CN207337228U - A kind of level of ground water detection information acquisition control system - Google Patents
A kind of level of ground water detection information acquisition control system Download PDFInfo
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- CN207337228U CN207337228U CN201721418493.6U CN201721418493U CN207337228U CN 207337228 U CN207337228 U CN 207337228U CN 201721418493 U CN201721418493 U CN 201721418493U CN 207337228 U CN207337228 U CN 207337228U
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Abstract
The utility model discloses a kind of level of ground water detection information acquisition control system, it is made of power supply circuit and data platform, electric energy, luminous energy, the line output and luminous energy of wind energy, wind energy, the input terminal of Power Controller is connected, the luminous energy, wind energy, electrical energy control circuit output terminal is connected with the input terminal of multipath voltage regulation control circuit, the output terminal of multipath voltage regulation control circuit respectively with liquid crystal display, controller, it is wirelessly transferred, the input terminal of Liquid Crystal Sensor is connected, the output terminal of controller respectively with liquid crystal display, liquid level sensor, the input terminal being wirelessly transferred is bi-directionally connected, the output terminal being wirelessly transferred is bi-directionally connected with data platform.The technical program is to select microcontroller using controller, have the characteristics that it is cheap, using convenient and reliable and easy to implement, good application effect can be obtained.
Description
Technical field
The utility model is suitable for a kind of level of ground water detection information collection control used during remote detection groundwater state
System processed.
Background technology
Level of ground water detection at present and the collection of information there is no complete monitoring means, and normal solution is to take
Some single product look for professional to integrate again, and this way is of high cost, stability is poor, function is limited to, co-ordination is cumbersome, particularly
Some can not artificial detection on the spot for a long time, in the particular surroundings of remote monitor, it is necessary to realize that remote data returns, far
Process control, it is also necessary to special power supply, therefore increase cost.
The content of the invention
The task of the utility model be propose it is a kind of it is easy to implement, cost is low, a kind of efficient, stability higher underground
Water level detecting information acquisition control system.
The task of the utility model, which is done in such a way that, is characterized in that：It is made of power supply circuit and data platform, electricity
Energy, luminous energy, the line output of wind energy are connected with the input terminal of luminous energy, wind energy, Power Controller, the luminous energy, wind energy, electricity
Energy control circuit output end is connected with the input terminal of multipath voltage regulation control circuit, the output terminal of the multipath voltage regulation control circuit
Respectively with liquid crystal display, controller, be wirelessly transferred, the input terminal of liquid level sensor is connected, the output terminal of the controller point
It is not bi-directionally connected with liquid crystal display, liquid level sensor, the input terminal that is wirelessly transferred, the output terminal being wirelessly transferred is put down with data
Platform is bi-directionally connected.The power supply circuit is made of electric energy, luminous energy, three road out-put supply of wind energy, and by the luminous energy, wind energy,
Power Controller, which is integrated into output circuit all the way and exports, gives multipath voltage regulation control circuit.Shown in the data platform by data and
Remote control two parts, it is display device is detected on PC/Phone information that the data, which are shown,：Comprising liquid level, voltage,
Acquisition time；There is provided data export analysis, there is provided chart is shown, column is shown, curve is shown；The remote control is to carry
For remote collection period assignment, long-range report cycle configuration, surrounding Water pump connected control, and can inquiry instruction perform record,
Instruction execution state.The multipath voltage regulation control circuit, is that input supply voltage is converted into follow-up multichannel multifunction module power supply
Voltage, including driving liquid crystal display circuit, driver sensor circuit, drive control device circuit and driving wireless transmission circuit.Institute
State controller be by data acquisition, transmission, display, control, configuration, computing processing center, the technical program use control
Device is microcontroller.The liquid crystal display is serial port liquid crystal drive circuit, and by serial ports connection, communication shows voltage, water in order to control
Position.The liquid level sensor is that sensor analog signals, digital signal acquiring are out transferred to controller processing.The data
Platform is to show the data that hardware device is adopted on computer, cell phone apparatus, and it can be carried out remotely according to state
Control.Described be wirelessly transferred is to be linked microcontroller and data platform by GPRS circuits, realizes pair for sending instruction, receiving
To transmission.
The utility model has the following effects that：The technical program using controller be select microcontroller, have it is cheap,
Using it is convenient and reliable the features such as, it is and easy to implement, good application effect can be obtained.
