CN211830839U - Double-control system communication device - Google Patents

Abstract

The utility model discloses a two accuse system communication device, including the RTU controller, RTU controller electric connection has power, LCD display, voice broadcast unit, temperature sensor, soil moisture content sensor, light sense sensor, rainfall sensor, ground water level sensor and water pump, be equipped with wireless information sending module and wireless information receiving module on the RTU controller, be equipped with ammeter and water gauge between RTU controller and water source and the power respectively, the equal electric connection of ammeter interface and water gauge interface has the data interface of checking meter, be equipped with the charging unit of punching the card in the data interface of checking meter, be equipped with flow control module between RTU controller and the water pump, the RTU controller is connected with information storage module. The utility model discloses can charge alone or both mixed mode charges according to water yield, electric quantity, can irrigate according to the particular case of current agricultural land used, the using water wisely reduces the water cost, has reduced the operation cost.

Description

Double-control system communication device

Technical Field

The utility model relates to an agricultural irrigation technical field, specific field is a two accuse system communication device.

Background

At present, domestic agricultural irrigation has the problems of huge water consumption, low efficiency and water waste. In order to solve the problems, water-saving irrigation RTU equipment is generally adopted on the market for control, and the water-saving irrigation RTU (remote terminal unit, RTU for short) equipment comprises an RTU controller, a wireless transmission unit, a meter reading data interface, a metering instrument interface, an LCD (liquid crystal display), a voice broadcasting unit, a soil moisture content sensor, an underground water level sensor and a water pump switch. The current water-saving irrigation RTU equipment has the defects that: irrigation can not be carried out according to the specific weather conditions of the agricultural land, water resources are wasted, and the water use cost is increased. To this end, we propose a dual-control system communication device.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a two accuse system communication device to solve the problem that proposes among the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme: a double-control system communication device comprises an RTU controller, wherein the RTU controller is electrically connected with a power supply, an LCD display, a voice broadcasting unit, a temperature sensor, a soil moisture content sensor, a light sensation sensor, a rainfall sensor, an underground water level sensor and a water pump, a plurality of soil moisture content sensors, light sensation sensors and rainfall sensors are installed in agricultural land, the underground water level sensors are installed in underground water sources, a management center can remotely read the data such as soil moisture content, underground water level information, water consumption, power consumption and the like in the utility model, in the operation process, the prompting information such as irrigation start, irrigation end, arrearage and the like can be broadcasted through voice, the expense information, the soil moisture content, the underground water level information, the environmental temperature, the sun irradiation intensity and the rainfall condition are displayed through the LCD, the RTU controller is provided with a wireless information sending module and a wireless information receiving module, the water pump is connected with the water source, be equipped with ammeter and water gauge between RTU controller and water source and the power respectively, be equipped with ammeter interface and water gauge interface on the ammeter and the water gauge respectively, the equal electric connection of ammeter interface and water gauge interface has the data interface of checking meter, be equipped with the charging unit of punching the card in the data interface of checking meter, insert the meter through the data interface of checking meter, read the data such as the water consumption that the charging unit of punching the card was stored, power consumption, be equipped with flow control module between RTU controller and the water pump, when the user uses, start the water pump and begin to irrigate, in irrigation process, the RTU controller gathers the data of water gauge and ammeter, and charges, collects according to soil moisture content, ambient temperature, sunshine irradiation intensity and the rainy condition of current agricultural land in irrigation process simultaneously, collects the data and takes place to management center through wireless information sending module and carries out analysis processes, the management center sends the instruction after carrying out analysis processes to the soil moisture content of current agricultural land, ambient temperature, sunshine irradiation intensity and the condition of raining for this device, comes from the instruction of management center through wireless information receiving module, controls water pump irrigation flow according to the instruction of management center through flow control module, finishes irrigating the back, and the RTU controller will close the water pump to write into the user card with expense settlement information in, the RTU controller is connected with information storage module, stores the data of real-time soil moisture content, ambient temperature, sunshine irradiation intensity and the condition of raining through information storage module, and convenience of customers carries out statistical analysis to the data of agricultural land used water supply power.

