Agricultural Water Price Reform System Management Platform

Abstract

The present invention discloses an agricultural water price reform system management platform, belonging to the technical field of agricultural water use, including a terminal module, a transmission platform and a main terminal module. The terminal module and the main terminal module are connected through the transmission platform. The terminal module includes a hardware unit and a software unit. The hardware unit includes an integrated meter and a numerical control component, and the integrated meter is composed of multiple single water meters. By setting the terminal module, the transmission platform and the main terminal module, the present invention constructs a management network for the central system and distributed users, and the information interaction between farmers and the system center can be transmitted through the data network. At the same time, a large number of on-site maintenance personnel are configured inside the system, so that the latest and most relevant information can be obtained for the agricultural water price reform. At the same time, the price reform method is based on network flattening and high-speed communication, which greatly reduces the time cost, transportation cost and meeting cost in the bargaining reform process. At the same time, the starting point of the bargaining reform mechanism directly reaches the agricultural water price users, and the information exchange is more secure.

Description

Technical Field

[0001] The present invention relates to a management platform system, in particular to a management platform for the reform of agricultural water prices, and belongs to the technical field of agricultural water use. Background Art

[0002] In accordance with the principle of being economically practical and meeting the needs of water intake management and metering charging, water supply metering facilities must be constructed synchronously for agricultural water prices through the construction of a water metering trading system for comprehensive reform of agricultural water prices.

[0003] However, in the existing agricultural water price reform system platform, there are design defects in the data collection terminal, resulting in the inability of the bargaining reform to obtain the support of the platform. It is necessary to conduct time-consuming and laborious actual meetings for bargaining, and the efficiency is greatly limited.

[0004] How to develop a management platform for the reform of agricultural water prices is an urgent problem to be solved at present. Summary of the Invention

[0005] The main purpose of the present invention is to provide a management platform for the reform of agricultural water prices in order to solve the deficiencies of the existing technology.

[0006] The object of the present invention can be achieved by adopting the following technical solutions:

[0007] A management platform for the reform of agricultural water prices includes a terminal module, a transmission platform, and a general terminal module. The terminal module and the general terminal module are both connected through the transmission platform. The terminal module includes a hardware unit and a software unit. The hardware unit includes an integrated meter and a numerical control component. The integrated meter is composed of multiple single water meters, and its layout is as follows:

[0008] A1: The integrated meter is integrally arranged in front of the farmer's main door and buried at the agricultural water supply pipeline.

[0009] A2: The single water meters in the integrated meter are respectively installed at the independent water pipes for drinking water, domestic water, irrigation water, and aquaculture water.

[0010] A3: The single water meters in the integrated meter are responsible for monitoring flow rate and water quality data, and the data collected by the single water meters do not need to be summarized within the terminal module architecture.

[0011] The control mode of the single water meters in the integrated meter adopts an independent scheduling mode, that is, each independent water pipe in the centralized water pipe used by the farmer is allowed to be stopped, and the water pipe stop permission is issued by the general terminal module. The farmer using the integrated meter does not need to contact the supply channels of each independent water pipe; at the same time, the integrated meter is used in accordance with the following principles:

[0012] B1: A flow equalization supply mechanism, adopting a whole-year flow equalization and voltage stabilization method for the drinking water and domestic water in the integrated meter.

[0013] B2: Seasonal peak-shifting mechanism. For irrigation water, as long as the low pollution index is met, it can be connected to the pipeline system. At the same time, the water supply to farmers is divided into time periods to meet the peak water demand during the dry season.

[0014] B3: Focus mechanism. For aquaculture water, an application needs to be submitted to the main terminal module and permission obtained.

[0015] Preferably, the numerical control component is arranged on the single water meter inside the integrated meter, and the numerical control component and the single water meter have a portable disassembly mechanism, that is, the single water meter has a replacement function. A valve opening and closing program and a data conversion mechanism are arranged inside the numerical control component.