Brief description of the drawings
Fig. 1 is the frame structure schematic diagram of the utility model；Fig. 2 is work flow diagram；Fig. 3 is multipath voltage regulation control electricity
Road；Fig. 4 is two level voltage stabilizing output control circuit；Fig. 5, Fig. 6 are two-way three-level regulator circuit figures；Fig. 7 is that USB interface can provide 5V
Power supply cannot function as the circuit diagram of sensor power supply；Fig. 8 is radio transmission circuitry, button drive circuit, without line drive circuit
Figure；Fig. 9 is SIM card drive circuit and SIM card overvoltage crowbar；Figure 10 is controller circuitry nucleus module circuit diagram；Figure
11 be sensor drive driving circuit；Figure 12 is to be wirelessly transferred control circuit；Figure 13 is liquid crystal display drive circuit.
Embodiment
A kind of level of ground water detection information acquisition control system of the technical program is made of two parts, by power supply circuit sum number
Formed according to platform, electric energy, luminous energy, the line output of wind energy are connected with the input terminal of luminous energy, wind energy, Power Controller 1, institute
State luminous energy, wind energy, electrical energy control circuit output terminal with the input terminal of multipath voltage regulation control circuit 2 to be connected, the multipath voltage regulation
The output terminal of control circuit respectively with controller 3, sensor 4, liquid crystal display 5, be wirelessly transferred 6 input terminal and be connected, it is described
The output terminal of controller is bi-directionally connected with liquid crystal display, liquid level sensor, the input terminal that is wirelessly transferred respectively, described to be wirelessly transferred
Output terminal be bi-directionally connected with data platform 7.
Shown in the data platform by data and remote control two parts, the data, which are shown, to be shown on PC/Phone
Show the information that equipment is detected：Comprising liquid level, voltage, and acquisition time；Data export analysis is provided, there is provided chart shows,
Column is shown, curve is shown；The remote control is to provide remote collection period assignment, the configuration of long-range report cycle, surrounding connection
The control of dynamic water pump.And can inquiry instruction perform record, instruction execution state.
The power supply circuit is made of electric energy, luminous energy, three road out-put supply of wind energy, and by the luminous energy, wind energy, electric energy
Controller, which is integrated into output circuit all the way and exports, gives multipath voltage regulation control circuit.
The multipath voltage regulation control circuit 2, is that input supply voltage is converted into follow-up multichannel multifunction module supply voltage,
Including driving liquid crystal display circuit, driver sensor circuit, drive control device circuit and driving wireless transmission circuit.
The controller 3 be by data acquisition, transmission, display, control, configuration, computing processing center, the technical program
The controller of use is microcontroller.
The liquid level sensor 4 is that sensor analog signals, digital signal acquiring are out transferred to controller processing.
The liquid crystal display 5 is serial port liquid crystal drive circuit, and by serial ports connection, communication shows voltage, water level in order to control.
Described to be wirelessly transferred 6 be to be linked microcontroller and data platform by GPRS circuits, realizes and sends instruction, receives
Transmitted in both directions.
The data platform 7 is to show the data that hardware device is adopted in the equipment such as computer, mobile phone, and can root
Remote control is carried out to it according to state.
The electric power system is then defeated using 24 V solar panels, the honourable Power Controller of wind-driven generator access
Go out give 24 V/20Ah lithium batteries charging, lithium battery in order to control, collection, display, Transmission system power supply.
Shown in the data platform by data and remote control two parts, the data, which are shown, to be shown on PC/Phone
Show the information that equipment is detected：Include liquid level, voltage, acquisition time；Data export analysis is provided, there is provided chart shows,
Column is shown, curve is shown；The remote control is to provide remote collection period assignment, the configuration of long-range report cycle, surrounding connection
The control of dynamic water pump.And can inquiry instruction perform record, instruction execution state.
24V voltages are stablized in level-one voltage stabilizing IC outputs in the plurality of paths of voltage stabilizing circuits, power for subsequent conditioning circuit and sensor
（As shown in Figure 3）；Two level voltage stabilizing IC outputs stablize 5V voltages and power for liquid crystal, MCU（As shown in Figure 4）, two-way three-level voltage stabilizing electricity
Road exports stable 3.3V voltages for MCU power supplies and 3.7V for being wirelessly transferred power supply respectively（As shown in Figure 5, Figure 6）；In addition USB connects
Mouth can provide 5V power supplies and cannot function as sensor power supply（Such as Fig. 7）.
SIM900A button drive circuits are included in the wireless transmission circuit（Q1, Q2）；Antenna drive circuit（E1）（Such as
Shown in Fig. 8）；SIM card drive circuits（U1）, SIM card overvoltage crowbar（U2）（As shown in Figure 9）.
Shown in the data platform by data and remote control two parts, the data, which are shown, to be shown on PC/Phone
Show the information that equipment is detected：Comprising liquid level, voltage, and acquisition time；Data export analysis is provided, there is provided chart shows,
Column shows that curve is shown；Remote control is to provide remote collection period assignment, the configuration of long-range report cycle, surrounding linkage water
The control of pump.And can inquiry instruction perform record, instruction execution state.
