CN207678259U - A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus - Google Patents
A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus Download PDFInfo
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- CN207678259U CN207678259U CN201721810507.9U CN201721810507U CN207678259U CN 207678259 U CN207678259 U CN 207678259U CN 201721810507 U CN201721810507 U CN 201721810507U CN 207678259 U CN207678259 U CN 207678259U
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Abstract
The utility model discloses a kind of automatic preparation fertilizer apparatuses of formulation liquid fertilizer, belong to novel and belong to technical field of facility agriculture.Technical solution includes：The device includes entering water electromagnetic valve (1), feed water flow gauge (2), power control cabinet (3), fertilizing pump (60), tempering tank (4) and the fertilizing pipeline between tempering tank (4) and feed water flow gauge (2)；The fertilizing pipeline includes the second fertilizing pipeline of the first fertilizing pipeline and the second metering pump (6) control of the first metering pump (5) control；First fertilizing pipeline and the second fertilizing pipeline are parallel between tempering tank (4) and feed water flow gauge (2).The utility model has the beneficial effects that：Has the advantages that automatic operating, highly integrated, saving labour cost, raising utilization rate of fertilizer.
Description
Technical field
The utility model is related to a kind of new formulation Liquid Fertilizers to prepare fertilization system equipment automatically, belong to installation agriculture technology
Field.
Background technology
Currently, crop fertilizer largely uses composite fertilizer, crop fertilizer needed for different growing and difference, the ratio of fertilizer
Example and utilization rate cannot comply fully with crop demand, and the automatic fertilization system of preparing of formulation liquid fertilizer can solve precisely to prepare on demand
Solution conveys solution on demand, accomplishes rationally to utilize solution, easy to operate, time and labour saving, cost-effective.
Utility model content
The purpose of this utility model be to provide it is a kind of can automatically be prepared according to crop demand it is solution, efficient, quick, convenient
Fertilizer apparatus (system).
To achieve the goals above, the utility model provides following technical solution：
A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus, the device include entering water electromagnetic valve (1), feed water flow gauge (2),
Power control cabinet (3), fertilizing pump (60), tempering tank (4) and the fertilizing pipeline between tempering tank (4) and feed water flow gauge (2)；
Entering water electromagnetic valve (1) and feed water flow gauge (2) connect water source, are successively set on water inlet pipe；
Fertilizing pump (60) includes fertilizing pump water inlet (58) and fertilizing pump water outlet (59)；
Tempering tank (4) includes the first solution input port (19), the second solution input port (20) and solution delivery outlet (21), the
One solution input port (19) is connect with the first metering pump (5), and the second solution input port (20) is connect with the second metering pump (6), fertilizer
Liquid delivery outlet (21) is connect with fertilizing pump water inlet (58)；
Fertilizing pipeline includes the second of the first fertilizing pipeline that the first metering pump (5) controls and the second metering pump (6) control
Fertilizing pipeline, first fertilizing pipeline and the second fertilizing pipeline are parallel between tempering tank (4) and feed water flow gauge (2)；
Power control cabinet (3) and entering water electromagnetic valve (1), feed water flow gauge (2), fertilizing pump (60), the first metering pump (5), second
Metering pump (6) connects.
Under concrete condition, first fertilizing pipeline and the second fertilizing pipeline respectively include a plurality of fertilising pipe branch in parallel
Road；Per row application pipe branch the fertile tank of storage, branch way solenoid valve and venturi are sequentially connected in series from input end to outlet end.
In the case of more specific, the fertile tank of the storage be provided with storage fertilizer tank solenoid valve, branch solution input port, branch water transport port,
Branch blender, branch solution delivery outlet；Wherein, fertile tank solenoid valve is stored up to connect with feed water flow gauge (2)；Branch solution delivery outlet
It is connect with branch way solenoid valve.
The utility model has the beneficial effects that：(1) multiple types solution can be met simultaneously and irrigate demand, automatically needed for preparation
Ratio, the dosage of solution；(2) power control cabinet is used, dosage is accurate, easy to operate, saves artificial；(3) conveniently moving.
Description of the drawings
Fig. 1, which is that the utility model formulation liquid fertilizer is automatic, prepares fertilizer apparatus general structure schematic diagram.
Fig. 2, which is that the utility model formulation liquid fertilizer is automatic, prepares fertilizer apparatus fertilising process flow chart.
