CN115928837A - Urban secondary water supply regulation and control method, system and storage medium - Google Patents
Urban secondary water supply regulation and control method, system and storage medium Download PDFInfo
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Abstract
The invention relates to the technical field of secondary water supply regulation and control, and particularly discloses a method, a system and a storage medium for regulating and controlling urban secondary water supply. On one hand, the problem of unbalanced water supply of the designated water tank corresponding to the target building is solved by analyzing the water supply balance state of the designated water tank corresponding to the target building, the stability and the safety of water supply of the designated water tank corresponding to the target building are improved, and effective data support and reliable guarantee are provided for the subsequent analysis of the designated water yield corresponding to the target building; on the other hand, the total water consumption, the total water yield and the water supply amount corresponding to the target building are analyzed, the water yield regulation and control index corresponding to the target building is comprehensively analyzed, the specified water yield corresponding to the target building is obtained, the analysis of the specified water yield corresponding to the target building is realized, the problem that water resources are not in demand in the prior art is effectively solved, the waste of water resources is avoided, and the living cost is saved for residents in the target building.
Description
Technical Field
The invention relates to the technical field of secondary water supply regulation and control, in particular to a method, a system and a storage medium for regulating and controlling urban secondary water supply.
Background
As is well known, the secondary water supply is mainly to pressurize the water supply amount by water supply equipment, which increases the convenience of using tap water for each household in the high-rise building, or to transport the tap water to a water storage tank on the roof and then supply the tap water to each household in a certain way. The safety and reliability of secondary water supply are always widely regarded by high-rise user residences, and the importance of urban secondary water supply regulation and control is highlighted under the background.
The existing high-rise water supply mainly supplies water to a target floor through secondary water supply equipment, so that on one hand, the analysis on the habit water consumption of each household residence in the target floor is neglected, and further powerful data support cannot be provided for the analysis on the water supply balance state of a subsequent secondary water supply water tank, and the problem that corresponding treatment cannot be carried out in time when the water supply evaluation state is abnormal is caused; on the other hand, the existing high-rise water supply does not analyze the specified water yield of the floor, so that the problem of short supply of water resources cannot be solved, and the reliability and safety of secondary water supply are reduced to a great extent.
Disclosure of Invention
In order to overcome the defects in the background art, the embodiment of the invention provides a method, a system and a storage medium for regulating and controlling urban secondary water supply, which can effectively solve the problems related to the background art.
The purpose of the invention can be realized by the following technical scheme: the first aspect of the invention provides a method for regulating and controlling urban secondary water supply, which comprises the following steps: 1. monitoring and analyzing the water use state: monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor corresponding to the set time period, simultaneously acquiring the historical water consumption of each household in each target floor in the set time period, analyzing the water consumption state of the household corresponding to the target building, and executing the next step if the water consumption state of the household corresponding to the target building is an abnormal state.
2. Monitoring and analyzing the water outlet state: and monitoring the water yield of the water outlet of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building.
3. Monitoring and analyzing the state of the water tank: and monitoring the water supplementing state and the water supply state of the designated water tank corresponding to the target building to obtain a water supplementing state parameter set and a water supply state parameter set of the designated water tank corresponding to the target building, analyzing the water supply balance state of the designated water tank corresponding to the target building, and executing the next step if the water supply balance state of the designated water tank corresponding to the target building is an abnormal state.
4. Analyzing the water yield regulation and control index: and analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building.
5. Analyzing and regulating the water yield: analyzing the specified water yield corresponding to the target building, and correspondingly regulating and controlling the water yield of each household corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building.
As a further improvement of the present invention, in the first step, the residential water status corresponding to the target building is analyzed, and the specific analysis process is as follows: arranging the historical water consumption of each household residence in each target floor in a set time period in sequence from large to small, extracting the median historical water consumption of each household residence in each target floor in the set time period, and recording the median historical water consumption as the median historical water consumption
i represents the number of each target floor, i =1,2, & gt>
And the habitual water consumption of each household residence in each target floor in the corresponding set time period is obtained through calculation and recorded as
According to the formula
Calculating a residential water state evaluation index corresponding to the target building, wherein phi represents the residential water state evaluation index corresponding to the target building, and/or is greater than or equal to>
And the water consumption is expressed as the water consumption of the jth family house in the ith target floor in the target building in a corresponding set time period.
And comparing the residential water state evaluation index corresponding to the target building with a set residential water state evaluation index threshold, and if the residential water state evaluation index corresponding to the target building is greater than the residential water state evaluation index threshold, judging that the residential water state corresponding to the target building is in an abnormal state.
As a further improvement of the present invention, in the second step, the water outlet state evaluation index corresponding to the target building is analyzed, and the specific analysis mode is as follows: recording the water yield of the water outlet of each target floor in the target building corresponding to each household residence in a set time period
And the average water yield of the water outlet in the corresponding set time period of each target floor is obtained through calculation and is recorded as->
According to the formula
Calculating the water outlet water yield uniformity index of each target floor corresponding to each house in the target building in a set time period, and then selecting the water outlet water yield uniformity index>
Expressed as the water outlet water yield uniformity index of the ith target floor corresponding to the jth family residence in the target building in a set time period, e is expressed as a natural constant, and Delta C is expressed as the allowed water yield difference corresponding to the stored water outlet, epsilon 1 Expressed as the coefficient of influence corresponding to the set water output.
According to the formula
Calculating the ratio index of the water outlet volume of each target floor in the target building corresponding to each house in a set time period, and then selecting the water outlet volume of each house in the target building according to the ratio index>
Expressed as the ratio index of the water outlet water yield of the ith target floor corresponding to the jth family residence in the target building in a set time period, epsilon 2 Expressed as the coefficient of influence corresponding to the set water yield ratio.
According to the formula
Calculating a water outlet state evaluation index corresponding to the target building, wherein delta is expressed as the water outlet state evaluation index corresponding to the target building, a 1 、a 2 Respectively expressed as evaluation factors corresponding to the set water outlet water yield uniformity index and the set water outlet water yield proportion index.
As a further improvement of the present invention, in the third step, the water replenishing state and the water supplying state of the designated water tank corresponding to the target building are monitored, and the specific monitoring mode is as follows: the diameters of the water replenishing ports in the set time periods in the corresponding appointed water tanks of the target buildings are monitored through the high-definition cameras, and the diameters of the corresponding water replenishing ports of the appointed water tanks are obtained.
And monitoring the water replenishing flow rate of the water replenishing port at each monitoring time point in a set time period in the corresponding appointed water tank of the target building through a flow rate meter to obtain the water replenishing flow rate of the water replenishing port at each monitoring time point in the set time period in the appointed water tank.
And the diameters of the corresponding water replenishing ports of the specified water tanks and the water replenishing flow speeds of the corresponding water replenishing ports of the monitoring time points in the set time period form a water replenishing state parameter set of the corresponding specified water tanks of the target building.
And obtaining a water supply state parameter set of the designated water tank corresponding to the target building according to the same monitoring mode as the water supplement state parameter set of the designated water tank corresponding to the target building.
As a further improvement of the invention, in the third step, the water supply balance state of the corresponding designated water tank of the target building is dividedThe specific analysis mode is as follows: according to the formula
Calculating the water supply balance state evaluation index of the designated water tank corresponding to the target building, wherein gamma represents the water supply balance state evaluation index of the designated water tank corresponding to the target building, D Supplement device 、D For supplying to Respectively showing the diameter of a water replenishing opening and the diameter of a water supply opening of a corresponding designated water tank of a target building,
the water replenishing flow speed of a water replenishing port corresponding to the s-th monitoring time point in a set time period in the corresponding designated water tank of the target building is represented, s is represented as the number of each monitoring time point, and s =1,2, ·>
The water supply flow rate of the water supply inlet corresponding to the s monitoring time point in the set time period in the corresponding designated water tank of the target building is expressed as a 3 、a 4 Respectively expressed as weight factors corresponding to the set diameter and flow velocity.
And comparing the water supply balance state evaluation index of the designated water tank corresponding to the target building with a set water supply balance state evaluation index threshold, and if the water supply balance state evaluation index of the designated water tank corresponding to the target building is smaller than the set water supply balance state evaluation index threshold, judging the water supply balance state of the designated water tank corresponding to the target building as an abnormal state.
As a further improvement of the present invention, in the fourth step, the water yield regulation and control index corresponding to the target building is analyzed in the following specific analysis manner: multiplying the water replenishing flow speed of the water replenishing port corresponding to each monitoring time point in the set time period in the water tank corresponding to the target building by the diameter of the water replenishing port corresponding to the monitoring time point, calculating according to a formula to obtain the water replenishing amount of the target building in the set time period in the water tank corresponding to the target building, and recording as B Water replenishing quantity 。
According to the same calculation mode of the water supplement amount of the set time period in the corresponding designated water tank of the target buildingCalculating the water supply amount of the designated water tank corresponding to the target building in a set time period, and recording as G Amount of water supply 。
According to the formula
Calculating the water yield regulation and control index corresponding to the target building, wherein eta is expressed as the water yield regulation and control index corresponding to the target building, b 1 、b 2 、b 3 Respectively expressed as weight factors corresponding to the set total water consumption, total water output and water supply.
As a further improvement of the present invention, in the fifth step, the specified water yield corresponding to the target building is analyzed, and the specific analysis mode is as follows: and matching the water yield regulation index corresponding to the target building with the water yield regulation index threshold corresponding to each set regulation grade to obtain the regulation grade corresponding to the target building.
And matching the regulation and control level corresponding to the target building with the specified water amount corresponding to each set regulation and control level to obtain the specified water yield corresponding to the target building.
The second aspect of the present invention provides a regulation and control system for urban secondary water supply, comprising: the water consumption state monitoring and analyzing module is used for monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor corresponding to the set time period, meanwhile, the historical water consumption of each household in each target floor in the set time period is obtained, the water consumption state of the household corresponding to the target building is analyzed, and if the water consumption state of the household corresponding to the target building is an abnormal state, the water outlet state monitoring and analyzing module is executed.
And the water outlet state monitoring and analyzing module is used for monitoring the water outlet amount of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building.
And the water tank state monitoring and analyzing module is used for monitoring the water replenishing state and the water supply state of the designated water tank corresponding to the target building to obtain a water replenishing state parameter set and a water supply state parameter set of the designated water tank corresponding to the target building, analyzing the water supply balance state of the designated water tank corresponding to the target building, and executing the water yield regulation and control index analyzing module if the water supply balance state of the designated water tank corresponding to the target building is an abnormal state.
And the water yield regulation and control index analysis module is used for analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building.
And the water yield analysis and regulation module is used for analyzing the specified water yield corresponding to the target building and correspondingly regulating and controlling the water yield of each household house corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building.
And the storage library is used for storing the corresponding allowable water outlet quantity difference of the water outlet.
The third aspect of the invention provides a city secondary water supply regulation and control storage medium, wherein a computer program is burnt in the city secondary water supply regulation and control storage medium, and the computer program realizes the city secondary water supply regulation and control method when running in a memory of a server.
Compared with the prior art, the embodiment of the invention has at least the following advantages or beneficial effects: according to the invention, the water consumption of each target floor corresponding to each household in the target building in a set time period is monitored, the habit water consumption of each household in each target floor in the set time period is analyzed, and the water consumption state corresponding to the target building is further obtained through analysis, so that the timeliness of monitoring and analysis of the abnormal water consumption state corresponding to the target building is ensured, and reliable data support is provided for the analysis of the specified water output corresponding to the subsequent target building.
According to the invention, the water yield of each water outlet of each household house corresponding to each target floor in the target building within a set time period is monitored, and the water outlet state evaluation index corresponding to the target building is obtained, so that accurate and visual data are provided for the water outlet state corresponding to the target building, the response efficiency of abnormal water yield of the water outlet in the target building is greatly improved, and tap water resources are saved to a certain extent.
According to the invention, by analyzing the water supply balance state of the designated water tank corresponding to the target building, the problem of unbalanced water supply of the designated water tank corresponding to the target building is avoided to a great extent, the stability and safety of water supply of the designated water tank corresponding to the target building are improved, and effective data support and reliable guarantee are provided for the subsequent designated water yield analysis corresponding to the target building.
According to the invention, the total water consumption, the total water yield and the water supply amount corresponding to the target building are analyzed, so that the water yield regulation and control index corresponding to the target building is comprehensively analyzed, the specified water yield corresponding to the target building is obtained, the analysis of the specified water yield corresponding to the target building is realized, the problem of short supply and short demand of water resources in the prior art is effectively solved, the waste of water resources is further avoided, and the living cost is saved for residences of residents in the target building.
Drawings
The invention is further illustrated by means of the attached drawings, but the embodiments in the drawings do not constitute any limitation to the invention, and for a person skilled in the art, other drawings can be obtained on the basis of the following drawings without inventive effort.
FIG. 1 is a schematic flow chart of the steps of the present invention.
