CN111328625A - Domestic mushroom cultivation method and device - Google Patents
Domestic mushroom cultivation method and device Download PDFInfo
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- CN111328625A CN111328625A CN202010235965.4A CN202010235965A CN111328625A CN 111328625 A CN111328625 A CN 111328625A CN 202010235965 A CN202010235965 A CN 202010235965A CN 111328625 A CN111328625 A CN 111328625A
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G18/00—Cultivation of mushrooms
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G18/00—Cultivation of mushrooms
- A01G18/60—Cultivation rooms; Equipment therefor
- A01G18/64—Cultivation containers; Lids therefor
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G18/00—Cultivation of mushrooms
- A01G18/60—Cultivation rooms; Equipment therefor
- A01G18/69—Arrangements for managing the environment, e.g. sprinklers
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Abstract
The invention relates to a family mushroom cultivation method, which comprises the following steps: preparing a mushroom culture material, sterilizing and disinfecting, moving the mushroom culture material into an inoculation chamber → manufacturing a cultivation device, sterilizing and disinfecting, moving the mushroom culture material into the inoculation chamber → moving mushroom strains into the inoculation chamber → placing the mushroom culture material and the mushroom strains into the cultivation device for inoculation → moving the cultivation device out of the inoculation chamber, placing the mushroom culture material and the mushroom strains in a shady and shady place for hypha cultivation → opening and sealing the opening of the cultivation device after the hypha grows full, placing a water absorption rope into a water container to automatically absorb water, and waiting for fruiting and harvesting. In the method, the mycelium has good water retention effect, high fruiting quality, beautiful finished product shape and simple and convenient operation, and can be used for cultivating various domestic mushrooms. The invention also provides a household mushroom cultivation device which comprises a cultivation container, a water absorption rope and a water retention material, wherein the water absorption rope is used for automatically absorbing water, the water retention material is used for preserving moisture, the mushroom does not need to be drenched for moisture preservation in a fruiting management stage, time and labor are saved, and the household mushroom cultivation device is suitable for fast-paced life styles of modern people.
Description
Technical Field
The invention relates to the technical field of mushroom cultivation, in particular to a domestic mushroom cultivation method and a domestic mushroom cultivation device.
Background
With the improvement of living standard of people, the living style of pursuing green environmental protection has become a great trend, and various family flower cultivation is widely popularized and applied, but the audience range of the family mushroom cultivation is very small at present, and the main reasons are as follows: firstly, in the existing family mushroom cultivation, inoculation and hypha culture of a mushroom stick are firstly carried out in a plastic bag with a specific shape, and then the mushroom stick is moved into a cultivation device to wait for fruiting, so that the cultivation device is limited by the shape of the plastic bag and can only be in a barrel shape or a square shape, the cultivation device is single in structure, the fruiting is lack of aesthetic feeling, and the aesthetic requirement of modern people is not met; secondly, if the cultivation device is beautiful and diversified in appearance, the fungus sticks which are formed and full of hyphae need to be scattered and then put into the cultivation device, so that the grown hyphae in the fungus sticks are broken, the hyphae need to be cultivated in the cultivation device again, time is consumed, the hyphae are easily infected with mixed fungi, and fruiting time and fruiting quality are affected. And thirdly, the requirement on water is high in the mushroom fruiting stage, the fruiting effect is affected when too much water is used, modern people hardly guarantee timely and effectively water replenishing and controlling of mycelia due to the fact that the life rhythm is fast, the multi-tide fruiting time interval is long, the fruiting frequency is obviously lower than that of greenhouse cultivation, deformed mushrooms or dead mushrooms are easily caused, and the economic value is not high.
Disclosure of Invention
In order to solve the problems in the prior art, the technical personnel of the invention find through a plurality of times of experiments that the mushroom compost after high-temperature sterilization is inoculated in the cultivation device, so that hypha cultivation is carried out in the cultivation device, thereby not only effectively solving the problems of single structure and poor aesthetic feeling of fruiting of the existing household mushroom cultivation device; but also can avoid scattering the fungus sticks full of hypha, and effectively ensure the fruiting time and the fruiting quality; simultaneously through the rope that absorbs water and the guarantor's water material of rationally distributed in cultivation device, the use of cooperation flourishing water receptacle has realized independently continuously for the mycelium moisturizing accuse water in the stage of fruiting, has avoided mushroom fruiting stage mycelium to appear the condition that the moisture is too little or too much, and many damp times fruiting time interval obtains guaranteeing, and difficult malformation mushroom or dead mushroom that appears for fruiting number of times and fruiting quality reach the big-arch shelter planting effect basically in the family mushroom cultivation. Based on the above findings, the present invention has been completed.