[0016] Preferably, the numerical control component includes an integrated display panel and an information interaction terminal. The information interaction terminal includes a wired transmission terminal and a wireless network terminal. The middle of the integrated display panel is a touch screen panel, and adjustment buttons are arranged on both sides. The integrated display panel is wrapped by a transparent tempered glass cover.

[0017] Preferably, the software unit includes an interaction application and a feedback channel. The interaction application is an APP application supported by Android and IOS mobile phone system platforms. The APP application supports real-time information exchange, and at the same time supports photo and video recording functions. The APP application obtains SMS supply chain support through linked permission, and the APP application is provided with a chat room and a video live broadcast room.

[0018] Preferably, the feedback channel includes a communication system and a big data service platform to realize information transmission generated by the terminal module, including the following principles:

[0019] C1: When the APP application is restricted from being stopped, uninstalled, or the traffic service cannot support it;

[0020] C2: Provide dedicated traffic and network channels to ensure the smoothness of SMS, phone, and email transmission paths;

[0021] C3: Two-way feedback mechanism. Once it is known in the periodic self-check in the software unit that there is an information transmission problem, the main terminal module will directly issue a maintenance instruction.

[0022] Preferably, the transmission platform is based on a general data transmission platform for distributed applications to build a GTP system. Based on the message middleware as the basic architecture, the middleware is an independent program to realize resource sharing among multiple technologies, and the permission is above the operating system.

[0023] Preferably, the main terminal module includes a release unit, a communication unit, a maintenance unit, and an inspection unit. The main terminal module is based on a general affairs server and a maintenance network set at the prefecture-level city level. The release unit includes the following content:

[0024] D1: Executed by staff with authorized work numbers or permission to compile:

[0025] D2: The published content and layout settings follow the established indicators. The data update cycle is one day. The published content includes the current price per unit volume, historical prices, and price fluctuation trends.

[0026] D3: The water price differences between different water pipes, including seasonal compensation and premium, follow the principle of openness and transparency, and are supported by the corresponding APP application to conduct live price hearings.

[0027] Preferably, the maintenance unit includes an internal firewall and an authorization mechanism. The internal firewall includes a function for determining intrusion data flows, and the coverage includes the numerical control components, the transmission platform and the main terminal module. The authorization mechanism includes authorization for village patrol point staff inquiries, authorization for general affairs work of the main terminal module and authorization for emergency situations of special personnel.

[0028] Preferably, the inspection unit includes a single-cycle detection mechanism and an interactive detection mechanism. The single-cycle detection mechanism includes regular inspection of the terminal module and normal inspection of the main terminal module. The regular contents of the terminal module include: line inspection, pipeline inspection and farmer usage inspection. The normal inspection contents of the main terminal module include: personnel on duty and on-the-job inspection, system line and equipment loss self-inspection.

[0029] Preferably, the interactive detection mechanism is implemented by job rotation between the terminal module staff and the main terminal module staff.

[0030] The beneficial technical effects of the present invention are as follows: according to the agricultural water price reform system management platform of the present invention, by setting terminal modules, transmission platforms and main end modules, a management network of the central system and distributed users is constructed, and the interactive information between farmers and the system center can be transmitted through the data network. At the same time, a large number of on-site maintenance personnel are configured inside the system, and the latest information on changes in agricultural water prices can be obtained. At the same time, the price reform method is based on network flattening and high-speed communication, which greatly reduces the time cost, transportation cost and meeting cost in the bargaining reform process. At the same time, the starting point of the bargaining reform mechanism directly reaches agricultural water price users, and information exchange is more guaranteed; the integrated meter design integrates the management of various agricultural water uses, avoiding fluctuations in different water prices and the tedious steps that require users to handle them separately. At the same time, the water use integration data is collected and stored by the main end module, which itself has more advantages in bargaining with independent water supply merchants, reducing intermediate costs; at the same time, the APP application is used for real-time interaction with water price fluctuations, avoiding personnel training costs, and the bargaining process is carried out through networking, which is efficient and high-speed. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1It is a system framework flowchart of a preferred embodiment of the agricultural water price reform system management platform according to the present invention;

