CN205320647U - Domestic fungus system of planting - Google Patents
Domestic fungus system of planting Download PDFInfo
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- CN205320647U CN205320647U CN201521017430.0U CN201521017430U CN205320647U CN 205320647 U CN205320647 U CN 205320647U CN 201521017430 U CN201521017430 U CN 201521017430U CN 205320647 U CN205320647 U CN 205320647U
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- sterilizing
- planting
- import
- inoculation
- buffering
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Abstract
The utility model provides a domestic fungus system of planting, plant the big -arch shelter including one, link up in proper order after planting in the big -arch shelter in the past and be equipped with between the sterilization, between the buffering, between the inoculation and between a fungus, be equipped with in planting the big -arch shelter and link up between the sterilization, between the buffering, the inoculation is grown with the fungus with a fungus one or more pairs of feeding of being used for within a definite time and is put up the walking or place the rail that the domestic fungus growth was put up, it gets into the preceding import between the sterilization with fungus growth frame to be equipped with feeding at the front end of planting the big -arch shelter, the import department is equipped with the foregate in the front, be equipped with the back export that feeding shifted out with fungus growth frame in the rear end of planting the big -arch shelter, be equipped with the first exit that feeding grows and put up with the fungus between the sterilization and between the buffering, gate in the middle of first exit department are equipped with, the second is imported and exported and the third is imported and exported being equipped with respectively between the buffering and between the inoculation and between the inoculation and between sending out between the fungus. Extensive planting is favorable to, the production efficiency of domestic fungus planting and the quality of domestic fungus can be improves.
Description
Technical field
This utility model relates to planting edible mushroom technical field, especially relates to a kind of planting edible mushroom system。
Background technology
In the plantation of edible fungi, it usually needs through sterilizing, inoculation and the process sending out bacterium。
In prior art, these processes are generally all carry out at separate, the scattered operation room in place。Causing the culture medium after sterilizing to be transported to, through the transport of a segment distance, the inoculation carrying out edible fungus species between separate inoculation by transport carriage, postvaccinal culture medium of edible fungus is transported again dolly and is transported between a bacterium carries out a bacterium through the transport of a segment distance。And these operation rooms need to keep aseptic condition, unfavorable concentrated controling management。The layout of this spline structure is also easy to the culture medium after making sterilizing and is again infected by noxious bacteria in the process of transhipment, thus having influence on the plantation quality of edible fungi, and build place and take bigger, land wastage, additionally transporting time-consuming, production efficiency is low, and production cost is high, and the existing mode of production is unfavorable for realizing the implant mass of edible fungi, it is impossible to meet the needs of industrialized great production。
Utility model content
In order to solve above-mentioned technical problem, this utility model provides a kind of planting edible mushroom system, can improve production efficiency, it is ensured that the plantation quality of edible fungi, and can realize the heavy industrialization plantation of edible fungi。
This utility model be the technical scheme is that a kind of planting edible mushroom system to solve above-mentioned technical problem, including a planting greenhouse, in planting greenhouse, linking is provided with between sterilizing successively from front to back, between buffering, between inoculation and between a bacterium, it is provided with through in planting greenhouse between sterilizing, between buffering, one or more pairs of rail for the walking of edible bacteria growing frame or placement edible fungi growth frame between inoculation and between a bacterium, it is provided with mean for edible fungi growth frame in the front end of planting greenhouse and enters the front import between sterilizing, it is provided with foregate in front import department, the rear outlet of edible fungi growth frame removal it is provided with mean in the rear end of planting greenhouse, the first import and export that edible fungi growth frame passes through it are provided with mean between sterilizing and between buffering, first import and export is provided with middle gate；Between between buffering and between inoculation and between inoculation and send out between bacterium and be respectively equipped with the second import and export and the 3rd import and export。
