CN2921030Y - Mushrooms cultivate room structure - Google Patents
Mushrooms cultivate room structure Download PDFInfo
- Publication number
- CN2921030Y CN2921030Y CN 200620114938 CN200620114938U CN2921030Y CN 2921030 Y CN2921030 Y CN 2921030Y CN 200620114938 CN200620114938 CN 200620114938 CN 200620114938 U CN200620114938 U CN 200620114938U CN 2921030 Y CN2921030 Y CN 2921030Y
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- air
- mushroom
- chamber
- cell structure
- cultivation
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Abstract
The utility model is a fungoid cultivating chamber structure, which is mainly provided with an air front end treatment mechanism at one side of the fungoid cultivating chamber, The air front end treatment mechanism comprises an air purification sterilizing chamber, a temperature adjusting chamber, a humidifying chamber and a mixing chamber that communicates with each other orderly, and discharges the optimum temperature and moderate humidity air produced in the air front end treatment mechanism into the cultivating box in the fungoid cultivating chamber via a pipeline; Therefore, the optimum temperature and moderate humidity air is only provided to the cultivating box, reducing the power consumption and maintain the consistency of the air temperature and humidity in the cultivating box without environment influence, so as to achieve the most perfect effect of the temperature and humidity for cultivating fungus.
Description
Technical field
The utility model is cultivated cell structure relevant for a kind of mushroom, refer in particular to not only and can reduce power consumption, more can make the temperature and all controlled consistence that is made as of humidity of cultivating air in the casing, and can not be subjected to external influence, reach better warm and humid effect, cultivate cell structure in order to a kind of mushroom that mushroom is cultivated.
Background technology
Existing mushroom is cultivated the chamber, mainly be to cultivate indoor layering at mushroom a plurality of cultivation rack-layers are set, and on each cultivation rack-layer, install a plurality of cultivation bags, it is indoor that the air that utilizes conditioning unit to produce the thermophilic suitable humidity more directly imports this mushroom cultivation, makes whole mushroom cultivate indoor temperature and humidity and can be fit to the required of fungus grown.
Yet so mushroom is cultivated cell structure, when reality is implemented to use, but finds to have following shortcoming:
1. above-mentioned mushroom is cultivated cell structure, cultivate indoor because the thermophilic suitable humidity air that conditioning unit produces directly imports whole mushroom, indoorly be provided with a plurality of cultivation rack-layers because of layering and cultivate at mushroom, cultivate the mutual obstruct of rack-layer so can cause, therefore produce near the humiture of place, air port cultivation rack-layer preferable, and cultivate the humiture of rack-layer with relatively poor, so cause the uneven phenomenon of humiture away from the place, air port.
2. above-mentioned mushroom is cultivated cell structure, because the space of mushroom cultivation chamber is bigger, and often needs the workman to work wherein, cultivate indoor humiture so keep whole mushroom, then need the continuous running of air-conditioning system, so current consumption is bigger, increases many production costs virtually.
Summary of the invention
The purpose of this utility model is to provide a kind of mushroom to cultivate cell structure, this structure can only offer the air of thermophilic suitable humidity cultivates in the casing, not only can reduce power consumption, more can make the temperature and the humidity of cultivating air in the casing all be controlled to be consistence, and can not be subjected to external influence, with the warm and humid effect of Da Gengjia, be beneficial to mushroom and cultivate.
The purpose of this utility model is to realize like this, a kind of mushroom is cultivated cell structure, cultivate chamber one side in mushroom and set up air front-end processing mechanism, this air front-end processing mechanism, mainly form by being communicated with the air purification and sterilizing chamber, a tempering room, a humidifying chamber and the structure that mixing section is organized that are provided with in regular turn, the thermophilic suitable humidity air that air front-end processing mechanism is produced enters mushroom through a pipeline connection and cultivates in the indoor cultivation casing.
This mushroom is cultivated indoor layering and is set up a plurality of cultivation rack-layers, cultivates on the rack-layer and installs a plurality of cultivation casings.
The end place, angle of this cultivation casing is provided with for the flip of raising the back handled easily.
One side tool of this cultivation casing is provided with air intake vent, and by described pipeline connection to air front-end processing mechanism, and be provided with the thermophilic suitable humidity air that air front-end processing mechanism is produced in the air intake vent place and be blown into and cultivate the intravital air intake fan of case.
This air purification and sterilizing chamber one side communicates with outside air, and its in addition side tool be provided with passage and be communicated with tempering room, indoor being provided with of air purification and sterilizing will be given the ultraviolet lamp of bactericidal purifying by outdoor leaked-in air.