[0032] Figure 2 It is an architecture diagram of the terminal module of a preferred embodiment of the agricultural water price reform system management platform according to the present invention;

[0033] Figure 3 It is an architecture diagram of the hardware unit of a preferred embodiment of the agricultural water price reform system management platform according to the present invention;

[0034] Figure 4 It is an architecture diagram of the software unit of a preferred embodiment of the agricultural water price reform system management platform according to the present invention;

[0035] Figure 5 It is an architecture diagram of the general terminal module of a preferred embodiment of the agricultural water price reform system management platform according to the present invention. Detailed implementation manners

[0036] To make the technical solutions of the present invention clearer and more definite to those skilled in the art, the present invention will be further described in detail below in conjunction with the embodiments and the accompanying drawings. However, the implementation manners of the present invention are not limited thereto.

[0037] As Figures 1 - 5 shown, the agricultural water price reform system management platform provided in this embodiment includes a terminal module, a transmission platform, and a general terminal module. The terminal module and the general terminal module are both connected through the transmission platform. The terminal module includes a hardware unit and a software unit. The hardware unit includes an integrated meter and a numerical control component. The integrated meter is composed of multiple single water meters, and its layout is as follows:

[0038] A1: The integrated meter is integrally arranged in front of the farmer's main door and buried at the agricultural water supply pipeline;

[0039] A2: The single water meters in the integrated meter are respectively installed at the independent water pipes for drinking water, domestic water, irrigation water, and aquaculture water;

[0040] A3: The single water meters in the integrated meter are responsible for monitoring flow and water quality data, and the data collected by the single water meters do not need to be summarized within the terminal module architecture;

[0041] The control mode of the single water meters in the integrated meter adopts an independent scheduling mode, that is, each independent water pipe in the centralized water pipe used by the farmer is allowed to be stopped, and the water pipe stop permission is issued by the general terminal module. The farmer using the integrated meter does not need to contact the supply channels of each independent water pipe; at the same time, the integrated meter follows the following principles when used:

[0042] B1: The equal-flow supply mechanism, in which the drinking water and domestic water in the integrated meter are supplied in a stable pressure mode with equal flow throughout the year;

[0043] B2: Seasonal peak-shifting mechanism. For irrigation water, it can be connected to the pipeline system as long as the low pollution index is met. At the same time, the water supply to farmers is divided into time periods to meet the peak water demand during the dry season.

[0044] B3: Focus mechanism. For aquaculture water, an application needs to be submitted to the main terminal module and permission obtained.

[0045] In this embodiment, as Figures 1 - 4 shown, the numerical control component is arranged on the single water meter inside the integrated meter, and the numerical control component and the single water meter have a portable disassembly mechanism, that is, the single water meter has a replacement function. A valve opening and closing program and a data conversion mechanism are provided inside the numerical control component.

[0046] The numerical control component includes an integrated display panel and an information interaction terminal. The information interaction terminal includes a wired transmission terminal and a wireless network terminal. The middle of the integrated display panel is a touch screen panel, and adjustment buttons are arranged on both sides. The integrated display panel is wrapped by a transparent tempered glass cover.

[0047] The software unit includes an interaction application and a feedback channel. The interaction application is an APP application supported by the Android and IOS mobile phone system platforms. The APP application supports real-time information exchange, and at the same time supports photo and video recording functions. The APP application obtains SMS supply chain support through linked permission, and the APP application is provided with a chat room and a video live broadcast room.

[0048] The feedback channel includes a communication system and a big data service platform to realize the information transmission generated by the terminal module, including the following principles:

[0049] C1: When the APP application is restricted from being stopped, uninstalled, or the traffic service cannot be supported;

[0050] C2: Provide dedicated traffic and network channels to support the smoothness of SMS, phone, and email transmission paths;

[0051] C3: Two-way feedback mechanism. Once it is known in the periodic self-check in the software unit that there is an information transmission problem, the main terminal module will directly issue a maintenance instruction.