Logical gate as shown in Figure 2：
Step 1：System initialization；
Step 2：Start analog signal collector, the data of acquisition, which preserve, to be locally stored；
Step 3：Actual liquid level information is calculated, starts liquid crystal display liquid level information；
Step 4：Initialization data transport module, while log-on data transfer function；
Step 5：The information such as liquid level, voltage is sent to data platform；
Step 6：Server time is verified, updates local system time；
Step 7：The data transfer ends, transport module shutdown, system reset；
Step 8：Data platform carries out data counting statistics, displaying etc..
During work, three-way power will be integrated into 24V direct currents electricity output to plurality of paths of voltage stabilizing circuits by wind, light, Power Controller,
Export each function module power supply of 24V, 5V, 3.7V, 3.3V burning voltage work respectively by plurality of paths of voltage stabilizing circuits；Controller controls liquid
The periodic gathered data of level sensor, and the data collected are subject to after calculation process to have stored in a manner of circulating and store
Come.The data of storage are corresponded to output to liquid crystal display by controller according to acquisition time order, it is shown current device shape
The information such as state, time；Data are sent to data platform by controller by wireless transport module at the same time, wait data platform response
The calibration system time at the same time.
Data platform is calculated the data received, is counted, and is handled, and storage, can finally be shown with variform
Out.Personalizable configures the equipment such as the parameter such as equipment collection period, report cycle, remote controlled Water pump connected.
Claims (9)
- A kind of 1. level of ground water detection information acquisition control system, it is characterised in that：It is made of power supply circuit and data platform, electricity Energy, luminous energy, the line output of wind energy are connected with the input terminal of luminous energy, wind energy, Power Controller, the luminous energy, wind energy, electricity Energy control circuit output end is connected with the input terminal of multipath voltage regulation control circuit, the output terminal of the multipath voltage regulation control circuit Respectively with liquid crystal display, controller, be wirelessly transferred, the input terminal of liquid level sensor is connected, the output terminal of the controller point It is not bi-directionally connected with liquid crystal display, liquid level sensor, the input terminal that is wirelessly transferred, the output terminal being wirelessly transferred is put down with data Platform is bi-directionally connected.
- A kind of 2. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The power supply electricity Route power, luminous energy, three road out-put supply of wind energy are formed, and are integrated into by the luminous energy, wind energy, Power Controller defeated all the way Go out circuit output and give multipath voltage regulation control circuit.
- A kind of 3. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The data are put down Shown in platform by data and remote control two parts, it is display device is detected on PC/Phone letter that the data, which are shown, Breath：Comprising liquid level, voltage, acquisition time；There is provided data export analysis, there is provided chart is shown, column is shown, curve is shown Show；The remote control is to provide remote collection period assignment, the configuration of long-range report cycle, the control of surrounding Water pump connected, and Can inquiry instruction perform record, instruction execution state.
- A kind of 4. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The multichannel is steady Control circuit is pressed, is that input supply voltage is converted into follow-up multichannel multifunction module supply voltage, including driving liquid crystal display electricity Road, driver sensor circuit, drive control device circuit and driving wireless transmission circuit.
- A kind of 5. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The controller Be by data acquisition, transmission, display, control, configuration, computing processing center, the technical program use controller be monolithic Machine.
- A kind of 6. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The liquid crystal Show it is serial port liquid crystal drive circuit, communication shows voltage, water level in order to control by serial ports connection.
- A kind of 7. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The liquid level passes Sensor is that sensor analog signals, digital signal acquiring are out transferred to controller processing.
- A kind of 8. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The data are put down Platform is to show the data that hardware device is adopted on computer, cell phone apparatus, and it can remotely be controlled according to state System.
- A kind of 9. level of ground water detection information acquisition control system as claimed in claim 1, it is characterised in that：The wireless biography Defeated is to be linked microcontroller and data platform by GPRS circuits, realizes the transmitted in both directions for sending instruction, receiving.
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| CN201721418493.6U CN207337228U (en) | 2017-10-31 | 2017-10-31 | A kind of level of ground water detection information acquisition control system |
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| CN201721418493.6U CN207337228U (en) | 2017-10-31 | 2017-10-31 | A kind of level of ground water detection information acquisition control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632629A (en) * | 2017-10-31 | 2018-01-26 | 河南十方物联网有限公司 | A kind of level of ground water detection information acquisition control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632629A (en) * | 2017-10-31 | 2018-01-26 | 河南十方物联网有限公司 | A kind of level of ground water detection information acquisition control system |
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