Other side tool of this tempering room is provided with passage and is communicated with humidifying chamber, set up a plurality of heat pipes in the tempering room, one end of heat pipe extends into a cooling space, being provided with compressor and circulation in the cooling space has the pipeline of cryogen, the end in addition of heat pipe then extends into a heating zone, be provided with well heater in the heating zone, this cooling space and heating zone can be adjusted to proper temperature with the temperature of heat pipe, make airflow behind the bactericidal purifying when heat pipe, the temperature of air of will will being flowed through by the neither endothermic nor exothermic of heat pipe is adjusted, and in passage enters humidifying chamber.
Other side tool of this humidifying chamber is provided with passage and is communicated with mixing section, is provided with the humidifier that can produce aqueous vapor in it, and also produces mixing mutually with the air that enters from tempering room in passage enters mixing section.
This mixing section side tool in addition is provided with described pipeline connection to the indoor cultivation casing of mushroom cultivation.
From the above mentioned as can be known, the utlity model has following advantage:
The utility model since the thermophilic suitable humidity air that produced of air front-end processing mechanism be communicated with by the road and directly enter mushroom and cultivate in indoor indivedual cultivation casings, so can not be subjected to that mushroom cultivates that a plurality of cultivation rack-layers are set up in indoor layering and the influence that produces mutual obstruct, more can make the temperature and the humidity of cultivating air in the casing all be controlled to be consistence, and can not be subjected to external influence.
The utility model since the thermophilic suitable humidity air that produced of air front-end processing mechanism be communicated with by the road and directly enter mushroom and cultivate in indoor indivedual cultivation casings, so can not waste this thermophilic suitable humidity air in other place, therefore can save some electricity cost, can reduce production costs virtually.
Description of drawings
Fig. 1: the local top view of air front-end processing mechanism of the present utility model.
Fig. 2: cultivation body partial side-view of the present utility model.
Fig. 3: mushroom of the present utility model is cultivated chamber partial side view.
Drawing reference numeral:
1 air front-end processing mechanism air purification and sterilizing chambers 11
111 passages, 112 ultraviolet lamps
12 tempering rooms, 121 passages
122 heat pipes, 123 cooling spaces
124 compressors, 125 pipelines
126 heating zone, 127 well heaters
13 humidifying chambers, 131 passages
132 humidifiers, 14 mixing sections
2 pipelines, 3 mushrooms are cultivated the chamber
31 cultivate casing 311 flips
312 cultivate bag 313 by earthing
314 air intake vents, 315 air intakes fan
32 cultivate rack-layer
Embodiment
At first, see also Fig. 1～shown in Figure 3, mushroom of the present utility model is cultivated cell structure, mainly be to cultivate chamber one side in mushroom to set up air front-end processing mechanism 1, and the thermophilic suitable humidity air that air front-end processing mechanism 1 is produced 2 is communicated with and enters mushroom and cultivate in the cultivation casing 31 in the chamber 3 and form by the road, wherein:
This mushroom is cultivated chamber 3, a plurality of cultivation rack-layers 32 are set up in layering in it, cultivate on the rack-layer 32 and install a plurality of cultivation casings 31, each is cultivated 31 jiaos of end places of casing and is equipped with flip 311, can conveniently operate in this cultivation casing 31 for after raising, cultivate casing 31 built-in being provided with and cultivate bag 312, and in it, be equipped with by earthing 313, be provided with air intake vent 314 in a side tool of cultivating casing 31 again, and be communicated to air front-end processing mechanism 1 by pipeline 2, and be provided with air intake fan 315 in air intake vent 314 places, be blown into the thermophilic suitable humidity air that air front-end processing mechanism 1 is produced and cultivate in the casing 31;
This air front-end processing mechanism 1 mainly is to be communicated with in regular turn to be provided with an air purification and sterilizing chamber 11, a tempering room 12, a humidifying chamber 13 and mixing section 14 structure of organizing and to form; Wherein, these air purification and sterilizing chamber 11 1 sides communicate with outside air, and its in addition side tool be provided with passage 111 and be communicated with tempering room 12, be provided with ultraviolet lamp 112 in the air purification and sterilizing chamber 11, can will give bactericidal purifying by outdoor leaked-in air, and in passage 111 enters tempering room 12; This tempering room 12, its in addition side also tool be provided with passage 121 and be communicated with humidifying chamber 13, set up a plurality of heat pipes 122 in the tempering room 12, one end of heat pipe 122 extends into cooling space 123, being provided with compressor 124 and circulation in the cooling space 123 has the pipeline 125 of cryogen, the end in addition of heat pipe 122 then extends into heating zone 126, be provided with well heater 127 in the heating zone 126, this cooling space 123 and heating zone 126 can be adjusted to proper temperature with the temperature of heat pipe 122, make airflow behind the bactericidal purifying when heat pipe 122, will the temperature of the air of will flowing through be adjusted by the neither endothermic nor exothermic of heat pipe 122, and in passage 121 enters humidifying chamber 13; This humidifying chamber 13, its in addition side also tool be provided with passage 131 and be communicated with mixing section 14, be provided with humidifier 132 in it, can produce aqueous vapor, and with the air that enters from tempering room 12 through passage 131 enters mixing section 14 in and the mutual mixing of generation; This mixing section 14 its in addition side then tool be provided with pipeline 2 and be communicated to mushroom and cultivate cultivation casing 31 in the chamber 3.