In figure：1 is entering water electromagnetic valve, and 2 be feed water flow gauge, and 3 be power control cabinet, and 4 be tempering tank, and 5 be the first metering pump, 6
For the second metering pump, 7 be the first solenoid valve, and 8 be second solenoid valve, and 9 be third solenoid valve, and 10 be the 4th solenoid valve, and 11 be the
Five solenoid valves, 12 be the 6th solenoid valve, and 13 be the fertile tank of the first storage, and 14 be the fertile tank of the second storage, and 15 store up fertile tank for third, and 16 be the 4th
The fertile tank of storage, 17 be the fertile tank of the 5th storage, and 18 be the fertile tank of the 6th storage, and 19 be the first solution input port, and 20 be the second solution input port, 21
For solution delivery outlet, 22 be first branch solution input port, and 23 be first branch water transport port, and 24 be first branch blender, 25
It is the second branch solution input port for first branch solution delivery outlet, 26,27 be the second branch water transport port, and 28 stir for the second branch
Mix device, 29 be the second branch solution delivery outlet, and 30 be third branch solution input port, and 31 be third branch water transport port, and 32 be the
Three branch blenders, 33 be third branch solution delivery outlet, and 34 be the 4th branch solution input port, and 35 be the 4th branch water delivery
Mouthful, 36 be the 4th branch blender, and 37 be the 4th branch solution delivery outlet, and 38 be the 5th branch solution input port, and 39 be the 5th
Branch water transport port, 40 be the 5th branch blender, and 41 be the 5th branch solution delivery outlet, and 42 be the 6th branch solution input port,
43 be the 6th branch water transport port, and 44 be the 6th branch blender, and 45 be the 6th branch solution delivery outlet, and 46 be the first venturi,
47 be the second venturi, 48 be third venturi, 49 be the 4th venturi, 50 be the 5th venturi, 51 be the 6th venturi, 52
It is the fertile tank solenoid valve of the second storage for the fertile tank solenoid valve of the first storage, 53,54 store up fertile tank solenoid valve for third, and 55 be the fertile tank electricity of the 4th storage
Magnet valve, 56 be the fertile tank solenoid valve of the 5th storage, and 57 store up fertile tank solenoid valve for the 6th, and 58 be fertilizing pump water inlet, and 59 pump out for fertilising
The mouth of a river, 60 be fertilizing pump.
Specific implementation mode
The structure of the utility model is described further with reference to the accompanying drawings and examples.
Referring to Fig. 1, the utility model formulation liquid fertilizer is automatic prepare fertilizer apparatus mainly and include entering water electromagnetic valve (1), into
Water ga(u)ge (2), power control cabinet (3), fertilizing pump (60), tempering tank (4) and between tempering tank (4) and feed water flow gauge (2)
Fertilizing pipeline.
Entering water electromagnetic valve (1) and feed water flow gauge (2) connect water source, are successively set on water inlet pipe.
Tempering tank (4) includes the first solution input port (19), the second solution input port (20) and solution delivery outlet (21)；Its
In, the first solution input port (19) is connect with the first metering pump (5), and the second solution input port (20) connects with the second metering pump (6)
It connects.
Fertilizing pipeline includes the second of the first fertilizing pipeline that the first metering pump (5) controls and the second metering pump (6) control
Fertilizing pipeline；First fertilizing pipeline and the second fertilizing pipeline are parallel between tempering tank (4) and flowmeter (2).
First fertilizing pipeline includes the first, second, third fertilising pipe branch of parallel connection；Wherein, first fertilising pipe branch from
Input end to outlet end is sequentially connected in series the first storage fertilizer tank (13), the first solenoid valve (7) and the first venturi (46)；Second fertilising pipe
Branch is sequentially connected in series the second storage fertilizer tank (14), second solenoid valve (8) and the second venturi (47) from input end to outlet end；Third
Fertilising pipe branch is sequentially connected in series the fertile tank (15) of third storage, third solenoid valve (9) and third venturi from input end to outlet end
(49)；Three row application pipe branch circuit parallel connections are between feed water flow gauge (2) and the first metering pump (5).
Second fertilizing pipeline includes the four, the five, the 6th fertilising pipe branches of parallel connection；Wherein, the 4th fertilising pipe branch from
Input end to outlet end is sequentially connected in series the fertile tank (16) of the 4th storage, the 4th solenoid valve (10) and the 4th venturi (49)；5th fertilising
Pipe branch is sequentially connected in series the fertile tank (17) of the 5th storage, the 5th solenoid valve (11) and the 5th venturi (50) from input end to outlet end；
6th fertilising pipe branch is sequentially connected in series the fertile tank (18) of the 6th storage, the 6th solenoid valve (12) and the 6th literary mound from input end to outlet end
In (51)；Three row application pipe branch circuit parallel connections are between feed water flow gauge (2) and the second metering pump (6).
The fertile tank (13) of first storage is provided with the first storage fertilizer tank solenoid valve (52), first branch solution input port (22), first
Branch water transport port (23), first branch blender (24), first branch solution delivery outlet (25)；Wherein, the fertile tank electromagnetism of the first storage
Valve (52) is connect with feed water flow gauge (2)；First branch solution delivery outlet (25) is connect with the first solenoid valve (7).
The fertile tank (14) of second storage is provided with the second storage fertilizer tank solenoid valve (53), the second branch solution input port (26), second
Branch water transport port (27), the second branch blender (28), the second branch solution delivery outlet (29)；Wherein, the fertile tank electromagnetism of the second storage
Valve (53) is connect with feed water flow gauge (2)；The second branch solution delivery outlet (29) is connect with second solenoid valve (8).
The fertile tank (15) of third storage is provided with the fertile tank solenoid valve (54) of third storage, third branch solution input port (30), third
Branch water transport port (31), third branch blender (32), third branch solution delivery outlet (33)；Wherein, the fertile tank electromagnetism of third storage
Valve (54) is connect with feed water flow gauge (2)；Third branch solution delivery outlet (33) is connect with third solenoid valve (9).
The fertile tank (16) of 4th storage is provided with the fertile tank solenoid valve (55) of the 4th storage, the 4th branch solution input port (34), the 4th
Branch water transport port (35), the 4th branch blender (36), the 4th branch solution delivery outlet (37)；Wherein, the fertile tank electromagnetism of the 4th storage
Valve (55) is connect with feed water flow gauge (2)；4th branch solution delivery outlet (37) is connect with the 4th solenoid valve (10).
The fertile tank (17) of 5th storage is provided with the fertile tank solenoid valve (56) of the 5th storage, the 5th branch solution input port (38), the 5th
Branch water transport port (29), the 5th branch blender (40), the 5th branch solution delivery outlet (41)；Wherein, the fertile tank electromagnetism of the 5th storage
Valve (56) is connect with feed water flow gauge (2)；5th branch solution delivery outlet (41) is connect with the 5th solenoid valve (11).
The fertile tank (18) of 6th storage be provided with the fertile tank solenoid valve connection (57) of the 6th storage, the 6th branch solution input port (42),
6th branch water transport port (43), the 6th branch blender (44), the 6th branch solution delivery outlet (45)；Wherein, the fertile tank of the 6th storage
Solenoid valve connection (57) is connect with feed water flow gauge (2)；6th branch solution delivery outlet (45) is connect with the 6th solenoid valve (12).
Power control cabinet (3) and entering water electromagnetic valve (1), feed water flow gauge (2), fertilizing pump (60), the first metering pump (5), second
Metering pump (6), solution delivery outlet (21), the first solenoid valve (7), second solenoid valve (8), third solenoid valve (9), the 4th solenoid valve
(10), the 5th solenoid valve (11), the 6th solenoid valve (12), first branch water transport port (23), the second branch water transport port (27), third
Branch water transport port (31), the 4th branch water transport port (35), the 5th branch water transport port (39), the 6th branch water transport port (43), first
Branch solution delivery outlet (25), the second branch solution delivery outlet (29), third branch solution delivery outlet (33), the 4th branch solution
Delivery outlet (37), the 5th branch solution delivery outlet (41), the 6th branch solution delivery outlet (45), first branch blender (24),
The second branch blender (28), third branch blender (32), the 4th branch blender (36), the 5th branch blender (40),
6th branch blender (44), the fertile tank solenoid valve (52) of the first storage, the fertile tank solenoid valve (53) of the second storage, the fertile tank solenoid valve of third storage
(54), the fertile tank solenoid valve (55) of the 4th storage, the fertile tank solenoid valve (56) of the 5th storage, the fertile tank solenoid valve (57) of the 6th storage connect.
As shown in Figure 1 and Figure 2, the course of work of the utility model is as follows：
(1) storage fertilizer：According to fertilising needs, entering water electromagnetic valve (1), feed water flow gauge (2) are opened from water source diversion；Open the
The fertile tank solenoid valve (52) of one storage, the fertile tank solenoid valve (53) of the second storage, the fertile tank solenoid valve (54) of third storage, the fertile tank solenoid valve of the 4th storage
(55), the fertile tank solenoid valve (56) of the 5th storage, the fertile tank solenoid valve (57) of the 6th storage, by first branch water transport port (23), second
Road water transport port (27), third branch water transport port (31), the 4th branch water transport port (35), the 5th branch water transport port (39), the 6th
Road water transport port (43) is respectively to the fertile tank (13) of the first storage, the fertile tank (14) of the second storage, the fertile tank (15) of third storage, the fertile tank of the 4th storage
(16), the fertile tank (17) of the 5th storage, fertile tank (18) water filling of the 6th storage, water are closed after the completion of water filling into water power according to requiring to inject
Magnet valve (1), feed water flow gauge (2) and the fertile tank solenoid valve of each storage.When water filling, each branch solution input port, branch solution delivery outlet
And branch blender does not start.
