A kind of mushroom cultivating frame can be rotated direction
Technical field
The utility model relates to mushrooms to cultivate field, in particular to a kind of mushroom cultivating frame that can be rotated direction.
Background technique
Mushroom also known as flower mushroom are one of second-biggest-in-the-world edible mushroom and China's specialty, it is civil be known as " mountain delicacy " it
Claim.It is a kind of fungi being grown on timber.Delicious flavour, fragrance make people mentally refreshing are full of nutrition.It is long-drawn-out that China's mushroom plants history
Long, so far to there is 800 years or more history.And the method for artificial growth mushroom mainly has mushroom segment wood cultivated and cultivating in bag.
Segment wood cultivated mushroom needs a large amount of juggle, and cultivation period is longer, low output.Culture of mushrooms with pocketed material growth cycle is short, yield
Height, but quality is not so good as segment wood cultivated mushroom.And considering the batch production listing of mushroom, most of mushroom plantations use at present
It is the method for cultivating in bag.
The temperature and humidity in the planting shed of mushroom is needed to pay attention in culture of mushrooms with pocketed material.It also should ensure that the aqueous of mushroom spawn
Amount.In existing mushroom planting greenhouse, mushroom spawn is mainly placed on the ground or is cultivated in plantation frame.Mushroom likes wet
Environment, and mushroom is light requirement fungi, and the suitable diffused light of intensity is the necessary condition that mushroom completes normal growth.And bacterium
Brick be put on the ground or plantation frame on, all the air permeability of mushroom can be caused bad, and mushroom spawn can be made to be illuminated by the light unevenly, caused
Fruiting quality height is different.Water requirement is larger during mushroom growth, but to also result in mycelia too much weak for moisturizing.How to protect
The moisture for demonstrate,proving mushroom spawn, causing mycelia weak too much without regard to moisturizing is also our current problems to be solved.
Summary of the invention
The purpose of this utility model is that: a kind of mushroom cultivating frame that can be rotated direction is provided, solves cultivating in bag
Mushroom spawn water requirement is larger during mushroom, but moisturizing also results in the weak problem of mycelia too much.
The technical solution adopted in the utility model is as follows:
A kind of mushroom cultivating frame that can be rotated direction, including pedestal are equipped with rotary shaft, the rotation on the pedestal
Axis is hollow structure, and rotary shaft bottom end is protruded into pedestal and connect with the motor being arranged in pedestal, and the top of rotary shaft is equipped with
Water tank, the rotary shaft are from top to bottom successively arranged with the first rotating disk, the second rotating disk, third rotating disk;First rotation
Turntable, the second rotating disk are placed with mushroom stick disk in third rotating disk, and the mushroom stick disk is provided with close to the side of rotary shaft
First drainage hole is provided in rotary shaft and one-to-one the two the first drainage hole of the first drainage hole, the second rotating disk and first
The first interlayer to match with rotary shaft is provided in rotary shaft between rotating disk, the second rotating disk and third rotating disk it
Between rotary shaft in be provided with the second interlayer to match with rotary shaft;First interlayer and the second interlayer are by the cavity in rotary shaft
It is successively divided into the first cavity, the second cavity and third cavity, the second rotating disk top and third rotating disk top from top to bottom
It is equipped with sparge pipe, the sparge pipe above the second rotating disk is connected to the first cavity lower part, the sparge pipe above third rotating disk
It is connected to the second cavity lower part, third cavity lower part is connected with water tank by drainpipe, and the bottom of water tank, which is connected with, draws water
Pipeline, pumping conduit are connected far from one end of water tank with water tank, and suction pump, the water tank bottom are equipped on the pumping conduit
Portion is uniformly provided with water sprayering hole.Mushroom stick is spiraled on turntable, is rotated with the rotation of rotary shaft, it is ensured that mushroom spawn it is uniform
Light avoids in the plantation of traditional mushroom because of problem that fruiting quality height caused by shady face is different.In mushroom growth
Mushroom spawn needs to keep enough moisture in the process, needs frequently to water to mushroom spawn, increases workload, and in watering
Watering is easy in the process excessively to impact mushroom spawn.The water in water tank is spilt with the rotation of rotary shaft in the present invention
Out, it waters to the mushroom spawn in the first rotating disk, extra water can be arranged through the first drainage hole on mushroom stick disk on mushroom spawn
Enter in rotary shaft, assemble on the first interlayer, the water being gathered on the first interlayer is discharged, second by the water pipeline on interlayer
Mushroom spawn in rotating disk waters, and extra water flows into rotation through the first drainage hole on the mushroom stick disk in the second rotating disk
On the second interlayer in axis, then by the sparge pipe ejection on the second interlayer, water to the mushroom spawn in third rotating disk, it is extra
Water through extra water through on the mushroom stick disk in third rotating disk the first drainage hole flow into rotary shaft in, finally by drainpipe
Water tank is flowed into, the water in water tank enters in water tank through enough pumping conduits.
