CN207461035U - Intelligent liquid manure all-in-one machine - Google Patents
Intelligent liquid manure all-in-one machine Download PDFInfo
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- CN207461035U CN207461035U CN201721479872.6U CN201721479872U CN207461035U CN 207461035 U CN207461035 U CN 207461035U CN 201721479872 U CN201721479872 U CN 201721479872U CN 207461035 U CN207461035 U CN 207461035U
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Abstract
The utility model is related to a kind of intelligent liquid manure all-in-one machine, booster pump, water inlet pipe and outlet pipe on body chassis are set, is connected with into fertilizer and managed by Venturi tube on water inlet pipe；Control circuit includes microcontroller, press pump contactor, feed pump contactor and fertilizer pump contactor, the coil control terminal of each contactor with monolithic mechatronics；It is connected on microcontroller and pours clear water controlling brancher, pours rich water controlling brancher, poured series connection on clear water controlling brancher and pour clear water button, poured series connection on rich water controlling brancher and pour rich water button；The first and second timer branches are also associated on microcontroller, first timer branch road connection first timer and the first relay, second timer branch road connection second timer and the second relay, the normally opened contact of first relay is connected in parallel on the both ends for pouring clear water button, and the normally opened contact of the second relay is connected in parallel on the both ends for pouring rich water button.The utility model has the advantages that simple in structure, manipulation convenience, high degree of automation and implementation easy to spread.
Description
Technical field
The utility model is related to agricultural automation field of planting, specifically a kind of intelligent liquid manure all-in-one machine.
Background technology
Water and fertilizer are the key factors for influencing crop yield and quality, therefore, in field planting and vegetables greenhouse cultivation,
It is essential to water and apply fertilizer.In traditional agriculture production, watering operation and fertilising operation separately carry out, irrigation amount and dose
Often without standard, the experience according to operator is completed.Obviously, there are the degree of automation is low, labor intensity for this kind of operating type
The defects such as greatly, working efficiency is low in addition, since irrigation amount and dose are uncontrollable, often cause liquid manure to waste problem, pass
The watering, fertilizing operating type of system cannot meet the needs of large-scale planting, be unfavorable for promoting modernization construction.
To solve the above-mentioned problems, also there is the all-in-one machine that can be carried out at the same time watering operation and fertilising operation at present, it is existing
Liquid manure all-in-one machine is often complicated, and system is huge, and other than of high cost, system is also extremely complex, needs professional technique people
Member could operate, and common agricultural use person has no ability to purchase and also is difficult to operate on it.
In order to solve above-mentioned problem, applicant in this case has developed more money liquid manure all-in-one machines and is exclusively used in liquid manure all-in-one machine
Intelligent control system, this case is mainly for including a variety of intelligent liquid manure all-in-one machines automatically controlled.
Invention content
The technical problem to be solved by the present invention is to provide a kind of simple in structure, manipulation convenience, high degree of automation, easy
In the intelligent liquid manure all-in-one machine of promotion and implementation.
In order to solve the above technical problems, the intelligent liquid manure all-in-one machine of the utility model includes control cabinet and body, body
Upper frame including chassis and at the top of chassis, control cabinet are mounted on upper frame, setting control circuit, structure in control cabinet
Feature is that booster pump and the water inlet pipe being connect with supercharging pump inlet, the water outlet being connect with booster pump outlet are set on the chassis
It manages, is connected with into fertilizer and managed by Venturi tube on water inlet pipe；Water inlet pipe is connect with hydraulic pipeline, the front end connection water of hydraulic pipeline
Feed pump is installed at source and water source；It is connect into fertilizer pipe with fertilizer delivering pipe road, in the front end connection fertilizer tank and fertilizer tank on fertilizer delivering pipe road
Fertilizer pump is installed；Control circuit includes microcontroller and is connected on respectively on booster pump, feed pump and fertilizer pumping source circuit
Booster pump contactor, feed pump contactor and fertilizer pump contactor, the coil control terminal of each contactor with monolithic mechatronics；
It is connected with to control pouring clear water controlling brancher, being used for for feed pump contactor and booster pump contactor coil circuit on microcontroller
Rich water controlling brancher is poured in control fertilizer pump contactor coil circuit, pours series connection on clear water controlling brancher and pours clear water button, pours fertilizer
Rich water button is poured in the series connection of water management branch road；First timer branch and second timer branch are also associated on microcontroller, the
One timer branch road is connected with first timer and the first relay, second timer branch road be connected with second timer and
Second relay, the normally opened contact of the first relay are connected in parallel on the both ends for pouring clear water button, and the normally opened contact of the second relay is simultaneously
It is associated in the both ends for pouring rich water button.
