AU2021103216A4 - Intelligent tracking & managing system for water quality distribution and water consumption plan scheduling using block chain - Google Patents

Abstract

INTELLIGENT TRACKING & MANAGING SYSTEM FOR WATER QUALITY DISTRIBUTION AND WATER CONSUMPTION PLAN SCHEDULING USING BLOCK CHAIN ABSTRACT The present invention is related to an intelligent tracking & managing system for water quality distribution and water consumption plan scheduling using block chain. The objective of present invention is to solve the anomalies presented in the prior art techniques related to water supply management using advance computerized systems. 28 DRAWINGS Water Water availability meter meter Water avialte y vilailt -mmeter Water availability Watelr meter availability meter WATERSOPLY SCENTRAL CONTROL SYSTE M UNIT FIGURE 1 29

Description

DRAWINGS

Water Water availability meter meter

Water

avialte y vilailt -mmeter

Water availability Watelr meter availability meter

WATERSOPLY SYSTE M SCENTRAL CONTROL UNIT

FIGURE 1

INTELLIGENT TRACKING & MANAGING SYSTEM FOR WATER QUALITY DISTRIBUTION AND WATER CONSUMPTION PLAN SCHEDULING USING BLOCK CHAIN FIELD OF INVENTION

[001]. The present invention relates to the technical field of block

chain, in particular to a block chain -based water supply

management system.

[002]. The presents invention related to the technical field of a water

supply of the security management system, in particular to a

secondary water supply safety intelligent management system.

[003]. The present invention provides the municipal engineering field,

in particular to a municipal water supply network management.

[004]. More particularly, the present invention is related to an

intelligent tracking & managing system for water quality

distribution and water consumption plan scheduling using block

chain.

BACKGROUND & PRIOR ART

[005]. Water allocation refers to the level-by-level allocation of the

total amount of water resources available or allocable to

administrative regions, and the determination of the share of water

that can be consumed for living and production in the

administrative region or the share of water withdrawn is an

important foundation of water resources management. jobs. The

water share of the administrative region determined by the water

distribution is the basis for the implementation of a system that

combines total water use control and quota management.

[006]. According to the general keynote of the water conservancy

reform and development of "water conservancy projects to make up

for shortcomings and strong supervision of the water conservancy

industry", the Ministry of Water Resources has set the goal of

water resources management as "rational water distribution and

water control." The implementation of the annual water distribution

plan and dispatch plan is the main measure to implement the

application of the river water plan, an important means of

"reasonable water distribution and water control", and is of specific significance for ensuring the ecological flow of rivers and the safety of regional water supply.

[007]. The traditional water allocation and dispatching plan work

process is shown in Figure 1. First, based on the water allocation

plan approved by the upper-level water administrative department,

based on the forecast results of the next year's inflow of water, and

the water use reported by localities (dispatch) Plan the demand and

draw up the water distribution plan for the next year under the

corresponding frequency of incoming water; secondly, according to

the annual water distribution plan, further allocate the annual water

consumption to month by month; finally, the area involved in the

water distribution plan is allocated according to the water volume

The results of the plan, arrange the local water withdrawal and

water scheduling plan, and refer to the plan for water withdrawal. It

can be seen that the water allocation plan in this process is greatly

affected by the results of the incoming water forecast, and the plan

lacks a dynamic adjustment mechanism after being issued by the

higher-level water administrative department; at the same time, the

water allocation process lacks a water-saving incentive mechanism,

especially the incoming water in the case of relatively abundant, it is not conducive to the implementation of water-saving measures in various places.

[008]. Some of the prior work is listed herewith:

[009]. CN206360016U Municipal water supply network

management washing unit The utility model discloses a

municipal water supply network management washing unit,

including water supply network and rainwater well, be provided

with water seepage layer, the feed water person in charge and drain

pipe in the water supply network, the feed water is responsible for

and the drain pipe passes through the gate valve connection, the

drain pipe other end sets up in rainwater well, the drain pipe tip sets

up to the outlet, the utility model discloses a position that the drain

pipe inserted rainwater well is raised to

[0010].

[0011]. CN208954599U Novel municipal water supply and

drainage construction management progress display special device

The utility model discloses a novel municipal water supply and

drainage construction management progress display special device.

Including a motherboard, a note board is arranged on the front side

surface of the main board; a storage box is arranged below the note

board; a first groove is formed in one side of the main plate; a

transparent window is arranged on one side of the first groove; a

planning board is arranged in the first groove; the top and the

bottom of the planning plate are in sliding connection with the first

groove; a project name board is arranged above the front side

surface of the planning board; a plurality of serial number plates

are arranged below the project name plate; a project plan writing

board is arranged on one side of each serial number board; one side

of the project plan writing board is provided with a project

completion indicating lamp and a project incompletion indicating

lamp. The novel municipal water supply and drainage construction

management progress display special device is novel in structure,

capable of being repeatedly used, convenient to carry and capable

of being used in various environments, and therefore the novel

[0012]. CN111764460A Municipal water supply system

and water supply method for solving too low local water pressure

The invention discloses a municipal water supply system and

water supply method for solving too low local water pressure, and

relates to the technical field of water supply. The municipal water

supply system aims to solve the problem that manual maintenance

is tedious. The municipal water supply system for solving the too

low local water pressure involves a water distribution module, a

water delivery module, a water purification module, a water taking

module and a background management module. The municipal

water supply method for solving the too low local water pressure

comprises the following steps that the water taking module takes

out raw water from the underground or the earth surface and

conveys the raw water to a water distribution plant. According to

the municipal water supply system, the water supply problems such

as pressure monitoring of a water supply system pipeline are solved

in a monitoring room, when the water pressure in the pipeline is too

low, a PLC controller is electrically connected with and co"

[0013]. CN107958104A Water supply pipe network

management and hydraulic model construction method by using

open source GIS and database The present invention belongs to

the technical field of municipal engineering water supply pipe

network information. In order to overcome the deficiencies of the

prior art, the present invention aims to propose a water supply pipe

network model construction method, which has a simple structure,

good performance, and a low cost. The technical scheme of the

present invention is a water supply pipe network management and

hydraulic model construction method by using an open source GIS

and a database. The method comprises the following steps: (1) for a

pipe section, a node, and a reservoir layer that are necessary for a

water supply pipe network, rationally designing attribute fields

thereof; (2) using open source QGIS (Quantum GIS) desktop

software to manage data and maps of the water supply pipe

network, and to implement data entry and editing functions and

query and statistics functions; (3) using open-source Postages

geodatabases to store water pipe network data; (4) inputting the

conversion of files to the EPANET; and (5) carrying out hydraulic

simulation and calculation. The method provided by the present invention can be mainly applied to information processing occasions of a municipal engineering water supply pipe network.

[0014]. CN213329231U Intelligent municipal water supply

system for solving local water pressure excessively low The

utility model provides an intelligent municipal water supply system

for solving the too low local water pressure, which comprises a

water supply system. The control system comprises a control

module, an electromagnetic valve and a water pressure sensor,

wherein each water delivery branch pipe is connected with a

plurality of water delivery branch pipes, and each water delivery

branch pipe is connected with a control module. PLC control

module comprises a control module, a monitor and PLC

controllers. The utility model discloses realize the intelligent

management of municipal water supply, improve water supply

efficiency and can in time discover and solve the water supply

problem, guarantee citizen water demand, improve people's life

quality.

[0015]. CN212801774U Bypass municipal pipe network

protection device for non-negative pressure water supply system

The utility model provides a bypass municipal pipe network

protection device for a non-negative pressure water supply system.

The utility model relates to a water supply pressure holder on a

water conveying pipeline between a water outlet of a municipal

pipe network and a water inlet of a non-negative pressure water

supply device. The control valve arranged on the water conveying

pipeline between the water supply pressure maintaining device and

the water outlet of the municipal pipe network and the flow change

monitoring device arranged on the water conveying pipeline

between the water supply pressure maintaining device and the

water inlet of the non-negative pressure water supply device. The

water supply pressure retainer adopted by the utility model can

maintain the preset certain pressure data of the urban water supply

pipe network. When the urban water supply pipe network is lower

than a preset pressure value, the water supply pressure retainer is

automatically closed, and the flow change monitoring device

matched with the water"

[0016]. CN208650171U Residual quantity compensation

pressurize water supply system The utility model relates to a

water supply equipment technical field especially relates to a

residual quantity compensation pressurize water supply system,

including water tank, municipal network management way, the user

is with the water pipe line and locate water tank and the user

residual quantity compensation pressurizer between with the water

pipe line, residual quantity compensation pressurizer includes the

stationary flow jar and locates the multistage pump package and the

switch board of stationary flow jar one side, be equipped with an

electric contact pressure gauge on the stationary flow jar, electric

contact pressure gauge and multistage pump package all with

switch board electric connection, the municipal administration

network management is said and is connected with the stationary

flow jar of water tank and residual quantity compensation

pressurizer respectively, be connected with a diversion pipeline on

the water tank, when municipal pipe network water positive

pressure often, operating condition"

[0017]. CN107862446A Integrated management and

analysis system for water supply pipe network on the basis of

Internet of ThingsThe invention discloses an integrated

management and analysis system for a water supply pipe network

on the basis of the Internet of Things. A municipal water supply

pipe network collector, a municipal district water supply pipe

network collector, a community water supply pipe network

collector and a unit resident water supply pipe network collector

select a way of a parallel structure on the basis of the Internet of

Things and can utilize the way of the parallel structure to

accurately divide complex and complicated water supply pipe

network data, a GIS (Geographic Information System), a

GPS(Global Positioning System) and a 4G (the 4th Generation

mobile communication technology) communication network can be

cooperated to accurately position the water supply network data,

and in addition, data transmission efficiency can be improved; a

complete urban water supply network flow graph is established and

is displayed on a liquid crystal display, and workers can visually

observe the water supply"

[0018]. CN102750428A Water supply network node

hydraulic computation equation parallel algorithm regional

construction method The patent refers to the field of 'electric

digital data processing'. The invention relates to a water supply

network node hydraulic computation equation parallel algorithm

regional construction method, belonging to the technical field of

municipal engineering. The method mainly comprises the

following steps: determining an ideal operation load of parallel

computers; merging and resolving the existing physical functional

regions by adding nodes according to the operation load; and after

finishing the secondary division, rearranging the node sequence

numbers of all sub regions. The method effectively utilizes the

physical functional region division structure of the water supply

network, and provides powerful references for sub region division

strategy in parallel computation; and meanwhile, the independent

simulation after the network region division becomes possible, and

is simple to operate.

[0019]. CN102750428B Water supply network node

hydraulic computation equation parallel algorithm regional

construction method The invention relates to a water supply

network node hydraulic computation equation parallel algorithm

regional construction method, belonging to the technical field of

municipal engineering. The method mainly comprises the

following steps: determining an ideal operation load of parallel

computers; merging and resolving the existing physical functional

regions by adding nodes according to the operation load; and after

finishing the secondary division, rearranging the node sequence

numbers of all sub regions. The method effectively utilizes the

physical functional region division structure of the water supply

network, and provides powerful references for sub region division

strategy in parallel computation; and meanwhile, the independent

simulation after the network region division becomes possible, and

is simple to operate. Since parallel hydraulic computation and

network region division are key technologies for large-size water

supply network management in future, the method can be used as a

technology which efficiently combines the two technologies, and

has thus, wide application prospects.

[0020]. Groupings of alternative elements or embodiments of the

invention disclosed herein are not to be construed as limitations.

Each group member can be referred to and claimed individually or in

any combination with other members of the group or other elements

found herein. One or more members of a group can be included in,

or deleted from, a group for reasons of convenience and/or

patentability. When any such inclusion or deletion occurs, the

specification is herein deemed to contain the group as modified thus

fulfilling the written description of all Markus groups used in the

appended claims.

[0021]. As used in the description herein and throughout the claims that

follow, the meaning of "a," "an," and "the" includes plural reference

unless the context clearly dictates otherwise. Also, as used in the

description herein, the meaning of "in" includes "in" and "on" unless

the context clearly dictates otherwise.

[0022]. The recitation of ranges of values herein is merely intended to

serve as a shorthand method of referring individually to each separate

value falling within the range. Unless otherwise indicated herein, each

individual value is incorporated into the specification as if it were

individually recited herein. All methods described herein can be

performed in any suitable order unless otherwise indicated herein or

otherwise clearly contradicted by context.

[0023]. The use of any and all examples, or exemplary language (e.g.

"such as") provided with respect to certain embodiments herein is

intended merely to better illuminate the invention and does not pose a

limitation on the scope of the invention otherwise claimed. No

language in the specification should be construed as indicating any

non-claimed element essential to the practice of the invention.

[0024]. The above information disclosed in this Background section is

only for enhancement of understanding of the background of the

invention and therefore it may contain information that does not form

the prior art that is already known in this country to a person of

ordinary skill in the art.

SUMMARY

[0025]. The present invention mainly cures and solves the technical

problems existing in the prior art. In response to these problems, the

present invention provides an intelligent tracking & managing system

for water quality distribution and water consumption plan scheduling

using block chain.

[0026]. The present invention discloses a An intelligent tracking

& managing system for water quality distribution and water

consumption plan scheduling using block chain, wherein the system

comprises: A water distribution pipe network and the customer water

homework geographical location and distribution stop state map

layer and a superposed, water distribution stop for stopping the

distribution of the work support display Device and display Device

generating section for generating a work support, Displayed on the

monitor display Device and through the distribution stop work

support geographical location subject to water distribution pipe

network while, actually stopped the distribution stop geographical

location on the basis of the inputted work layer plotted in the

geographical location defined by the contour line,

[0027]. water distribution is stopped and the distribution stop

geographical location setting part for setting as the geographical

location, The water distribution is stopped is set on the basis of the

water distribution is stopped to stop the distribution of water to the

geographical location of the shut-off valve for stopping the

distribution of the block data including the position of a plug and a

plugging block data generating part, A water distribution pipe

network management system is provided, wherein Among a

plurality of dwelling cost of water to a dwelling prepaying starts the

distribution of water, a considerable amount of water used to cost

prepaying using a water cost for stopping the distribution of water to

the home system, The block chain central control unitat a place away

from the home is provided, Each of the respective dwellings water

meter for measuring the amount of water used and, for each of the

respective dwellings and stopping the distribution of water and for

switching the water valve, the water valve is controlled by the

central control processing unit and the processing unit for the control

valve and which can be provided in each housing, The block chain

central control unit, the cost is prepaying payment block data in

accordance with the block data written in the dwelling and storage,

The block data in the storage of the home payment block data is

written into a processing unit for controlling the valve, for opening

the water valve to the water distribution, a start command for a start

command and output function, The water meter and the block data

on the basis of the measurement result and, to use costs the

prepaying a considerable amount of water is used to discriminate

whether the depletion and completion discriminating function,

According to the result of the determination of the completion

discriminating function, exhaustion of the water is used for the

housing of a processing unit controlled valve, for closing the water

valve to the water stop signal is output to stop signal output function

is provided , the function of the stopping signal output, before the

water is used to fill the additional cost continues for a predetermined

time or more prepaying procedure is performed with respect to the

housing, the water is used for a predetermined period even if the

water valve is not closed until the lapse of the given function grace

period and is provided with a water cost management system.

OBJECTIVE OF THE INVENTION

[0028]. The principle objective of the present invention is to provide an

intelligent tracking & managing system for water quality distribution

and water consumption plan scheduling using block chain.

BRIEF DESCRIPTION OF DRAWINGS

[0029]. Further clarify various aspects of some example embodiments of

the present invention, a more particular description of the invention

will be rendered by reference to specific embodiments thereof which

are illustrated in the appended drawings. It is appreciated that these

drawings depict only illustrated embodiments of the invention and are

therefore not to be considered limiting of its scope. The invention will

be described and explained with additional specificity and detail

through the use of the accompanying drawings.

[0030]. In order that the advantages of the present invention will be

easily understood, a detailed description of the invention is discussed

below in conjunction with the appended drawings, which, however,

should not be considered to limit the scope of the invention to the

accompanying drawings, in which:

[0031]. Figure 1 shows an exemplary representation of an intelligent

tracking & managing system for water quality distribution and water

consumption plan scheduling using block chain, according to the

present invention.

DETAIL DESCRIPTION

[0032]. The present invention discloses an intelligent tracking

& managing system for water quality distribution and water consumption

plan scheduling using block chain.

[0033]. Figure 1 shows the exemplary representation of an intelligent

tracking & managing system for water quality distribution and water

consumption plan scheduling using block chain, according to the

present invention.

[0034]. Although the present disclosure has been described with the

purpose of to an intelligent tracking & managing system for water

quality distribution and water consumption plan scheduling using

block chain, it should be appreciated that the same has been done

merely to illustrate the invention in an exemplary manner and to

highlight any other purpose or function for which explained structures

or configurations could be used and is covered within the scope of the

present disclosure.

[0035]. An intelligent tracking & managing system for water quality

distribution and water consumption plan scheduling using block chain,

wherein the system comprises: A water distribution pipe network and

the customer water homework geographical location and distribution

stop state map layer and a superposed, water distribution stop for

stopping the distribution of the work support display Device and display

Device generating section for generating a work support, Displayed on

the monitor display Device and through the distribution stop work

support geographical location subject to water distribution pipe network

while, actually stopped the distribution stop geographical location on

the basis of the inputted work layer plotted in the geographical location

defined by the contour line.

[0036]. The water distribution is stopped and the distribution stop

geographical location setting part for setting as the geographical

location, the water distribution is stopped is set on the basis of the water

distribution is stopped to stop the distribution of water to the

geographical location of the shut-off valve for stopping the distribution

of the block data including the position of a plug and a plugging block

data generating part.

[0037]. A water distribution pipe network management system is

provided, wherein Among a plurality of dwelling cost of water to a

dwelling prepaying starts the distribution of water, a considerable

amount of water used to cost prepaying using a water cost for stopping

the distribution of water to the home system.

[0038]. The block chain central control unitat a place away from the

home is provided, each of the respective dwellings water meter for

measuring the amount of water used and, for each of the respective

dwellings and stopping the distribution of water and for switching the

water valve.

[0039]. Tithe water valve is controlled by the central control processing

unit and the processing unit for the control valve and which can be

provided in each housing, the block chain central control unit, the cost

is prepaying payment block data in accordance with the block data

written in the dwelling and storage.

[0040]. The block data in the storage of the home payment block data is

written into a processing unit for controlling the valve, for opening the

water valve to the water distribution, a start command for a start

command and output function.

[0041]. The water meter and the block data on the basis of the

measurement result and, to use costs the prepaying a considerable

amount of water is used to discriminate whether the depletion and

completion discriminating function, According to the result of the

determination of the completion discriminating function, exhaustion of

the water is used for the housing of a processing unit controlled valve,

for closing the water valve to the water stop signal is output to stop

signal output function is provided , the function of the stopping signal

output, before the water is used to fill the additional cost continues for a

predetermined time or more prepaying procedure is performed with

respect to the housing, the water is used for a predetermined period

even if the water valve is not closed until the lapse of the given function

grace period and is provided with a water cost management system.

Claims (1)

CLAIMS I/We claim:

1. An intelligent tracking & managing system for water

quality distribution and water consumption plan scheduling

using block chain, wherein the system comprises:

A water distribution pipe network and the customer water

homework geographical location and distribution stop state

map layer and a superposed, water distribution stop for

stopping the distribution of the work support display

Device and display Device generating section for

generating a work support, Displayed on the monitor

display Device and through the distribution stop work

support geographical location subject to water distribution

pipe network while, actually stopped the distribution stop

geographical location on the basis of the inputted work layer plotted in the geographical location defined by the contour line, water distribution is stopped and the distribution stop geographical location setting part for setting as the geographical location, The water distribution is stopped is set on the basis of the water distribution is stopped to stop the distribution of water to the geographical location of the shut-off valve for stopping the distribution of the block data including the position of a plug and a plugging block data generating part, A water distribution pipe network management system is provided, wherein Among a plurality of dwelling cost of water to a dwelling prepaying starts the distribution of water, a considerable amount of water used to cost prepaying using a water cost for stopping the distribution of water to the home system, The block chain central control unitat a place away from the home is provided, Each of the respective dwellings water meter for measuring the amount of water used and, for each of the respective dwellings and stopping the distribution of water and for switching the water valve, the water valve is controlled by the central control processing unit and the processing unit for the control valve and which can be provided in each housing,

The block chain central control unit, the cost is prepaying

payment block data in accordance with the block data

written in the dwelling and storage, The block data in the

storage of the home payment block data is written into a

processing unit for controlling the valve, for opening the

water valve to the water distribution, a start command for a

start command and output function, The water meter and

the block data on the basis of the measurement result and,

to use costs the prepaying a considerable amount of water

is used to discriminate whether the depletion and

completion discriminating function, According to the

result of the determination of the completion

discriminating function, exhaustion of the water is used for

the housing of a processing unit controlled valve, for closing the water valve to the water stop signal is output to stop signal output function is provided , the function of the stopping signal output, before the water is used to fill the additional cost continues for a predetermined time or more prepaying procedure is performed with respect to the housing, the water is used for a predetermined period even if the water valve is not closed until the lapse of the given function grace period and is provided with a water cost management system..

FIGURE 1 DRAWINGS