Further, mushroom stick disk is equipped with fixing groove.One end of mushroom spawn is placed in fixing groove, guarantees mushroom stick disk
When rotating with rotary shaft, mushroom spawn will not be shaken.
Further, mushroom stick disk is obliquely installed far from one end of rotary shaft to rotary axis direction.Have when in mushroom stick disk
It can be discharged automatically from the first drainage hole when ponding.
Further, mushroom stick pan bottom is covered with moisturizing material.Moisturizing material can or water imbibition yarn husky using clear water
Cloth guarantees to provide a moist environment to mushroom spawn.
Further, equally distributed spray head is installed, spray head ensure that water that sparge pipe spills more on sparge pipe
Uniformly.
Further, rotary shaft is stainless steel material.Environment relative humidity in mushroom planting greenhouse, stainless steel have compared with
Good anticorrosive property.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:
1. a kind of mushroom cultivating frame that can be rotated direction of the utility model, realizes the function of automatic cycle watering.Due to
In mushroom planting process, the water requirement of mushroom spawn is larger, and automatic cycle watering meets demand of the mushroom spawn to water, in mushroom stick
Water extra in Lenlinus edodes disk can be discharged for the first drainage hole being arranged on disk, and avoiding moisturizing too much causes mycelia weak
The problem of.
2. a kind of mushroom cultivating frame that can be rotated direction of the utility model, the rotation of mushroom stick valve snail are distributed in rotary shaft, and
It is rotated with the rotation of rotary shaft, mushroom stick disk Spiral distribution had both saved space and also increased the light-receiving area of mushroom spawn, fragrant
Mushroom rod disk is rotated with rotary shaft, ensure that each mushroom spawn can receive illumination, and light-receiving time is equal.
Detailed description of the invention
The utility model will illustrate by example and with reference to the appended drawing, in which:
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the mushroom stick dish structure schematic diagram of the utility model;
Figure label explanation: 1- pedestal, 2- rotary shaft, the first rotating disk of 21-, the second rotating disk of 22-, 221- first every
Layer, the second interlayer of 231-, 23- third rotating disk, 24- drainpipe, 25- sparge pipe, 3- motor, 4- water tank, 5- pumping conduit, 6-
Suction pump, 7- mushroom stick disk, 71- fixing groove, the first drainage hole of 72-, 8- water tank.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
It elaborates below with reference to Fig. 1, Fig. 2 to the utility model.
