacteria before inoculation Into the base material, and for some fungi, it is more conducive to their cultivation and growth when the blocky strains are inserted into the base material. At present, there is no automatic equipment that can realize this

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