Using the above structure, for the control of each pump, setting button is manually controllable, and utilizes timer and relay
Self-timing control can be carried out, equipment has manually and automatically two kinds of control modes；When needing only to pour clear water, feed pump is opened
And booster pump, it is connected by outlet pipe and pours pipeline progress clear water pouring or trickle irrigation operation；When needing to pour liquid manure, open simultaneously
Fertilizer pumps, and by syphon structure, fertilizer is sucked water inlet pipe, is pressurized again via booster pump after liquid manure mixing, then passes through water outlet
Pipe connection pours pipeline and carries out pouring liquid manure operation；By main conduit line centralized arrangement on body, control cabinet is installed on body top
Each electric-controlled parts are carried out with centralized Control, whole system integrated level is high, and manipulation is convenient.
As a kind of Function Extension, being connected on the microcontroller can be with the gsm module of internet communication.Utilize GSM moulds
Block is connected to wide area network, carries out data transmission with cloud database, and remote terminal equipment is connected to cloud database and reads and send out
Data are sent, so as to carry out remote control to equipment.Remote terminal equipment includes smart mobile phone, computer and PAD etc..
In order to more easily control equipment, the power end of the microcontroller is connected with power knob, on microcontroller
Be connected with for control close each pump scram button and for switch the manual/auto switching of manually or automatically state by
Button.
For visual indicator equipment state, display screen, display screen and monolithic mechatronics are installed on the control cabinet.
Electromotive intake valve on the water inlet pipe is installed, electric flowing valve is installed on outlet pipe, into fertile pipe on be equipped with
It is electronic into fertile valve, the control terminal of each motor-driven valve with monolithic mechatronics.In system may parallel connection more liquid manure all-in-one machines namely
Water source and fertilizer tank may correspond to more liquid manure all-in-one machines at one, therefore, pacify at each turnover pipeline port of liquid manure all-in-one machine
Electrically-controlled valve is filled, separate unit all-in-one machine is optionally accessed or picked out system.
It is described into being equipped with flowmeter and automatically controlled flow valve, flowmeter on fertile pipe in order to accurately be controlled fertilizer amount
Signal output end and automatically controlled flow valve control terminal with monolithic mechatronics.
The front end of the water inlet pipe is connected with the first VERTICAL TUBE, and the top of the first VERTICAL TUBE is connected with the next part laterally set
Water pipe, the other end closing of lower collector pipe；The upper lateral of chassis is provided with collector pipe, a wherein end seal for upper collector pipe
It closes, the other end is connected with the second VERTICAL TUBE, and the bottom end of the second VERTICAL TUBE is connect after extending downwardly and bending with the import of booster pump；
Venturi tube is connected between collector pipe and lower collector pipe, is connected in the siphon port of Venturi tube into fertile pipe.Water passes through first
It is transmitted upwards by the first VERTICAL TUBE, subsequently into lower collector pipe, after saving bit by bit certain pressure in lower collector pipe, via Venturi tube
Collector pipe is passed up to, under the siphonage of Venturi tube, is inhaled into and is mixed with water laggard into the fertilizer in fertile pipe
Enter upper collector pipe, liquid manure is sufficiently mixed in upper collector pipe, is downwardly into booster pump is pressurized via the second VERTICAL TUBE later.It should
The structure of the upper and lower tubular type of catchmenting of kind and the syphon structure for coordinating Venturi tube, contribute to liquid to be pressurized and can mix liquid manure
Evenly.
The upper frame includes being connected to chassis both sides and the inclined beams being obliquely installed, and control cabinet is mounted on two inclined beams
Between, the bottom end of inclined beams is hinged on the top end part of chassis, is hinged on the position of inclined beams top end part and sets straight down
The rotation supporting leg put offers the positioning groove being adapted with the bottom end of rotation supporting leg in the top cross-bar of chassis.By hinge
Binding structure, inclined beams use the mounting structure of reversible, while utilize foldable rotation supporting leg, are controlled when needing to use
During case, rotation supporting leg is opened, and is supportted in top cross-bar, operation and control can be carried out to control cabinet, when needs overhaul or transport
When defeated, rotation legs fold being got up, then inclined beams and control cabinet were fallen, control cabinet can lie low at the top of chassis, so as to
Less space can be occupied, and can inspection operation more easily be carried out to control cabinet.
Support column is installed on rear side of positioning groove, the top of support column is equipped with bullet in the top cross-bar of the chassis
Property pad.When inclined beams were fallen, support column is played a supporting role, and setting cushion can play cushioning effect, so as to be avoided that control
Case undue oscillation processed and its internal electronic device is caused to damage.