Embodiment 1
A kind of mushroom cultivating frame that can be rotated direction, including pedestal 1 are equipped with rotary shaft 2, the rotation on the pedestal 1
Shaft 2 is hollow structure, and 2 bottom end of rotary shaft is protruded into pedestal 1 and connect with the electricity 3 being arranged in pedestal, the top of rotary shaft 2
Equipped with water tank 4, the rotary shaft 2 is from top to bottom successively arranged with the first rotating disk 21, the second rotating disk 22, third rotating disk
23;First rotating disk 21, the second rotating disk 22 are placed with mushroom stick disk 7, the mushroom stick disk in third rotating disk 23
7 are provided with the first drainage hole 72 close to the side of rotary shaft 2, are provided in rotary shaft 2 and the first drainage hole 72 one-to-one second
Drainage hole, be provided in the rotary shaft 2 between the second rotating disk 22 and the first rotating disk 21 match with rotary shaft 2 first every
Layer 221 is provided with second to match with rotary shaft 2 in the rotary shaft 2 between the second rotating disk 22 and third rotating disk 23
Interlayer 231;Cavity in rotary shaft 2 is successively divided into the first cavity, the second sky by the first interlayer and the second interlayer from top to bottom
Chamber and third cavity, are equipped with sparge pipe 25 above the top of the second rotating disk 22 and third rotating disk 23, in the second rotating disk 22
The sparge pipe 25 of side is connected to the first cavity lower part, and the sparge pipe 25 of 23 top of third rotating disk is connected to the second cavity lower part,
Third cavity lower part is connected with water tank 8 by drainpipe 24, and the bottom of water tank 8 is connected with pumping conduit 5, pumping conduit 5
One end far from water tank 8 is connected with water tank 4, suction pump 6 is equipped on the pumping conduit 5,4 bottom of water tank is uniformly set
There is water sprayering hole.By in 7 rotating disk of mushroom stick disk, rotated with the rotation of rotary shaft 2, it is ensured that the uniform light of mushroom spawn,
It avoids in the plantation of traditional mushroom because of problem that fruiting quality height caused by shady face is different.During mushroom growth
Mushroom spawn needs to keep enough moisture, needs frequently to water to mushroom spawn, increases workload, and during watering
Watering is easy excessively to impact mushroom spawn.The water in water tank 4 spills with the rotation of rotary shaft 2 in the present invention,
It waters to the mushroom spawn in the first rotating disk 21, extra water can be through the first drainage hole 72 on mushroom stick disk 7 on mushroom spawn
It is discharged into rotary shaft 2, assembles on the first interlayer 221, the water being gathered on the first interlayer 221, by the sparge pipe 25 on interlayer
Road discharge, the mushroom spawn in the second rotating disk 22 water, and extra water is through the on the mushroom stick disk 7 in the second rotating disk 22
One drainage hole 72 is flowed on the second interlayer 231 in rotary shaft 2, then is sprayed by the sparge pipe 25 on the second interlayer 231, to third
Mushroom spawn in rotating disk 23 waters, and extra water is through extra water through on the mushroom stick disk 7 in third rotating disk 23
One drainage hole 72 flows into rotary shaft 2, finally flows into water tank 4 by drainpipe 24, and the water in water tank 4 is through enough pumping conduits 5
Into in water tank 4.
Working principle/the course of work of the utility model are as follows: the water in water tank 4 spills with the rotation of rotary shaft 2, right
It waters to the mushroom spawn in the first rotating disk 21, extra water can be through 72 row of the first drainage hole on mushroom stick disk 7 on mushroom spawn
Enter in rotary shaft 2, assembles on the first interlayer 221, the water being gathered on the first interlayer 221, by the sparge pipe 25 on interlayer
It is discharged, the mushroom spawn in the second rotating disk 22 waters, and extra water is through first on the mushroom stick disk 7 in the second rotating disk 22
Drainage hole 72 is flowed on the second interlayer 231 in rotary shaft 2, then is sprayed by the sparge pipe 25 on the second interlayer 231, is revolved to third
Mushroom spawn on turntable 23 waters, and extra water is through extra water through first on the mushroom stick disk 7 in third rotating disk 23
Drainage hole 72 flows into rotary shaft 2, finally flows into water tank 4 by drainpipe 24, the water in water tank 4 through enough pumping conduits 5 into
Enter in water tank 4.
Embodiment 2
A kind of mushroom frame can be rotated direction, is provided with non-slip groove in 7 one end far from rotary shaft 2 of mushroom stick disk, is used for
Fixed mushroom spawn, so that mushroom spawn will not be with the movement of the rotation of rotary shaft 2.The bottom of mushroom stick disk 7 is equipped with clear water sand and is used for
Absorbed portion moisture provides the environment of a relative humidity to mushroom spawn, is arranged in one end that mushroom stick disk 7 is connected with rotary shaft 2
First drainage hole 72 avoids excess moisture from leading to the weak influence fruiting of mycelia for moisture extra in mushroom stick disk 7 to be discharged.
The above, only preferred embodiments of the present invention, but the protection scope of the utility model is not limited to
In this, anyone skilled in the art, can be without creative labor in the technical scope disclosed by the utility model
The dynamic change or replacement expected, should be covered within the scope of the utility model.Therefore, the protection model of the utility model
Enclosing be determined by the scope of protection defined in the claims.