Open first branch solution input port (22), the second branch solution input port (26), third branch solution input port
(30), the 4th branch solution input port (34), the 5th branch solution input port (38), the 6th branch solution input port (42) difference
To the fertile tank (13) of the first storage, the fertile tank (14) of the second storage, the fertile tank (15) of third storage, the fertile tank (16) of the 4th storage, the fertile tank (17) of the 5th storage,
The fertile tank (18) of 6th storage injects required solution；Each solution input port is closed after the completion of solution injection.In solution injection process, respectively
Branch water transport port, branch solution delivery outlet and branch blender do not start.
Water opens each branch blender with after the completion of solution injection, after the completion of stirring, stops blender work.
Each fertile tank independent operating of storage, it is non-interference, corresponding entrance is controlled by power control cabinet according to solution demand, exports and stirs
Mix the work of device.
(2) solution is mixed：After storage fertilizer work, the first fertilizing pipeline or the second fertilizing pipeline are opened；First fertilising pipe
When road is opened, the first solution input port (19), the first metering pump (5) are opened；First, second, third fertilising pipe branch is according to applying
Fertilizer requires parallel running.
First fertilising pipe branch operation when, first branch solution delivery outlet (25), the first solenoid valve (7) open, solution from
The fertile tank (13) of first storage exports through first branch solution delivery outlet (25), and the first venturi is flowed through by the first solenoid valve (7)
(46), it is extracted from the first metering pump (5) to the first solution input port (19) and inputs tempering tank；After the completion of solution input, the is closed
One branch solution delivery outlet (25) and the first solenoid valve (7).
Second, third fertilising pipe branch is identical as the first fertilising pipe branch operational mode, and three row application pipe branches are opened on demand
It opens.
Second fertilizing pipeline is identical as the first fertilizing pipeline operational mode, and details are not described herein again.
(3) it applies fertilizer：Tempering tank injects after the completion of solution, closes the first metering pump (5), the first solution input port (19), the
Two metering pumps (6) and the second solution input port (20)；It opens solution input port (21) and fertilising is extracted by fertilizing pump (60).
The above is only the preferred embodiment of the utility model, wherein the composition of system, combination, operation order
And system running pattern etc. can make corresponding change according to different embodiments, but it is identical as the utility model technical principle
Or similar changes and modifications, it should all be within the protection scope of the utility model.
Claims (3)
1. a kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus, it is characterised in that：The device includes entering water electromagnetic valve (1), water inlet
Flowmeter (2), power control cabinet (3), fertilizing pump (60), tempering tank (4) and between tempering tank (4) and feed water flow gauge (2)
Fertilizing pipeline；
Entering water electromagnetic valve (1) and feed water flow gauge (2) connect water source, are successively set on water inlet pipe；
Fertilizing pump (60) includes fertilizing pump water inlet (58) and fertilizing pump water outlet (59)；
Tempering tank (4) includes the first solution input port (19), the second solution input port (20) and solution delivery outlet (21), the first fertilizer
Liquid input port (19) is connect with the first metering pump (5), and the second solution input port (20) is connect with the second metering pump (6), and solution is defeated
Outlet (21) is connect with fertilizing pump water inlet (58)；
Fertilizing pipeline includes the first fertilizing pipeline of the first metering pump (5) control and the second fertilising of the second metering pump (6) control
Pipeline, first fertilizing pipeline and the second fertilizing pipeline are parallel between tempering tank (4) and feed water flow gauge (2)；
Power control cabinet (3) and entering water electromagnetic valve (1), feed water flow gauge (2), fertilizing pump (60), the first metering pump (5), the second metering
Pump (6) connection.
2. formulation liquid fertilizer according to claim 1 is automatic to prepare fertilizer apparatus, it is characterised in that：
First fertilizing pipeline and the second fertilizing pipeline respectively include a plurality of fertilising pipe branch in parallel；Per row application pipe branch
It is sequentially connected in series the fertile tank of storage, branch way solenoid valve and venturi from input end to outlet end.
3. formulation liquid fertilizer according to claim 2 is automatic to prepare fertilizer apparatus, it is characterised in that：The fertile tank setting of the storage
There are the fertile tank solenoid valve of storage, branch solution input port, branch water transport port, branch blender, branch solution delivery outlet；Wherein, storage fertilizer
Tank solenoid valve is connect with feed water flow gauge (2)；Branch solution delivery outlet is connect with branch way solenoid valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721810507.9U CN207678259U (en) | 2017-12-22 | 2017-12-22 | A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721810507.9U CN207678259U (en) | 2017-12-22 | 2017-12-22 | A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207678259U true CN207678259U (en) | 2018-08-03 |
Family
ID=62994866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721810507.9U Active CN207678259U (en) | 2017-12-22 | 2017-12-22 | A kind of formulation liquid fertilizer is automatic to prepare fertilizer apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207678259U (en) |
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2017
- 2017-12-22 CN CN201721810507.9U patent/CN207678259U/en active Active
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