CN208047542U - Culture medium mixing screening plant - Google Patents
Culture medium mixing screening plant Download PDFInfo
- Publication number
- CN208047542U CN208047542U CN201820193148.5U CN201820193148U CN208047542U CN 208047542 U CN208047542 U CN 208047542U CN 201820193148 U CN201820193148 U CN 201820193148U CN 208047542 U CN208047542 U CN 208047542U
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- China
- Prior art keywords
- culture medium
- mixing
- mesh screen
- coating colors
- spiral bar
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Abstract
The utility model is related to a kind of culture medium mixing screening plants, it includes batch mixing component, screening batch mixing component and is connected to batch mixing component and screens the feeding material component between batch mixing component；Batch mixing component include hold the mixing tank for coating colors of culture medium and in mixing tank for coating colors and stir culture base rabbling mechanism A；The center of mixing tank for coating colors sidewall bottom is equipped with discharge port, and the discharge outlet is equipped with switching door；It includes the fine fodder slot extended along the longitudinal direction, in fine fodder slot and the rabbling mechanism B of stir culture base, the mesh screen disk being set up in above fine fodder slot and the transmission component for connecting and driving mesh screen disk to move forward and backward with mesh screen disk to screen batch mixing component；The two sides of fine fodder slot are respectively equipped with guide rail, and the bottom surface of the mesh screen disk is equipped with the idler wheel coordinated with guide rail；The feed end of feeding material component is located at the discharge outlet of mixing tank for coating colors, and discharge end is located at the top of mesh screen disk, which integrates culture medium mixing, conveying, screening, and culture medium can be made quickly, to be adequately uniformly mixed.
Description
Technical field
The utility model is related to a kind of culture medium mixing screening plants.
Background technology
Edible mushroom of today mostly uses culture medium and is cultivated, and needs after stirring evenly the base-materials such as sawdust, wheat product, straw
Put into polybag in, after carried out after high temperature and pressure, inoculation culture grow edible mushroom.However, existing culture medium of edible fungus
Fully some bigger materials present in base-material or big wooden unit can not be isolated for agitating device so that after mixing
Remaining bigger material or big wooden unit in culture medium, when such compost carries out bagging operations, wooden unit can destroy bacterium bag bag,
Reduce the productivity of edible mushroom.In addition, there is also following technical problems for traditional culture medium of edible fungus agitating device：Stirring thing
It is easy to exist that stirring dead angle, mixing is uneven, insufficient in the material short time, culture medium is easily adhered in mixing tank for coating colors inner wall when material
On, mixing efficiency is low；The culture medium discharging mixed is not thorough, discharge inconvenience, and then influences production efficiency.
Invention content
The purpose of this utility model is to provide a kind of culture medium mixing integrating culture medium mixing, conveying, screening
Screening plant.
The purpose of this utility model is achieved through the following technical solutions：A kind of culture medium mixing screening plant, it includes mixed
Material component, screening batch mixing component and the feeding material component being connected between batch mixing component and screening batch mixing component；
The batch mixing component includes the mixing tank for coating colors extended along the longitudinal direction and the rabbling mechanism A in mixing tank for coating colors；Institute
The sidewall bottom for stating mixing tank for coating colors is equipped with discharge port, and the discharge outlet is equipped with switching door；
The screening batch mixing component includes the fine fodder slot extended along the longitudinal direction, in fine fodder slot and stir culture base
Rabbling mechanism B, the mesh screen disk being set up in above fine fodder slot and the transmission for connecting and driving mesh screen disk to move forward and backward with mesh screen disk
Mechanism；The two sides of the fine fodder slot are respectively equipped with guide rail, and the bottom surface of the mesh screen disk is equipped with the idler wheel coordinated with guide rail；
The feed end of the feeding material component is located at the discharge outlet of mixing tank for coating colors, and the discharge end of feeding material component is located at mesh screen disk
Top.