Therefore, the invention firstly provides a domestic mushroom cultivation method, which comprises the following steps in sequence:
① preparing mushroom culture material, sterilizing at high temperature, and transferring into inoculation chamber;
② preparing cultivation device, sterilizing and disinfecting cultivation container, water absorption rope and water retention material, wherein one end of the water absorption rope extends out of the cultivation container, the other end of the water absorption rope is placed into the cultivation container, the part of the water absorption rope in the cultivation container is spirally coiled on the inner wall of the container, the water retention material is flatly paved on the water absorption rope in the cultivation container and clings to the inner wall of the container, and the cultivation device composed of the cultivation container, the water absorption rope and the water retention material is moved into a inoculation chamber;
③ transferring mushroom spawn into inoculating room;
④ inoculating mushroom culture material and mushroom strain in a container, taking out the container, sealing, fixing the water absorbing rope on the outer wall of the container, and sealing the container;
⑤ removing the cultivation device filled with mushroom culture material and mushroom strain from the inoculation chamber, and culturing mycelium in shade;
⑥ when yellow spot water appears on the opening cover, opening the opening cover to expose the container opening, wherein the container opening is the fruiting opening, filling water into the water container, putting the water absorption rope fixed on the outer wall of the container into the water container, and allowing the mycelium to automatically absorb water until fruiting and harvesting.
Preferably, in order to stimulate more hypha germination points, a layered inoculation mode is adopted in the inoculation step ④, namely, every time a layer of mushroom culture material is filled, and then a layer of mushroom strain is sprinkled, each layer of mushroom culture material and each layer of mushroom strain are uniformly pressurized and compacted, and the thickness of each layer of mushroom culture material is less than 3 cm.
Preferably, in order to make the germinated hyphae spread on the surface of the thallus body as soon as possible and avoid the infection of mixed bacteria, the top layer of the layered inoculation is the strain.
The invention also provides a domestic mushroom cultivation device used in the domestic mushroom cultivation method. The device can continuously provide water for the mycelium in the fruiting stage of the mushroom, and has the effects of continuously preserving water and moisture. The device is including cultivation container, water absorption rope and guarantor's water material, be equipped with the container opening on the cultivation container and be used for coveing container open-ended opening closing cap, be equipped with the drill way on the opening closing cap, the opening closing cap comprises transparent material, be equipped with spiral coil's recess on the container inner wall of cultivation container, water absorption rope one end is passed the drill way and is stretched out outside the cultivation container and fix on the container outer wall, in water absorption rope other end embedding recess, water-retaining material is spread on the water absorption rope in the cultivation container and hugs closely the container inner wall.
Preferably, in order to prevent external bacteria from being imported and infected by hyphae through the water absorption rope, the part of the water absorption rope outside the cultivation container is wrapped with a protective layer.
Preferably, in order to avoid that external moisture is input into the mycelium through the water absorption ropes in the mycelium culture stage, so that the moisture of the mycelium is excessive, oxygen in the ingredients is reduced, and the normal growth of the mycelium is further influenced, the protective layer of the water absorption ropes positioned outside the culture container is made of a waterproof material.
Preferably, in order to enhance the water retention and moisture retention effects of the mycelia and promote multiple times of high-quality fruiting, the water retention material is polyester absorbent cotton or absorbent cotton sheets.
The invention has the beneficial effects that: according to the household mushroom cultivation method, the mycelium cultivation stage is carried out in the cultivation device, the growth of the mycelium is not influenced by the shape of the cultivation device, the cultivation effect is attractive and practical, the household mushroom cultivation method can be widely used for cultivating various household mushrooms, meanwhile, the water is automatically absorbed through the water absorption rope in the fruiting management stage, the water is locked through the water retention material, the water can be continuously provided for the mycelium, the time interval of multi-tide fruiting is effectively controlled, deformed mushrooms and dead mushrooms caused by careless management are avoided, and the fruiting tide and fruiting quality are guaranteed; the household mushroom cultivation device is simple in structure, simple and easily available in manufacturing materials and simple and convenient to operate, and by using the household mushroom cultivation device, water is not required to be supplied to mycelia in a timed and quantitative mode in a mushroom fruiting stage, time and labor are saved, and the household mushroom cultivation device is very suitable for fast-paced life styles of modern people.
