CN208273897U - A kind of erbia synchronize send it is congenial - Google Patents
A kind of erbia synchronize send it is congenial Download PDFInfo
- Publication number
- CN208273897U CN208273897U CN201820400688.6U CN201820400688U CN208273897U CN 208273897 U CN208273897 U CN 208273897U CN 201820400688 U CN201820400688 U CN 201820400688U CN 208273897 U CN208273897 U CN 208273897U
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- send
- port
- bait
- erbia
- branch pipe
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/60—Fishing; Aquaculture; Aquafarming
Abstract
Synchronizing the utility model discloses a kind of erbia send congenial, including storage device, wind force driving device, send oxygen branch pipe, bait-laying device for fish and fertilizer distributor mechanism；Oxygen branch pipe is sent to send oxygen micropore with several；Fertilizer distributor mechanism has air inlet, gas outlet, inlet port and outlet port, and air outlet side is equipped with the first resistance material and enters the wind part, and air inlet is located at left end, and gas outlet is located at air inlet right end, and feed inlet is between air inlet and discharge port；Storage device has feed end and discharge end, and discharge end is connect with feed inlet；Wind force driving device is connect with air inlet, send oxygen branch pipe to connect with gas outlet, bait-laying device for fish is connect with discharge port.The erbia, which synchronizes to send, speculates can be used for connect the bait throwing in oxygenation that wind force driving device completes single pond, multiple erbia can also be synchronized to send and speculate to be used for connect automatic breeding system to complete the bait throwing in oxygenation to multiple ponds, and it can shared power source, breeding efficiency can be improved, Feeding Area oxygen dissolved can be improved simultaneously, culture efficiency is good.
Description
Technical field
The utility model relates to a kind of aquaculture equipment more particularly to a kind of erbia synchronize send it is congenial.
Background technique
Currently, common aquaculture commonly used equipment has: bait throwing in equipment, oxygen increasing equipment and water treatment facilities etc..Wherein, it throws
For bait equipment is by mode is fed, it can be divided mainly into wind spraying aid type (feed is blowed by bait-laying device for fish by blower) and mechanically (lead to
Cross centrifugal force and shed bait throwing in) two major classes；And for oxygen increasing equipment presses its oxygenation way, can also being divided into wind spraying aid type, (underwater micropore exposes
Gas) and mechanical (water surface impeller is fetched water) two major classes.
Wherein, wind spraying aid type bait throwing in equipment is with conveying distance is remote, transfer efficiency is high, realizes multiple spot bait throwing in using pipeline
Advantage, wind spraying aid type bait throwing in equipment are suitable for fairly large cultivation demand；And mechanical bait throwing in equipment is adapted for single-point bait throwing in, no
It connect conducive to automatic breeding system to realize Autoamtic bait putting, is unfavorable for extensive aquaculture and uses；And wind spraying aid type oxygenation
Dissolved oxygen effect can be improved relative to mechanical oxygen increasing equipment by underwater micro-pore aeration in equipment.
With the development of culture fishery, with aquaculture popularization, industrial aquaculture field and indoor culture field hair
The exhibition impetus is preferable, and market also increases the cultivation equipment demand of high-efficiency multifunctional at this time, and multi-functional erbia is synchronous
It send and speculates that aquaculture equipments is waited to come into being.
But existing erbia synchronizes to send and speculates to have the following deficiencies:
(1) wind spraying aid type bait throwing in equipment and wind spraying aid type oxygen increasing equipment integrated setting cannot there cannot be wind spraying aid type simultaneously
The advantages of bait throwing in and wind spraying aid type oxygenation；
(2) when bait throwing within the scope of bait throwing in area due to fish or other aquaculture organisms aggregation ingest when, be easy to produce oxygen not
The situation of foot, to influence fish or the feed effect of other aquaculture organisms；
(3) power source cannot be shared.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of erbia synchronize send it is congenial.
The purpose of this utility model adopts the following technical scheme that realization:
Including storage device, send oxygen branch pipe, bait-laying device for fish and fertilizer distributor mechanism；It is described that oxygen branch pipe is sent to send oxygen micro- with several
Hole；The fertilizer distributor mechanism have air inlet, gas outlet, inlet port and outlet port, the air outlet side be equipped with the first resistance material into
Wind part, the feed inlet is between the air inlet and the discharge port；The storage device has feed end and discharge end,
The discharge end is connect with the feed inlet；The air inlet is described to send oxygen branch pipe for connecting with external wind driving device
It is connect with the gas outlet, the bait-laying device for fish is connect with the discharge port.