Further, the lower end of foregate is hinged by the jointed shaft of oneself the foot of a wall portion corresponding with planting greenhouse, is provided with the linking rail for being connected mutually with rail towards the side in sterilizing on foregate；The upper end of foregate is connected with the first driving device, and under the driving of the first driving device, foregate can import or rotate to outside between sterilizing and be placed on ground to open front import before the rotatory sealing of inner side around between the hinged axial sterilizing of oneself。
Further, the first described driving device includes motor and the reductor with double output shaft being connected with motor-driven, the two ends of the double output shaft of reductor are in transmission connection a winding drum respectively, winding drum is arranged with steel wire rope, one end of steel wire rope is fixing with winding drum to be connected, and the other end is connected with foregate。
Further, rail is positioned between sterilizing, between inoculation and the part sent out between bacterium be arranged on floor, rail is positioned at the part between buffering, is arranged on side interior towards sterilizing on gate, centre；The lower end at middle gate is hinged by the jointed shaft of oneself the foot of a wall portion corresponding with planting greenhouse, the upper end at middle gate is connected with the driving device of oneself, under the driving of its driving device, middle gate inner side rotatory sealing first can be imported and exported or rotate the ground being placed between buffering to open front import to outside between sterilizing around between the hinged axial sterilizing of oneself；After middle gate is opened, rail section thereon is just connected with the interior corresponding rail section of inoculation mutually with between sterilizing；
Further, rail is positioned between sterilizing, between buffering, between inoculation and the part sent out between bacterium be arranged on floor, described middle gate is sliding door。
Further, it is respectively equipped with isolation flexible door curtain in the second import and export and the 3rd import and export；Flexible door curtain after rear exit is provided with。
Further, described isolation flexible door curtain is provided with mean for the opening of people's turnover。
Further, the bactericidal unit for the culture medium of edible fungus being placed in sterilizing being carried out sterilizing it is additionally provided with。
Further, described bactericidal unit includes sterilization stove, and sterilization stove, by being connected between pipeline with sterilizing, also includes for the refrigerating plant lowered the temperature between the sterilizing after sterilizing。
Further, described sterilization stove is electromagnetism steam generator, and described refrigerating plant includes the first blower fan and the first defecator being connected with the first fan inlet。
Beneficial effect:
1, according to this utility model, by between sterilizing, between buffering, setting it is connected successively between inoculation and between a bacterium, and adopt between through sterilizing, between buffering, rail between inoculation and between a bacterium is so that edible fungi growth frame can be made directly transhipment, thus can ensure that the planting process of whole edible fungi all carries out in same planting greenhouse, remove the danger of the subinfection again that long-distance transportation is likely to result in from, and adopt rail to carry out the mode coordinated with corresponding edible fungi growth frame, the work repeatedly carried and put can be removed from, substantially increase production efficiency, the simultaneously bigger utilization improving soil。
2, further, foregate adopts and drives the mode rotated to open and close, and the structure of linking rail is set on foregate, the bagging production line (not shown) that can be easy to and be located between sterilizing front achieves a butt joint, and while closing between sterilizing, linking rail thereon can be connected and together pack up, such structure is not only greatly saved space, and easy to operate simply, substantially increase production efficiency。
3, middle gate is also adopted by the type of drive identical with foregate, may not only facilitate the sealing between sterilizing, and after middle gate is closed, also can be easy to personnel activity between buffering。
4, it is advantageously implemented the large-scale industrial production of planting edible mushroom, and is greatly improved the plantation quality of edible fungi。
Below in conjunction with the drawings and specific embodiments, this utility model done concrete detailed description further。
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present utility model。
Fig. 2 is plan structure (perspective) schematic diagram of Fig. 1。
Fig. 3 is the side view of Fig. 1。
