CN214005831U - Remote well electricity double-control intelligent system - Google Patents
Remote well electricity double-control intelligent system Download PDFInfo
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- CN214005831U CN214005831U CN202022300774.XU CN202022300774U CN214005831U CN 214005831 U CN214005831 U CN 214005831U CN 202022300774 U CN202022300774 U CN 202022300774U CN 214005831 U CN214005831 U CN 214005831U
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Abstract
The utility model provides a long-range well electricity double control intelligent system, including at least a set of well electricity double control module, backend server and at least one client computer, well electricity double control module includes thing networking teletransmission ultrasonic water gauge and Y type control box, and thing networking teletransmission ultrasonic water gauge installs on user's water pipeline to be connected with backend server through GPRS, and Y type control box installs at the user's end, is controlled by the user, and is connected with thing networking teletransmission ultrasonic water gauge through wired, is connected with backend server through GPRS or internet simultaneously; the client computer is connected with the background server through the internet. The utility model discloses a mode that well electricity double control module, backend server and client computer combined realizes the real-time supervision to the water resource, has improved the protection and the management quality of water resource, is favorable to formulating scientific water resource management plan, realizes the reasonable regulation and control and the high-efficient utilization of water resource.
Description
Technical Field
The utility model belongs to the technical field of long-range intelligence, especially, two accuse intelligent systems of long-range well electricity.
Background
The well electricity double control is the monitoring and control of water resources. In the past, underground water source monitoring is mainly carried out by means of manual observation, and subjective factors have great influence. At present, the real-time monitoring work is carried out on water resources through a well electricity double-control intelligent management control system, and the protection and management quality of the water resources are improved. Mainly monitors the underground water resource amount. By monitoring water resources in real time, the current situation and the use condition of the water resources in the district under jurisdiction are comprehensively known, a large amount of original data are collected, the data are reasonably analyzed, and a scientific water resource management plan is formulated. The water resource utilization condition can be timely mastered by implementing water resource monitoring, and the reasonable regulation and control of the water resource are realized.
SUMMERY OF THE UTILITY MODEL
The utility model provides a technical problem that solve provides a two accuse intelligent systems of long-range well electricity, adopts well electricity two accuse module, backend server and client computer to combine, realizes the real-time supervision to the water resource, has improved the protection and the management quality of water resource, is favorable to formulating scientific water resource management plan, realizes the reasonable regulation and control and the high-efficient utilization of water resource.
Realize the utility model discloses the technical solution of purpose does:
a remote borehole electrical dual control intelligent system, comprising: the system comprises at least one group of well electricity double-control modules, wherein each well electricity double-control module comprises an Internet of things remote transmission ultrasonic water meter and a Y-shaped control box, and the Internet of things remote transmission ultrasonic water meter is installed on a water using pipeline of a user, is connected with a background server through GPRS (general packet radio service), and is used for measuring the water using amount of the water using pipeline in real time and uploading data at regular time; the Y-shaped control box is installed at a user side, is controlled by a user, is in wired connection with the Internet of things remote transmission ultrasonic water meter, is used for controlling the Internet of things remote transmission ultrasonic water meter and acquiring data of the Internet of things remote transmission ultrasonic water meter, is connected with the background server through GPRS or the Internet, and is used for receiving signals of the background server and sending control data of the Internet of things remote transmission ultrasonic water meter to the background server; the background server is in communication connection with the client computer through the internet and mutually transmits data, and is used for receiving and storing water consumption data uploaded by the networked remote transmission ultrasonic water meter and receiving and storing control data uploaded by the Y-shaped control box; and the client computer is connected with the background server through the Internet and is used for acquiring the data of the intelligent water meter module in real time.
Further, the utility model discloses a two accuse intelligent systems of long-range well electricity, built-in MCU the control unit of thing networking teletransmission ultrasonic water meter, power supply unit, GPRS communication device, ultrasonic transducer, power supply unit, GPRS communication device and ultrasonic transducer all are connected with the MCU the control unit, and GPRS communication device is equipped with the RS485 interface.
Further, the utility model discloses a two accuse intelligent systems of long-range well electricity, power supply unit adopt 3.6V 19AH lithium cell, and ultrasonic transducer adopts narrowband ultrasonic transducer.
Further, the utility model discloses a two accuse intelligent systems of long-range well electricity, thing networking teletransmission ultrasonic water meter still embeds has infrared unit, display screen, time-recorder and presses the button, infrared unit, display screen, time-recorder and press the button all are connected with the MCU the control unit.
Further, the utility model discloses a two accuse intelligent system of long-range well electricity, Y type control box include CJX series main circuit control switch, synthesize teletransmission device and GPRS transmitting antenna and all be connected with CJX series main circuit control switch.
Further, the utility model discloses a two accuse intelligent system of long-range well electricity, Y type control box adopt BCZY-III type control box, and main circuit control switch adopts the circuit breaker.
The utility model adopts the above technical scheme to compare with prior art, have following technological effect:
the utility model discloses a two accuse intelligent system of long-range well electricity adopts well electricity two accuse module, backend server and client computer to combine the mode, realizes the real-time supervision to the water resource, has improved the protection and the management quality of water resource, is favorable to formulating scientific water resource management plan, realizes the reasonable regulation and control and the high-efficient utilization of water resource.