Drawings
FIG. 1 is a schematic view of the hypha culture stage of the domestic mushroom cultivation method of the present invention
FIG. 2 is a schematic view of the fruiting management stage of the domestic mushroom cultivation method of the present invention
FIG. 3 is a sectional view of a domestic mushroom cultivation apparatus according to a third embodiment of the present invention
FIG. 4 is a sectional view of a domestic mushroom cultivation apparatus according to a fourth embodiment of the present invention
FIG. 5 is a plan view of the inner wall of the container in the domestic mushroom cultivation apparatus of the present invention
Reference numerals: 1-cultivation container, 2-water absorption rope, 3-water retention material, 4-culture material, 5-strain, 6-water container, 7-water, 8-mushroom, 11-container inner wall, 12-container outer wall, 13-container opening, 14-opening sealing cover, 111-groove and 141-hole opening.
Detailed Description
The present invention will be further clearly understood by the following examples which are given by way of illustration and are not intended to limit the invention thereto.
Example one
A method for cultivating domestic Pleurotus Ostreatus comprises preparing Pleurotus Ostreatus culture material 4. Firstly, preparing various raw materials: 40% of bagasse, 35% of miscellaneous wood chips, 20% of rice bran, 1% of calcium superphosphate, 2% of lime and 2% of gypsum, the raw materials are exposed to the sun for 2 days and then are uniformly stirred, water is added (the ratio of the materials to the water is = 1: 1.3) to prepare oyster mushroom compost 4, and the oyster mushroom compost 4 is filled into a sterilizing furnace to be sterilized at high temperature and then is transferred into an inoculation chamber.
Then, hypha cultivation is carried out in the prepared cultivation device, as shown in figure 1, ①, the cultivation container 1, the water absorption rope 2 and the water retention material 3 are taken out, disinfection and sterilization are carried out on the cultivation container 1, the water retention material 3 is absorbent cotton sheets, one end of the water absorption rope 2 extends out of the cultivation container 1, the other end of the water absorption rope 2 is placed in the cultivation container 1, the part of the water absorption rope 2 located in the cultivation container 1 is spirally wound on the inner wall 11 of the container, the water retention material 3 is flatly laid on the water absorption rope 2 in the cultivation container 1 and is tightly attached to the inner wall 11 of the container, the cultivation device consisting of the cultivation container 1, the water absorption rope 2 and the water retention material 3 is moved into an inoculation chamber, ②, prepared oyster mushroom strains 5 are moved into the inoculation chamber, ③ is placed in the inoculation chamber, oyster mushroom culture materials 4 and oyster mushroom strains 5 are inoculated in the cultivation container 1 for inoculation, a layer of oyster mushroom strains 4 (the thickness is not more than 2 cm) is placed in the cultivation container 1 for inoculation, a layer of oyster mushroom culture materials 4 is sprinkled into the cultivation container for inoculation chamber for inoculation, a layer of oyster mushroom is sprinkled, …, the oyster mushroom culture materials are placed in the cultivation container, an opening of the cultivation container, the cultivation device is covered with a transparent cultivation device, an opening, the cultivation device is covered with a plastic cultivation device.
Finally, the management of the fruiting stage is shown in figure 2. After the mycelia are cultured for about 25 days, when yellow spot water appears on the opening sealing cover 14, the opening sealing cover 14 is opened, water is filled in the water container 6, the water absorbing rope 2 fixed on the outer wall 12 of the container is placed in the water container 6, the water absorbing rope 2 conveys water from the water container 6 to the water retaining material 3, the water retaining material 3 conveys the water to the mycelia, the mycelia can continuously obtain the water from the water container 6, after a first tide of mushrooms are harvested, the material level of the mycelia at the opening 13 of the container is cleaned, the next tide of mushrooms is waited for fruiting, and the water absorbing rope 2 outside the cultivation container 1 is always placed in the water container to absorb the water in the whole fruiting stage.
