CN109284927A - The system and method for discharge amount are assessed according to device data - Google Patents
The system and method for discharge amount are assessed according to device data Download PDFInfo
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- CN109284927A CN109284927A CN201811129846.XA CN201811129846A CN109284927A CN 109284927 A CN109284927 A CN 109284927A CN 201811129846 A CN201811129846 A CN 201811129846A CN 109284927 A CN109284927 A CN 109284927A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0639—Performance analysis of employees; Performance analysis of enterprise or organisation operations
- G06Q10/06393—Score-carding, benchmarking or key performance indicator [KPI] analysis
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Abstract
The invention discloses a kind of system and method that discharge amount is assessed according to device data, it applies in pollutant discharge amount monitoring technical field, solves the cumbersome technical problem of previous detection process, its key points of the technical solution are that a kind of method for assessing discharge amount according to device data, method includes: to obtain the attribute data of equipment to be processed and the creation data of the equipment；Discharge amount is calculated according to the attribute data and the creation data；The estimation mode of discharge amount P are as follows: P=c1*f(t)+c2*K(t)+c3*H(t).What is had has the technical effect that the attribute data and creation data for obtaining equipment to be processed, since attribute data is preset parameter, estimates statistics in conjunction with what creation data can be realized discharge amount, achievees the effect that discharge amount is estimated.Unitized computation model is thereby established, can be widely used in plurality of devices.
Description
Technical field
The present invention relates to pollutant discharge amount monitoring technical fields, discharge more particularly, to a kind of assessed according to device data
The system and method for amount.
Background technique
Currently, the Testing index of industrial pollutants is broadly divided into atmosphere pollution, noxious waste pollution and water pollution three are big
Class.Wherein atmosphere pollution includes SO2, industrial dust and flue dust；Industrial solid castoff includes melting waste slag, flyash, furnace
Slag, gangue, tailing and other solid waste；And water pollutant then includes general inorganic, organic pollutant and a harmful huge sum of money
Belong to etc., wherein volatile phenol, cyanide, COD, petroleum-type waste and ammonia nitrogen belong to general inorganic or organic pollutant, and
Harmful heavy metal then includes mercury, cadmium, Cr VI, lead etc..
Pollutant monitoring refers to the modern science and technology method such as physics, chemistry, biology, intermittently or continuously to ring
The factors such as border chemical pollutant and physics and biological pollution carry out the monitoring and measurement at scene, make correct environmental quality and comment
Valence.
Currently, the Chinese patent of Publication No. CN108459050A disclose it is a kind of judged according to electrical parameter equipment run
The method and device of situation, method is the following steps are included: step 100: obtaining the electric signal of equipment；Step 200: utilizing equipment
Electric signal obtain the electrical parameter character representation of equipment；Step 300: analysis electrical parameter feature, and judge whether exception.Which
Equipment operation condition is judged by electrical parameter, establishes standardized judgment mode, and technology is realized simpler.
Above scheme is equipment operation condition to be judged according to electrical parameter, and be directed to different industrial equipments at present and also need
The simple assessment of discharge amount is carried out, the type that industrial equipment generates dirt is more, and detection process is relatively complicated, previous single equipment
A kind of corresponding detection behavior, detailed process are often directed to emission result product and are detected, in order to obtain detailed evaluation report
It accuses overall process to be more troublesome, therefore needs a kind of unitized appraising model and solve the problems, such as this.
Summary of the invention
The first object of the present invention is to provide a kind of method for assessing discharge amount according to device data, its advantage is that incorporating
The data of a variety of equipment to be processed, incorporate detection mode, achieve the effect that discharge amount is fast assessed.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of to be assessed according to device data
The method of discharge amount, method include: to obtain the attribute data of equipment to be processed and the creation data of the equipment；According to the category
Property data and the creation data calculate discharge amount.
Through the above technical solutions, common industrial equipment, such as the consersion unit of chemical industry, chemical furnace, filtering are set
Standby, drying equipment, mechanical pump, crushing mechanism, lifting equipment and transporting equipment etc.；The cotton textile equipment of textile industry industry, cotton
Dyeing apparatus, chemical fiber machinery, knitting equipment and textile instrument, hair, silk, knitting, yarn equipment for dyeing and finishing class etc.；Metallurgical industry industry
Blast furnace, converter, coke oven, steel rolling and forging equipment, sintering machine and power-equipment etc.；Paper product industry pulper, paper machine
Deng.The above equipment will discharge exhaust gas, waste liquid, give up admittedly when using；It is directed to the above equipment to be processed, obtains the category of equipment to be processed
Property data and creation data since attribute data is preset parameter estimating for discharge amount can be realized in conjunction with creation data
Statistics, achievees the effect that discharge amount is estimated.
The present invention is further arranged to: the attribute data include model, plant capacity, and/or operating voltage, and/or
Coefficient of losses；The creation data includes the available machine time, downtime, effectively processes duration.