For the prior art, the utility model has the advantage of：The culture medium mixing screening plant of the utility model
Integrate culture medium mixing, conveying, screening, culture medium can be made quickly, to be adequately uniformly mixed, mixed culture medium warp
Feeding material component is sent into screening batch mixing component, and screening batch mixing component can be by remaining bigger material or big wooden unit in mixing wild Oryza species
It screens out and is further mixed culture medium, the culture medium after just mixing, screening, remix is more conducive to the life of mycelia
It is long, to greatly improve the yield of edible mushroom.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the utility model batch mixing component.
Fig. 3 is the rearview of Fig. 2.
Fig. 4 is the internal structure schematic diagram of the utility model mixing tank for coating colors.
Fig. 5 is the structural schematic diagram of the utility model screening batch mixing component.
Fig. 6 is the internal structure schematic diagram of the utility model fine fodder slot.
Label declaration：1 mixing tank for coating colors, 1-1 switching doors, 2 shaft A, 3 spiral bar A, 3-1 along spiral bar A, 3-2 against spiral bar A,
4 scraper paddle A, 5 actuator A, 6-1 chute feeders, 6-2 feeding belts, 6-3 driving units, 7 flase floors, 8-1 feed pipes, 8-2 supply water
Pond, 8-3 hole for water sprayings, 9 conveying blade A, 10 fine fodder slots, 10-1 guide rails, 11 mesh screen disks, 12 idler wheels, 13 shaft B, 14 spiral bar B,
14-1 is along spiral bar B, 14-2 against spiral bar B, 15 scraper paddle B, 16 actuator B, 17 conveying blade B, 18 motor A, 19 turntables, 20
Drive link, 21 belt pulley A, 22 belt pulley B, 23 belts.
Specific implementation mode
The utility model content is described in detail with embodiment with reference to the accompanying drawings of the specification：
It is a kind of embodiment schematic diagram of culture medium mixing screening plant provided by the utility model as shown in Figures 1 to 6.
A kind of culture medium mixing screening plant, it includes batch mixing component, screening batch mixing component and is connected to batch mixing component
With the feeding material component between screening batch mixing component；
The batch mixing component includes the mixing tank for coating colors 1 extended along the longitudinal direction and the rabbling mechanism A in mixing tank for coating colors 1；
The center of 1 sidewall bottom of the mixing tank for coating colors is equipped with discharge port, and the discharge outlet is equipped with switching door 1-1；
The screening batch mixing component includes the fine fodder slot 10 extended along the longitudinal direction, the rabbling mechanism in fine fodder slot 10
B, the transmission mechanism for being set up in the mesh screen disk 11 of 10 top of fine fodder slot and mesh screen disk 11 being driven to move forward and backward；The fine fodder slot 10
Two sides be respectively equipped with guide rail 10-1, the bottom surface of the mesh screen disk 11 is equipped with the idler wheel 12 with guide rail 10-1 cooperations；
The feed end of the feeding material component is located at the discharge outlet of mixing tank for coating colors 1, and the discharge end of feeding material component is located at mesh screen disk
11 top.
The device is in use, culture medium is poured into mixing tank for coating colors 1, and then startup rabbling mechanism A, waits for that culture medium stirring is abundant
Later, switching door 1-1 is opened, allows first mixed culture medium to fall into the feed end of feeding material component, the culture medium just mixed is through sending
Expect component transmission, falls into mesh screen disk 11, mesh screen disk 11 is moved forward and backward under the action of transmission mechanism, to the culture medium just mixed
It is screened, removes bigger material or big wooden unit, the culture medium after screening are remixed under the action of rabbling mechanism B.Through
Just mix, screen, remix after culture medium be more conducive to the growth of mycelia, to greatly improve the yield of edible mushroom.