The working principle is as follows: in the oyster mushroom mycelium culture stage, one end of absorbent cotton is fixed on the outer wall of the container, and the whole culture device is in a sealed state, so that the infectious microbe infection is avoided; when the oyster mushroom fruiting management stage is started, the water absorption ropes outside the cultivation container can be placed into the water container filled with water, the water absorption ropes in the cultivation container are distributed on the inner wall of the cultivation container, water can be continuously output from the water container and conveyed to the absorbent cotton sheets distributed in the cultivation container under the strong water absorption effect of the water absorption ropes, the oyster mushroom mycelia are tightly wrapped by the absorbent cotton sheets, therefore, the water absorption ropes and the absorbent cotton sheets can continuously supplement water for the oyster mushroom mycelia, the whole oyster mushroom cultivation stage does not need manual multiple water spraying and supplementing for the mycelia, labor force is saved, time and labor are saved, the automatic water supplementing function of the oyster mushroom fruiting management stage is achieved, and management is easy.
The following table shows the evaluation results of mushrooms obtained in example one and the existing domestic oyster mushroom cultivation method.
| Sample (I) | Finished product Moulding | Difficulty and ease of management | Time interval and moisture of fruiting | Fruiting quality |
| Example one | Beautiful appearance Multiple of | Simple and convenient, and mushroom growing stage Moisture retention without water spraying | 6-7 tide mushrooms can be produced, and the fruiting time of each tide of mushrooms is At intervals of about 15 days | Complete mushroom shape and correct mushroom color Often times |
| Existing domestic oyster mushroom Cultivation method | Is single | Tedious process, the fruiting stage is performed by passing through Normal shower water moisturizing | 3-4 times of mushrooms can be produced, and the fruiting time of each tide of mushrooms is The interval is different from 15 to 25 days | Little abnormal mushroom and mushroom Yellowing of the edges of the faces |
Example two
A method for cultivating pleurotus geesteranus at home comprises the steps of firstly preparing a pleurotus geesteranus culture material 4. Firstly, preparing various raw materials: 25% of bagasse, 25% of cottonseed hulls, 20% of sawdust, 10% of wood particles, 17% of bran, 1% of light calcium carbonate and 2% of lime, wherein the raw materials are exposed to the sun for 2 days, then are uniformly stirred, water is added (the ratio of the raw materials to the water is = 1: 1.35) to prepare a pleurotus geesteranus culture material 4, and the pleurotus geesteranus culture material 4 is sterilized at high temperature and then is moved into an inoculation chamber.
Then hypha cultivation is carried out in the prepared cultivation device, as shown in figure 1, ① the cultivation container 1, the water absorption rope 2 and the water retention material 3 are taken out, disinfection and sterilization are carried out on the cultivation container 1, the water retention material 3 is polyester water absorption cotton, one end of the water absorption rope 2 extends out of the cultivation container 1, the other end of the water absorption rope 2 is placed in the cultivation container 1, the part of the water absorption rope 2 located in the cultivation container 1 is spirally wound on the inner wall 11 of the container, the water retention material 3 is flatly laid on the water absorption rope 2 in the cultivation container 1 and is tightly attached to the inner wall 11 of the container, the cultivation device consisting of the cultivation container 1, the water absorption rope 2 and the water retention material 3 is moved into an inoculation chamber, ② the prepared pleurotus geesteranus strain 5 is moved into the inoculation chamber, ③ the pleurotus geesteranus strain 4 and the pleurotus geesteranus strain 5 are placed into the cultivation container 1 for inoculation, a layer of pleurotus geesteranus strain 4 (the thickness is not more than 3 cm) and is sprinkled into the inoculation chamber, a layer of pleurotus geesteranus strain 4 and a culture medium (the culture medium) is placed into the cultivation container, a layer of a culture medium 4, the cultivation device is sprinkled, the pleurotus geesteranus medium is placed into the cultivation container, the cultivation device is sealed opening is sealed, the cultivation device is covered with a transparent culture medium is covered by covering a transparent culture medium, the cultivation device.