FIG. 2 is a schematic diagram of the system module connection according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
Referring to fig. 1, a first aspect of the present invention provides a method for regulating and controlling urban secondary water supply, including the following steps: 1. monitoring and analyzing the water use state: monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor corresponding to the set time period, simultaneously acquiring the historical water consumption of each household in each target floor in the set time period, analyzing the water consumption state of the household corresponding to the target building, and executing the next step if the water consumption state of the household corresponding to the target building is an abnormal state.
As an optional implementation manner, in the first step, the residential water state corresponding to the target building is analyzed, and the specific analysis process is as follows: arranging the historical water consumption of each household residence in each target floor in a set time period from large to small in sequence, extracting the median historical water consumption of each household residence in each target floor in the set time period from the historical water consumption, and recording the median historical water consumption as the historical water consumption
i is the number of each target floor, i =1, 2.. Once.n, j is the number of each house, j =1, 2.. Once.m, and the average historical water consumption of each house in each target floor in a set time period is calculated and recorded as ∑ er>
And the habitual water consumption of each household residence in each target floor in the corresponding set time period is obtained through calculation and recorded as
It should be noted that the habitual water consumption of each household residence in each target floor corresponds to the set time period, and the calculation formula is
According to the formula
Calculating residential water state assessment corresponding to target buildingAn index, phi, representing a residential water status evaluation index for the targeted building, based on the water level of the target building>
And the water consumption is expressed as the water consumption of the jth family house in the ith target floor in the target building in a corresponding set time period.
And comparing the residential water state evaluation index corresponding to the target building with a set residential water state evaluation index threshold, and if the residential water state evaluation index corresponding to the target building is greater than the residential water state evaluation index threshold, judging that the residential water state corresponding to the target building is in an abnormal state.
In a specific embodiment, the water consumption of each household residence in the target building in a set time period corresponding to each target floor is monitored, the habit water consumption of each household residence in each target floor in the set time period is analyzed, and the water consumption state corresponding to the target building is further obtained through analysis, so that the timeliness of abnormal water consumption state monitoring and analysis corresponding to the target building is guaranteed, and reliable data support is provided for analysis of the specified water output corresponding to the subsequent target building.
2. Monitoring and analyzing the water outlet state: and monitoring the water yield of each water outlet of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building.
As an optional implementation manner, in the second step, the water outlet state evaluation index corresponding to the target building is analyzed in a specific analysis manner: recording the water yield of the water outlet of each target floor in the target building corresponding to each household residence in a set time period
And the average water yield of the water outlet in the corresponding set time period of each target floor is obtained through calculation and is recorded as->
According to the formula
Calculating the water outlet water yield uniformity index of each target floor corresponding to each house in the target building in a set time period, and then selecting the water outlet water yield uniformity index>
Expressed as the water outlet water yield uniformity index of the ith target floor corresponding to the jth family residence in the target building in a set time period, e is expressed as a natural constant, and Delta C is expressed as the allowed water yield difference corresponding to the stored water outlet, epsilon 1 Expressed as the coefficient of influence corresponding to the set water output.
According to the formula
Calculating the ratio index of the water outlet volume of each target floor in the target building corresponding to each house in a set time period, and then selecting the water outlet volume of each house in the target building according to the ratio index>
Expressed as the water outlet water yield proportion index of the jth family residence corresponding to the ith target floor in the target building in a set time period, epsilon 2 Expressed as the coefficient of influence corresponding to the set water yield ratio.
According to the formula
Calculating a water outlet state evaluation index corresponding to the target building, wherein delta is expressed as the water outlet state evaluation index corresponding to the target building, a 1 、a 2 Respectively expressed as evaluation factors corresponding to the set water outlet water yield uniformity index and the set water outlet water yield proportion index.
In a specific embodiment, the water outlet quantity of each water outlet of each household residence corresponding to each target floor in the target building within a set time period is monitored, and the water outlet state evaluation index corresponding to the target building is obtained, so that accurate and visual data are provided for the water outlet state corresponding to the target building, the response efficiency of abnormal water outlet quantity in the target building is greatly improved, and tap water is saved to a certain extent.
3. Monitoring and analyzing the state of the water tank: and monitoring the water supplementing state and the water supply state of the designated water tank corresponding to the target building to obtain a water supplementing state parameter set and a water supply state parameter set of the designated water tank corresponding to the target building, analyzing the water supply balance state of the designated water tank corresponding to the target building, and executing the next step if the water supply balance state of the designated water tank corresponding to the target building is an abnormal state.