Preferably, a timer module is further arranged on the RTU controller, and the timer module can plan and set the service time of the water pump and can use the service time at regular time.

Preferably, the wireless information sending module and the wireless information receiving module are connected to a commercial mobile network, and the information sending interaction is realized by using the commercial mobile network such as a mobile, a universal or an electric network card.

Preferably, the water meter is specifically one of a current output type water meter, an RS485 interface intelligent water meter or a pulse type water meter.

Preferably, the ammeter is specifically one of a pulse type ammeter, an RS485 interface smart meter or a current output type ammeter.

Compared with the prior art, the beneficial effects of the utility model are that: a communication device of a double-control system collects data according to soil moisture content, environmental temperature, sunlight irradiation intensity and rainfall condition of current agricultural land in the irrigation process, the collected data are sent to a management center through a wireless information sending module for analysis and processing, the management center sends instructions after analysis and processing are carried out on the soil moisture content, the environmental temperature, the sunlight irradiation intensity and the rainfall condition of the current agricultural land to the device, the wireless information receiving module is used for receiving instructions from the management center, the flow control module is used for controlling the irrigation flow of the water pump according to the instructions of the management center, after irrigation is finished, the RTU controller is used for closing the water pump and writing expense settlement information into the user card, the data of real-time soil moisture content, ambient temperature, sunshine irradiation intensity and the rainy condition are stored through the information storage module, and convenience is brought to users for carrying out statistical analysis on the data of agricultural land water supply and power utilization. The utility model discloses can charge alone or both mixed mode charges according to water yield, electric quantity, can irrigate according to the particular case of current agricultural land used, the using water wisely reduces the water cost, has reduced the operation cost.

Drawings

Fig. 1 is a system block diagram of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1, the present invention provides a technical solution: a double-control system communication device comprises an RTU controller, wherein the RTU controller is electrically connected with a power supply, an LCD display, a voice broadcasting unit, a temperature sensor, a soil moisture content sensor, a light sensation sensor, a rainfall sensor, an underground water level sensor and a water pump, a plurality of soil moisture content sensors, light sensation sensors and rainfall sensors are installed in agricultural land, the underground water level sensors are installed in underground water sources, a management center can remotely read the data such as soil moisture content, underground water level information, water consumption, power consumption and the like in the utility model, in the operation process, the prompting information such as irrigation start, irrigation end, arrearage and the like can be broadcasted through voice, the expense information, the soil moisture content, the underground water level information, the environmental temperature, the sun irradiation intensity and the rainfall condition are displayed through the LCD, the RTU controller is provided with a wireless information sending module and a wireless information receiving module, the water pump is connected with the water source, be equipped with ammeter and water gauge between RTU controller and water source and the power respectively, be equipped with ammeter interface and water gauge interface on the ammeter and the water gauge respectively, the equal electric connection of ammeter interface and water gauge interface has the data interface of checking meter, be equipped with the charging unit of punching the card in the data interface of checking meter, insert the meter through the data interface of checking meter, read the data such as the water consumption that the charging unit of punching the card was stored, power consumption, be equipped with flow control module between RTU controller and the water pump, when the user uses, start the water pump and begin to irrigate, in irrigation process, the RTU controller gathers the data of water gauge and ammeter, and charges, collects according to soil moisture content, ambient temperature, sunshine irradiation intensity and the rainy condition of current agricultural land in irrigation process simultaneously, collects the data and takes place to management center through wireless information sending module and carries out analysis processes, the management center sends the instruction after carrying out analysis processes to the soil moisture content of current agricultural land, ambient temperature, sunshine irradiation intensity and the condition of raining for this device, comes from the instruction of management center through wireless information receiving module, controls water pump irrigation flow according to the instruction of management center through flow control module, finishes irrigating the back, and the RTU controller will close the water pump to write into the user card with expense settlement information in, the RTU controller is connected with information storage module, stores the data of real-time soil moisture content, ambient temperature, sunshine irradiation intensity and the condition of raining through information storage module, and convenience of customers carries out statistical analysis to the data of agricultural land used water supply power.