Finally, the management of the fruiting stage is shown in figure 2. After mycelium is cultured for about 25 days, when yellow spot water appears on the opening sealing cover 14, the opening sealing cover 14 is opened, water is filled in the water container 6, the part of the water absorption rope 2 fixed on the outer wall 12 of the container is placed in the water container 6, the water absorption rope 2 conveys water from the water container 6 to the water retention material 3, the water retention material 3 conveys the water to the mycelium, therefore, the mycelium can continuously obtain the water from the water container 6, after first tide of mushrooms are harvested, the mycelium material level at the opening 13 of the container is cleaned, the next tide of mushrooms is waited for fruiting, and the water absorption rope 2 outside the cultivation container is always placed in the water container to absorb the water in the whole fruiting stage.
The working principle is as follows: in the pleurotus geesteranus mycelium culture stage, one end of the absorbent cotton is fixed on the outer wall of the container, and the whole culture device is in a sealed state, so that the infectious microbe infection is avoided; when entering into the pleurotus geesteranus fruiting management stage, the water absorption ropes outside the cultivation container can be placed into the water container filled with water, the water absorption ropes in the cultivation container are distributed on the inner wall of the cultivation container, water can be continuously output from the water container and conveyed to the polyester water absorption cotton distributed in the cultivation container under the strong water absorption effect of the water absorption ropes, the pleurotus geesteranus mycelia are tightly wrapped by the polyester water absorption cotton, therefore, the water absorption ropes and the polyester water absorption cotton can continuously supplement water for the pleurotus geesteranus mycelia, water is not required to be manually sprayed for the mycelia for multiple times in the whole pleurotus geesteranus cultivation stage for supplementing water, labor force is relieved, time and labor are saved, the automatic water supplementing function in the pleurotus geesteranus fruiting management stage is achieved, and management is easy.
The following table shows the evaluation results of mushrooms obtained in example one and the existing domestic pleurotus geesteranus cultivation method.
| Sample (I) | Finished product manufacture Model (III) | Difficulty and ease of management | Time interval and moisture of fruiting | Fruiting quality |
| Example two | Beautiful multi-purpose Sample (A) | Simple and convenient, and no mushroom growth stage Moistening with water | 6-7 tide mushrooms can be produced, and the fruiting time of each tide of mushrooms is within Every 15 days | Complete mushroom shape and normal mushroom color |
| Pleurotus geesteranus for current family Cultivation method | Is single | Complicated and frequent fruiting stage Water spraying moisture retention | 3-4 times of mushrooms can be produced, and the fruiting time of each tide of mushrooms is within Every 15-25 days | Little abnormal mushroom and mushroom noodle Yellowing of edges |
EXAMPLE III
A domestic mushroom cultivation device is shown in figure 3. Including cultivation container 1, water-absorbing rope 2 and water-retaining material 3, be equipped with a container opening 13 and an opening closing cap 14 that is used for hiding container opening 13 on the cultivation container 1, be equipped with an drill way 141 on the opening closing cap 14, opening closing cap 14 is the transparent plastic lid, be equipped with spiral coil's recess 111 on the container inner wall 11 of cultivation container, recess 111 extends to container opening 13 always, 2 one end of water-absorbing rope passes drill way 141 and stretches out outside cultivation container 1 and fix on container outer wall 12, in 2 other ends embedding recesses 111 of water-absorbing rope (as shown in fig. 5), water-retaining material 3 tiles on the water-absorbing rope 2 of cultivation container 1 and hugs closely container inner wall 11, water-retaining material 3 is the polyester cotton that absorbs water.
Example four
A domestic mushroom cultivation device is shown in FIG. 4. The cultivation container comprises a cultivation container 1, a water absorption rope 2 and a water retention material 3, wherein two container openings 13 and two opening sealing covers 14 used for covering the container openings 13 are arranged on the cultivation container 1, an orifice 141 is arranged on each opening sealing cover 14, each opening sealing cover 14 is a transparent plastic cover, a spirally wound groove 111 is arranged on a container inner wall 11 of the cultivation container, each groove 111 extends to the corresponding container opening 13, one end of each water absorption rope 2 penetrates through the corresponding orifice 141 and extends out of the cultivation container 1 and is fixed on a container outer wall 12, the other end of each water absorption rope 2 is embedded into the corresponding groove 111 (shown in figure 5), the water retention material 3 is flatly laid on the water absorption rope 2 in the cultivation container 1 and clings to the container inner wall 11, the water retention material 3 is a piece of absorbent cotton, and a waterproof protective layer wraps the outer side of the part of each water absorption rope 2 outside the cultivation container.
Reading and understanding the above detailed description, one skilled in the art can easily implement the present invention, but the present invention is not limited to these three embodiments, and one skilled in the art can arbitrarily combine different technical features based on the disclosed embodiments, thereby implementing different technical solutions. Modifications and substitutions that are well known in the art to which this invention pertains are intended to be encompassed within the scope of the invention.
Claims (7)
1. A family mushroom cultivation method is characterized by comprising the following steps in sequence:
① preparing mushroom compost (4), sterilizing at high temperature, and transferring into inoculation chamber;
② preparing cultivation device, sterilizing and disinfecting cultivation container (1), water absorbing rope (2) and water retaining material (3), wherein one end of the water absorbing rope (2) extends out of the cultivation container (1), the other end of the water absorbing rope is put into the cultivation container (1), the part of the water absorbing rope (2) in the cultivation container (1) is spirally coiled on the inner wall (11) of the container, the water retaining material (3) is tiled on the water absorbing rope (2) in the cultivation container (1) and clings to the inner wall (11) of the container, and the cultivation device composed of the cultivation container (1), the water absorbing rope (2) and the water retaining material (3) is moved into a inoculation chamber;
③ transferring mushroom (5) into the inoculation chamber;
④ in the inoculation room, putting mushroom compost (4) and mushroom strain (5) into the cultivation container (1) for inoculation, when the cultivation container (1) is full, taking out the opening sealing cover (14), fixing the part of the water absorption rope (2) extending out of the cultivation container (1) on the outer wall (12) of the container after passing through the hole opening (141), and sealing the cultivation container (1) by the opening sealing cover (14);
⑤ removing the cultivation device filled with mushroom culture material (4) and mushroom strain (5) from the inoculation chamber, and culturing mycelium in shade;
⑥ when yellow spot water appears on the opening sealing cover (14), the opening sealing cover (14) is opened to expose the container opening (13), the container opening (13) is the fruiting opening, water (7) is filled in the water container (6), the water absorbing rope (2) fixed on the outer wall (12) of the container is put into the water container (6), the mycelium finishes automatic water absorption, and the fruiting harvesting is waited.
2. A domestic mushroom cultivation method according to claim 1, wherein the inoculation in step ④ is a layered inoculation method, that is, every time a layer of mushroom compost (4) is loaded and then a layer of mushroom spawn (5) is sprinkled, each layer of mushroom compost (4) and mushroom spawn (5) are pressed and compacted, and the thickness of each layer of mushroom compost (4) is less than 3 cm.
3. A method of domestic mushroom cultivation according to claim 2, characterized in that the top layer of the stratified inoculation is the species (5).
4. A device for use in a domestic mushroom cultivation method according to claim 1, characterized by comprising a cultivation container (1), a water absorption string (2) and a water retention material (3), the cultivation container (1) is provided with a container opening (13) and an opening sealing cover (14) for covering the container opening (13), the opening sealing cover (14) is provided with an orifice (141), the opening sealing cover (14) is made of transparent material, the inner wall (11) of the container of the cultivation container is provided with a groove (111) which is spirally wound, one end of the water absorption rope (2) passes through the orifice (141) and extends out of the cultivation container (1) and is fixed on the outer wall (12) of the container, the other end of the water absorption rope (2) is embedded into the groove (111), and the water retention material (3) is tiled on the water absorption rope (2) in the cultivation container (1) and clings to the inner wall (11) of the container.
5. A domestic mushroom cultivation device according to claim 4, wherein the portion of the water absorption string (2) outside the cultivation container (1) is covered with a protective layer.
6. A domestic mushroom cultivation device according to claim 5, wherein the protective layer is a waterproof material.
7. A domestic mushroom cultivation device according to claim 4, characterized in that the water-retaining material (3) is polyester absorbent cotton or absorbent cotton sheet.
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| CN202010235965.4A CN111328625A (en) | 2020-03-30 | 2020-03-30 | Domestic mushroom cultivation method and device |
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| CN202010235965.4A CN111328625A (en) | 2020-03-30 | 2020-03-30 | Domestic mushroom cultivation method and device |
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2020
- 2020-03-30 CN CN202010235965.4A patent/CN111328625A/en active Pending
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| CN201595030U (en) * | 2010-01-01 | 2010-10-06 | 郭雅璠 | Household edible mushroom planting box |
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