In figure, 1, sterilization stove, the 2, first defecator, the 3, first blower fan, 4, foregate, 401, linking rail, the 5, first driving device, 501, motor, 502, winding drum, 503, reductor, 6, between sterilizing, 601, middle gate, 7, between buffering, the 8, first isolation flexible door curtain, the 9, second defecator, the 10, second blower fan, 11, edible fungi growth frame, 12, between inoculation, the 13, second isolation flexible door curtain, 14, send out between bacterium, 15, rail, 16, rear flexible door curtain, the 17, second driving device。
Detailed description of the invention
A kind of planting edible mushroom system, including a planting greenhouse, in planting greenhouse from front to back successively linking be provided with between sterilizing 6, between buffering 7, between inoculation 12 and send out between bacterium 14。
The floor of planting greenhouse is provided with through between sterilizing 6, between buffering 7, between inoculation 12 and send out between bacterium 14 one or more pairs of for the walking of edible bacteria growing frame or the rail 15 placing edible fungi growth frame。
It is provided with mean for edible fungi growth frame 11 in the front end of planting greenhouse and enters the front import of 6 between sterilizing, be provided with the foregate 4 that can be used for sealing in front import department, foregate 4 is provided with the linking rail 401 for being connected with rail 15 phase towards the side between sterilizing 6。
The rear outlet of edible fungi growth frame 11 removal, flexible door curtain 16 after rear exit is provided with it is provided with mean in the rear end of planting greenhouse。
The first import and export that edible fungi growth frame 11 passes through it are provided with mean between 6 and buffering between 7 between sterilizing, first import and export is provided with the middle gate 601 that can be used for sealing, rail 15 is positioned between sterilizing 6, between inoculation 12 and send out the part of 14 between bacterium and be arranged on floor, rail 15 be positioned between buffering 7 part, the side being arranged on middle gate 601 towards between sterilizing in 6。
Certainly, in actual application, it is possible to adopt the structure of sliding door, when adopting sliding door structure, rail 15 be positioned between buffering one section is also disposed on corresponding floor。
The lower end at foregate 4 and middle gate 601 is hinged respectively through respective jointed shaft the foot of a wall portion corresponding with planting greenhouse, and foregate 4 is connected with respective driving device respectively with the upper end at middle gate 601。
Specifically, foregate 4 is driven by the first driving device 5, and middle gate 601 is driven by the second driving device 17。
Under the driving of each automatic drive device, foregate 4 can import or be placed on ground to open front import to rotating outside between sterilizing 6 before rotatory sealing inside 6 around between the hinged axial sterilizing of oneself。
Middle gate 601 can around between the hinged axial sterilizing of oneself inside 6 rotatory sealing first import and export or rotate the ground being placed between buffering to open front import outside between sterilizing 6；After middle gate 601 is opened, rail section thereon is just with between sterilizing 6 and between inoculation, corresponding rail sections are connected mutually in 12。
Being respectively equipped with the second import and export and the 3rd import and export between 14 between 12 and a bacterium between 12 and between inoculation between 7 and inoculation between buffering, be provided with the first isolation flexible door curtain 8 at the second import and export, the 3rd import and export is provided with the second isolation flexible door curtain 13。
In present embodiment, first driving device 5 includes motor 501 and the reductor 503 with double output shaft being connected with motor-driven, the two ends of the double output shaft of reductor 503 are in transmission connection a winding drum 502 respectively, winding drum 502 is arranged with steel wire rope, one end of steel wire rope is fixing with winding drum 502 to be connected, and the other end is connected with foregate 4。Side in foregate 4 is towards between sterilizing 6 is provided with the linking rail 401 for being connected with rail 15 phase。
Adopt the driving device in present embodiment can realize the keying of foregate 4, manpower can be saved, and efficiency can be improved。
Practical application may be used without manpower and drive the opening and closing of foregate。
At foregate, linking rail 401 is set, not only conveniently edible bacteria growing frame 11 between sterilizing 6 with not shown being connected of culture medium of edible fungus bag preparation house, and between culture medium of edible fungus bag is completely into sterilizing after 6, linking rail 401 can be removed along with the closedown of foregate, will not take extra ground。
Being located at the middle gate 601 in the first exit, can adopt the type of drive identical with foregate 4, namely the second driving device can adopt the structure identical with the first driving device, repeats no more herein。