Drawings
Fig. 1 is an overall schematic diagram of the remote well-electricity dual-control intelligent system of the present invention.
Fig. 2 is a structural diagram of the remote well-electricity dual-control intelligent system of the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present invention, and should not be construed as limiting the present invention.
A remote well electric double-control intelligent system comprises at least one group of well electric double-control modules, a background server and at least one client computer. Wherein:
the well electricity double control module comprises an internet of things remote transmission ultrasonic water meter and a Y-shaped control box. The internet of things remote transmission ultrasonic water meter is installed on a water pipeline of a user, is connected with the background server through the GPRS and is used for measuring the water consumption of the water pipeline in real time and uploading data at regular time. The internet of things remote transmission ultrasonic water meter is internally provided with an MCU (microprogrammed control Unit), a power supply unit, a GPRS (general packet radio service) communication device and an ultrasonic transducer, wherein the power supply unit, the GPRS communication device and the ultrasonic transducer are all connected with the MCU control unit, and the GPRS communication device is provided with an RS485 interface. The power supply unit adopts a 3.6V/19AH lithium battery, and the ultrasonic transducer adopts a narrow-band ultrasonic transducer. Thing networking teletransmission ultrasonic water meter still embeds has infrared unit, display screen, time-recorder and presses the button, infrared unit, display screen, time-recorder and press the button all are connected with MCU the control unit. The Y-shaped control box is installed at a user side, is controlled by a user, is in wired connection with the Internet of things remote transmission ultrasonic water meter, is used for controlling the Internet of things remote transmission ultrasonic water meter and acquiring data of the Internet of things remote transmission ultrasonic water meter, is connected with the background server through GPRS or the Internet, and is used for receiving signals of the background server and sending control data of the Internet of things remote transmission ultrasonic water meter to the background server. The Y-shaped control box comprises a CJX series main circuit control switch, a comprehensive remote transmission device and a GPRS transmitting antenna, wherein the comprehensive remote transmission device and the GPRS transmitting antenna are connected with the CJX series main circuit control switch. The Y-type control box adopts a BCZY-III type control box, and the main circuit control switch adopts a circuit breaker.
The background server is in communication connection with the client computer through the internet and mutually transmits data, and is used for receiving and storing water consumption data uploaded by the networked remote transmission ultrasonic water meter and receiving and storing control data uploaded by the Y-shaped control box.
And the client computer is connected with the background server through the Internet and is used for acquiring the data of the intelligent water meter module in real time.
Example 1
A remote well electric double-control intelligent system comprises at least one group of well electric double-control modules, a background server and at least one client computer.
The data communication of the Internet of things remote transmission ultrasonic water meter adopts the current stable GPRS communication technology, has the advantages of deep network coverage, wide link, low power consumption and the like, and is stable, reliable and safe in communication; the flow adopts an advanced ultrasonic measurement technology, is calibrated in sections, and has high metering precision, wide range ratio, small starting flow and long service life.
The main technical indexes of the internet of things remote transmission ultrasonic water meter are as follows:
1) and (3) measuring precision: 2, level; 2) a working power supply: 3.6V/19AH lithium battery or external power supply; 3) and (3) measuring period: 500 ms-20 seconds (default of 2 seconds for factory production); 4) the range ratio is as follows: (Q3/Q1 ═ R)160: 1; 5) battery life: 10 years; 6) an output mode: RS485 interface GPRS communication; 7) the communication protocol is as follows: MODBUS protocol or CJ188-2004 protocol; 8) an infrared communication protocol: the EN13757 protocol; 9) data storage period: 24 months; 10) calculating data: accumulated flow, instantaneous flow, total running time and total fault time; 11) the temperature of the working environment: -20 ℃ to +80 ℃; 12) nominal pressure: 1.6 Mpa; 13) protection grade: IP 68; 14) reading a meter interface: pressing the button (or sliding the magnet) will display the following in sequence:
the main functions of the internet of things remote transmission ultrasonic water meter are as follows:
1) adopt integral type project organization, rational in infrastructure, barrier propterty is high.
2) The national standard size, installation maintenance are convenient, and the use accessory is the national standard.
3) And the design of no necking and no pressure loss is adopted, so that the flow accuracy is ensured.
4) Because the distance is very close to the Y-shaped control box, wired transmission is adopted, and the device is stable and reliable. And transmitting water consumption, instantaneous flow, fault information and the like in real time. And the system platform uploads information such as historical data, real-time data and the like at regular time by adopting a GPRS transmission mode.
5) The ultrasonic time difference method is adopted for measurement, and is stable and reliable.
6) An output interface: r485 or M-BUS.
7) Remote setting of the upload interval time (30 minutes-24 hours) is supported.
8) The meter uploading information comprises: cumulative flow, instantaneous flow, etc., battery voltage, etc.
9) The data can be stored for a long time without being influenced by external interference, low voltage, power failure, battery replacement and the like.
10) 24 months historical data is stored.
11) Data can be uploaded according to time and interval.