[0052] In this embodiment, as Figure 1 and Figure 5 shown, the transmission platform is based on a general data transmission platform for distributed applications to build a GTP system. Based on the message middleware as the basic architecture, the middleware is an independent program to realize resource sharing among multiple technologies, and the permission is above the operating system.

[0053] In this embodiment, as Figure 1 and Figure 5As shown, the main terminal module includes a publishing unit, a communication unit, a maintenance unit, and an inspection unit. The main terminal module is based on a general affairs server and a maintenance network set up at the prefecture-level city level. The publishing unit includes the following contents:

[0054] D1: Executed by staff with authorized work numbers or permission to compile:

[0055] D2: Published content and layout follow established indicators, with a data update cycle of one day. Published content includes current price per unit volume, historical prices, and price fluctuation trends.

[0056] D3: Water price differences between different water pipes, including seasonal compensation and premiums, will be transparent and live-streamed through the corresponding app.

[0057] The maintenance unit includes an internal firewall and an authorization mechanism. The internal firewall includes a method for determining intrusion data flows, and its coverage includes the numerical control components, the transmission platform and the main terminal module. The authorization mechanism includes inquiry authorization for village patrol staff, authorization for daily general affairs work of the main terminal module and emergency authorization for special personnel. The inspection unit includes a single-cycle detection mechanism and an interactive detection mechanism. The single-cycle detection mechanism includes regular inspection of the terminal module and normal inspection of the main terminal module, and the contents include: line inspection, pipeline inspection and farmer use inspection. The normal inspection of the main terminal module includes: personnel on duty and on-the-job inspection, system line and equipment loss self-inspection. The interactive detection mechanism is realized through the job rotation of the terminal module staff and the main terminal module staff.

[0058] In summary, in this embodiment, according to the agricultural water price reform system management platform of this embodiment, a management network of the central system and distributed users is constructed by setting terminal modules, transmission platforms and main end modules, and the interactive information between farmers and the system center can be transmitted through the data network. At the same time, a large number of on-site maintenance personnel are configured inside the system, and the latest information on changes in agricultural water prices can be obtained. At the same time, the price reform method is based on network flattening and high-speed communication, which greatly reduces the time cost, transportation cost and meeting cost in the bargaining reform process. At the same time, the starting point of the bargaining reform mechanism goes directly to agricultural water price users, and information exchange is more guaranteed; the integrated meter design integrates the management of various agricultural water uses, avoiding different water price fluctuations and tedious steps that require users to handle them separately. At the same time, the water use integration data is collected and stored by the main end module, which itself has more advantages in bargaining with independent water suppliers, reducing intermediate costs; at the same time, the APP application is used for real-time interaction with water price fluctuations, avoiding personnel training costs, and the bargaining process is carried out through the network, which is efficient and high-speed.

[0059] The above are only further embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the scope disclosed by the present invention, making equivalent substitutions or changes according to the technical solution and its concept of the present invention, shall fall within the protection scope of the present invention.

Claims

1. Agricultural water price reform system management platform, characterized in that, It includes a terminal module, a transmission platform, and a master terminal module. The terminal module and the master terminal module are connected through the transmission platform. The terminal module includes a hardware unit and a software unit. The hardware unit includes an integrated meter and a numerical control component. The integrated meter is composed of multiple single water meters, and its layout is as follows: A1: The integrated meter is installed in front of the farmer's house and buried at the agricultural water supply pipeline. A2: The single water meters in the integrated meter are respectively installed at the independent water pipes for drinking water, domestic water, irrigation water, and aquaculture water. A3: The single water meters in the integrated meter are responsible for monitoring flow and water quality data, and the data collected by the single water meters do not need to be summarized within the terminal module architecture. The control method of the single water meters in the integrated meter adopts an independent scheduling method, that is, each independent water pipe in the centralized water pipe used by farmers is allowed to be shut down, and the water pipe shutdown permission is issued by the master terminal module. Farmers using the integrated meter do not need to contact each independent water pipe supply channel. At the same time, the integrated meter follows the following principles: B1: The uniform flow supply mechanism adopts a year-round uniform flow and voltage stabilization method for drinking water and domestic water in the integrated meter. B2: The seasonal peak-shifting mechanism. For irrigation water, it can be connected to the pipeline system as long as the low pollution index is met. At the same time, the farmer's water supply is divided into time periods to meet the peak water demand during the dry season. B3: The emphasis mechanism. For aquaculture water, an application needs to be submitted to the master terminal module and permission obtained.

2. The agricultural water price reform system management platform according to claim 1, wherein The numerical control component is set on the single water meters inside the integrated meter, and the numerical control component and the single water meters have a portable disassembly mechanism, that is, the single water meters have a replacement function. The numerical control component is internally provided with a valve opening and closing program and a data conversion mechanism.

3. The agricultural water price reform system management platform according to claim 2, characterized in that The numerical control component includes an integrated display panel and an information interaction terminal. The information interaction terminal includes a wired transmission terminal and a wireless network terminal. The middle of the integrated display panel is a touch screen panel, and adjustment buttons are arranged on both sides. The integrated display panel is wrapped by a transparent tempered glass cover.

4. The agricultural water price reform system management platform according to claim 1, characterized in that, The software unit includes an interactive application and a feedback channel. The interactive application is an APP application supported by Android and IOS mobile phone system platforms. The APP application supports real-time information exchange and also supports photo and video recording functions. The APP application obtains SMS supply chain support through linked permission, and the APP application is provided with a chat room and a video live broadcast room.

5. The agricultural water price reform system management platform according to claim 4, characterized in that, The feedback channel includes a communication system and a big data service platform to realize the information transmission generated by the terminal module, including the following principles: C1: In the case where the APP application is restricted from being stopped, uninstalled, or the traffic service cannot be supported; C2: Provide dedicated traffic and network channels to support the smooth transmission paths of SMS, phone calls, and emails; C3: The two-way feedback mechanism. Once the software unit learns of information transmission problems during the periodic self-check, the master terminal module will directly issue a maintenance instruction.

6. The agricultural water price reform system management platform according to claim 5, characterized in that, The transmission platform is based on a general data transmission platform for distributed applications to build a GTP system. Based on the message middleware as the basic architecture, the middleware is an independent program to realize resource sharing among multiple technologies, and the permission is above the operating system.

7. The agricultural water price reform system management platform according to claim 1, characterized in that The main terminal module includes a publishing unit, a communication unit, a maintenance unit, and an inspection unit. The main terminal module is based on a general affairs server and a maintenance network set up at the prefecture-level city level. The publishing unit includes the following: D1: Executed by staff with authorized work numbers or permission to compile: D2: Published content and layout follow established indicators, with a data update cycle of one day. Published content includes current price per unit volume, historical prices, and price fluctuation trends. D3: The water price differences between different water pipes, including seasonal compensation and premium, follow the principle of openness and transparency, and are supported by the corresponding APP application to conduct live price hearings.

8. The agricultural water price reform system management platform according to claim 7, wherein, The maintenance unit includes an internal firewall and an authorization mechanism. The internal firewall includes a method for determining intrusion data flows, and its coverage includes the numerical control components, the transmission platform and the main terminal module. The authorization mechanism includes authorization for village patrol point staff to make inquiries, authorization for daily general affairs work of the main terminal module and authorization for emergency situations of special personnel.

9. The agricultural water price reform system management platform according to claim 7, characterized in that, The inspection unit includes a single-cycle detection mechanism and an interactive detection mechanism. The single-cycle detection mechanism includes regular inspection of the terminal module and normal inspection of the main terminal module. The regular inspection of the terminal module includes: line inspection, pipeline inspection and farmer usage inspection. The normal inspection of the main terminal module includes: personnel on duty and on-the-job inspection, system line and equipment loss self-inspection.

10. The agricultural water price reform system management platform according to claim 9, characterized in that, The interactive detection mechanism is implemented by job rotation between the terminal module staff and the main terminal module staff.

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