Present embodiment, between sterilizing, 6 adopt heat-preserving wall and roof insulating roof construction；Between buffering 7, between inoculation 12 and send out between bacterium 14 and all adopt metal framework structure, at the arranged outside plastic foil of metal framework structure as ceiling and body of wall。
Isolating first and be equipped with the opening for people's turnover on flexible door curtain 8 and the second isolation flexible door curtain 13, opening part can be arranged to the curtain sealed。
Being additionally provided with the bactericidal unit for the culture medium of edible fungus being placed between sterilizing in 6 carries out sterilizing, culture medium of edible fungus is placed on edible fungi growth frame 11, and after carrying out sterilizing in 6 between sterilizing, through between buffering, 7 enter between inoculation 12。
Bactericidal unit includes sterilization stove 1, and sterilization stove 1 is connected by between pipeline with sterilizing 6, also includes for 6 refrigerating plant lowered the temperature between the sterilizing after sterilizing。
Described sterilization stove 6 is electromagnetism steam generator, and described refrigerating plant includes the first blower fan 3 and the first defecator 2 being connected with fan inlet。
It is additionally provided with for carrying out thermoregulator second blower fan 10 and the second defecator 9 between inoculation 12。
Edible fungi growth frame 11 used by this utility model can adopt the edible fungi growth frame with road wheel structure, the structure of road wheel and rail 15 with the use of。That is, edible fungi growth frame both can be placed on rail 15 to rest between corresponding sterilizing 6, between inoculation 12 or send out between bacterium in 14, can also between sterilizing 6, between inoculation 12 and send out and carry out cross-docking between 14 between bacterium, it is not necessary to adopt the transfer car(buggy) and edible fungi growth frame that separate。
This utility model will be connected setting between sterilizing, between buffering, between inoculation and between a bacterium successively, and adopt between through sterilizing, between buffering, between inoculation and the rail sent out between bacterium and edible fungi growth frame that transhipment can be made directly carry out the plantation of edible fungi, foregate and middle gate adopt and drive the mode rotated to open and close, and the structure of linking rail is set on foregate, the culture medium of edible fungus bag got off bagging production line (not shown) is laid on the edible fungi growth frame being parked on foregate linking rail, is then pushed between sterilizing；After sterilizing, open being located at the middle gate of the first import and export to side between buffering, culture medium of edible fungus enters after between buffering on edible fungi growth frame between sterilizing, open the first isolation edible bacteria growing frame of flexible door curtain being located at the second import and export and enter between inoculation, after culture medium of edible fungus is inoculated between inoculation, importing and exporting to enter through the 3rd sends out between bacterium, carries out sending out bacterium sending out between bacterium。
Rear flexible door curtain 16 can be rolled as required, the edible fungi sent out between bacterium is aerated, or edible bacteria growing frame 11 therefrom transports。
Non-detailed portion all adopts prior art herein。
Claims (10)
1. a planting edible mushroom system, it is characterized in that: include a planting greenhouse, in planting greenhouse, linking is provided with between sterilizing (6) successively from front to back, between buffering (7), between inoculation between (12) and a bacterium (14), it is provided with through between sterilizing in planting greenhouse (6), between buffering (7), one or more pairs of rail (15) for the walking of edible bacteria growing frame (11) or placement edible fungi growth frame of (14) between (12) and a bacterium between inoculation, it is provided with mean for edible fungi growth frame (11) in the front end of planting greenhouse and enters the front import of (6) between sterilizing, it is provided with foregate (4) in front import department, the rear outlet that edible fungi growth frame (11) removes it is provided with mean in the rear end of planting greenhouse, the first import and export that edible fungi growth frame (11) passes through it are provided with mean between (6) and buffering between (7) between sterilizing, first import and export is provided with middle gate (601)；It is respectively equipped with the second import and export and the 3rd import and export between (14) between (12) and a bacterium between (12) and between inoculation between (7) and inoculation between buffering。
2. a kind of planting edible mushroom system according to claim 1, it is characterized in that: the lower end of foregate (4) is hinged by the jointed shaft of oneself the foot of a wall portion corresponding with planting greenhouse, foregate (4) is provided with the linking rail (401) for being connected mutually with rail (15) towards the side in (6) between sterilizing；The upper end of foregate (4) is connected with the first driving device (5), under the driving of the first driving device (5), foregate (4) can import or rotate to (6) outside between sterilizing and be placed on ground to open front import before (6) inner side rotatory sealing around between the hinged axial sterilizing of oneself。