As an optional implementation manner, in the third step, the water replenishing state and the water supply state of the designated water tank corresponding to the target building are monitored, and the specific monitoring manner is as follows: the diameters of the water replenishing openings in the set time period in the corresponding designated water tank of the target building are monitored through the high-definition camera, and the diameters of the corresponding water replenishing openings of the designated water tank are obtained.
And monitoring the water replenishing flow rate of the water replenishing port of each monitoring time point in the set time period in the corresponding appointed water tank of the target building through a flow meter to obtain the water replenishing flow rate of the water replenishing port corresponding to each monitoring time point in the set time period in the appointed water tank.
And the diameters of the corresponding water replenishing ports of the specified water tanks and the water replenishing flow speeds of the corresponding water replenishing ports of the monitoring time points in the set time period form a water replenishing state parameter set of the corresponding specified water tanks of the target building.
And obtaining a water supply state parameter set of the designated water tank corresponding to the target building according to the same monitoring mode as the water supplement state parameter set of the designated water tank corresponding to the target building.
The diameters of the water supply ports in the set time period in the corresponding designated water tank of the target building are monitored through the high-definition camera, and the diameters of the water supply ports corresponding to the designated water tank are obtained.
And monitoring the water supply flow rate of the water supply inlet at each monitoring time point in a set time period in the corresponding appointed water tank of the target building through a flow rate meter to obtain the water supply flow rate of the water supply inlet at each monitoring time point in the set time period in the appointed water tank.
And forming a water supply state parameter set of the designated water tank corresponding to the target building by the diameter of the corresponding water supply port of the designated water tank and the water supply flow rate of the corresponding water supply port at each monitoring time point in the set time period.
As an optional implementation manner, in the third step, the water supply balance state of the designated water tank corresponding to the target building is analyzed, and a specific analysis manner is as follows: according to the formula
Calculating the water supply balance state evaluation index of the designated water tank corresponding to the target building, wherein gamma represents the water supply balance state evaluation index of the designated water tank corresponding to the target building, D Supplement device 、D For supplying to Respectively representing the diameter of a water replenishing opening and the diameter of a water supply opening of a corresponding designated water tank of a target building,
the water replenishing flow speed of a water replenishing port corresponding to the s-th monitoring time point in a set time period in the corresponding designated water tank of the target building is represented, s is represented as the number of each monitoring time point, and s =1,2, ·>
The water supply flow rate of the water supply inlet corresponding to the s monitoring time point in the set time period in the corresponding designated water tank of the target building is expressed as a 3 、a 4 Respectively expressed as weight factors corresponding to the set diameter and flow velocity.
And comparing the water supply balance state evaluation index of the designated water tank corresponding to the target building with a set water supply balance state evaluation index threshold, and if the water supply balance state evaluation index of the designated water tank corresponding to the target building is smaller than the set water supply balance state evaluation index threshold, judging the water supply balance state of the designated water tank corresponding to the target building as an abnormal state.
In a specific embodiment, the water supply balance state of the designated water tank corresponding to the target building is analyzed, so that the problem of unbalanced water supply of the designated water tank corresponding to the target building is avoided to a great extent, the stability and the safety of water supply of the designated water tank corresponding to the target building are improved, and effective data support and reliable guarantee are provided for subsequent designated water yield analysis corresponding to the target building.
4. Analyzing the water yield regulation and control index: and analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building.
As an optional implementation manner, in the fourth step, the water yield regulation and control index corresponding to the target building is analyzed in a specific analysis manner as follows: multiplying the water replenishing flow speed of the water replenishing port corresponding to each monitoring time point in the set time period in the water tank corresponding to the target building by the diameter of the water replenishing port corresponding to the monitoring time point, calculating according to a formula to obtain the water replenishing amount of the target building in the set time period in the water tank corresponding to the target building, and recording as B Water supplement quantity 。
It should be noted that, the water supply amount to the specified water tank corresponding to the target building in a set time period has the following calculation formula:
calculating the water supply quantity of the designated water tank corresponding to the target building in the set time period in the same calculation mode as the water supply quantity of the designated water tank corresponding to the target building in the set time period, and recording as G Amount of water supply 。
It should be noted that, the target building corresponds to the water supply amount in the designated water tank for the set time period, and the calculation formula is as follows:
according to the formula
Calculating the water yield regulation and control index corresponding to the target building, wherein eta is expressed as the water yield regulation and control index corresponding to the target building, b 1 、b 2 、b 3 Respectively expressed as weight factors corresponding to the set total water consumption, total water output and water supply.
It should be noted that, in the following description,
expressed as the total water consumption corresponding to the target building, based on the total water consumption of the target building>
The total water yield corresponding to the target building is shown.
5. Analyzing and regulating the water yield: analyzing the specified water yield corresponding to the target building, and correspondingly regulating and controlling the water yield of each household corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building.
As an optional implementation manner, in the fifth step, the specified water yield corresponding to the target building is analyzed in the following specific analysis manner: and matching the water yield regulation and control index corresponding to the target building with the water yield regulation and control index threshold value corresponding to each set regulation and control grade to obtain the regulation and control grade corresponding to the target building.
And matching the regulation and control level corresponding to the target building with the specified water amount corresponding to each set regulation and control level to obtain the specified water yield corresponding to the target building.
In a specific embodiment, the total water consumption, the total water yield and the water supply amount corresponding to the target building are analyzed, the water yield regulation and control index corresponding to the target building is further comprehensively analyzed, the specified water yield corresponding to the target building is obtained, the analysis of the specified water yield corresponding to the target building is realized, the problem that water resources in the prior art are not in demand is effectively solved, the waste of water resources is further avoided, and the living cost is saved for residences of residents in the target building.
Referring to fig. 2, a second aspect of the present invention provides a regulation and control system for urban secondary water supply, including: the water consumption monitoring and analyzing module, the water outlet state monitoring and analyzing module, the water tank state monitoring and analyzing module, the water yield regulation and control index analyzing module, the water yield analyzing and regulating module and the storage library.
The water consumption state monitoring and analyzing module is respectively connected with the water outlet state monitoring and analyzing module and the water yield regulation and control index analyzing module, the water outlet state monitoring and analyzing module is respectively connected with the water tank state monitoring and analyzing module, the water yield regulation and control index analyzing module and the storage library, the water tank state monitoring and analyzing module is connected with the water yield regulation and control index analyzing module, and the water yield regulation and control index analyzing module is connected with the water yield analysis and control module.
And the water consumption state monitoring and analyzing module is used for monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor in the set time period, acquiring the historical water consumption of each household in each target floor in the set time period, analyzing the water consumption state of the household corresponding to the target building, and executing the water outlet state monitoring and analyzing module if the water consumption state of the household corresponding to the target building is an abnormal state.
And the water outlet state monitoring and analyzing module is used for monitoring the water outlet amount of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building.
And the water tank state monitoring and analyzing module is used for monitoring the water replenishing state and the water supply state of the designated water tank corresponding to the target building to obtain a water replenishing state parameter set and a water supply parameter state set of the designated water tank corresponding to the target building, analyzing the water supply balance state of the designated water tank corresponding to the target building, and executing the water yield regulation and control index analyzing module if the water supply balance state of the designated water tank corresponding to the target building is an abnormal state.
And the water yield regulation and control index analysis module is used for analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building.
And the water yield analysis and regulation module is used for analyzing the specified water yield corresponding to the target building and correspondingly regulating and controlling the water yield of each household house corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building.
And the storage library is used for storing the corresponding allowable water outlet quantity difference of the water outlet.
The third aspect of the invention provides a city secondary water supply regulation and control storage medium, wherein a computer program is burnt in the city secondary water supply regulation and control storage medium, and the computer program realizes the city secondary water supply regulation and control method when running in a memory of a server.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (9)
1. The urban secondary water supply regulation and control method is characterized by comprising the following steps:
1. and (3) monitoring and analyzing the water use state: monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor corresponding to the set time period, simultaneously acquiring the historical water consumption of each household in each target floor in the set time period, analyzing the water consumption state of the household corresponding to the target building, and executing the next step if the water consumption state of the household corresponding to the target building is an abnormal state;
2. monitoring and analyzing the water outlet state: monitoring the water yield of the water outlet of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building;
3. monitoring and analyzing the state of the water tank: monitoring the water replenishing state and the water supply state of the designated water tank corresponding to the target building to obtain a water replenishing state parameter set and a water supply state parameter set of the designated water tank corresponding to the target building, analyzing the water supply balance state of the designated water tank corresponding to the target building, and executing the next step if the water supply balance state of the designated water tank corresponding to the target building is an abnormal state;
4. analyzing the water yield regulation and control index: analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building;
5. analyzing and regulating the water yield: analyzing the specified water yield corresponding to the target building, and correspondingly regulating and controlling the water yield of each household corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building.