In conclusion the utility model has simple in structure, manipulation convenience, high degree of automation and implementation easy to spread
Advantage.
Description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description：
Fig. 1 is the System control structures schematic diagram of the utility model；
Fig. 2 is the structure schematic diagram of the utility model all-in-one machine；
Fig. 3 is the positive structure schematic of the utility model all-in-one machine；
The mounting structure schematic diagram of Fig. 4 casees in order to control；
Fig. 5 is the structure diagram of Fig. 4 another kind states.
Specific embodiment
With reference to attached drawing, the intelligent liquid manure all-in-one machine of the utility model includes control cabinet 1 and body, and body includes chassis 2
With the upper frame 3 mounted on 2 top of chassis, control cabinet 1 is mounted on upper frame 3, setting control circuit in control cabinet 1, is set on chassis 2
Booster pump 4 and the water inlet pipe 5 being connect with 4 import of booster pump, the outlet pipe 6 being connect with booster pump outlet are put, is led on water inlet pipe 5
Venturi tube 26 is crossed to be connected with into fertile pipe 7；Water inlet pipe 5 is connect with hydraulic pipeline, the front end connection water source and water source of hydraulic pipeline
Place's installation feed pump 8；It is connect into fertile pipe 7 with fertilizer delivering pipe road, installation fertilizer in the front end connection fertilizer tank and fertilizer tank on fertilizer delivering pipe road
Material pump 9；Control circuit includes microcontroller 13 and is connected on respectively on booster pump 4, feed pump 8 and fertilizer 9 electric power loops of pump
Booster pump contactor 10, feed pump contactor 11 and fertilizer pump contactor 12, the coil control terminal of each contactor is and microcontroller
13 electrical connections；It is connected with to control pouring for 10 wire loop of feed pump contactor 11 and booster pump contactor clear on microcontroller 13
Water management branch 14, for fertilizer pump contactor 12 wire loop to be controlled to pour rich water controlling brancher 15, pour clear water controlling brancher
Clear water button K1 is poured in series connection on 14, is poured series connection on rich water controlling brancher 15 and is poured rich water button K2；Is also associated on microcontroller 13
One timer branch 16 and second timer branch 17, be connected on first timer branch 16 first timer 18 and first after
Electric appliance KT1, is connected with 19 and second relay KT2 of second timer on second timer branch 17, the first relay it is normally opened
Contact shunt is connected in parallel on the both ends for pouring rich water button K2 in the both ends for pouring clear water button K1, the normally opened contact of the second relay.
Using the above structure, for the control of each pump, setting button is manually controllable, and utilizes timer and relay
Self-timing control can be carried out, equipment has manually and automatically two kinds of control modes；When needing only to pour clear water, feed pump is opened
And booster pump, it is connected by outlet pipe and pours pipeline progress clear water pouring or trickle irrigation operation；When needing to pour liquid manure, open simultaneously
Fertilizer by syphon structure, is sucked water inlet pipe 5, is pressurized again via booster pump 4 after liquid manure mixing, then by going out by fertilizer pump 9
The connection of water pipe 6 pours pipeline and carries out pouring liquid manure operation；By main conduit line centralized arrangement on body, install and control on body top
Case 1 carries out each electric-controlled parts centralized Control, and whole system integrated level is high, and manipulation is convenient.
With reference to Fig. 1, as the Function Extension of system, being connected on microcontroller 13 can be with the gsm module 20 of internet communication.
Wide area network is connected to using gsm module 20, is carried out data transmission with cloud database, remote terminal equipment is connected to high in the clouds data
Library is read and transmission data, so as to carry out remote control to equipment.Remote terminal equipment includes smart mobile phone, computer and PAD
Deng.
With reference to attached drawing, in order to more easily control equipment, the power end of microcontroller 13 is connected with power knob K3,
Be connected on microcontroller 13 for control close each pump scram button K4 and for switch manually or automatically state it is manual/
Auto-switching push button K5.In addition, for visual indicator equipment working condition, display screen 21, display screen 21 are installed on control cabinet 1
It is electrically connected with microcontroller 13.
With reference to attached drawing, electromotive intake valve M1 is installed on water inlet pipe 5, electric flowing valve M2 is installed, into fertilizer on outlet pipe 6
It is equipped with electronic into fertile valve M3 on pipe 7, the control terminal of each motor-driven valve is electrically connected with microcontroller 13.
