CN202890022U - Automatic inoculation device of bagged edible mushrooms - Google Patents

Abstract

The utility model relates to the field of edible mushroom production and discloses an automatic inoculation device of bagged edible mushrooms. The automatic inoculation device of the bagged edible mushrooms is characterized in that a pressurizing plate and a strain section are installed at the front end of a rotary cylinder. A locking piece and a front fixed cylinder are installed at the rear end of the rotary cylinder. A baffle with blades is installed on the end face of the front fixed cylinder. An inoculation guide sleeve, a strain taking cylinder and a punching strain core are arranged above a hole of a rear fixed cylinder. Due to the fact that the technical scheme is adopted, strains are separated automatically by the device and inoculated into an edible mushroom substrate, and the structure is simple and compact.

Description

The automatic vaccination device of a kind of packed edible mushroom

Technical field

The utility model relates to the Edible Fungi field, is the automatic vaccination device of a kind of packed edible mushroom.

Background technology

At present, the bag-cultivated edible fungi vaccination ways is manual or by the light instrument inoculation, has openning hole at the edible mushroom matrix first, separates or goes out an amount of bacterial classification by Tool in Cutting then by hand, at last an amount of bacterial classification is filled in respectively in the hole of accomplishing fluently.Present this vaccination ways mostly is greatly handwork, and labour intensity is large, and efficient is low, and inoculation quality is wayward.

Summary of the invention

The purpose of this utility model is that a kind of packed edible mushroom automatic vaccination device will be provided, and this automatic vaccination device can reduce labour intensity, raises the efficiency, and realizes automatically separating bacterial classification and it being inoculated in the edible mushroom matrix.

The technical solution of the utility model is: it is characterized in that at the rotating cylinder front end increased pressure board and bacterial classification section being housed, lock banking stop and front stationary magazine creel are housed in the rotating cylinder rear end, the end face of front stationary magazine creel is equipped with the band blade plate washer; The inoculation fairlead is arranged above the hole of rear stationary magazine creel, get the bacterial classification cylinder and rush the bacterial classification core.

Since taked technique scheme, machine automatically to separate bacterial classification and it is inoculated in the edible mushroom matrix, simple and compact for structure.

Description of drawings

Fig. 1 is the structural representation of facing of the present utility model.

In the drawings: 1, rush the bacterial classification core; 2, get the bacterial classification cylinder; 3, increased pressure board; 4, bacterial classification section; 5, rotating cylinder; 6, lock banking stop; 7, front stationary magazine creel; 8, inoculation fairlead; 9, band blade plate washer; 10, rear stationary magazine creel.

Embodiment

Below in conjunction with drawings and Examples the utility model is further described.

In Fig. 1, at rotating cylinder 5 front ends increased pressure board 3 and bacterial classification section 4 are housed, in rotating cylinder 5 rear ends lock banking stop 6 and front stationary magazine creel 7 are housed, the end face of front stationary magazine creel 7 is equipped with band blade plate washer 9; Inoculation fairlead 8 is arranged above the hole of rear stationary magazine creel 10, get bacterial classification cylinder 2 and rush bacterial classification core 1.

Get bacterial classification section 4, increased pressure board 3 pressurizations make bacterial classification section 4 push rotating cylinder 5, the other end of bacterial classification section 4 is pressed on the band blade plate washer 9, the edible mushroom cultivating bag of accomplishing fluently the inoculation hole pushes under the inoculation fairlead 8, and aim at and inoculate the hole, lock banking stop 6 inserts locking bacterial classification section 4 in the bacterial classification section 4, bacterial classification section 4 is got bacterial classification cylinder 2 at the 8 interior downslides of inoculation fairlead, the bacterial classification of crawl some in stationary magazine creel 7 interior rotations when preventing from getting bacterial classification, stop at inoculation limit, aperture, rush bacterial classification core 1 and getting the 2 interior downslides of bacterial classification cylinder, the bacterial classification of crawl is clamp-oned in the inoculation hole, rush bacterial classification core 1, getting bacterial classification cylinder 2 returns, lock banking stop 6 unclamps, rotating cylinder 5 is with bacterial classification section 4 rotation 1/6 circle, and next inoculation hole is pushed to inoculating under the fairlead 8, and aims at the inoculation hole, enter a circulation, prepare the next inoculation of inoculation hole.

In operation process, band blade plate washer 8 is in rotation status always, rotating cylinder 5 is made intermittent rotary, hole of every inoculation, rotation 1/6 circle is got front lock banking stop 6 lockings of bacterial classification cylinder action, until inoculation operation is finished, lock banking stop 6 unclamps, and except bacterial classification section 4 release pressure that runs out, increased pressure board 3 is in pressurized state always.

Claims (1)

1. the automatic vaccination device of a packed edible mushroom, it is characterized in that at rotating cylinder (5) front end increased pressure board (3) and bacterial classification section (4) being housed, in rotating cylinder (5) rear end lock banking stop (6) and front stationary magazine creel (7) are housed, the end face of front stationary magazine creel (7) is equipped with band blade plate washer (9); There is inoculation fairlead (8) top, hole at rear stationary magazine creel (10), gets bacterial classification cylinder (2) and rushes bacterial classification core (1).

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