Further, the discharge end or the fertilizer distributor mechanism are equipped with baiting valve close to the feed inlet side.
Further, air inlet, gas outlet, feed inlet, the discharge port of the fertilizer distributor mechanism are sequentially arranged at the wind
Expect distributor mechanism.
Further, between the gas outlet and the feed inlet or between the feed inlet and the discharge port or institute
It states and is equipped with bait throwing in valve between discharge port and the bait-laying device for fish.
Further, the fertilizer distributor mechanism includes main pipeline, the main pipeline both ends be respectively set the air inlet with
The discharge port, the main pipeline side wall have each extended over charging extension end and outlet extension end, and the feed inlet is set to described
Extension end is fed, the gas outlet is set to the outlet extension end；The first resistance material air inlet part is set to the outlet extension end
Close to the main pipeline side.
Further, the baiting valve and the bait throwing in gauge valve integrated are arranged to form blowing bait throwing in valve；The blowing bait throwing in
Valve tiltedly wears the charging extension end and the main pipeline simultaneously or tiltedly wears the discharge end and main pipeline setting simultaneously.
It further, further include fertilizer current divider, it is described that oxygen branch pipe is sent to send oxygen branch pipe and second to send oxygen branch pipe including first,
It is described that oxygen micropore is sent to send oxygen branch pipe set on described second；The fertilizer current divider has first port, second port and third end
Mouthful, the second port side is equipped with the second resistance material and enters the wind part；The second port send oxygen branch pipe to connect with described first, and described
One send the oxygen branch pipe other end to connect with the air inlet, and described second send oxygen branch pipe to connect with the gas outlet；The third end
Mouth is connect with the feed end.
Further, the storage device inner wall, which extends, is equipped with guide plate, and the guide plate inclines toward the direction of discharge
Tiltedly, in the feed end toward in the direction of discharge, the feed end and the guide plate have least partially overlapped projection.
Further, the first port and the third port are co-axially located at fertilizer current divider both ends, described
Second port is arranged in fertilizer current divider side.
Further, the first port is connected with wind force driving device.
Compared with prior art, the utility model has the beneficial effects that:
(1) the monomer cultivation equipment by bait throwing in, oxygenation is integrated into whole cultivation equipment, shares power source, improves cultivation
Efficiency reduces aquaculture cost；
(2) wind spraying aid type bait throwing in being carried out simultaneously and wind spraying aid type sending oxygen, culture efficiency is good；
(3) oxygen can be sent so that can synchronize while bait throwing in by the way that oxygen branch pipe will be sent to be located near bait-laying device for fish, to improve
The oxygen dissolved in bait throwing in area further increases fish or the feed effect of other aquaculture organisms；
(4) erbia, which synchronizes to send, speculates can be used for connect the bait throwing in oxygenation that wind force driving device completes single pond, can also
Multiple erbia are synchronized to send and speculate to be used for connect automatic breeding system to complete the bait throwing in oxygenation to multiple ponds.
Detailed description of the invention
Fig. 1 is synchronized for a kind of erbia of the utility model and is sent the first congenial structural schematic diagram；
Fig. 2 is synchronized for a kind of erbia of the utility model and is sent second congenial of structural schematic diagram；
Fig. 3 is synchronized for a kind of erbia of the utility model and is sent the third congenial structural schematic diagram；
Fig. 4 is synchronized for a kind of erbia of the utility model and is sent the 4th kind of congenial structural schematic diagram；
In figure: 10, storage device；11, guide plate；20, oxygen branch pipe is sent；21, first oxygen branch pipe is sent；22, second oxygen branch is sent
Pipe；23, oxygen micropore is sent；30, fertilizer distributor mechanism；31, air inlet；32, gas outlet；321, the first resistance material enters the wind part；33, it feeds
Mouthful；34, discharge port；35, main pipeline；36, extension end is fed；37, outlet extension end；40, fertilizer current divider；41, first port；
42, second port；421, the second resistance material enters the wind part；43, third port；51, baiting valve；52, bait throwing in valve；53, blowing bait throwing in valve；
60, bait-laying device for fish.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
It should be noted that " left side " " right side " that the utility model is mentioned is only used for description relative position.
Such as Fig. 1-Fig. 4, a kind of erbia, which synchronizes, to be sent congenial, including storage device 10, send oxygen branch pipe 20, bait-laying device for fish 60 and wind
Expect distributor mechanism 30；10 one end of storage device is connect with wind force driving device 70, and the other end is filled by fertilizer distributor mechanism 30 and bait throwing in
Set 60 connections；Oxygen branch pipe 20 is sent to connect by fertilizer distributor mechanism 30 with external wind driving device；Oxygen branch pipe 20 is sent to have several
Oxygen micropore 23 is sent, oxygen branch pipe 20 is sent generally to be set to the bottom.The erbia, which synchronizes to send, speculates both to be applicable to small-scale culture pond cultivation
(bait is directly poured into storage device 10, starts external wind driving device, so that the wind that external wind driving device generates
Power can be not only used for wind and send bait throwing in, it can also be used to which wind is sent to oxygen supply of water body)；The erbia, which synchronizes to send, speculates could be applicable to support on a large scale
Pool cultivation is grown, suitable for using in fairly large automatic breeding system, to realize stock, bait throwing in, send oxygen function (i.e. bait
Oxygen, which synchronizes to send, to be speculated first receive bait provided by the upper level stock end in cultivating system before the specified bait throwing in time
Material, receives and stocks up to the bait, and when reaching the specified bait throwing in time, which, which synchronizes to send, speculates to carry out bait throwing in and oxygen supply again).
Specifically, in order to enable the erbia, which synchronizes to send, speculates to share single power source to realize that wind is sent on same device
Bait throwing in and wind send oxygenation, and in order to avoid when wind send bait throwing in bait agitated and flowed to for sending oxygen to be sent in oxygen branch pipe 20 by wind-force
And oxygenation effect is influenced, which, which synchronizes, send congenial fertilizer distributor mechanism 30 to have air inlet 31, gas outlet 32,33 and of feed inlet
Discharge port 34,32 side of gas outlet are equipped with the first resistance material and enter the wind part 321, and feed inlet 33 is between air inlet 31 and discharge port 34；
Storage device 10 has feed end and discharge end, and discharge end is connect with feed inlet 33；Air inlet 31 is used to drive with external wind
Device connection, send oxygen branch pipe 20 to connect with gas outlet 32, bait-laying device for fish 60 is connect with discharge port 34.Wherein, the first resistance material is entered the wind
Part 321 avoids bait entrance that blocking after oxygen branch pipe 20 is sent to send oxygen micropore 23 shadow for stopping extra bait entrance to send oxygen branch pipe 20
Sound send oxygen effect；It can be sieve that first resistance material, which enters the wind part 321,.
The erbia, which synchronizes, to be sent when speculating for bait throwing in oxygenation, and the bait in storage device 10 is by gravity by storage device 10
Discharge end fall the feed inlet 33 for dropping down onto fertilizer distributor mechanism 30, with this send speculate connection external wind driving device starting simultaneously
It is blowed, is blown with the wind-force for sending the external wind driving device for speculating connection to generate by the air inlet 31 of fertilizer distributor mechanism 30
Enter, since feed inlet 33 and discharge port 34 are all located at the right end of air inlet 31, and discharge port 34 is located at the right end of feed inlet 33, makes
It obtains the bait fallen by feed inlet 33 and is moved to discharge port 34 by the wind-force that air inlet 31 is blown into, so that bait is blown to throwing
Bait device 60 is to complete bait throwing in；And simultaneously, because gas outlet 32 is located at 31 right side of air inlet, may be used also by the wind that air inlet 31 enters
Enter through the first resistance material air inlet part 321 and send oxygen branch pipe 20, thus by giving oxygen micropore 23 directly to send out, it is molten to reach offer water body
The effect of oxygen.And lay when giving oxygen branch pipe 20, it can be by the way that oxygen branch pipe 20 will be sent to be located near bait-laying device for fish 60, so that in bait throwing in
It can synchronize simultaneously and send oxygen, to improve the oxygen dissolved in bait throwing in area, further increase fish or the feed effect of other aquaculture organisms.
Preferably, such as Fig. 1-Fig. 4, in order to enable bait can be laid in advance before the bait throwing in time in bait-laying device for fish 60
In, send congenial using flexible to improve this, storage device 10 discharge end or fertilizer distributor mechanism 30 close to the charging
33 sides of mouth are equipped with baiting valve 51.Then first baiting valve 51 is closed when needing to stock up in advance, then bait is poured into storage device 10, is needed
It wants again to open baiting valve 51 when bait throwing in.
Preferably, such as Fig. 1-Fig. 4, in order to enable wind power energy provided by single wind regime more effectively carry out simultaneously bait throwing in and
Oxygenation, air inlet 31, gas outlet 32, feed inlet 33, the discharge port 34 of fertilizer distributor mechanism 30 are set in sequence, so that by feed inlet 33
The bait fallen can be delivered to discharge port 34 by wind blows quickly, and make bait during blowing to discharge port 34
Without going past gas outlet 32, blowed (by feed inlet 33 to discharge port 34 again to bait-laying device for fish 60) with oxygen so that bait blows
(by air inlet 31 to gas outlet 32) is not interfere with each other.
Certainly, the arrangement order of four mouths of fertilizer distributor mechanism 30 can also by " discharge port 34, feed inlet 33, air inlet 31,
The sequential arrangement of gas outlet 32 " is arranged.
Preferably, such as Fig. 1-Fig. 4, speculate to can also be used when not needing bait throwing in send in order to enable the erbia synchronizes to send
Oxygen branch pipe 20 carries out water body to send oxygen, and bait throwing in valve 52 is equipped between gas outlet 32 and bait-laying device for fish 60, which is used for
When only needing oxygenation without bait throwing in, the wind-force for stopping external wind driving device to generate flows through the discharge port 34 of fertilizer current divider 40,
To avoid wind by discharge port 34 flow to bait-laying device for fish 60 cause to waste and reduce send oxygen branch pipe 20 send oxygen efficiency, to guarantee outside
The wind that wind force driving device generates, which is directly entered by the air outlet of fertilizer distributor mechanism 30, send oxygen branch pipe 20, and completion send oxygen to water body
Oxygenation.
Specifically, such as Fig. 3, bait throwing in valve 52 be can be set between gas outlet 32 and feed inlet 33；Such as Fig. 4, bait throwing in valve 52
It can also be set between feed inlet 33 and discharge port 34 or be equipped between discharge port 34 and bait-laying device for fish 60 bait throwing in valve 52.It is wherein excellent
Bait throwing in valve 52 is set between gas outlet 32 and feed inlet 33 by choosing.
Preferably, such as Fig. 1-Fig. 4, in order to guarantee that bait falls into fertilizer distributor mechanism 30 by the feed inlet 33 of fertilizer distributor mechanism 30
Afterwards, it can expeditiously be blowed by wind-force to bait-laying device for fish 60, i.e., it is required that bait one falls into fertilizer distributor mechanism 30 to receive
Wind-force blows, and fertilizer distributor mechanism 30 includes main pipeline 35, and air inlet 31 and discharge port 34 is respectively set in 35 both ends of main pipeline, is responsible for
35 side wall of road has each extended over charging extension end 36 and outlet extension end 37, and feed inlet 33 is set to charging extension end 36, gas outlet
32 are set to outlet extension end 37；First resistance material enters the wind part 321 and is set to outlet extension end 37 close to 35 side of main pipeline.
Specifically, main pipeline 35 is preferably straight pipeline, so that 31 wind-force of air inlet is in transmission process by lesser pipe
Road bending loss, is effectively blowed bait to discharging by feed inlet 33 with the wind power energy for guaranteeing that external wind driving device generates
Mouth 34 further blows to bait-laying device for fish 60 and carries out bait throwing in.
Such as Fig. 1 or Fig. 2, it is preferable that in order to enable the operation of baiting valve 51 and bait throwing in valve 52 can be easier, by baiting valve
51 and bait throwing in valve 52 function integration, baiting valve 51 and 52 integrated setting of bait throwing in valve are formed into blowing bait throwing in valve 53, blowing is thrown
Bait valve 53 has the first use state and the second use state；When blowing bait throwing in valve 53 is located at the first use state, storage device
Main pipeline 35 between 10 and main pipeline 35, between gas outlet 32 and discharge port 34 is closed to be equipped at intervals with blowing bait throwing in valve 53, this
When bait cannot be fallen by the discharge end of storage device 10, which, which synchronizes to send, speculates but to carry out that oxygen is sent to increase without bait throwing in
Oxygen；When blowing bait throwing in valve 53 is located at the second use state, between storage device 10 and main pipeline 35, gas outlet 32 and discharge port 34
Between main pipeline 35 be access, bait can be fallen by the discharge end of storage device 10 at this time, the erbia synchronize send speculate can
To carry out bait throwing in simultaneously and send oxygen oxygenation.
Preferably, blowing bait throwing in valve 53 simultaneously tiltedly pierce into material extension end 36 and main pipeline 35 or tiltedly wear simultaneously discharge end with
Main pipeline 35 is arranged.
Preferably, such as Fig. 1-Fig. 4, speculate preferably to connect with automatic breeding system in order to enable this send, and simultaneously
Guarantee storage device 10 and send oxygen branch pipe 20 that can connect preferably while with external wind driving device, the erbia synchronize send it is congenial
It is additionally provided with fertilizer current divider 40, and oxygen branch pipe 20 is sent to send oxygen branch pipe 21 and second to send oxygen branch pipe 22 including first, send oxygen micropore 23
Oxygen branch pipe 22 is sent set on second；Fertilizer current divider 40 has first port 41, second port 42 and third port 43, second port
42 sides are equipped with the second resistance material and enter the wind part 421；Second port 42 send oxygen branch pipe 22 to connect with second, and second send oxygen branch pipe 22 other end
It is connect with the air inlet 31 of fertilizer distributor mechanism 30, second send oxygen branch pipe 22 to connect with the gas outlet 32 of fertilizer distributor mechanism 30；Third
Port 43 is connect with the feed end of storage device 10.First port 41 for being connect with external wind driving device, be also used to by
Bait is sent into storage device 10.
Specifically, such as Fig. 1-Fig. 4, first port 41 with external wind driving device for connecting, and be also used to and stock up mould
Block connection is also used to feed (standby so being applied not only to air inlet (wind caused by external wind driving device) at first port 41
Material module, which is delivered to the erbia and synchronizes, send congenial bait).This fertilizer current divider 40 is used for institute into bait by first port 41
Third port 43 is imported, and bait is avoided to enter second port 42；And the fertilizer current divider 40 is used for wind-force by first port
41 import second port 42, then enter the air inlet of fertilizer distributor mechanism 30 by second port 42, and the wind into air inlet is used to blow
It send bait to carry out bait throwing in be also used to send oxygen branch pipe 22 to carry out sending oxygen oxygenation into second.
Preferably, such as Fig. 1-Fig. 4, erbia synchronize send speculate it is upper be equipped with fertilizer current divider 40 on the basis of, in order to improve
The efficiency of bait throwing in is avoided when carrying out bait throwing in, distinguished and admirable by the entrance of third port 43 of fertilizer current divider 40, so that storage device 10
Interior bait is redirected back into pipeline by wind blows, influences system worked well, and 10 inner wall of storage device, which extends, to be equipped with not only
Be conducive to blanking and wind-force can be stopped to enter the guide plate 11 of storage device 10；Guide plate 11 is tilted toward direction of discharge,
For feed end toward on the direction of discharge end, feed end and guide plate 11 have least partially overlapped projection；Pass through setting guide plate
11, so that the bait entered in storage device 10 when stock can be automatically fallen off from inclined guide plate 11 to discharging by gravity
End, so that entering the distinguished and admirable of storage device 10 when bait throwing in can be stopped by guide plate 11 without that bait can be driven to move backward.
Preferably, in order to further increase guide plate 11 guide bait fall and stop invalid wind to enter storage device 10
Effect, 11 quantity of guide plate are 2, and guide plate 11 includes the first guide plate and the second guide plate, in feed end toward the side of discharge end
Upwards, the first guide plate and the second guide plate have least partially overlapped projection.
Preferably, in order to enable when bait enters first port 41, third port 43, first port can swimmingly be flowed to
41 are co-axially located at 40 both ends of fertilizer current divider with third port 43, and second port 42 is arranged in 40 side of fertilizer current divider.
Preferably, it in order to enable the erbia synchronizes to send speculates to be convenient to automatic breeding system and be used cooperatively, improves and uses
Efficiency in first port 41 and is connected with wind force driving device.
Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to
In the utility model range claimed.
Claims (10)
1. a kind of erbia synchronize send it is congenial, it is characterised in that:
Including storage device, send oxygen branch pipe, bait-laying device for fish and fertilizer distributor mechanism；
It is described that oxygen branch pipe is sent to send oxygen micropore with several；
The fertilizer distributor mechanism have air inlet, gas outlet, inlet port and outlet port, the air outlet side be equipped with the first resistance material into
Wind part, the feed inlet is between the air inlet and the discharge port；
The storage device has feed end and discharge end, and the discharge end is connect with the feed inlet；The air inlet connection
It is described that oxygen branch pipe is sent to connect with the gas outlet for being connect with external wind driving device, the bait-laying device for fish and it is described go out
Material mouth connection.
2. erbia as described in claim 1 synchronize send it is congenial, it is characterised in that:
The discharge end or the fertilizer distributor mechanism are equipped with baiting valve close to the feed inlet side.
3. erbia as claimed in claim 2 synchronize send it is congenial, it is characterised in that:
Air inlet, gas outlet, feed inlet, the discharge port of the fertilizer distributor mechanism are sequentially arranged at the fertilizer distributor mechanism.
4. erbia as claimed in claim 3 synchronize send it is congenial, it is characterised in that:
Between the gas outlet and the feed inlet or between the feed inlet and the discharge port or the discharge port and institute
It states and is equipped with bait throwing in valve between bait-laying device for fish.
5. erbia as claimed in claim 4 synchronize send it is congenial, it is characterised in that:
The fertilizer distributor mechanism includes main pipeline, and the air inlet and the discharge port, institute is respectively set in the main pipeline both ends
It states main pipeline side wall and has each extended over charging extension end and outlet extension end, the feed inlet is set to the charging extension end, institute
Gas outlet is stated set on the outlet extension end；The first resistance material air inlet part is set to the outlet extension end close to the main pipeline
Side.
6. erbia as claimed in claim 5 synchronize send it is congenial, it is characterised in that:
The baiting valve and the bait throwing in gauge valve integrated are arranged to form blowing bait throwing in valve；The blowing bait throwing in valve is tiltedly worn described simultaneously
Charging extension end and the main pipeline tiltedly wear the discharge end and main pipeline setting simultaneously.
7. erbia as claimed in any one of claims 1 to 6 synchronize send it is congenial, it is characterised in that:
It further include fertilizer current divider, it is described that oxygen branch pipe is sent to send oxygen branch pipe and second to send oxygen branch pipe including first, it is described to send oxygen micropore
Oxygen branch pipe is sent set on described second；
The fertilizer current divider has first port, second port and third port, and the second port side is equipped with the second resistance material
Enter the wind part；The second port send oxygen branch pipe to connect with described first, and described first send the oxygen branch pipe other end and the air inlet
Connection, described second send oxygen branch pipe to connect with the gas outlet；The third port is connect with the feed end.
8. erbia as claimed in claim 7 synchronize send it is congenial, it is characterised in that:
The storage device inner wall, which extends, is equipped with guide plate, and the guide plate is tilted toward the direction of discharge, in the charging
It holds toward in the direction of discharge, the feed end and the guide plate have least partially overlapped projection.
9. erbia as claimed in claim 8 synchronize send it is congenial, it is characterised in that:
The first port and the third port are co-axially located at fertilizer current divider both ends, and the second port setting exists
Fertilizer current divider side.
10. erbia as claimed in claim 9 synchronize send it is congenial, it is characterised in that:
The first port is connected with wind force driving device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820400688.6U CN208273897U (en) | 2018-03-22 | 2018-03-22 | A kind of erbia synchronize send it is congenial |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820400688.6U CN208273897U (en) | 2018-03-22 | 2018-03-22 | A kind of erbia synchronize send it is congenial |
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| Publication Number | Publication Date |
|---|---|
| CN208273897U true CN208273897U (en) | 2018-12-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110250068A (en) * | 2019-05-23 | 2019-09-20 | 广州赢未来电子科技有限公司 | A kind of Intellectual Aquacultural system |
-
2018
- 2018-03-22 CN CN201820400688.6U patent/CN208273897U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110250068A (en) * | 2019-05-23 | 2019-09-20 | 广州赢未来电子科技有限公司 | A kind of Intellectual Aquacultural system |
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