CN110337946A - A kind of device and its working method of environment-friendly type kind planting submerged plant - Google Patents
A kind of device and its working method of environment-friendly type kind planting submerged plant Download PDFInfo
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- CN110337946A CN110337946A CN201910746126.6A CN201910746126A CN110337946A CN 110337946 A CN110337946 A CN 110337946A CN 201910746126 A CN201910746126 A CN 201910746126A CN 110337946 A CN110337946 A CN 110337946A
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- mobile
- copper
- core type
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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
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/02—Receptacles, e.g. flower-pots or boxes; Glasses for cultivating flowers
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- Cultivation Of Plants (AREA)
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Abstract
The invention discloses the devices and its working method of a kind of environment-friendly type kind planting submerged plant, including cultivation shell.The present invention can be according to the intensity of pressure between helical spring elasticity and air, the internal maximum amount of liquid of control, to play the role of controlling internal liquid pressure, submerged plant living environment is controlled, environment is optimized, it is more conducive to the growth of submerged plant, simultaneously, the device can control most suitable amount of liquid, wasting phenomenon will not be caused to liquid, with capability of environmental protection, and, the device has inner sealing installing type gas-liquid division mechanism, gas and liquid can be split, simultaneously, so that the pressure between two segmentation interfaces has linkage, realize pressure control, furthermore, the device has the mobile conductive mechanism of the first copper open-core type component, it enables in internal part moving process, with conducting function, in addition, the device has piston sealed mobile conducting arrangement, realize that electric power connects The on and off effect of opening.
Description
Technical field
The present invention relates to submerged plant culture technique field, the device of specially a kind of environment-friendly type kind planting submerged plant and its
Working method.
Background technique
Currently, can't do without the cultivation of submerged plant, the device of existing submerged plant cultivation is simple in stock growing place
Liquid storage pool, the submerged plant of bottom is cultivated, but this method for plant bear hydraulic pressure ability can not determine, shadow
Ring the best life style of plant.
Summary of the invention
The purpose of the present invention is to provide the devices and its working method of a kind of environment-friendly type kind planting submerged plant, on solving
State the problem of proposing in background technique.
To achieve the above object, the invention provides the following technical scheme: a kind of device of environment-friendly type kind planting submerged plant, packet
Cultivation shell is included, the cultivation housing center is provided with fluid storage space, and the cultivation interior of shell is provided with connection liquid
The end of the main drainage hole of one side bottom of storage space, the main drainage hole is installed by one drainage pipeline connectivity port, the cultivation
Interior of shell is provided with the main inlet opening at the top of connection fluid storage space side, and one end of the main inlet opening is provided with into water
Conduit connection end mouth, the cultivation shell is outside the cylindricality that the bottom for being located at the main drainage hole side is provided with integral structure
Shell structure, the cylindrical outer cover inside configuration are provided with cylindrical hollow structure, and the inside of the cylindrical hollow structure is installed in one
Portion seals installing type gas-liquid division mechanism, and an end face of the cylindrical hollow structure is provided centrally with primary air flow orifice, described
One end of primary air flow orifice is provided with component installation space, and the cultivation shell is internally provided with connection free surrounding space and portion
The primary inlet port of part installation space, and a valve inside, the top of the component installation space are installed in the inside of the primary inlet port
It is provided with secondary member mounting holes, the side that the cultivation shell is located at the secondary member mounting holes is sequentially installed with the from bottom to up
One copper open-core type component moves the mobile conductive mechanism of conductive mechanism, the second copper open-core type component and third copper open-core type portion
Part moves conductive mechanism, is provided with air reserved space, the side of the air reserved space at the top of the pair member mounting holes
Face is provided with the air flow hole of connection free surrounding space, and the inside of the pair member mounting holes is installed a piston sealed movement and led
Body mechanism, and a tensional state is installed between the piston sealed mobile conducting arrangement bottom and component installation space bottom surface
Principal screw spring, the mobile conductive machine of the mobile conductive mechanism of the first copper open-core type component, the second copper open-core type component
Structure passes through the first conducting wire, the second conducting wire with the mobile conductive mechanism of third copper open-core type component respectively and connects first with privates
Binding post, the second binding post and third binding post, and one end peace of first binding post, the second binding post and third binding post
Mounted in the side of cultivation shell.
Further, the inner sealing installing type gas-liquid division mechanism includes inner sealing installing type gas-liquid division mechanism
It is rolled over annular outer cover, inner sealing installing type gas-liquid division mechanism centre bore and inner sealing installing type gas-liquid division mechanism
Folded shape gas mould；Inner sealing installation is provided centrally with inside the inner sealing installing type gas-liquid division mechanism annular outer cover
Formula gas-liquid division mechanism centre bore, the inner sealing installing type gas-liquid division mechanism annular outer cover are being located at the inside
The inside for sealing installing type gas-liquid division mechanism centre bore is installed by one inner sealing installing type gas-liquid division mechanism folding shape
Gas mould.
Further, the inner sealing installing type gas-liquid division mechanism is mounted on cylindrical hollow structure with annular outer cover
It is internal.
Further, the mobile conductive mechanism of the first copper open-core type component is mobile including the first copper open-core type component
Conductive mechanism copper annular solid, the first copper open-core type component mobile conductive mechanism moving hole, the first copper open-core type portion
The mobile conductive mechanism of part guides the mobile conductive mechanism top tapered of mobile space, the first copper open-core type component with bottom pyramidal
Guide mobile space and the mobile conductive mechanism conducting wire mounting hole of the first copper open-core type component；The first copper open-core type portion
The mobile conductive mechanism of part is provided with the mobile conductive mechanism movement of the first copper open-core type component with copper annular solid inside center
Hole, the inside of the mobile conductive mechanism copper annular solid of the first copper open-core type component is hollow positioned at first copper
The bottom end and top of the mobile conductive mechanism moving hole of formula component are respectively arranged with the mobile conductive machine of the first copper open-core type component
Structure bottom pyramidal guides mobile space and the mobile conductive mechanism top tapered guidance of the first copper open-core type component mobile empty
Between, the mobile conductive mechanism of the first copper open-core type component is provided with the first copper open-core type with copper annular solid outer side center
Component moves conductive mechanism conducting wire mounting hole.
Further, the structure radius and secondary component of the mobile conductive mechanism moving hole of the first copper open-core type component
The structure radius of mounting hole is identical, is equipped with inside the mobile conductive mechanism conducting wire mounting hole of the first copper open-core type component
The bare wire head of first conducting wire one end.
Further, the mobile conductive mechanism of the first copper open-core type component, the movement of the second copper open-core type component are led
Motor structure and the mobile conductive mechanism structure of third copper open-core type component are identical as size.
Further, the mobile conductive mechanism of the second copper open-core type component and the movement of third copper open-core type component are led
Conducting wire mounting hole in motor structure is separately installed with the bare wire head of the second binding post and third binding post one end.
Further, the piston sealed mobile conducting arrangement includes piston sealed mobile conducting arrangement piston
Valve, piston sealed mobile conducting arrangement tapered guide moving structure, piston sealed mobile conducting arrangement are with first annular
Groove structure, piston sealed mobile conducting arrangement second annular groove structure, piston sealed mobile conducting arrangement are with
One sealing ring, the second sealing ring of piston sealed mobile conducting arrangement, piston sealed mobile conducting arrangement copper cylinder,
Piston sealed mobile conducting arrangement bottom leg copper rod structure and piston sealed mobile conducting arrangement top branch copper
Rod structure；The piston sealed mobile conducting arrangement is provided with piston sealed with its integral structure with piston valve one end
Conducting arrangement tapered guide moving structure is moved, upper bit point under the side of piston sealed mobile conducting arrangement piston valve
It is not provided with piston sealed mobile conducting arrangement first annular groove structure and piston sealed mobile conducting arrangement with
Second ring groove structure, and piston sealed mobile conducting arrangement first annular groove structure and piston sealed mobile conductor
Mechanism is separately installed with piston sealed mobile conducting arrangement the first sealing ring and work with the inside of second annular groove structure
The second sealing ring of sealed movable conducting arrangement is filled in, the piston sealed mobile conducting arrangement is pacified with piston valve inside center
Fill a piston sealed mobile conducting arrangement copper cylinder, the bottom of the piston sealed mobile conducting arrangement copper cylinder
End and top are respectively arranged with the piston sealed mobile conducting arrangement bottom leg copper rod structure and piston of integral structure
Sealed movable conducting arrangement top branch copper rod structure, and the piston sealed mobile conducting arrangement bottom leg copper
The body of rod at rod structure and piston sealed mobile conducting arrangement top branch copper rod structure both ends is located at described piston sealed
The outside of mobile conducting arrangement piston valve side.
Further, piston sealed mobile conducting arrangement the bottom leg copper rod structure and piston sealed movement
Conducting arrangement is identical with the lateral length of top branch copper rod structure, and moves conductive mechanism with the first copper open-core type component
It is identical with the diameter of moving hole, and the piston sealed mobile conducting arrangement bottom leg copper rod structure and piston sealed
Fore-and-aft distance of the mobile conducting arrangement between top branch copper rod structure is greater than the mobile conductive machine of the first copper open-core type component
Two adjacent mechanisms in the mobile conductive mechanism of structure, the second copper open-core type component and the mobile conductive mechanism of third copper open-core type component
The distance between.
Compared with prior art, the beneficial effects of the present invention are: the present invention can according to helical spring elasticity and air it
Between the intensity of pressure, the internal maximum amount of liquid of control is raw to submerged plant to play the role of controlling internal liquid pressure
Dis environment is controlled, and is optimized to environment, and the growth of submerged plant is more conducive to, meanwhile, which can control most
Suitable amount of liquid will not cause wasting phenomenon to liquid, have capability of environmental protection, moreover, the device is installed with inner sealing
Formula gas-liquid division mechanism, can be split gas and liquid, meanwhile, so that the pressure between two segmentation interfaces has linkage
Property, it realizes pressure control, in addition, the device has the mobile conductive mechanism of the first copper open-core type component, enables to internal portion
In part moving process, there is conducting function, in addition, the device has piston sealed mobile conducting arrangement, it can be mobile
In the process, electrical connections and disconnection effect are realized.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of the device of environment-friendly type kind planting submerged plant of the present invention；
Fig. 2 is that the structure of inner sealing installing type gas-liquid division mechanism in a kind of dress of environment-friendly type kind planting submerged plant of the present invention is shown
It is intended to；
Fig. 3 is the mobile conductive mechanism of the first copper open-core type component in a kind of device of environment-friendly type kind planting submerged plant of the present invention
Structural schematic diagram；
Fig. 4 is the structural representation of piston sealed mobile conducting arrangement in a kind of device of environment-friendly type kind planting submerged plant of the present invention
Figure；
In figure: 1, cultivation shell, 2, fluid storage space, 3, main drainage hole, 4, drainage pipeline connectivity port, 5, main inlet opening,
6, water inlet line connectivity port, 7, cylindrical outer cover structure, 8, cylindrical hollow structure, 9, inner sealing installing type gas-liquid separate machine
Structure, 91, inner sealing installing type gas-liquid division mechanism annular outer cover, 92, inner sealing installing type gas-liquid division mechanism use in
Heart hole, 93, inner sealing installing type gas-liquid division mechanism is installed empty with shape gas mould, 10, primary air flow orifice, 11, component is folded
Between, 12, primary inlet port, 13, valve inside, 14, secondary member mounting holes, 15, the mobile conductive mechanism of the first copper open-core type component,
151, the mobile conductive mechanism copper annular solid of the first copper open-core type component, the mobile conduction of the 152, first copper open-core type component
Mechanism moving hole, the 153, first copper open-core type component mobile conductive mechanism bottom pyramidal guidance mobile space, 154, the
One copper open-core type component mobile conductive mechanism top tapered guides mobile space, and the 155, first copper open-core type component is mobile
Conductive mechanism conducting wire mounting hole, 16, the second copper open-core type component mobile conductive mechanism, 17, third copper open-core type component
Mobile conductive mechanism, 18, piston sealed mobile conducting arrangement, 181, piston sealed mobile conducting arrangement piston valve,
182, piston sealed mobile conducting arrangement tapered guide moving structure, 183, piston sealed mobile conducting arrangement is with first
Circular groove structure, 184, piston sealed mobile conducting arrangement second annular groove structure, 185, piston sealed movement
The first sealing ring of conducting arrangement, 186, the second sealing ring of piston sealed mobile conducting arrangement, 187, piston sealed shifting
Moving-conductor mechanism copper cylinder, 188, piston sealed mobile conducting arrangement bottom leg copper rod structure, 189, piston is close
Envelope formula movement conducting arrangement top branch copper rod structure, 19, principal screw spring, 20, the first conducting wire, 21, the second conducting wire, 22,
Privates, 23, the first binding post, 24, the second binding post, 25, third binding post, 26, air reserved space, 27, air stream
Dynamic hole.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: including cultivating shell 1,1 center of the cultivation shell setting
There is fluid storage space 2, the cultivation shell 1 is internally provided with the main drainage hole 3 of connection 2 one side bottom of fluid storage space,
A drainage pipeline connectivity port 4 is installed in the end of the main drainage hole 3, and the cultivation shell 1 is internally provided with connection liquid storage
The main inlet opening 5 of 2 one lateral roof of space is deposited, one end of the main inlet opening 5 is provided with water inlet line connectivity port 6, described to support
It grows shell 1 and the bottom for being located at main 3 side of drainage hole is provided with the cylindrical outer cover structure 7 of integral structure, the cylindricality
Shell mechanism 7 is internally provided with cylindrical hollow structure 8, and an inner sealing installing type is installed in the inside of the cylindrical hollow structure 8
Gas-liquid division mechanism 9, an end face of the cylindrical hollow structure 8 are provided centrally with primary air flow orifice 10, the main air flow
The one end in dynamic hole 10 is provided with component installation space 11, and the cultivation shell 1 is internally provided with connection free surrounding space and component
The primary inlet port 12 of installation space 11, and a valve inside 13, the component installation space are installed in the inside of the primary inlet port 12
11 top is provided with secondary member mounting holes 14, and the cultivation shell 1 is being located at the side of the secondary member mounting holes 14 under
It is supreme to be sequentially installed with the mobile conductive mechanism 15 of the first copper open-core type component, the mobile conductive mechanism of the second copper open-core type component
16 and the mobile conductive mechanism 17 of third copper open-core type component, the top of the pair member mounting holes 14 be provided with air and leave a blank in advance
Between 26, the side of the air reserved space 26 be provided with connection free surrounding space air flow hole 27, it is described pair component installation
A piston sealed mobile conducting arrangement 18 is installed in the inside in hole 14, and piston sealed mobile 18 bottom of conducting arrangement and
The principal screw spring 19 of one tensional state is installed, the first copper open-core type component moves between 11 bottom surface of component installation space
The mobile conductive mechanism 16 of moving conductive mechanism 15, the second copper open-core type component and the mobile conductive mechanism of third copper open-core type component
17 connect the first binding post 23, the second binding post 24 and the by the first conducting wire 20, the second conducting wire 21 and privates 22 respectively
Three binding posts 25, and one end of first binding post 23, the second binding post 24 and third binding post 25 is mounted on cultivation shell 1
Side.
Referring to Fig. 2, the inner sealing installing type gas-liquid division mechanism 9 includes inner sealing installing type gas-liquid separate machine
Structure annular outer cover 91, inner sealing installing type gas-liquid division mechanism centre bore 92 and inner sealing installing type gas-liquid separate machine
Structure folding shape gas mould 93；Being provided centrally with inside the inner sealing installing type gas-liquid division mechanism annular outer cover 91 is interior
Portion seals installing type gas-liquid division mechanism centre bore 92, the inner sealing installing type gas-liquid division mechanism annular outer cover 91
One inner sealing installing type gas-liquid is installed in the inside for being located at inner sealing installing type gas-liquid division mechanism centre bore 92
Division mechanism folding shape gas mould 93；The inner sealing installing type gas-liquid division mechanism annular outer cover 91 is mounted in cylindricality
The inside of hollow structure 8.
Referring to Fig. 3, the mobile conductive mechanism 15 of the first copper open-core type component includes the first copper open-core type component
Mobile conductive mechanism copper annular solid 151, the first copper open-core type component mobile conductive mechanism moving hole 152, the first bronze medal
Open-core type component processed mobile conductive mechanism bottom pyramidal guides mobile space 153, the first copper open-core type component mobile conductive
Mechanism top tapered guides mobile space 154 and the mobile conductive mechanism conducting wire mounting hole 155 of the first copper open-core type component；
The mobile conductive mechanism of the first copper open-core type component is provided with the first copper open-core type with 151 inside center of copper annular solid
Component moves conductive mechanism moving hole 152, the mobile conductive mechanism copper annular solid 151 of the first copper open-core type component
Inside be respectively set with the bottom end of moving hole 152 and top being located at the mobile conductive mechanism of the first copper open-core type component
There are the mobile conductive mechanism bottom pyramidal guidance mobile space 153 of the first copper open-core type component and the first copper open-core type component
Mobile conductive mechanism top tapered guides mobile space 154, the mobile conductive mechanism copper of the first copper open-core type component
151 outer side center of annular solid processed is provided with the mobile conductive mechanism conducting wire mounting hole 155 of the first copper open-core type component；Described
The structure radius phase of the structure radius and secondary member mounting holes 14 of the mobile conductive mechanism moving hole 152 of one copper open-core type component
Together, 23 one end of the first conducting wire is installed inside the mobile conductive mechanism conducting wire mounting hole 155 of the first copper open-core type component
Bare wire head；The mobile conductive mechanism 15 of the first copper open-core type component, the mobile conductive mechanism of the second copper open-core type component
16 and mobile 17 structure of conductive mechanism of third copper open-core type component it is identical as size；The second copper open-core type component is mobile
Conducting wire mounting hole in conductive mechanism 16 and the mobile conductive mechanism 17 of third copper open-core type component is separately installed with the second wiring
The bare wire head of 25 one end of column 24 and third binding post.
Referring to Fig. 4, the piston sealed mobile conducting arrangement 18 includes that piston sealed mobile conducting arrangement is lived
Plug valve 181, piston sealed mobile conducting arrangement tapered guide moving structure 182, piston sealed mobile conducting arrangement are used
First annular groove structure 183, piston sealed mobile conducting arrangement second annular groove structure 184, piston sealed shifting
The first sealing ring 185 of moving-conductor mechanism, piston sealed mobile conducting arrangement the second sealing ring 186, piston sealed shifting
Moving-conductor mechanism copper cylinder 187, piston sealed mobile conducting arrangement bottom leg copper rod structure 188 and piston seal
Formula moves conducting arrangement top branch copper rod structure 189；Described piston sealed mobile conducting arrangement 181 one end of piston valve
It is provided with the piston sealed mobile conducting arrangement tapered guide moving structure 182 with its integral structure, it is piston sealed
Mobile conducting arrangement is respectively arranged with the first ring of piston sealed mobile conducting arrangement with upper bit under the side of piston valve 181
Connected in star structure 183 and piston sealed mobile conducting arrangement second annular groove structure 184, and piston sealed movement is led
In body mechanism first annular groove structure 183 and piston sealed mobile conducting arrangement second annular groove structure 184
Portion is separately installed with the first sealing ring 185 of piston sealed mobile conducting arrangement and piston sealed mobile conducting arrangement with
Two sealing rings 186, the piston sealed mobile conducting arrangement install a piston sealed movement with 181 inside center of piston valve
Conducting arrangement copper cylinder 187, the piston sealed mobile conducting arrangement bottom end of copper cylinder 187 and top difference
It is provided with the piston sealed mobile conducting arrangement bottom leg copper rod structure 188 and piston sealed movement of integral structure
Conducting arrangement top branch copper rod structure 189, and the piston sealed mobile conducting arrangement bottom leg copper rod structure
188 and piston sealed mobile conducting arrangement 189 both ends of top branch copper rod structure the body of rod be located at it is described piston sealed
The outside of mobile conducting arrangement 181 side of piston valve；Piston sealed mobile conducting arrangement bottom leg copper bar knot
Structure 188 and piston sealed mobile conducting arrangement are identical with the lateral length of top branch copper rod structure 189, and with the first bronze medal
The mobile conductive mechanism of open-core type component processed is identical with the diameter of moving hole 152, and the piston sealed mobile conducting arrangement is used
Bottom leg copper rod structure 188 and piston sealed mobile conducting arrangement between top branch copper rod structure 189 it is longitudinal away from
From greater than the mobile conductive mechanism 15 of the first copper open-core type component, the mobile conductive mechanism 16 of the second copper open-core type component and third
The distance between two adjacent mechanisms in the mobile conductive mechanism 17 of copper open-core type component.
Specifically used mode: in present invention work, two water pumps is taken, the first water pump and the second water pump are named as, by the
The discharge outlet of one water pump connects main feed liquor connectivity port 6, and the second pump intake is connected to in main drain connectivity port 4, then
The conducting wire that first water pump is connected with positive pole is therefrom separated, and the conducting wire after disconnection generates both ends, the bare wire of one section of end
Head is mounted on the surface of the first binding post 23, and the bare wire head of another section of end is mounted on the surface of the second binding post 24, similarly, then
The conducting wire that second water pump is connected with positive pole is therefrom separated, and the conducting wire after disconnection generates both ends, the bare wire of one section of end
Head is mounted on the surface of third binding post 25, and the bare wire head of another section of end is mounted on the surface of the second binding post 24, then uses
One air pump injects pressure-air to the inside of valve inside 13, so that the air pressure of pressure-air and the pulling force of principal screw spring 19 support
After disappearing, piston sealed mobile conducting arrangement 18 can be located at the cross inside the mobile conductive mechanism 16 of the second copper open-core type component
To centre, at this point, after the air pressure of pressure-air and the pulling force of principal screw spring 19 are offset, remaining air pressure, just
It is the fluid pressure that can be controlled at this time, when fluid pressure is greater than the residual gas pressure, inner sealing installing type gas-liquid point
Cutting mill structure is mobile to the side of air with shape gas mould 93 is folded, and space interior air pressure increases, so that piston sealed mobile conductor
Mechanism 18 moves up, once make piston sealed mobile conducting arrangement bottom leg copper rod structure 188 and piston sealed shifting
Moving-conductor mechanism top branch copper rod structure 189 is respectively contacted the mobile conductive mechanism 16 of the second copper open-core type component and the
When three copper open-core type components movement conductive mechanism 17, the second binding post 24 is connected to third binding post 25, so that the second water pump
Liquid inside fluid storage space 2 is discharged for work, and similarly, the first water pump injects liquid, finally, by submerged plant planting
In 2 bottom of fluid storage space, quantitative liquid is reinjected, can be cultivated.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of device of environment-friendly type kind planting submerged plant, including cultivation shell (1), it is characterised in that: the cultivation shell (1)
It is provided centrally with fluid storage space (2), the cultivation shell (1) is internally provided with connection fluid storage space (2) side bottom
The end of the main drainage hole (3) in portion, the main drainage hole (3) is installed by one drainage pipeline connectivity port (4), the cultivation shell
(1) it is internally provided with the main inlet opening (5) of connection (2) one lateral roof of fluid storage space, one end of the main inlet opening (5) is set
It is equipped with water inlet line connectivity port (6), cultivation shell (1) is provided in the bottom for being located at main drainage hole (3) side
The cylindrical outer cover structure (7) of integral structure, the cylindrical outer cover structure (7) is internally provided with cylindrical hollow structure (8), described
The inside of cylindrical hollow structure (8) is installed by one inner sealing installing type gas-liquid division mechanism (9), the cylindrical hollow structure (8)
An end face be provided centrally with primary air flow orifice (10), it is empty that one end of the primary air flow orifice (10) is provided with component installation
Between (11), it is described cultivation shell (1) be internally provided with connection free surrounding space and component installation space (11) primary inlet port
(12), and the inside of the primary inlet port (12) installation one valve inside (13), the top of the component installation space (11) are arranged
Have secondary member mounting holes (14), cultivation shell (1) the side for being located at the secondary member mounting holes (14) from bottom to up according to
It is secondary that first copper open-core type component mobile conductive mechanism (15), the second copper open-core type component movement conductive mechanism (16) are installed
It is mobile conductive mechanism (17) with third copper open-core type component, it is reserved that air is provided at the top of the pair member mounting holes (14)
Space (26), the side of the air reserved space (26) are provided with the air flow hole (27) of connection free surrounding space, the pair
The inside of member mounting holes (14) is installed by one piston sealed mobile conducting arrangement (18), and the piston sealed mobile conductor
The principal screw spring (19) of one tensional state is installed between mechanism (18) bottom and component installation space (11) bottom surface, described
One copper open-core type component mobile conductive mechanism (15), the second copper open-core type component mobile conductive mechanism (16) and third copper
Open-core type component mobile conductive mechanism (17) passes through the first conducting wire (20), the second conducting wire (21) and privates (22) connection respectively
First binding post (23), the second binding post (24) and third binding post (25), and first binding post (23), the second binding post
(24) and one end of third binding post (25) is mounted on the side for cultivating shell (1).
2. a kind of device of environment-friendly type kind planting submerged plant according to claim 1, it is characterised in that: the inner sealing
Installing type gas-liquid division mechanism (9) includes inner sealing installing type gas-liquid division mechanism annular outer cover (91), inner sealing peace
Dress formula gas-liquid division mechanism centre bore (92) and folding shape gas mould (93) of inner sealing installing type gas-liquid division mechanism；It is described
The internal inner sealing installing type gas-liquid that is provided centrally with of inner sealing installing type gas-liquid division mechanism annular outer cover (91) is divided
Cutting mill structure is being located at the inside with annular outer cover (91) with centre bore (92), the inner sealing installing type gas-liquid division mechanism
The inside for sealing installing type gas-liquid division mechanism centre bore (92) is installed by one inner sealing installing type gas-liquid division mechanism folding
Folded shape gas mould (93).
3. a kind of device of environment-friendly type kind planting submerged plant according to claim 2, it is characterised in that: the inner sealing
Installing type gas-liquid division mechanism is mounted on the inside of cylindrical hollow structure (8) with annular outer cover (91).
4. a kind of device of environment-friendly type kind planting submerged plant according to claim 1, it is characterised in that: first copper
Open-core type component mobile conductive mechanism (15) includes the mobile conductive mechanism copper annular solid of the first copper open-core type component
(151), the mobile conductive mechanism moving hole (152) of the first copper open-core type component, the first copper open-core type component are mobile conductive
Mechanism guides the mobile conductive mechanism in mobile space (153), the first copper open-core type component to be guided with top tapered with bottom pyramidal
Mobile space (154) and the first copper open-core type component move conductive mechanism with conducting wire mounting hole (155)；First copper is empty
The mobile conductive mechanism of core type component is provided with the mobile conduction of the first copper open-core type component with copper annular solid (151) inside center
Mechanism is existed with moving hole (152), the mobile conductive mechanism of the first copper open-core type component with the inside of copper annular solid (151)
First is respectively arranged with the bottom end of moving hole (152) and top positioned at the mobile conductive mechanism of the first copper open-core type component
Copper open-core type component mobile conductive mechanism bottom pyramidal guides mobile space (153) and the first copper open-core type component mobile
Conductive mechanism guides mobile space (154) with top tapered, the mobile conductive mechanism copper of the first copper open-core type component
It is mobile conductive mechanism conducting wire mounting hole (155) that annular solid (151) outer side center is provided with the first copper open-core type component.
5. a kind of device of environment-friendly type kind planting submerged plant according to claim 4, it is characterised in that: first copper
The structure radius and the structure radius phase of secondary member mounting holes (14) of the mobile conductive mechanism moving hole (152) of open-core type component
Together, the first conducting wire (23) are installed inside the first copper open-core type component mobile conductive mechanism conducting wire mounting hole (155)
The bare wire head of one end.
6. a kind of device of environment-friendly type kind planting submerged plant according to claim 5, it is characterised in that: first copper
Open-core type component mobile conductive mechanism (15), the second copper open-core type component mobile conductive mechanism (16) and third copper open-core type
Mobile conductive mechanism (17) structure of component is identical as size.
7. a kind of device of environment-friendly type kind planting submerged plant according to claim 5, it is characterised in that: second copper
Conducting wire mounting hole in open-core type component mobile conductive mechanism (16) and third copper open-core type component mobile conductive mechanism (17)
It is separately installed with the bare wire head of the second binding post (24) and third binding post (25) one end.
8. a kind of device of environment-friendly type kind planting submerged plant according to claim 1, it is characterised in that: the piston seal
Formula mobile conducting arrangement (18) includes piston sealed mobile conducting arrangement piston valve (181), piston sealed mobile conductor
Mechanism tapered guide moving structure (182), is lived piston sealed mobile conducting arrangement first annular groove structure (183)
Fill in sealed movable conducting arrangement second annular groove structure (184), the first sealing of piston sealed mobile conducting arrangement
Enclose (185), piston sealed mobile conducting arrangement the second sealing ring (186), piston sealed mobile conducting arrangement copper
Cylinder (187), piston sealed mobile conducting arrangement bottom leg copper rod structure (188) and piston sealed mobile conductor machine
Structure top branch copper rod structure (189)；The piston sealed mobile conducting arrangement with piston valve (181) one end be provided with
The piston sealed mobile conducting arrangement of its integral structure is led with tapered guide moving structure (182), piston sealed movement
Body mechanism is respectively arranged with piston sealed mobile conducting arrangement with first annular recessed with upper bit under the side of piston valve (181)
Slot structure (183) and piston sealed mobile conducting arrangement are with second annular groove structure (184), and piston sealed movement is led
Body mechanism first annular groove structure (183) and piston sealed mobile conducting arrangement second annular groove structure (184)
Inside be separately installed with piston sealed mobile conducting arrangement the first sealing ring (185) and piston sealed mobile conductor machine
Structure installs a piston with piston valve (181) inside center with the second sealing ring (186), the piston sealed mobile conducting arrangement
Sealed movable conducting arrangement copper cylinder (187), the piston sealed mobile conducting arrangement copper cylinder (187)
Bottom end and top are respectively arranged with the piston sealed mobile conducting arrangement bottom leg copper rod structure (188) of integral structure
With piston sealed mobile conducting arrangement top branch copper rod structure (189), and the piston sealed mobile conducting arrangement
With bottom leg copper rod structure (188) and piston sealed mobile conducting arrangement top branch copper rod structure (189) both ends
The body of rod is located at the outside of piston sealed mobile conducting arrangement piston valve (181) side.
9. a kind of device of environment-friendly type kind planting submerged plant according to claim 8, it is characterised in that: the piston seal
The mobile conducting arrangement bottom leg copper rod structure (188) of formula and piston sealed mobile conducting arrangement top branch copper bar knot
The lateral length of structure (189) is identical, and the diameter with mobile conductive mechanism moving hole (152) of the first copper open-core type component
It is identical, and piston sealed mobile conducting arrangement the bottom leg copper rod structure (188) and piston sealed mobile conductor
Fore-and-aft distance of the mechanism between top branch copper rod structure (189) is greater than the mobile conductive mechanism of the first copper open-core type component
(15), in the second copper open-core type component mobile conductive mechanism (16) and third copper open-core type component mobile conductive mechanism (17)
The distance between two adjacent mechanisms.
10. a kind of working method of the device of environment-friendly type kind planting submerged plant, feature described in -7 exist according to claim 1
In: two water pumps are taken, the first water pump and the second water pump are named as, the discharge outlet of the first water pump is connected into main feed liquor connectivity port
(6), the second pump intake is connected to in main drain connectivity port (4), then is led what the first water pump was connected with positive pole
Line is therefrom separated, and the conducting wire after disconnection generates both ends, and the bare wire head of one section of end is mounted on the surface of the first binding post (23),
The bare wire head of another section of end is mounted on the surface of the second binding post (24), similarly, then the second water pump is connected with positive pole
Conducting wire it is therefrom separated, conducting wire after disconnection generates both ends, and the bare wire head of one section of end is mounted on third binding post (25)
The bare wire head on surface, another section of end is mounted on the surface of the second binding post (24), then with an air pump, to valve inside (13)
Inside injection pressure-air, so that after the air pressure of pressure-air and the pulling force of principal screw spring (19) are offset, piston sealed shifting
Moving-conductor mechanism (18) can be located at the internal transverse center position of the second copper open-core type component mobile conductive mechanism (16), this
When, after the air pressure of pressure-air and the pulling force counteracting of principal screw spring (19), remaining air pressure is can to control at this time
The fluid pressure of system, when fluid pressure is greater than the residual gas pressure, inner sealing installing type gas-liquid division mechanism is folded
Shape gas mould (93) is mobile to the side of air, and space interior air pressure increases, so that on piston sealed mobile conducting arrangement (18)
It moves, once make piston sealed mobile conducting arrangement bottom leg copper rod structure (188) and piston sealed mobile conductor
Mechanism is respectively contacted the second copper open-core type component mobile conductive mechanism (16) and third with top branch copper rod structure (189)
When copper open-core type component movement conductive mechanism (17), the second binding post (24) is connected to third binding post (25), so that second
Fluid storage space (2) internal liquid is discharged pump working, and similarly, the first water pump injects liquid, finally, heavy water is planted
Species are implanted in fluid storage space (2) bottom, reinject quantitative liquid, can be cultivated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910746126.6A CN110337946B (en) | 2019-08-13 | 2019-08-13 | Environment-friendly device for planting submerged plants and working method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910746126.6A CN110337946B (en) | 2019-08-13 | 2019-08-13 | Environment-friendly device for planting submerged plants and working method thereof |
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| Publication Number | Publication Date |
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| CN110337946A true CN110337946A (en) | 2019-10-18 |
| CN110337946B CN110337946B (en) | 2021-05-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910746126.6A Active CN110337946B (en) | 2019-08-13 | 2019-08-13 | Environment-friendly device for planting submerged plants and working method thereof |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100571077B1 (en) * | 2006-01-06 | 2006-04-14 | 동부엔지니어링 주식회사 | Dividing strip vegetation structure of the road which uses the rainwater |
| CN205124480U (en) * | 2015-10-16 | 2016-04-06 | 杭州远航能源科技有限公司 | Automatic benthophyte who adjusts underwater penetration plants system |
| CN107466719A (en) * | 2017-08-21 | 2017-12-15 | 周耀鑫 | A kind of agricultural multi-functionses device for raising seedlings |
| CN109511422A (en) * | 2019-01-09 | 2019-03-26 | 程旭东 | A kind of economic and environment-friendly type submerged plant eel grass cultivation rattan felt and method for planting |
-
2019
- 2019-08-13 CN CN201910746126.6A patent/CN110337946B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100571077B1 (en) * | 2006-01-06 | 2006-04-14 | 동부엔지니어링 주식회사 | Dividing strip vegetation structure of the road which uses the rainwater |
| CN205124480U (en) * | 2015-10-16 | 2016-04-06 | 杭州远航能源科技有限公司 | Automatic benthophyte who adjusts underwater penetration plants system |
| CN107466719A (en) * | 2017-08-21 | 2017-12-15 | 周耀鑫 | A kind of agricultural multi-functionses device for raising seedlings |
| CN109511422A (en) * | 2019-01-09 | 2019-03-26 | 程旭东 | A kind of economic and environment-friendly type submerged plant eel grass cultivation rattan felt and method for planting |
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| Publication number | Publication date |
|---|---|
| CN110337946B (en) | 2021-05-28 |
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