2. The urban secondary water supply regulation and control method according to claim 1, characterized in that: in the first step, the residential water state corresponding to the target building is analyzed, and the specific analysis process is as follows:
arranging the historical water consumption of each household residence in each target floor in a set time period in sequence from large to small, extracting the median historical water consumption of each household residence in each target floor in the set time period, and recording the median historical water consumption as the median historical water consumption
i represents the number of each target floor, i =1,2, once, n, j represents the number of each household, j =1,2, once, m, and the average historical water consumption of each household in each target floor in a set time period is calculated and recorded as
And the habitual water consumption of each household in each target floor in the corresponding set time period is obtained through calculation, is recorded as->
According to the formula
Calculating a residential water use state evaluation index corresponding to the target building, indicating as the residential water use state evaluation index corresponding to the target building, and based on the evaluation index value of the residential water use state of the target building>
The water consumption is expressed as the water consumption of the jth family house in the ith target floor of the target building in a corresponding set time period;
and comparing the residential water state evaluation index corresponding to the target building with a set residential water state evaluation index threshold, and if the residential water state evaluation index corresponding to the target building is greater than the residential water state evaluation index threshold, judging that the residential water state corresponding to the target building is in an abnormal state.
3. The urban secondary water supply regulation and control method according to claim 2, characterized in that: in the second step, the water outlet state evaluation index corresponding to the target building is analyzed, and the specific analysis mode is as follows:
recording the water yield of the water outlet of each residential building corresponding to each target floor in the target building within a set time period
And the average water yield of the water outlet in the corresponding set time period of each target floor is obtained through calculation and is recorded as->
According to the formula
Calculating the water outlet water yield uniformity index of each target floor corresponding to each house in the target building in a set time period, and then selecting the water outlet water yield uniformity index>
Expressed as the second in the target buildingThe water outlet water yield uniformity index of the j-th family residence corresponding to the i target floors in a set time period, e is expressed as a natural constant, and Delta C is expressed as a stored allowed water yield difference corresponding to the water outlet, epsilon 1 Expressing the influence coefficient corresponding to the set water yield;
according to the formula
Calculating the ratio index of the water outlet volume of each target floor in the target building corresponding to each house in a set time period, and then selecting the water outlet volume of each house in the target building according to the ratio index>
Expressed as the water outlet water yield proportion index of the jth family residence corresponding to the ith target floor in the target building in a set time period, epsilon 2 Expressing the influence coefficient corresponding to the set water yield proportion;
according to the formula
Calculating a water outlet state evaluation index corresponding to the target building, wherein delta is expressed as the water outlet state evaluation index corresponding to the target building, a 1 、a 2 Respectively expressed as evaluation factors corresponding to the set water outlet water yield uniformity index and the set water outlet water yield proportion index.
4. The urban secondary water supply regulation and control method according to claim 3, characterized in that: and in the third step, the water replenishing state and the water supply state of the designated water tank corresponding to the target building are monitored, and the specific monitoring mode is as follows:
monitoring the diameter of a water replenishing port in a set time period in a corresponding designated water tank of a target building through a high-definition camera to obtain the diameter of the water replenishing port corresponding to the designated water tank;
monitoring the water replenishing flow velocity of the water replenishing port at each monitoring time point in a set time period in the water tank corresponding to the target building through a flow velocity meter to obtain the water replenishing flow velocity of the water replenishing port at each monitoring time point in the set time period in the water tank;
forming a water supplementing state parameter set of the designated water tank corresponding to the target building by the diameter of the corresponding water supplementing port of the designated water tank and the water supplementing flow speed of the corresponding water supplementing port of each monitoring time point in a set time period;
and obtaining a water supply state parameter set of the designated water tank corresponding to the target building according to the same monitoring mode as the water supplement state set of the designated water tank corresponding to the target building.