When implementing to use, see also Fig. 1～shown in Figure 3, extraneous general air will communicate with outside air in the part inflow air purification and sterilizing chamber 11 via air purification and sterilizing chamber 11 1 sides, and the ultraviolet lamp in air purification and sterilizing chamber 11 112 gives bactericidal purifying, 11 other passages 111 of side enter in the tempering room 12 through the air purification and sterilizing chamber again, owing to be provided with a plurality of heat pipes 122 in the tempering room 12, and the end in heat pipe 122 extends into cooling space 123, being provided with compressor 124 and circulation in the cooling space 123 has the pipeline 125 of cryogen, the end in addition of heat pipe 122 then extends into heating zone 126, be provided with well heater 127 in the heating zone 126, this cooling space 123 and heating zone 126 can be adjusted to proper temperature with the temperature of heat pipe 122, therefore the air themperature of flowing through can be adjusted, enter in the humidifying chamber 13 through tempering room 12 other passages 121 of side then, because of being provided with humidifier 132 in the humidifying chamber 13, can produce aqueous vapor, and with the air that enters from tempering room 12 through humidifying chamber 13 in addition the passage 131 of sides enter mixing section 14 in and produce mutually and mix, after this mixing section 14 in addition the pipeline 2 that is communicated with of sides drain into mushroom and cultivate in the interior cultivation casing 31 in chamber 3.
Claims (8)
1. a mushroom is cultivated cell structure, it is characterized in that: cultivate chamber one side in mushroom and set up air front-end processing mechanism, this air front-end processing mechanism, mainly form by being communicated with the air purification and sterilizing chamber, a tempering room, a humidifying chamber and the structure that mixing section is organized that are provided with in regular turn, the thermophilic suitable humidity air that air front-end processing mechanism is produced enters mushroom through a pipeline connection and cultivates in the indoor cultivation casing.
2. mushroom as claimed in claim 1 is cultivated cell structure, and it is characterized in that: this mushroom is cultivated indoor layering and set up a plurality of cultivation rack-layers, cultivates on the rack-layer and installs a plurality of cultivation casings.
3. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: the end place, angle of this cultivation casing is provided with for the flip of raising the back handled easily.
4. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: a side tool of this cultivation casing is provided with air intake vent, and by described pipeline connection to air front-end processing mechanism, and be provided with the thermophilic suitable humidity air that air front-end processing mechanism is produced in the air intake vent place and be blown into and cultivate the intravital air intake fan of case.
5. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: this air purification and sterilizing chamber one side communicates with outside air, and its in addition side tool be provided with passage and be communicated with tempering room, indoor being provided with of air purification and sterilizing will be given the ultraviolet lamp of bactericidal purifying by outdoor leaked-in air.
6. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: other side tool of this tempering room is provided with passage and is communicated with humidifying chamber, set up a plurality of heat pipes in the tempering room, one end of heat pipe extends into a cooling space, being provided with compressor and circulation in the cooling space has the pipeline of cryogen, the end in addition of heat pipe then extends into a heating zone, is provided with well heater in the heating zone.
7. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: other side tool of this humidifying chamber is provided with passage and is communicated with mixing section, is provided with the humidifier that can produce aqueous vapor in it.
8. mushroom as claimed in claim 1 is cultivated cell structure, it is characterized in that: this mixing section side tool in addition is provided with described pipeline connection to the indoor cultivation casing of mushroom cultivation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620114938 CN2921030Y (en) | 2006-05-11 | 2006-05-11 | Mushrooms cultivate room structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620114938 CN2921030Y (en) | 2006-05-11 | 2006-05-11 | Mushrooms cultivate room structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2921030Y true CN2921030Y (en) | 2007-07-11 |
Family
ID=38253508
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620114938 Expired - Fee Related CN2921030Y (en) | 2006-05-11 | 2006-05-11 | Mushrooms cultivate room structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2921030Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104111640A (en) * | 2014-05-29 | 2014-10-22 | 东至县兴农菌业有限责任公司 | Industrial environment control system for medicinal fungus |
-
2006
- 2006-05-11 CN CN 200620114938 patent/CN2921030Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104111640A (en) * | 2014-05-29 | 2014-10-22 | 东至县兴农菌业有限责任公司 | Industrial environment control system for medicinal fungus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |