CN208387642U - A kind of automation erbia of material type more than single tube multiple spot is double for system - Google Patents
A kind of automation erbia of material type more than single tube multiple spot is double for system Download PDFInfo
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- CN208387642U CN208387642U CN201820400421.7U CN201820400421U CN208387642U CN 208387642 U CN208387642 U CN 208387642U CN 201820400421 U CN201820400421 U CN 201820400421U CN 208387642 U CN208387642 U CN 208387642U
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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
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Abstract
This is practical, and to disclose material type automation erbia more than a kind of single tube multiple spot double for system, including several level-one storage devices, the Weighing module connecting with each level-one storage device, the level-one inverting module connecting with Weighing module, level-one inverting module is also connected with level-one wind force driving device；Level-one inverting module, which is also respectively connected with, send oxygen module equipped with several bait throwing in, and second level wind force driving device also send oxygen module to connect with bait throwing in；Bait throwing in is sent oxygen module to have the function of bait throwing in, send oxygen and both can simultaneously or individually be carried out.Material type more than single tube multiple spot automates the double bait throwing in method for supplying oxygen supplied of erbia, including material preparation step, bait throwing in step and send oxygen step.This it is practical by the monomer cultivation equipment of traditional bait throwing in, oxygenation is intensive, upgrading at energy-efficient automated system, pass through single transfer pipeline, and pass through setting material preparation step, the stock and bait throwing in step that the more doses of material type more than the multiple spot to several culture ponds can be automatically completed realize erbia with supplying.
Description
Technical field
The utility model relates to a kind of automation erbia of material type more than aquaculture field more particularly to single tube multiple spot is double for being
System.
Background technique
Currently, culture fishery gradually develops, aquaculture has the modes such as extensive cultivation, intensive culture and high density culture.Extensive cultivation is
Seed is launched in medium and small natural water area, forms aquatic products by natural bait completely, is breeded fish such as lake and reservoir and is supported shellfish with shallow sea
Deng；Intensive culture is to form aquatic products with bait throwing in, fertilizing method in compared with small size pond, such as aqiuculrue, fish culture in net pen and enclosure culture, net enclosure culture
Deng；High density culture is using monitoring water quality (such as dissolved oxygen, PH, carbon dioxide), temperature control, oxygenation and the side such as feed high-quality bait
Method carries out high-density breeding in small size pond, to obtain high yield, such as high-density fish culture, shrimp.Intensive culture and high-density breeding tool
There is higher industrial prospect, and with the further promotion of cultivation demand, cultivating system and equipment are also weeded out the old and bring forth the new therewith.
Common cultivation equipment has: bait throwing in equipment, oxygen increasing equipment, water treatment facilities etc..Wherein, the wind in bait throwing in equipment is sent
Formula device for feeding fish bait frequently with pneumatic power source realize feeding, have the advantages that bait convey it is convenient, can be achieved it is of fixed place and time quantitative, easily
In the automatic management for realizing aquaculture；And the micro-pore oxygenation equipment in oxygen increasing equipment, have can effectively provide pond dissolved oxygen,
Dissolved oxygen is evenly distributed, the advantage of oxygenation range light, and micro-pore oxygenation machine is frequently with pneumatic power source；Water temperature adjusting device, it is main to adjust
Water-saving temperature, particularly avoiding climate influence causes water temperature too high or too low.
But the existing equipment for aquaculture has the following deficiencies:
(1) all kinds of cultivation equipments are often monomer-type single-function device, each aquaculture pond require individually to be equipped with it is different from
Function device with power source；
(2) in the case where cultivating the larger a fairly large number of situation of aquaculture pond, when each aquaculture pond require to be equipped with it is different
When function device, it must not all not need to be laid with the different pipelines power source different with configuration.Not only project construction cost thus
It is huge, limited breeding spaces are occupied, and pipeline due to various different function and route are criss-cross up and down, shadow
The ongoing operations of worker are rung, while inevitably being brought inconvenience to the normal operation of equipment, maintenance and maintenance；
(3) although monomer-type single-function device can individually complete a certain item function, due to its single function, cause it
Construction (cost) resource, power resource, functional resources, human resources waste and intensive can not share；
(4) larger when cultivating, aquaculture pond is more, and when breed variety is with aquaculture organism growth cycle difference, required
Material type and doses all can be different.If if each pond is equipped with a monomer-type function device, needing first manually will
Different material types, different doses bait pour into respectively it is each feed in a little corresponding hopper, then just can be carried out and feed material, it is such
Feeding mode is not able to satisfy while multiple spot difference material type feeds intake, and time-consuming and laborious inefficient.
(5) even more advanced single tube multiple spot at present it is double for system, also not yet solve in same setting program, it is right
Several culture ponds (pond) are automatically performed multiple spot and expect the stock of (type) more doses more and feed movement and the confession of erbia list, respectively supply, is same
The logic setting program problem of confession.
Utility model content
For overcome the deficiencies in the prior art, that the purpose of this utility model is to provide a kind of monomers is intensive, shared power
Source, for aquaculture single tube multiple spot more than material type automation erbia it is double for system.
It should be noted that " left side " " right side " that the utility model is mentioned is only used for description relative position.
The purpose of this utility model adopts the following technical scheme that realization:
Oxygen module is sent including level-one storage device, Weighing module, level-one wind force driving device, level-one inverting module, bait throwing in
With second level wind force driving device；The level-one storage device has several, each level-one storage device and the weighing mould
Block, the Weighing module and the level-one inverting module, the level-one wind force driving device and the level-one inverting module are mutual
Connection；The level-one inverting module, which is also respectively connected with, send oxygen module equipped with several bait throwing in, the second level wind force driving device also with
The bait throwing in send oxygen module to connect；The bait throwing in send oxygen module to include fertilizer current divider, second level storage device and send oxygen branch pipe, institute
Fertilizer current divider one end is stated to connect with the level-one inverting module, the fertilizer current divider other end respectively with the second level storing
Device, it is described send oxygen branch pipe connect；It further include the bait-laying device for fish being connect with the second level storage device；It is described that oxygen branch pipe is sent to have
It is several to send oxygen micropore.
Further, the first feeding branch pipe, institute are connected between the fertilizer current divider and the level-one inverting module
It states and is connected between fertilizer current divider and the second level wind force driving device also by the first feeding branch pipe；The fertilizer shunts utensil
There are the first pipeline and the second pipeline, first pipeline one end is the first feeding branch pipe, and the other end is the second level storing
Device；Second pipeline one end is the first feeding branch pipe, and the other end send oxygen branch pipe to be described, and second pipeline is equipped with
First resistance material enters the wind part.
Further, material distributing valve is equipped between the fertilizer current divider and the level-one inverting module.
It further, further include fertilizer distributor mechanism, the fertilizer distributor mechanism has air inlet, gas outlet, feed inlet and goes out
Material mouth, the air inlet are located at left end, and the gas outlet is located at the air inlet right end, and the feed inlet is located at the air inlet
Between the discharge port；It is described that oxygen branch pipe is sent to send oxygen branch pipe and second to send oxygen branch pipe including first；The second level storage device
With the second level discharge end being connect with the bait-laying device for fish；Described first send oxygen branch pipe one end to connect with the fertilizer current divider,
Described first send the oxygen branch pipe other end to connect with the air inlet；The second level discharge end is connect with the feed inlet, the throwing
Bait device is connect with the discharge port；Described second send oxygen branch pipe one end to connect with the gas outlet, and described second send oxygen branch pipe
Oxygen micropore is sent equipped with several；It is equipped with the second resistance material at the gas outlet and enters the wind part.
Further, the second level storage device also has the second level feed end connecting with the fertilizer current divider；It is described
Second level storage device inner wall, which extends, is equipped with guide plate, and the guide plate is tilted toward the second level direction of discharge, in the second level
For feed end toward in the second level direction of discharge, the second level feed end and the guide plate have least partially overlapped projection.
Further, the level-one inverting module is also connected with equipped with several feeding main pipes, and the every feeding main pipe is along long
It spends direction to extend equipped with several first feeding branch pipes, the first feeding branch pipe other end is all connected with equipped with the fertilizer point
Device is flowed, the region with several first feeding branch pipes is sub-material area on the feeding main pipe.
It further, further include release position control module, the release position control module includes first port, second port
And third port, the first port and second port are separately connected the feeding main pipe, the third port passes through described the
One feeding branch pipe is connect with the fertilizer current divider；The material distributing valve is set to the release position control module close to the third end
Mouth side, the release position control module are additionally provided with him to valve close to the second port side.
Further, the second level wind force driving device has several, each second level wind force driving device with every
The feeding main pipe is connected far from one end of the level-one inverting module；In the level-one inverting module or in the feeding main pipe
Level-one area valve is equipped with close to level-one inverting module side.
Further, the Weighing module is equipped with blanking controller, the weighing mould close to level-one storage device side
Block is equipped with weighing controller close to level-one inverting module side.
Further, the Weighing module quantity is one, and each level-one storage device passes through pipeline and the title
The connection of molality block.
Further, be connected between the level-one wind force driving device and the level-one inverting module level-one supply gas it is dry
Pipe, the Weighing module are equipped with level-one material blanking tube far from level-one storage device side, and the level-one material blanking tube is communicated in institute
Level-one is stated to supply gas main pipe.
Further, transparent pipe and/or described one are connected between the Weighing module and the level-one storage device
It is connected with transparent pipe between grade inverting module and the feeding main pipe and/or the release position control module is transparent described
Release position control module and/or the feeding main pipe and release position control module junction are equipped with transparent pipe and/or institute
It states release position control module and the first feeding branch pipe junction is equipped with transparent pipe and/or the fertilizer current divider is transparent
Fertilizer current divider and/or the fertilizer current divider and the first feeding branch pipe junction are equipped with transparent pipe and/or the wind
It is equipped with transparent pipe and/or the fertilizer current divider between material current divider and the second level storage device and send oxygen branch pipe to connect with described
It meets place and is equipped with transparent pipe.
Further, the fertilizer distributor mechanism is transparent fertilizer distributor mechanism and/or the fertilizer distributor mechanism and described first
Send oxygen branch pipe junction to be equipped with transparent pipe and/or the fertilizer distributor mechanism send oxygen branch pipe junction equipped with transparent with described second
Pipe and/or the fertilizer distributor mechanism and second level discharge end junction be equipped with transparent pipe and/or the fertilizer distributor mechanism with
Transparent pipe is equipped between the bait-laying device for fish.
Compared with prior art, the utility model has the beneficial effects that:
(1) the monomer cultivation equipment regulated and controled bait throwing in, oxygenation, water temperature is intensive to share power source as whole cultivating system,
It only needs single tube (single-pipeline system), is double for power source (level-one, second level wind force driving device) and single stock end (level-one storing
Device), the bait throwing in several culture ponds can be completed and send oxygen；The operation of individual equipment system need to only be can be completed to whole
Oxygen, operation more automation and simplicity are sent in the bait throwing in of a cultivation place；Size breeding scale is often applicable in；
(2) this system is provided with multiple level-one storage devices at stock end, can be used for storing the bait of different material types in advance,
And level-one storage device is connected with Weighing module；It can be by simple program setting, gradually by batch without any confusion same
The stock of each release position (second level storage device in oxygen module is sent in i.e. each bait throwing in) is completed in one pipe-line system；
(3) material preparation step of the bait of this system and bait throwing in step substep carry out, and can stock up in advance, so that in the bait throwing in time
Interior workload reduces；
(4) under the premise of material preparation step is completed, by pre-set program, the throwing to different bait throwing in points can be completed
Bait can meet the bait throwing in that different bait throwing in send oxygen module, respectively carry out different material types, different doses, different time；
(5) either material preparation step, or bait throwing in step, can be carried out sending oxygen, and can individually supply oxygen；Specific bait throwing in
When, the wind-power caused by second level wind force driving device in bait throwing in step is made full use of, so that this wind-power is applied not only to send
Gas bait throwing in is also sent using second level and send oxygen micropore to send oxygen to water body on oxygen branch pipe；I.e. for pneumatic transmission oxygen power source and bait throwing in power
Source is the same power source, can also send oxygen when meeting bait throwing in simultaneously；
(6) this system can be by sending oxygen branch pipe to be located near bait-laying device for fish, so that can synchronize while bait throwing in by second
Oxygen is sent, to improve the oxygen dissolved in bait throwing in area, further increases fish or the feed effect of other aquaculture organisms；
(7) this system uses double bait throwing in that multiple culture ponds can be realized for power source (I and II wind force driving device)
With send oxygen, relative in original technology, " each pond is both needed to the unifunctional device for feeding fish bait of monomer of each self-configuring independent power of lattice
And aerator ", this system realizes power resource and shares, and can substantially reduce energy consumption cost；
(8) this system can also increase other modules so that system has other function, have compared with high practicability.
Detailed description of the invention
Fig. 1 is Tthe utility model system schematic diagram；
Fig. 2 is another implementation diagram of Tthe utility model system；
Fig. 3 is that oxygen module is sent in the bait throwing in of Tthe utility model system.
In figure: 10, level-one storage device；
20, Weighing module；
30, level-one wind force driving device；
40, level-one inverting module；
50, oxygen module is sent in bait throwing in；51, second level storage device；511, guide plate；52, oxygen branch pipe is sent；521, first oxygen branch is sent
Pipe；522, second oxygen branch pipe is sent；523, oxygen micropore is sent；53, bait-laying device for fish；541, fertilizer current divider；5411, the first resistance material is entered the wind
Part；542, fertilizer distributor mechanism；5421, air inlet；5422, gas outlet；5423, feed inlet；5424, discharge port；5425, the second resistance
Material air inlet part；
60, release position control module；
70, second level wind force driving device；
81, feeding main pipe；811, sub-material area；82, the first feeding branch pipe；83, level-one is supplied gas main pipe；84, level-one material blanking tube；
91, blanking controller；92, weighing controller；93, level-one area valve；94, material distributing valve；95, he is to valve；96, bait throwing in
Valve.
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.
As shown in Figure 1-Figure 3, the present embodiment provides one kind to be not only able to satisfy multiple spot bait throwing in, moreover it is possible to meet multiple spot and launch difference
It is double for system that material type more than the single tube multiple spot of material type bait automates erbia.The system includes one for storing different material type bait
Grade storage device 10 realizes the title of quantitative standby bait and bait throwing in for weighing to the bait fallen by level-one storage device 10
Specified bait is sent to specified release position the level-one wind force driving device for completing the wind-power of stock for providing by molality block 20
30, for bait orientation to be sent to the level-one inverting module 40 of specified release position, is used to receive by level-one storage device 10, level-one
The bait that wind force driving device 30 and level-one inverting module 40 provide to complete to stock up in advance, timing bait throwing in and the bait throwing in of oxygen is sent to give
Oxygen module 50, and the second level wind force driving device 70 for sending source of oxygen for providing bait throwing in power and can provide.
The system passes through one by setting two-stage storage device between level-one storage device 10 and second level storage device 51
Grade inverting module 40 connects, and the bait of the specified material type in level-one storage device 10 is sent according to system command to corresponding
Specified second level storage device 51 completes material preparation step；Second level storage device 51 positioned at release position and the level-one far from release position are stored up
Material device 10 sets up separately, and the second level storage device 51 for completing material preparation step timing is enabled individually to complete bait throwing in, while bait throwing in
The stock of other region second level storage devices 51 is not influenced.
Specifically, in order to enable level-one storage device 10 can store more material type bait, level-one storage device 10 is equipped with
Several.It is of course also possible to by the way that multiple storing subregions are arranged in a level-one storage device 10, to realize more material types
Storage and delivery.
Specifically, it is connected with each other between each level-one storage device 10 and Weighing module 20, Weighing module 20 is changed with level-one
It is connected with each other between module 40, level-one wind force driving device 30 and the level-one inverting module 40 are connected with each other；And level-one is changed
Be also respectively connected with to 40 other termination of module and send oxygen module 50 equipped with several bait throwing in, at the same second level wind force driving device 70 also with bait throwing in
Oxygen module 50 is sent to connect.
Specifically, in order to by the bait throwing in function of same release position and send oxygen function to be integrated into same system to realize that bait throwing in send
Oxygen module 50 includes the second level storage device 51 for stocking up and feeding intake, and further includes sending oxygen branch pipe 52 for send oxygen, send oxygen branch
It is provided on pipe 52 and send oxygen micropore 523, second level storage device 51 and oxygen branch pipe 52 is sent to pass through same pipeline and level-one inverting module
40 connections；The other end of second level storage device 51 is connected with bait-laying device for fish 53.
Specifically, in order to enable when stocking up, the wind-force that level-one wind force driving device 30 generates is for blowing bait to second level
When storage device 51, bait will not enter pipeline for sending oxygen, and the lingering remnants of past customs can enter oxygen branch pipe 52 is sent to carry out sending oxygen to water body；
And in order to enable when bait throwing in, the wind-force that second level wind force driving device 70 generates can be not only used for bait throwing in, and the lingering remnants of past customs can enter and send
Oxygen branch pipe 52 carries out water body to send oxygen, while the bait in second level storage device 51 will not be fed oxygen branch pipe 52 by inverted air current band and block up
Plug send oxygen micropore 523；It further includes fertilizer current divider 541,541 one end of fertilizer current divider and level-one commutation mould that oxygen module 50 is sent in bait throwing in
Block 40 connect, the other end respectively with second level storage device 51, send oxygen branch pipe 52 connect, fertilizer current divider 541 be used for will be from level-one
Inverting module 40 conveys the bait to come and wind shunts, so that bait enters second level storage device 51 and completes stock, the lingering remnants of past customs enters
It send oxygen branch pipe 52 while carrying out sending oxygen.
It should be noted that the system has stock, bait throwing in, send oxygen three big basic function, stocks up and refer to bait from level-one
Storage device 10 is delivered to the second level storage device 51 that oxygen module 50 is sent in specified bait throwing in, and bait throwing in, which refers to, blows bait from bait-laying device for fish 53
It delivers out, send oxygen to refer to and send oxygen micropore 523 to be delivered to water body to carry out sending oxygen by sending oxygen branch pipe 52.
It is noted that passing through level-one storage device 10, the level-one inverting module that can be pre-loaded with more material type bait
40 send the mating connection of oxygen module 50 with bait throwing in, make the bait in level-one storage device 10 can be with by level-one inverting module 40
Oxygen module 50 is sent in dispensing to different bait throwing in, so that bait throwing in after first stocking up may be implemented in this system, so that this system may be implemented together
One cultivating system launches different material type bait to different release positions；Overcome bait in storage device in the prior art directly by
Wind-force blows to release position and carries out the problem of bait throwing in can not achieve the same area difference release position dispensing different bait；And lead to simultaneously
The connection of Weighing module 20 Yu level-one storage device 10 is crossed, so that quantitative dispensing can also be met；And it can realize gradually have by batch
Item does not complete the stock of different release positions in same pipeline not disorderlyly.
Preferably, it for branching to different device (second level storage device 51 and send oxygen branch pipe 52) same wind regime, and uses
First is connected between the fertilizer current divider 541 in oxygen branch pipe 52 and level-one inverting module 40 in guaranteeing that bait not can enter to send
Feeding branch pipe 82, fertilizer current divider 541 are also connect by the first feeding branch pipe 82 with second level wind force driving device 70；Wherein fertilizer
Current divider 541 has the first pipeline and the second pipeline, and first pipeline one end is the first feeding branch pipe 82, the other end is second level
Storage device 51；Second pipeline one end is the first feeding branch pipe 82, and the other end is to send oxygen branch pipe 52, is equipped with and is used in the second pipeline
Stop flowing or remaining bait in the first pipeline and the first resistance material of transportable wind-force enters the wind part 5411 simultaneously.
Preferably, the first resistance material air inlet part 5411 is sieve, and it is straight that the screen-aperture of sieve is less than the minimum in bait used
Diameter.
Preferably, material preparation step determines material type, determines doses to meet to the second level storage device 51 of each release position
Stock demand can only once stock up to a specified second level storage device 51, so sending the fertilizer of oxygen module 50 in bait throwing in
Material distributing valve 94 is equipped between current divider 541 and level-one inverting module 40, when needing that oxygen module 50 is sent to be stocked up, thrown to this bait throwing in
Bait or when sending oxygen, material distributing valve 94 is just opened, remaining time closes.
Preferably, in order to further such that bait throwing in send the bait throwing in of oxygen module 50 and two functions of oxygen is sent not interfere with each other, and two
It can unify pipe-line system realization between a function using the same power source, bait throwing in, which is sent, is provided with fertilizer distributor mechanism in oxygen module 50
542.Fertilizer distributor mechanism 542 has air inlet 5421, gas outlet 5422, feed inlet 5423 and discharge port 5424, air inlet 5421
Positioned at left end, gas outlet 5422 is located at 5421 right end of air inlet, feed inlet 5423 be located at air inlet 5421 and discharge port 5424 it
Between；Oxygen branch pipe 52 is sent to send oxygen branch pipe 521 and second to send oxygen branch pipe 522 including first；Second level storage device 51 has to be filled with bait throwing in
Set the second level discharge end of 53 connections；First send 521 one end of oxygen branch pipe to connect with fertilizer current divider 541, and first send oxygen branch pipe 521 another
One end is connect with air inlet 5421；The second level discharge end is connect with the feed inlet 5423, the bait-laying device for fish 53 with it is described
Discharge port 5424 connects；Described second send 522 one end of oxygen branch pipe to connect with the gas outlet 5422, and described second send oxygen branch pipe
522 send oxygen micropore 523 equipped with several；Fertilizer distributor mechanism 542 is equipped with the second resistance material close at gas outlet 5422 and enters the wind part 5425.
Specifically, by sending oxygen branch pipe 522 to be located near bait-laying device for fish 53 for second, so that can be synchronized while bait throwing in
Oxygen is sent, to improve the oxygen dissolved in bait throwing in area, further increases fish or the feed effect of other aquaculture organisms.And pass through fertilizer
The setting of distributor mechanism 542, so that bait throwing in send oxygen module 50 that can be supplied using the wind-force of level-one wind drive module when stock
Oxygen；When bait throwing in, bait throwing in send oxygen module 50 that can be supplied oxygen using the wind-force of second level wind drive module.
Preferably, oxygen efficiency is sent in order to improve, second send oxygen branch pipe 522 closed at one end far from gas outlet 5422.
Preferably, the second resistance material air inlet part 5425 is sieve, and it is straight that the screen-aperture of sieve is less than the minimum in bait used
Diameter.
Preferably, in order to improve stock bait throwing in efficiency, avoid the bait when carrying out bait throwing in, in second level storage device 51
It is redirected back into pipeline by wind blows, influences system worked well, 51 inner wall of second level storage device, which extends, to be equipped with not only favorably
In blanking and wind-force can be stopped to enter the guide plate 511 of second level storage device 51；Second level storage device 51 also has and fertilizer
The second level feed end that current divider 541 connects；Guide plate 511 is tilted toward second level direction of discharge, is gone out in second level feed end toward second level
On the direction for expecting end, second level feed end and guide plate 511 have least partially overlapped projection；I.e. by setting guide plate 511, make
The bait entered in second level storage device 51 when must stock up can be automatically fallen off to second level by gravity from inclined guide plate 511
End is expected, so that the wind energy for entering second level storage device 51 when bait throwing in is stopped by guide plate 511 without bait can be driven mobile.
Preferably, it guides bait to fall to further increase guide plate 511 and invalid wind is stopped to enter second level storing dress
51 effect is set, 511 quantity of guide plate is 2, and guide plate 511 includes the first guide plate 511 and the second guide plate 511, in second level
For feed end toward on the direction of second level discharge end, the first guide plate 511 and the second guide plate 511 have least partially overlapped projection.
Preferably, in order to improve the dispensing efficiency of fertilizer distributor mechanism 542 so that fertilizer distributor mechanism 542 both can effectively by
Wind-force is guided to the bait fallen from second level storing end is blowed to bait-laying device for fish 53, also may make wind-force near second level discharge end
Second can be efficiently entering to send the completion of oxygen branch pipe 522 to send oxygen and bait is stopped to send oxygen branch pipe 522, fertilizer distributor mechanism into second simultaneously
542 include that main pipeline, main pipeline both ends are respectively set air inlet 5421 and discharge port 5424, main pipeline side wall each extended over into
Expect extension end and outlet extension end, feed inlet 5423 is set to charging extension end, and gas outlet 5422 is set to outlet extension end, the second resistance
Material air inlet part 5425 is set to outlet extension end close to main pipeline side, enters second to avoid bait and send oxygen branch pipe 522.
Preferably, in order to further increase the dispensing efficiency of fertilizer distributor mechanism 542, the air inlet of fertilizer distributor mechanism 542
5421, gas outlet 5422, feed inlet 5423, discharge port 5424 are set in sequence；And in order to avoid the not bait casting stage, wind-force is blowed to out
It causes to waste from the blowout of bait-laying device for fish 53 after material mouth 5424, is provided with bait throwing in valve 96, bait throwing in valve 96 is also cross charging extension end
With main pipeline, this bait throwing in valve 96 is opened in bait throwing in, remaining time closes；So that bait cannot be from second level in the not bait casting time
It is leaked out in storage device 51, and stops the wind in the main pipeline by sending the conveying air inlet material distributor mechanism 542 of oxygen branch pipe 52 further defeated
It send to bait-laying device for fish 53.Meanwhile by the setting of bait throwing in valve 96, so that the bait throwing in oxygenation module not only may be implemented, erbia is double to be supplied
While opening (bait throwing in valve) can also be achieved expeditiously individually oxygen supply, avoid without bait throwing in or when without stocking up, the wind for oxygen supply
It is blown out from bait-laying device for fish 53.
Preferably, in order to adapt to it is large-scale industrialized cultivation or indoor culture demand, in order to enable this system can meet it is feeding
The cultivation demand that field has multiple culture ponds with multiple culture zones, each culture zone is grown, level-one inverting module 40 is connected with
Several feeding main pipes 81, every feeding main pipe 81 extends along its length is equipped with several first feeding branch pipes 82, the first feeding branch
The other end of pipe 82 is all connected with equipped with fertilizer current divider 541, i.e. the first feeding branch pipe 82 by fertilizer current divider 541 and is thrown respectively
Bait send oxygen module 50 to connect, and the region on every feeding main pipe 81 with several first feeding branch pipes 82 is sub-material area 811；Level-one
Feeding main pipe 81 specifies the bait of doses to pass through level-one wind force driving device by the cooperation with level-one mold changing block, by specified material type
30 wind-force generated are blowed to specified level-one feeding main pipe 81 (i.e. specified culturing area or sub-material area 811), further by bait
Material is blowed to specified stock point (i.e. specified first feeding branch pipe 82 or second level storage device 51).
Preferably, in order to enable at the stage of stock, specified material type specifies the bait of doses that can accurately blow to specified
Bait throwing in is sent in the second level storage device 51 of oxygen module 50, and it is secondary after influencing in pipeline to avoid bait when previous stock from remaining in
Stock, which is additionally provided with release position control module 60, which includes first port, second port and the
Three ports, first port and second port are separately connected feeding main pipe 81, third port by the first feeding branch pipe 82 with
Fertilizer current divider 541 connects；Material distributing valve 94 above-mentioned is set to release position control module 60 close to third port side, release position control
Module 60 is additionally provided with him to valve 95 close to second port side.
In particular it is required that the material distributing valve 94 is opened when stocking up to the release position so that bait and wind enter the throwing
Oxygen module 50 is sent in a bait throwing at putting；By this, he closes to valve 95, avoids bait from being blown to specified release position and changes far from level-one
Cause residual to after influence stock to 40 side of module.
Preferably, in order to enable when bait throwing in can generate sufficient wind-power, which is provided with multiple second level wind drives dresses
70 are set, each second level wind force driving device 70 is connect with every feeding main pipe 81 far from one end of level-one inverting module 40, each
Second level wind force driving device 70 is used to send oxygen module 50 (i.e. each release position) to mention to each bait throwing in a feeding main pipe 81
For bait throwing in wind-power and send oxygen wind-power.
Specifically, in order to enable the feeding that the wind power energy useful effect that second level wind force driving device 70 blows is connected at it
Oxygen module 50 is sent in main pipe 81 and several bait throwing in for being connected to the feeding main pipe 81, in level-one inverting module 40 or in feeding main pipe 81
Level-one area valve 93 is equipped with close to 40 side of level-one inverting module.
Specifically, when needs send oxygen module 50 (i.e. each release position) to throw some bait throwing in of specified feeding main pipe 81
When bait send oxygen, this is specified on feeding main pipe 81 or specifies the level-one area valve 93 of feeding main pipe 81 to close close to this.
It is noted that passing through the setting of level-one area valve 93, so that (the difference point in the region that material preparation step is completed
The different feeding main pipes 81 in material area 811) each bait throwing in send oxygen module 50 with carrying out material preparation step region in bait throwing in give
Oxygen module 50 can not interfere with each other, and can respectively carry out bait throwing in or stock.
Certainly, as shown in Figure 2 and Figure 3, second level wind force driving device 70 can also only be arranged one, single second level wind drive
Device 70 is connect by pipeline with second level inverting module, and each second level inverting module and feeding main pipe 81 are far from level-one inverting module
The connection of 40 sides, can send the wind-force that second level wind force driving device 70 generates to each specified each specified throwing of feeding main pipe 81
Bait send oxygen module 50, carries out bait throwing in and send oxygen.
Preferably, it in order to enable Weighing module 20 can control level-one storage device 10 in time stops blanking, and has weighed
Bait can be delivered to next module in time after, be equipped with blanking control close to 10 side of level-one storage device in Weighing module 20
Device 91 processed is equipped with weighing controller 92 close to 40 side of level-one inverting module in Weighing module 20.
Preferably, it is improved efficiency to simplify system unit, 20 quantity of Weighing module is one, each level-one storage device 10
It is connect by pipeline with Weighing module 20.
Certainly, above-mentioned Weighing module 20 is also settable multiple, and each level-one storage device 10 is correspondingly arranged a weighing
Module 20, Weighing module 20 can not only be connect with each level-one storage device 10 by pipeline, can also correspond to and be built in level-one
In storage device 10.
Preferably, in order to enable the bait fallen by Weighing module 20 can be blowed effectively by wind-force, to be delivered to
Level-one inverting module 40 is connected with level-one between level-one wind force driving device 30 and level-one inverting module 40 and supplies gas main pipe
83, Weighing module 20 is equipped with level-one material blanking tube 84 far from 10 side of level-one storage device, and level-one material blanking tube 84 is communicated in level-one and send
Gas main pipe 83 when so that bait being fallen by level-one storage device 10, falls into level-one using gravity and supplies gas main pipe 83, fall into
Level-one supplies gas the bait after main pipe 83 can be effectively by wind blows to level-one inverting module 40.
It is noted that this system passes through Weighing module 20, level-one inverting module 40, fertilizer current divider 541, fertilizer point
Device 542, release position control module 60 is sent to realize the logic control management to each branch, so that only need to be to above-mentioned when system maintenance
Emphasis module or current divider distributor mechanism carry out disassembly replacement, convenient and efficient, will not influence system other parts function.
Preferably, in order to improve the efficiency of removal of faults on system, so that the efficiency of system maintenance maintenance is improved, so that checking
Replacement correlation module is more convenient, is equipped with the transparent pipe for being conducive to successively debug in modules or each branch, mould of weighing
It is connected between transparent pipe and/or level-one inverting module 40 and feeding main pipe 81 and connects between the 10 of block 20 and level-one storage device
It is equipped with transparent pipe and/or release position control module 60 is transparent release position control module 60 and/or feeding main pipe 81 and throws
60 junction of a control module is put to set equipped with transparent pipe and/or release position control module 60 with 82 junction of the first feeding branch pipe
There is transparent pipe and/or fertilizer current divider 541 is transparent fertilizer current divider 541 and/or fertilizer current divider 541 and the first feeding branch
82 junction of pipe, which is equipped between transparent pipe and/or fertilizer current divider 541 and second level storage device 51, is equipped with transparent pipe and/or wind
Material current divider 541 is equipped with transparent pipe with 52 junction of oxygen branch pipe is sent.
Preferably, fertilizer distributor mechanism 542 is that transparent fertilizer distributor mechanism 542 and/or fertilizer distributor mechanism 542 and first send oxygen
521 junction of branch pipe is equipped with transparent pipe and/or fertilizer distributor mechanism 542 and second and 522 junction of oxygen branch pipe is sent to be equipped with transparent pipe,
And/or fertilizer distributor mechanism 542 and second level discharge end junction are equipped with transparent pipe and/or fertilizer distributor mechanism 542 and bait-laying device for fish 53
Between be equipped with transparent pipe.
Preferably, Weighing module 20 and level-one supply gas 83 junction of main pipe equipped with transparent pipe.
Preferably, it is also connected in second level wind force driving device 70 equipped with temperature control module, temperature control module is used for second level wind-force
The wind heating or cooling that driving device 70 blows out, so that heating or the wind to cool down can send oxygen by sending oxygen branch pipe 52 to be delivered to
Micropore 523 conveys the wind of heating or cooling to water body for a long time, water body water temperature is adjusted, so that the less high winter water of summer water temperature
Temperature is less low, or may make and keep water body particular temperature value according to aquaculture organism biological nature.
Preferably, which, which also facilitates, increases other expansion modules, such as: monitoring water quality relating module, suitable to improve system
The property used.
Preferably, level-one storage device 10 is storage tank, and secondary device device is hopper.
Preferably, level-one wind force driving device 30 is roots blower, and second level wind force driving device 70 is roots blower.
It is noted that this system is by modularization, (Weighing module 20, level-one inverting module 40, release position control mould
Block 60, fertilizer current divider 541, fertilizer distributor mechanism 542) cooperation transparent pipe or transparent component design, substantially increase system dimension
Shield maintenance, the efficiency of troubleshooting so that check, replacement disassembly it is more simple and fast.
The operating principle of this utility system is as follows:
Each material type bait is added toward level-one storage device 10 in material preparation step, and the bait is after the weighing of Weighing module 20
It is delivered to pipeline, provides wind-force by level-one wind force driving device 30, the bait is blowed to specified second level storage device 51；
Bait throwing in step, the wind-force provided by second level wind force driving device 70 is by the bait by the second level storage device 51
It blows to bait-laying device for fish 53, completes bait throwing in so that bait be blowed away from bait-laying device for fish 53；
Oxygen step is sent, provides distinguished and admirable blow to sending by level-one wind force driving device 30 and/or second level wind force driving device 70
Oxygen branch pipe 52, for gas by sending the oxygen supply micropore on oxygen branch pipe 52 to blow out, oxygen is sent in completion.
Wherein, oxygen step is sent to provide wind-force by second level wind force driving device 70, the bait throwing in step send oxygen step with described
It carries out simultaneously.
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 (12)
1. it is double for system that material type more than a kind of single tube multiple spot automates erbia, it is characterised in that:
Oxygen module and two are sent including level-one storage device, Weighing module, level-one wind force driving device, level-one inverting module, bait throwing in
Grade wind force driving device；
The level-one storage device has several, each level-one storage device and the Weighing module, the Weighing module
It is connected with each other with the level-one inverting module, the level-one wind force driving device and the level-one inverting module；The level-one is changed
It is also respectively connected with to module and send oxygen module equipped with several bait throwing in, the second level wind force driving device also send oxygen module with the bait throwing in
Connection；
The bait throwing in send oxygen module to include fertilizer current divider, second level storage device and send oxygen branch pipe, fertilizer current divider one end
Connect with the level-one inverting module, the fertilizer current divider other end respectively with the second level storage device, described send oxygen branch
Pipe connection；It further include the bait-laying device for fish being connect with the second level storage device；It is described that oxygen branch pipe is sent to send oxygen micropore with several.
2. it is double for system that material type more than single tube multiple spot as described in claim 1 automates erbia, it is characterised in that:
Be connected with the first feeding branch pipe between the fertilizer current divider and the level-one inverting module, the fertilizer current divider with
It is connected between the second level wind force driving device also by the first feeding branch pipe；
The fertilizer current divider has the first pipeline and the second pipeline, and first pipeline one end is the first feeding branch pipe,
The other end is the second level storage device；Second pipeline one end is the first feeding branch pipe, and the other end send oxygen to be described
Branch pipe, second pipeline are equipped with the first resistance material and enter the wind part.
3. it is double for system that material type more than single tube multiple spot as claimed in claim 2 automates erbia, it is characterised in that:
Material distributing valve is equipped between the fertilizer current divider and the level-one inverting module.
4. it is double for system that material type more than single tube multiple spot as described in any one of claims 1-3 automates erbia, it is characterised in that:
It further include fertilizer distributor mechanism, the fertilizer distributor mechanism has air inlet, gas outlet, inlet port and outlet port, the air inlet
Mouth is located at left end, and the gas outlet is located at the air inlet right end, and the feed inlet is located at the air inlet and the discharge port
Between；It is described that oxygen branch pipe is sent to send oxygen branch pipe and second to send oxygen branch pipe including first；
The second level storage device has the second level discharge end connecting with the bait-laying device for fish；
Described first send oxygen branch pipe one end to connect with the fertilizer current divider, and described first send the oxygen branch pipe other end and the air inlet
Mouth connection；The second level discharge end is connect with the feed inlet, and the bait-laying device for fish is connect with the discharge port；Described second send
Oxygen branch pipe one end is connect with the gas outlet, and described second send oxygen branch pipe to send oxygen micropore equipped with several；
The fertilizer distributor mechanism is equipped with the second resistance material close to the air outlet side and enters the wind part.
5. it is double for system that material type more than single tube multiple spot as claimed in claim 4 automates erbia, it is characterised in that:
The second level storage device also has the second level feed end connecting with the fertilizer current divider；
The second level storage device inner wall, which extends, is equipped with guide plate, and the guide plate is tilted toward the second level direction of discharge,
Toward in the second level direction of discharge, the second level feed end and the guide plate have at least partly heavy the second level feed end
Folded projection.
6. as material type automation erbia more than the described in any item single tube multiple spots of claim 2-3 is double for system, it is characterised in that:
The level-one inverting module is also connected with equipped with several feeding main pipes, and the every feeding main pipe extends along its length to be equipped with
Several first feeding branch pipes, the first feeding branch pipe other end are all connected with equipped with the fertilizer current divider, the feeding
Region on main pipe with several first feeding branch pipes is sub-material area.
7. it is double for system that material type more than single tube multiple spot as claimed in claim 6 automates erbia, it is characterised in that:
It further include release position control module, the release position control module includes first port, second port and third port, institute
It states first port and second port is separately connected the feeding main pipe, the third port passes through the first feeding branch pipe and institute
State the connection of fertilizer current divider；
The material distributing valve is set to the release position control module close to the third port side, and the release position control module is close
The second port side is additionally provided with him to valve.
8. it is double for system that material type more than single tube multiple spot as claimed in claim 7 automates erbia, it is characterised in that:
The second level wind force driving device has several, and each second level wind force driving device is remote with feeding main pipe described in every
One end connection from the level-one inverting module；It is changed in the level-one inverting module or in the feeding main pipe close to the level-one
Level-one area valve is equipped with to module side.
9. it is double for system that material type more than single tube multiple spot as claimed in claim 7 automates erbia, it is characterised in that
The Weighing module is equipped with blanking controller close to level-one storage device side, and the Weighing module is close to the level-one
Inverting module side is equipped with weighing controller.
10. as material type automation erbia more than claim 5,7,8 and 9 described in any item single tube multiple spots is double for system, feature
It is:
It is connected with level-one between the level-one wind force driving device and the level-one inverting module to supply gas main pipe, the weighing mould
Block far from level-one storage device side be equipped with level-one material blanking tube, the level-one material blanking tube be communicated in the level-one supply gas it is dry
Pipe.
11. it is double for system that material type more than single tube multiple spot as claimed in claim 8 or 9 automates erbia, it is characterised in that:
Be connected between the Weighing module and the level-one storage device transparent pipe and/or the level-one inverting module with
It is connected with transparent pipe between the feeding main pipe and/or the release position control module is that the transparent release position controls mould
Block and/or the feeding main pipe and release position control module junction are equipped with transparent pipe and/or the release position controls
Module and the first feeding branch pipe junction are equipped with transparent pipe and/or the fertilizer current divider is transparent fertilizer current divider,
And/or the fertilizer current divider and the first feeding branch pipe junction are equipped with transparent pipe and/or the fertilizer current divider and institute
State send oxygen branch pipe junction equipped with transparent equipped with transparent pipe and/or the fertilizer current divider between second level storage device with described
Pipe.
12. it is double for system that material type more than single tube multiple spot as claimed in claim 5 automates erbia, it is characterised in that:
The fertilizer distributor mechanism send oxygen branch pipe to connect for transparent fertilizer distributor mechanism and/or the fertilizer distributor mechanism with described first
Place is equipped with transparent pipe and/or the fertilizer distributor mechanism and send oxygen branch pipe junction to be equipped with transparent pipe and/or described with described second
Fertilizer distributor mechanism and second level discharge end junction are equipped between transparent pipe and/or the fertilizer distributor mechanism and the bait-laying device for fish
Equipped with transparent pipe.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820400421.7U CN208387642U (en) | 2018-03-22 | 2018-03-22 | A kind of automation erbia of material type more than single tube multiple spot is double for system |
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| CN201820400421.7U CN208387642U (en) | 2018-03-22 | 2018-03-22 | A kind of automation erbia of material type more than single tube multiple spot is double for system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108633807A (en) * | 2018-03-22 | 2018-10-12 | 广州赢未来电子科技有限公司 | It is double for system and its bait throwing in method for supplying oxygen that material type more than single tube multiple spot automates erbia |
-
2018
- 2018-03-22 CN CN201820400421.7U patent/CN208387642U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108633807A (en) * | 2018-03-22 | 2018-10-12 | 广州赢未来电子科技有限公司 | It is double for system and its bait throwing in method for supplying oxygen that material type more than single tube multiple spot automates erbia |
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