With reference to attached drawing, in order to accurately control fertilizer amount, into fertile pipe 7 on flowmeter F1 and automatically controlled flow valve M4 are installed,
The control terminal of the signal output end of flowmeter F1 and automatically controlled flow valve M4 are electrically connected with microcontroller 13.
With reference to attached drawing, the front end of water inlet pipe 5 is connected with the first VERTICAL TUBE 22, and the top of the first VERTICAL TUBE 22 is connected with transverse direction
The lower collector pipe 23 of setting, the other end closing of lower collector pipe 23；The upper lateral of chassis 2 is provided with collector pipe 24, upper collection
Wherein one end closing of water pipe 24, the other end are connected with the second VERTICAL TUBE 25, and the bottom end of the second VERTICAL TUBE 25 extends downwardly and curved
Import after folding with booster pump 4 is connect；Venturi tube 26 is connected between collector pipe 24 and lower collector pipe 23, is connected into fertile pipe 7
It is connected in the siphon port of Venturi tube 26.Water is first via the transmission upwards of the first VERTICAL TUBE 22, subsequently into lower collector pipe 23,
After saving bit by bit certain pressure in lower collector pipe 23, upper collector pipe 24 is passed up to via Venturi tube 26, in Venturi tube 26
Under siphonage, it is inhaled into the fertilizer in fertile pipe 7 and enters upper collector pipe 24, the liquid manure in upper collector pipe 24 after being mixed with water
It is sufficiently mixed, is downwardly into booster pump 4 is pressurized via the second VERTICAL TUBE 25 later.The structure of this kind of upper and lower tubular type of catchmenting is simultaneously
Coordinate the syphon structure of Venturi tube 26, liquid is contributed to be pressurized and can mix liquid manure evenly.
With reference to attached drawing, upper frame 3 includes being connected to 2 both sides of chassis and the inclined beams 31 being obliquely installed, control cabinet 1 are installed
Between two inclined beams 31, the bottom end of inclined beams 31 is hinged on the top end part of chassis 2, on the position of 31 top end part of inclined beams
The rotation supporting leg 32 set straight down is hinged with, offers in the top cross-bar of chassis 2 and is mutually fitted with the bottom end of rotation supporting leg
The positioning groove answered.By articulated structure, inclined beams 31 use the mounting structure of reversible, while utilize foldable pendulum
Turn supporting leg 32, when need using control cabinet 1 when, rotation supporting leg 32 is opened, and support in top cross-bar, can to control cabinet 1 into
Row operation and control when needing to overhaul or transport, rotation supporting leg 32 is folded up, then by inclined beams 31 and control cabinet 1
It fell, control cabinet 1 can lie low at the top of chassis, so as to occupy less space, and more easily control cabinet 1 can be examined
Repair operation.
With reference to attached drawing, support column 27, the top of support column 27 are installed on rear side of positioning groove in the top cross-bar of chassis 2
End is equipped with cushion 28.When inclined beams 31 were fallen, support column 27 is played a supporting role, and setting cushion 28 can play damping
Effect, causes to damage so as to be avoided that 1 undue oscillation of control cabinet to its internal electronic device.
In conclusion the utility model is not limited to above-mentioned specific embodiment.Technical solutions of the utility model are not being departed from
Under the premise of, those skilled in the art can be modified or modify to above-mentioned concrete structure, and above-mentioned change or modification should all be fallen into
Within the scope of protection of the utility model.
Claims (9)
1. a kind of intelligent liquid manure all-in-one machine, including control cabinet（1）And body, body include chassis（2）With mounted on chassis（2）
The upper frame at top（3）, control cabinet（1）Mounted on upper frame（3）On, control cabinet（1）Interior setting control circuit, it is characterized in that the bottom
Frame（2）Upper setting booster pump（4）And and booster pump（4）The water inlet pipe of import connection（5）, the water outlet that connect with booster pump outlet
Pipe（6）, water inlet pipe（5）On pass through Venturi tube（26）It is connected with into fertilizer and manages（7）；Water inlet pipe（5）It is connect with hydraulic pipeline, water delivery
Feed pump is installed at the front end connection water source and water source of pipeline（8）；It is managed into fertilizer（7）It is connect with fertilizer delivering pipe road, before fertilizer delivering pipe road
Installation fertilizer pump in end connection fertilizer tank and fertilizer tank（9）；Control circuit includes microcontroller（13）And it is connected on supercharging respectively
Pump（4）, feed pump（8）It is pumped with fertilizer（9）Booster pump contactor on electric power loop（10）, feed pump contactor（11）And fertilizer
Pump contactor（12）, the coil control terminal of each contactor is and microcontroller（13）Electrical connection；Microcontroller（13）On be connected with and be used for
Control feed pump contactor（11）With booster pump contactor（10）Wire loop pours clear water controlling brancher（14）, for controlling fertilizer
Material pump contactor（12）Wire loop pours rich water controlling brancher（15）, pour clear water controlling brancher（14）Clear water button is poured in upper series connection
（K1）, pour rich water controlling brancher（15）Rich water button is poured in upper series connection（K2）；Microcontroller（13）On be also associated with first timer branch
Road（16）With second timer branch（17）, first timer branch（16）On be connected with first timer（18）With the first relay
Device（KT1）, second timer branch（17）On be connected with second timer（19）With the second relay（KT2）, the first relay
Normally opened contact be connected in parallel on and pour clear water button（K1）Both ends, the normally opened contact of the second relay, which is connected in parallel on, pours rich water button（K2）
Both ends.
2. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the microcontroller（13）On be connected with can with it is mutual
The gsm module of connected network communication（20）.
3. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the microcontroller（13）Power end be connected with
Power knob（K3）, microcontroller（13）On be connected with to control the scram button for closing each pump（K4）And for switching manually
Or the manual/auto switching push button of auto state（K5）.
4. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the control cabinet（1）On display screen is installed
（21）, display screen（21）With microcontroller（13）Electrical connection.
5. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the water inlet pipe（5）On electronic water inlet is installed
Valve（M1）, outlet pipe（6）On electric flowing valve is installed（M2）, managed into fertilizer（7）On be equipped with it is electronic into fertile valve（M3）, it is each electronic
The control terminal of valve is and microcontroller（13）Electrical connection.
6. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that described manage into fertilizer（7）On flowmeter is installed
（F1）With automatically controlled flow valve（M4）, flowmeter（F1）Signal output end and automatically controlled flow valve（M4）Control terminal and monolithic
Machine（13）Electrical connection.
7. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the water inlet pipe（5）Front end be connected with first
VERTICAL TUBE（22）, the first VERTICAL TUBE（22）Top be connected with the lower collector pipe laterally set（23）, lower collector pipe（23）It is another
It closes one end；Chassis（2）Upper lateral be provided with collector pipe（24）, upper collector pipe（24）Wherein one end closing, it is another
End is connected with the second VERTICAL TUBE（25）, the second VERTICAL TUBE（25）Bottom end extend downwardly and bend after with booster pump（4）Import
Connection；Venturi tube（26）It is connected to collector pipe（24）With lower collector pipe（23）Between, it is managed into fertilizer（7）It is connected to Venturi tube
（26）Siphon port on.
8. intelligent liquid manure all-in-one machine as described in claim 1, it is characterized in that the upper frame（3）Including being connected to chassis
（2）Both sides and the inclined beams being obliquely installed（31）, control cabinet（1）Mounted on two inclined beams（31）Between, inclined beams（31）Bottom
End is hinged on chassis（2）Top end part, close to inclined beams（31）The rotation set straight down is hinged on the position of top end part
Supporting leg（32）, chassis（2）Top cross-bar on offer the positioning groove being adapted with the bottom end of rotation supporting leg.
9. intelligent liquid manure all-in-one machine as claimed in claim 8, it is characterized in that the chassis（2）Top cross-bar on positioning
Support column is installed on rear side of groove（27）, support column（27）Top cushion is installed（28）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721479872.6U CN207461035U (en) | 2017-11-08 | 2017-11-08 | Intelligent liquid manure all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721479872.6U CN207461035U (en) | 2017-11-08 | 2017-11-08 | Intelligent liquid manure all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207461035U true CN207461035U (en) | 2018-06-08 |
Family
ID=62263490
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721479872.6U Active CN207461035U (en) | 2017-11-08 | 2017-11-08 | Intelligent liquid manure all-in-one machine |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110786116A (en) * | 2019-11-19 | 2020-02-14 | 陕西合生杰森科技有限公司 | Intelligent irrigation and fertilization control system and control method |
| CN113286476A (en) * | 2021-06-29 | 2021-08-20 | 石河子大学 | Novel outdoor liquid manure integration switch board |
-
2017
- 2017-11-08 CN CN201721479872.6U patent/CN207461035U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110786116A (en) * | 2019-11-19 | 2020-02-14 | 陕西合生杰森科技有限公司 | Intelligent irrigation and fertilization control system and control method |
| CN113286476A (en) * | 2021-06-29 | 2021-08-20 | 石河子大学 | Novel outdoor liquid manure integration switch board |
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