Specifically, still be equipped with the timer module on the RTU controller, the timer module can plan the setting to the live time of water pump, can regularly use it.

Specifically, the wireless information sending module and the wireless information receiving module are connected with a commercial mobile network, and the information sending interaction is realized by using the commercial mobile network such as a mobile, Unicom or electric network card.

Specifically, the water meter is specifically one of a current output type water meter, an RS485 interface intelligent water meter or a pulse type water meter.

Specifically, the ammeter is specifically one of a pulse type ammeter, an RS485 interface smart meter or a current output type ammeter.

The working principle is as follows: when the utility model is used, the management center can remotely configure corresponding charging modes and water meters and electric meter types, set the charging modes and the water meters and the electric meter types according to water consumption, electricity consumption or mixed modes and configure corresponding rates, a plurality of soil moisture content sensors, light sensation sensors and rain sensors are installed in agricultural land, the underground water level sensors are installed in underground water sources, the management center can remotely read the data such as soil moisture content, underground water level information, water consumption, electricity consumption and the like in the utility model, when a user uses the irrigation system, a water pump is started to irrigate, in the irrigation process, an RTU controller collects the data of the water meters and the electric meters and charges, and simultaneously collects the data according to the soil moisture content, the environmental temperature, the sunlight irradiation intensity and the rainfall condition of the current agricultural land in the irrigation process, and the collected data are generated to the management center for analysis and treatment through a wireless information sending module, the management center sends an instruction after analyzing and processing the soil moisture content, the environmental temperature, the sunlight irradiation intensity and the rainfall condition of the current agricultural land to the device, the instruction from the management center is received through the wireless information receiving module, the irrigation flow of the water pump is controlled through the flow control module according to the instruction of the management center, after irrigation is finished, the RTU controller closes the water pump, expense settlement information is written into a user card, in the operation process, the prompt information of irrigation starting, irrigation ending, arrearage and the like can be broadcasted through voice, the expense information, the soil moisture content, the underground water level information, the environmental temperature, the sunlight irradiation intensity and the rainfall condition are displayed through an LCD, a meter reading data interface is connected into a meter reading device, the data of water consumption, electricity consumption and the like stored in a card swiping and charging unit are read, and the real-time soil moisture content, the environmental temperature, the real-time rainfall condition and, The data of ambient temperature, sunshine intensity and the rainy condition are stored, and convenience is brought to a user to carry out statistical analysis on the data of the agricultural land water and electricity supply.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (5)

1. A double control system communication device comprises an RTU controller and is characterized in that: RTU controller electric connection has power, LCD display, voice broadcast unit, temperature sensor, soil moisture content sensor, light sense sensor, rainfall sensor, ground water level sensor and water pump, be equipped with wireless information sending module and wireless information receiving module on the RTU controller, the water pump is connected with the water source, be equipped with ammeter and water gauge between RTU controller and water source and the power respectively, be equipped with ammeter interface and water gauge interface on ammeter and the water gauge respectively, the equal electric connection of ammeter interface and water gauge interface has the data interface of checking meter, be equipped with the charging unit of punching the card in the data interface of checking meter, be equipped with flow control module between RTU controller and the water pump, the RTU controller is connected with information storage module.

2. The dual-control system communication device according to claim 1, wherein: and a timer module is also arranged on the RTU controller.

3. The dual-control system communication device according to claim 1, wherein: the wireless information sending module and the wireless information receiving module are connected with a commercial mobile network.

4. The dual-control system communication device according to claim 1, wherein: the water meter is specifically one of a current output type water meter, an RS485 interface intelligent water meter or a pulse type water meter.

5. The dual-control system communication device according to claim 1, wherein: the ammeter is specifically one of a pulse type ammeter, an RS485 interface smart meter or a current output type ammeter.

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