5. The urban secondary water supply regulation and control method according to claim 4, characterized in that: and in the third step, the water supply balance state of the corresponding designated water tank of the target building is analyzed, and the specific analysis mode is as follows:
according to the formula
Calculating the water supply balance state evaluation index of the designated water tank corresponding to the target building, wherein gamma represents the water supply balance state evaluation index of the designated water tank corresponding to the target building, D Supplement device 、D For supplying to Respectively representing the diameter of a water replenishing opening and the diameter of a water supply opening of a corresponding designated water tank of a target building, and the diameter of a water supply opening>
The water replenishing flow speed of a water replenishing port corresponding to the s-th monitoring time point in a set time period in the corresponding designated water tank of the target building is represented, s is represented as the number of each monitoring time point, and s =1,2, ·>
Showing the water supply flow rate of the water supply inlet corresponding to the monitoring time point s within the set time period in the corresponding designated water tank of the target building, a 3 、a 4 Respectively representing the weight factors corresponding to the set diameter and flow rate;
and comparing the water supply balance state evaluation index of the designated water tank corresponding to the target building with a set water supply balance state evaluation index threshold, and if the water supply balance state evaluation index of the designated water tank corresponding to the target building is smaller than the set water supply balance state evaluation index threshold, judging the water supply balance state of the designated water tank corresponding to the target building as an abnormal state.
6. The urban secondary water supply regulation and control method according to claim 5, characterized in that: and in the fourth step, the water yield regulation and control index corresponding to the target building is analyzed, and the specific analysis mode is as follows:
multiplying the water replenishing flow speed of the water replenishing port corresponding to each monitoring time point in the set time period in the water tank corresponding to the target building by the diameter of the water replenishing port corresponding to the monitoring time point, calculating according to a formula to obtain the water replenishing amount of the target building in the set time period in the water tank corresponding to the target building, and recording as B Water replenishing quantity ；
Calculating the water supply quantity of the set time period in the designated water tank corresponding to the target building in a calculation mode that the water supply quantity of the set time period in the designated water tank corresponding to the target building is the same as the water supplement quantity of the set time period in the designated water tank corresponding to the target building, and recording the water supply quantity as G Amount of water supplied ；
According to the formula
Calculating the water yield regulation and control index corresponding to the target building, wherein eta is expressed as the water yield regulation and control index corresponding to the target building, b 1 、b 2 、b 3 Respectively expressed as weight factors corresponding to the set total water consumption, total water output and water supply.
7. The urban secondary water supply regulation and control method according to claim 6, characterized in that: and in the fifth step, analyzing the specified water yield corresponding to the target building, wherein the specific analysis mode is as follows:
matching the water yield regulation and control index corresponding to the target building with the water yield regulation and control index threshold value corresponding to each set regulation and control grade to obtain the regulation and control grade corresponding to the target building;
and matching the regulation and control level corresponding to the target building with the specified water amount corresponding to each set regulation and control level to obtain the specified water yield corresponding to the target building.
8. City secondary water supply regulation and control system, its characterized in that: the method comprises the following steps:
the water consumption state monitoring and analyzing module is used for monitoring the water consumption of each target floor corresponding to each household in the target building in a set time period to obtain the water consumption of each household in each target floor corresponding to the set time period, meanwhile, the historical water consumption of each household in each target floor in the set time period is obtained, the water consumption state of the household corresponding to the target building is analyzed, and if the water consumption state of the household corresponding to the target building is an abnormal state, the water outlet state monitoring and analyzing module is executed;
the water outlet state monitoring and analyzing module is used for monitoring the water outlet amount of each household house corresponding to each target floor in the target building within a set time period, and analyzing the water outlet state evaluation index corresponding to the target building to obtain the water outlet state evaluation index corresponding to the target building;
the water tank state monitoring and analyzing module is used for monitoring the water replenishing state and the water supply state of the specified water tank corresponding to the target building to obtain a water replenishing state parameter set and a water supply state parameter set of the specified water tank corresponding to the target building, analyzing the water supply balance state of the specified water tank corresponding to the target building, and executing the water outlet quantity regulation and control index analyzing module if the water supply balance state of the specified water tank corresponding to the target building is an abnormal state;
the water yield regulation and control index analysis module is used for analyzing the water yield regulation and control index corresponding to the target building to obtain the water yield regulation and control index corresponding to the target building;
the water yield analysis and regulation module is used for analyzing the specified water yield corresponding to the target building and correspondingly regulating and controlling the water yield of each household house corresponding to each target floor in the target building based on the specified water yield corresponding to the target building so as to meet the specified water yield corresponding to the target building;
and the storage library is used for storing the corresponding allowable water outlet quantity difference of the water outlet.
9. City secondary water supply regulation and control storage medium, its characterized in that: the city secondary water supply regulation and control storage medium is burnt with a computer program, and when the computer program runs in a memory of a server, the city secondary water supply regulation and control method of any one of the claims 1 to 7 is realized.
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