1 section of the mixing tank for coating colors is arc-shaped；The rabbling mechanism A includes being set in mixing tank for coating colors 1 and prolonging along the longitudinal direction
The shaft A2 that stretches, spiral surrounding are in the spiral bar A3, on spiral bar A3 and axially parallel with shaft A2 outside shaft A2
The scraper paddle A4 and actuator A5 of drive shaft A2 rotations；
The spiral bar A3 point is positioned at first half and in left-handed suitable spiral bar A3-1 and positioned at latter half of and in right
The inverse spiral bar A3-2 of rotation；
A3 points of spiral bar is along spiral bar A3-1 and inverse spiral bar A3-2 so that shaft A2 is in rotating forward, reversion alternate rotation
When, culture medium can adequately be shaken loose, it is abundant to mix culture medium.
It is connected between the spiral bar A3 and shaft A2 and the axial perpendicular conveying blade A9 of shaft A2.Conveying blade
A9 setting convenient for culture medium conveying with mix.
The scraper paddle A4 can be scraped covering in the culture medium on mixing tank for coating colors inner wall, while being stirred and being located at batch mixing groove angle
The culture medium fallen, therefore rabbling mechanism A also has the advantages that not staying batch mixing dead angle.
The actuator A5 can be driving motor A；
In mix stages at the beginning of culture medium, shaft A2 can be controlled by driving motor A and rotates forward, invert alternately, is turned
Culture medium is toward two end motions of mixing tank for coating colors 1 when axis A2 is rotated forward, and culture medium is converged toward the middle part of mixing tank for coating colors 1 when shaft A2 is inverted, by
This, which moves in circles, realizes being sufficiently mixed for culture medium.After culture medium mixing is abundant, it is anti-that shaft A2 is controlled by driving motor A
Turn, the middle part of culture basal orientation mixing tank for coating colors 1 is allowed to converge, switching door 1-1 is opened in convergence afterwards to a certain degree, and culture medium falls into feeding group
Part is sent into the mesh screen disk 11 of screening batch mixing component by feeding material component and is screened.
The transmission mechanism includes being driven by motor A18 and being set to the turntable 19 of 11 front side of mesh screen disk and be connected to mesh screen
Drive link 20 between disk 11 and turntable 19；One end bias of the drive link 20 is articulated on turntable 19, drive link 20 it is another
One end is connect with mesh screen disk 11；As shown, motor A18 is rotated by one belt pulley A21 of control, belt pulley A21 passes through a skin
Band 23 drives belt pulley B22 rotations, and belt pulley B22 rotations drive turntable 19 to rotate, and then control mesh screen disk 11 and move forward and backward.
The section of the fine fodder slot 10 is arc-shaped；The rabbling mechanism B includes being set in fine fodder slot 10 and along front and back
To the shaft B13 of extension, spiral surrounding in outside shaft B13 spiral bar B14, be set to spiral bar B14 it is upper and with shaft B13 axial directions
The actuator B16 of parallel scraper paddle B15 and drive shaft B13 rotations；
The spiral bar B14 point is positioned at first half and in left-handed suitable spiral bar B14-1 and positioned at latter half of and be in
The inverse spiral bar B14-2 of dextrorotation；
It is connected between the spiral bar B14 and shaft B13 and the axial perpendicular conveying blade B17 of shaft B13.
Actuator B16 can be driving motor B.
Scraper paddle B15 and scraper paddle A4 effects having the same.
Rabbling mechanism B and rabbling mechanism A effects having the same.Mesh screen disk 11 can will mix during moving forward and backward
The culture medium that material component just mixes is screened, and the bigger material contained in culture medium is screened out.Culture medium through screening falls into fine fodder
Slot 10 is remixed, and during culture medium remixes, shaft B13 can be controlled by driving motor B and rotated forward, inverted and alternately transport
Make, culture medium is toward two end motions of fine fodder slot 10 when shaft B13 is rotated forward, and culture medium is into fine fodder slot 10 when shaft B13 is inverted
Portion moves, and thus moves in circles and realizes fully remixing for culture medium.The center of 10 sidewall bottom of fine fodder slot can also be set
There are the both ends of 10 sidewall bottom of discharge port B or fine fodder slot that can be respectively equipped with discharge port B, the culture after being remixed convenient for output
Base.
The feeding material component includes chute feeder 6-1, the feeding belt 6-2 in chute feeder 6-1 and driving feeding skin
Driving unit 6-3 with 6-2 movements；The feed end of the chute feeder 6-1 is located at the discharge outlet of mixing tank for coating colors 1, chute feeder 6-1's
Discharge end is located at the top of mesh screen disk 11.As shown in Figure 1：The driving unit 6-3 includes motor B, two belt pulleys, described to send
Material belt 6-2 is set around on two belt pulleys, and the motor B drives one of pulley rotation.
The switching door 1-1 is electric folding door 1-1.
It further includes the water supply mechanism for being set to 1 top of mixing tank for coating colors.
The water supply mechanism includes feed cistern 8-2 and the feed pipe 8-1 of water pump is connected to and carried with feed cistern 8-2；Institute
Feed pipe 8-1 is stated set on 1 top of mixing tank for coating colors and is extended along the longitudinal direction, is spaced from front to back on the tube wall of the feed pipe 8-1
Equipped with several hole for water sprayings 8-3.
Culture medium will appear exsiccosis often in first mixed process, and the setting of water supply mechanism can be according to actual needs
Moisturizing is carried out to culture medium.
Although culture medium after moisturizing is susceptible to caking phenomenon, but the culture medium to lump is in the work of rabbling mechanism A
Under, can quickly it be shaken loose.Therefore, the mutual cooperation of water compensation mechanism and rabbling mechanism A can realize the quick moisturizing of culture medium
And be not in caking phenomenon.
1 upper cover of the mixing tank for coating colors is equipped with flase floor 7.The mixing tank for coating colors 1 can be set on earth's surface hereinafter, the setting of flase floor 7
It can prevent worker from being fallen into during pouring into culture medium into mixing tank for coating colors 1 in mixing tank for coating colors 1, and bulk can be prevented and be not easy
The culture medium shaken loose is fallen into mixing tank for coating colors 1.
Claims (8)
1. a kind of culture medium mixing screening plant, it is characterised in that：It includes batch mixing component, screening batch mixing component and is connected to
Feeding material component between batch mixing component and screening batch mixing component；
The batch mixing component includes the mixing tank for coating colors (1) extended along the longitudinal direction and the rabbling mechanism A in mixing tank for coating colors (1)；
The sidewall bottom of the mixing tank for coating colors (1) is equipped with discharge port, and the discharge outlet is equipped with switching door (1-1)；
The screening batch mixing component includes the fine fodder slot (10) extended along the longitudinal direction, the rabbling mechanism in fine fodder slot (10)
B, the transmission mechanism that the mesh screen disk (11) and driving mesh screen disk (11) being set up in above fine fodder slot (10) move forward and backward；The essence
The two sides of hopper (10) are respectively equipped with guide rail (10-1), and the bottom surface of the mesh screen disk (11) is equipped with to be coordinated with guide rail (10-1)
Idler wheel (12)；
The feed end of the feeding material component is located at the discharge outlet of mixing tank for coating colors (1), and the discharge end of feeding material component is located at mesh screen disk
(11) top.
2. culture medium mixing screening plant according to claim 1, it is characterised in that：Mixing tank for coating colors (1) section is in circle
Arc；The rabbling mechanism A include be set to mixing tank for coating colors (1) in and extend along the longitudinal direction shaft A (2), spiral surrounding in turn
The outer spiral bar A (3) of axis A (2), be set on spiral bar A (3) and with the axial parallel scraper paddle A (4) of shaft A (2) and drive
The actuator A (5) of turn axis A (2) rotations；
The spiral bar A (3) is divided into positioned at first half and in left-handed suitable spiral bar A (3-1) and positioned at latter half of and in right
The inverse spiral bar A (3-2) of rotation；
It is connected between the spiral bar A (3) and shaft A (2) and the axial perpendicular conveying blade A (9) of shaft A (2).
3. culture medium mixing screening plant according to claim 1, it is characterised in that：The transmission mechanism includes by motor
A (18) drivings and the turntable (19) being set on front side of mesh screen disk (11) and the biography being connected between mesh screen disk (11) and turntable (19)
Lever (20)；One end bias of the drive link (20) is articulated on turntable (19), the other end and the mesh screen disk of drive link (20)
(11) it connects.
4. culture medium mixing screening plant according to claim 1, it is characterised in that：The section of the fine fodder slot (10) is in
It is arc-shaped；The rabbling mechanism B includes being set to shaft B (13), the spiral surrounding extended in fine fodder slot (10) and along the longitudinal direction
In the outer spiral bar B (14) of shaft B (13), be set on spiral bar B (14) and with the axial parallel scraper paddle B of shaft B (13)
(15) and drive shaft B (13) rotation actuator B (16)；
The spiral bar B (14) is divided into positioned at first half and in left-handed suitable spiral bar B (14-1) and positioned at latter half of and be in
The inverse spiral bar B (14-2) of dextrorotation；
It is connected between the spiral bar B (14) and shaft B (13) and the axial perpendicular conveying blade B (17) of shaft B (13).
5. culture medium mixing screening plant according to claim 1, it is characterised in that：The feeding material component includes chute feeder
Driving unit (the 6- that (6-1), the feeding belt (6-2) being set in chute feeder (6-1) and driving feeding belt (6-2) move
3)；The feed end of the chute feeder (6-1) is located at the discharge outlet of mixing tank for coating colors (1), and the discharge end of chute feeder (6-1) is located at mesh screen
The top of disk (11).
6. culture medium mixing screening plant according to claim 1, it is characterised in that：The switching door (1-1) is electronic
Switching door (1-1).
7. the culture medium mixing screening plant according to claim 1-6 any one, it is characterised in that：It further includes being set to
Water supply mechanism above mixing tank for coating colors (1).
8. culture medium mixing screening plant according to claim 7, it is characterised in that：The water supply mechanism includes feed cistern
(8-2) and the feed pipe (8-1) that water pump is connected to and carried with feed cistern (8-2)；The feed pipe (8-1) is set to mixing tank for coating colors
(1) extend above and along the longitudinal direction, several hole for water sprayings are equipped at intervals with from front to back on the tube wall of the feed pipe (8-1)
(8-3)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820193148.5U CN208047542U (en) | 2018-02-05 | 2018-02-05 | Culture medium mixing screening plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820193148.5U CN208047542U (en) | 2018-02-05 | 2018-02-05 | Culture medium mixing screening plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208047542U true CN208047542U (en) | 2018-11-06 |
Family
ID=63993968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820193148.5U Expired - Fee Related CN208047542U (en) | 2018-02-05 | 2018-02-05 | Culture medium mixing screening plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208047542U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109328749A (en) * | 2018-11-23 | 2019-02-15 | 福建禾丰种业股份有限公司 | Seedlings nursing plate Nutrient medium quantifies laying apparatus |
| CN109349065A (en) * | 2018-11-23 | 2019-02-19 | 福建禾丰种业股份有限公司 | Seedlings nursing plate Nutrient medium is laid with seeding system |
-
2018
- 2018-02-05 CN CN201820193148.5U patent/CN208047542U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109328749A (en) * | 2018-11-23 | 2019-02-15 | 福建禾丰种业股份有限公司 | Seedlings nursing plate Nutrient medium quantifies laying apparatus |
| CN109349065A (en) * | 2018-11-23 | 2019-02-19 | 福建禾丰种业股份有限公司 | Seedlings nursing plate Nutrient medium is laid with seeding system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181106 Termination date: 20210205 |