3. a kind of planting edible mushroom system according to claim 2, it is characterized in that: described the first driving device (5) includes motor (501) and the reductor (503) with double output shaft being in transmission connection with motor (501), the two ends of the double output shaft of reductor (503) are in transmission connection a winding drum (502) respectively, winding drum is arranged with steel wire rope on (502), one end of steel wire rope is fixing with winding drum (502) to be connected, and the other end is connected with foregate (4)。
4. a kind of planting edible mushroom system according to claim 1 and 2, it is characterized in that: rail (15) is positioned between sterilizing between (6), inoculation (12) and send out the part of (14) between bacterium and be arranged on floor, rail (15) is positioned between buffering the part of (7), is arranged on middle gate (601) towards between sterilizing the side in (6)；The lower end of middle gate (601) is hinged by the jointed shaft of oneself the foot of a wall portion corresponding with planting greenhouse, the upper end of middle gate (601) is connected with the second driving device, under the driving of the second driving device, middle gate (601) (6) inner side rotatory sealing first can be imported and exported or rotate the ground being placed between buffering to open front import to (6) outside between sterilizing around between the hinged axial sterilizing of oneself；After middle gate (601) is opened, just with (6) between sterilizing with between inoculation, in (12), corresponding rail section is connected rail section thereon mutually。
5. a kind of planting edible mushroom system according to claim 1, it is characterized in that: rail (15) is positioned between sterilizing between (6), buffering between (7), inoculation (12) and send out the part of (14) between bacterium and be arranged on floor, and described middle gate is sliding door。
6. a kind of planting edible mushroom system according to any one of claim 1-3, it is characterised in that: import and export second and be respectively equipped with isolation flexible door curtain with the 3rd import and export；Flexible door curtain (16) after rear exit is provided with。
7. a kind of planting edible mushroom system according to claim 6, it is characterised in that: on described isolation flexible door curtain, it is provided with mean for the opening of people's turnover。
8. a kind of planting edible mushroom system according to any one of claim 1-3, it is characterised in that: it is additionally provided with the bactericidal unit for the culture medium of edible fungus being placed between sterilizing in (6) being carried out sterilizing。
9. a kind of planting edible mushroom system according to claim 8, it is characterized in that: described bactericidal unit includes sterilization stove (1), sterilization stove (1) is connected by (6) between pipeline with sterilizing, also includes the refrigerating plant for (6) between the sterilizing after sterilizing are lowered the temperature。
10. a kind of planting edible mushroom system according to claim 9, it is characterised in that: described sterilization stove (1) is electromagnetism steam generator, and described refrigerating plant includes the first blower fan (3) and the first defecator (2) being connected with the first fan inlet。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521017430.0U CN205320647U (en) | 2015-12-10 | 2015-12-10 | Domestic fungus system of planting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521017430.0U CN205320647U (en) | 2015-12-10 | 2015-12-10 | Domestic fungus system of planting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205320647U true CN205320647U (en) | 2016-06-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521017430.0U Expired - Fee Related CN205320647U (en) | 2015-12-10 | 2015-12-10 | Domestic fungus system of planting |
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| Country | Link |
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| CN (1) | CN205320647U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105340581A (en) * | 2015-12-10 | 2016-02-24 | 洛阳佳嘉乐农产品开发股份有限公司 | Edible fungi planting system |
-
2015
- 2015-12-10 CN CN201521017430.0U patent/CN205320647U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105340581A (en) * | 2015-12-10 | 2016-02-24 | 洛阳佳嘉乐农产品开发股份有限公司 | Edible fungi planting system |
| CN105340581B (en) * | 2015-12-10 | 2018-06-19 | 洛阳佳嘉乐农产品开发股份有限公司 | A kind of planting edible mushroom system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Edible fungi planting system Effective date of registration: 20180816 Granted publication date: 20160622 Pledgee: Hao Shuguang Pledgor: LUOYANG JIAJIALE AGRICULTURAL PRODUCTS DEVELOPMENT CO., LTD. Registration number: 2018990000681 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160622 Termination date: 20191210 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |