CN201854575U - Micropore drilling device for mushroom sticks of edible fungi - Google Patents

Abstract

The utility model relates to a micropore drilling device for mushroom sticks of edible fungi, wherein, the micropore drilling device comprises sewing needles and a round plate, a third of each sewing needle is embedded in the round plate, and two thirds of each sewing needle is exposed out of the round plate. Micropores, the number of which ranges from 40 to 50, can be formed when the inoculated mushroom stick is drilled for only one time; the ventilation volume for the mushroom stick is enough; the micropores can be formed on the whole surface of the edible fungus uniformly; the apertures of the micropores are small, so that pests can be prevented from entering in the mushroom stick; a fungus sack can be prevented from losing water; by adopting the mushroom stick that is drilled through the micropore drilling device, strains are fast to germinate and also fast to grow, the efficiency is high, and the output can be improved greatly; and the micropore drilling device is a fast, efficient and convenient dedicated perforation tool used by franch army. The micropore drilling device overcomes the defects that labor and time are wasted, the efficiency is low, the pollution is high, insect injuries are serious, water is easy to lose, and the strains are slow to grow when the edible fungus is drilled during the germinating process at present.

Description

Edible fungus stick micropore perforating device

Technical field

The utility model relates to a kind of edible fungus stick micropore perforating device, is used for edible fungus stick perforating ventilation.

Background technology

At present, following four kinds of forms are taked in the ventilation of sending out bacterium of edible mushroom pocket type cultivation bag at present:

1, pack is inoculated the back and is pricked bag, treats to use large size sewing machine pinprick upper vent hole again to bacterial classification after bacterial classification is sprouted, and its shortcoming is time-consuming, and efficient is very low, and bacterial classification is sprouted slow;

2, prick a few row's pinpricks with needle on plastic sack before the pack prerequisite, bacterial classification easily missed pinprick when its shortcoming was inoculation, and bacterial classification is sprouted inconsistent, the infection rate height, and mycelial growth is slow, and the 2nd, can not be used for grog production;

Stay the eye of a chopsticks size when 3, the back tying is inoculated in pack, shortcoming is that insect easily pierces, and insect pest easily takes place, and breathing area is little, and mycelial growth is slow;

4, put neck ring lid newspaper after the pack inoculation, its shortcoming is the easy dehydration drying of sack, influences bacterial classification and sprouts, and pollution rate increases.

Summary of the invention

Send out the deficiency of the ventilation of bacterium in order to overcome existing edible mushroom pocket type cultivation bag, the purpose of this utility model is to provide a kind of edible mushroom bag micropore perforating device, is primarily aimed at that present edible mushroom sends out that bacterium pricks that the hole is time-consuming, efficient is low, pollutions is high, insect pest is many, easy dehydration, grows and wait shortcoming slowly and improved a kind of bacterium micropore specific purpose tool that punches of sending out fast, efficiently, easily.

The purpose of this utility model is achieved through the following technical solutions:

A kind of edible fungus stick micropore perforating device is to be made of sewing needle and disk, and 1/3rd of one in pinprick is embedded in the disk, and 2/3rds of one at needle point exposes outside disk.

Advantage of the present utility model and beneficial effect are:

1. after using the utility model to prick the hole, the micropore of bacterium bag is evenly distributed, and waste gas evenly exchange is in time sent out a bacterium and speeded in extraneous fresh air and the bag, than commonsense method about a fast week;

2. the bacterium rod in hole that the utility model is pricked is beneficial to water conservation, because eyelet is small, the water evaporation quantity in the bacterium rod is very little, and fruiting is fast, output is high;

3. after using the utility model to prick the hole, bacterium bag eyelet is small, and insect is difficult to pierce, and has reduced the generation of insect pest;

4. the utility model cost simple in structure is extremely low, easy and simple to handle, pricks 40～50 micropores are just arranged for one in inoculation before the inoculation, and efficient is high, and bacterium rod only needs can finish in about 3 seconds;

5. the utility model pollution rate is low, and through comparative trial, under conditions such as colleague, pollution rate is lower by about 40% than other method cultivation, thereby has improved yield rate.

Description of drawings

Fig. 1 is an end view of the present utility model.

Embodiment

Below in conjunction with accompanying drawing the utility model is described further again:

As shown in Figure 1, a kind of edible fungus stick micropore perforating device, form by sewing needle 1 and disk 2,50 pieces of small size sewing needles 1 are fixed on 12 centimetres of diameters uniformly, on the thick 2 centimetres disk 2, / 3rd of one in a pinprick is embedded in the disk 2, and 2/3rds of one at needle point exposes outside disk 2.

Before the inoculation, prick 50 micropores are just arranged of inoculation, efficient is high, and bacterium rod only needs can finish in about 3 seconds.

Claims (1)

1. an edible fungus stick micropore perforating device is to be made of sewing needle (1) and disk (2), it is characterized in that 1/3rd of sewing needle (1) is embedded in the disk (2), and 2/3rds of sewing needle (1) exposes outside disk (2).

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