The Y-type control box is BCZY-III and consists of a comprehensive remote transmission device, a CJX series main circuit control switch, a GPRS transmitting antenna and the like.
The main technical indexes of the Y-shaped control box are as follows:
1) main power supply: the frequency of the alternating current is 380V and is 50 Hz; 2) power consumption: < 300 mA; 3) signal input characteristics: RS485 interface, M-BUS, wireless ad hoc network interface input; 4) communication distance: the GPRS mode is adopted, and the method is not limited by distance; 5) a serial communication interface: RS-485; 6) lightning protection: 10 KA; 7) the use conditions are as follows: the temperature is minus 25 ℃ to plus 60 ℃; 8) relative humidity < 75%.
The main functions of the Y-shaped control box are as follows:
1) the outdoor case is made of stainless steel materials, is designed with double doors, has small volume, flexible installation and convenient carrying, can be hung on a telegraph pole, a wall and the like, and has a wire inlet end connected with an ammeter, a cover plate and lead sealing, and the disassembly is forbidden;
2) the circuit breaker controls the main circuit, characteristics: small volume, strong short circuit breaking capacity, small flashover distance, overload, undervoltage and short circuit protection;
3) the electricity consumption integrates the functions of metering, prepayment and remote control; the DTU and the RTU are integrally designed, and parameters, information and IP addresses are set through keys of the equipment;
4) the historical data conditions such as power consumption, accumulated flow, instantaneous flow, working state of a water pump motor, alternating current power supply state and the like can be uploaded;
5) three control modes are as follows: firstly, controlling prepayment of a radio frequency card; secondly, remotely controlling by central software; thirdly, remote power-on control;
6) three card control modes: one machine has one card; secondly, one machine has multiple cards; three, one card is used for multiple machines;
7) adaptation of various sensors: ultrasonic flowmeter, electromagnetic flowmeter, open channel flowmeter, ammeter, water level gauge, pressure transmitter, etc.
The foregoing is only a part of the embodiments of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements can be made without departing from the principles of the present invention, and these improvements should be regarded as the protection scope of the present invention.
Claims (6)
1. A remote well-electricity double-control intelligent system is characterized by comprising:
the system comprises at least one group of well electricity double-control modules, wherein each well electricity double-control module comprises an Internet of things remote transmission ultrasonic water meter and a Y-shaped control box, and the Internet of things remote transmission ultrasonic water meter is installed on a water using pipeline of a user, is connected with a background server through GPRS (general packet radio service), and is used for measuring the water using amount of the water using pipeline in real time and uploading data at regular time; the Y-shaped control box is installed at a user side, is controlled by a user, is in wired connection with the Internet of things remote transmission ultrasonic water meter, is used for controlling the Internet of things remote transmission ultrasonic water meter and acquiring data of the Internet of things remote transmission ultrasonic water meter, is connected with the background server through GPRS or the Internet, and is used for receiving signals of the background server and sending control data of the Internet of things remote transmission ultrasonic water meter to the background server;
the background server is in communication connection with the client computer through the internet and mutually transmits data, and is used for receiving and storing water consumption data uploaded by the networked remote transmission ultrasonic water meter and receiving and storing control data uploaded by the Y-shaped control box;
and the client computer is connected with the background server through the Internet and is used for acquiring the data of the intelligent water meter module in real time.
2. The remote well-electricity double-control intelligent system according to claim 1, wherein an MCU control unit, a power supply unit, a GPRS communication device and an ultrasonic transducer are arranged in the Internet of things remote transmission ultrasonic water meter, the power supply unit, the GPRS communication device and the ultrasonic transducer are all connected with the MCU control unit, and the GPRS communication device is provided with an RS485 interface.
3. The remote electric-well-control intelligent system according to claim 2, wherein the power supply unit is a 3.6V/19AH lithium battery, and the ultrasonic transducer is a narrow-band ultrasonic transducer.
4. The remote borehole electricity double-control intelligent system according to claim 2 or 3, characterized in that an infrared unit, a display screen, a timer and a press button are further arranged in the internet of things remote transmission ultrasonic water meter, and the infrared unit, the display screen, the timer and the press button are all connected with the MCU control unit.
5. The remote borehole-electric double-control intelligent system according to claim 1, wherein the Y-type control box comprises CJX series main circuit control switches, a comprehensive remote transmission device and a GPRS transmitting antenna, and the comprehensive remote transmission device and the GPRS transmitting antenna are connected with the CJX series main circuit control switches.
6. The remote well-electricity double-control intelligent system according to claim 1 or 5, wherein a main circuit control switch of the Y-shaped control box adopts a circuit breaker.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022300774.XU CN214005831U (en) | 2020-10-15 | 2020-10-15 | Remote well electricity double-control intelligent system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022300774.XU CN214005831U (en) | 2020-10-15 | 2020-10-15 | Remote well electricity double-control intelligent system |
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| Publication Number | Publication Date |
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| CN214005831U true CN214005831U (en) | 2021-08-20 |
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| CN202022300774.XU Active CN214005831U (en) | 2020-10-15 | 2020-10-15 | Remote well electricity double-control intelligent system |
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