Through the above technical solutions, attribute data be mainly equipment design parameter and consume situation, equipment it is specific
Parameter is fixed value, can be used as design factor and assists to calculate, the more more then units of parameter that attribute data includes in individual equipment
The discharge amount of time is more accurate, and creation data is dynamic data, and the creation data recorded every time can actually substitute into calculating, in conjunction with
Attribute data obtains discharge amount.
The present invention is further arranged to: further including the function set Y for obtaining Emission amount calculation, if including in function set Y
Dry objective function P chooses objective function P according to the attribute data of equipment and creation data from function set Y, and P is discharge
Amount；
P=c1*f(t)；T is that effectively processing duration, c1 are the first weighting coefficient.
Through the above technical solutions, the calculating of discharge amount has accurate function set Y, include in function set Y
Multiple objective function P, each objective function P are established all in accordance with the attribute data and creation data of equipment, therefore obtain attribute number
According to after creation data, attribute data and creation data will correspond to a certain objective function P in function set Y, and P is to discharge
Amount, P=c1*f(t), within a certain period of time, discharge amount is directly proportional to t when equipment operation, t substitution f(t) it is converted into discharge amount,
And c1 is the first weighting coefficient, may be set to number of devices, improves computational efficiency.
The present invention is further arranged to: the attribute data further includes the discharge increment section set of equipment；According to described
Coefficient of losses obtains discharge increment function K(t from the set of discharge increment section)；
P=c1*f(t)+c2*K(t)；C2 is the second weighting coefficient.
Through the above technical solutions, coefficient of losses, which is added, can be improved calculating since the use of equipment is along with consume
Accuracy；Specifically, coefficient of losses is percentage 0-100；Discharge increment section set can be divided into 10 sections according to coefficient of losses, obtain
The coefficient of losses obtained is fallen into one of section, which corresponds to a discharge increment function K(t), discharge increment function K
(t) in conjunction with the product of c2 that is, because of the increased discharge amount of equipment coefficient of losses；Discharge amount P corrects for calculating knot by this way
Fruit improves the accuracy of calculated result；C2 can be number of devices, improve computational efficiency.
The present invention is further arranged to: also including several history letters corresponding with objective function P in the function set Y
Q is counted, the history function Q is obtained according to actually detected report, is compared history function Q and objective function P and is obtained history residual quantity letter
Number H(t)；
P=c1*f(t)+c2*K(t)+c3* H(t)；C3 is third weighting coefficient.
Through the above technical solutions, being obtained for history function Q according to actually detected report, i.e., discharge amount is actually detected
As a result with estimate testing result and have differences, therefore the part variation is also required to estimate, calculates and obtain history residual quantity
Function H(t)；H(t it) is multiplied with c3 for quantity value, c3 is third weighting coefficient, exists simultaneously positive and negative, therefore the discreet value of P is also returned
Belong in an interval range.
The present invention is further arranged to: described c1, c2 and c3 are regulated variable.
Through the above technical solutions, c1, c2 and c3 are adjustable, the flexibility of increase discharge amount Data Detection.
The present invention is further arranged to: effective processing duration t is substituted into P=c1*f(t), obtain the first evaluation quantity；
Effective processing duration t is substituted into P=c1*f(t)+c2*K(t), obtain the second evaluation quantity；
Effective processing duration t is substituted into P=c1*f(t)+c2*K(t)+c3* H(t), obtain third evaluation quantity.
Through the above technical solutions, the measurement result of the corresponding one or more discharge amounts of each evaluation quantity, therefore for
Such measurement result is compared, and can get multiple data, and wherein third evaluation quantity is final discharge amount range, the second assessment
Amount and the difference of the first evaluation quantity can obtain the increased discharge amount of coefficient of losses.
The present invention is further arranged to: establishing P-t according to the discharge amount P of acquisition and the effective processing duration t carried out
The P-t is schemed to achieve, establishes label archives by figure, and corresponding label shelves are added to P-t figure according to creation data and attribute data
Case.
Through the above technical solutions, being achieved, measurement result from there through right using unitized label archives
The label archives answered can obtain rapidly corresponding P-t figure, check convenient for the later period.
The present invention is further arranged to: at least being cached two P-t figures in each label archives, is schemed according to two P-t
It intercepts same time axis and obtains discharge amount difference.
Through the above technical solutions, obtain discharge amount difference according to two P-t figures, the sharpening data of discharge amount,
The incremental lift rate of production time bring discharge amount can be known simultaneously.
The second object of the present invention is to provide a kind of system for assessing discharge amount according to device data.
What foregoing invention purpose had the technical scheme that a kind of device data assessment discharge amount is
System, including data acquisition module, computing module and display module, the attribute data of data collecting module collected equipment to be processed with
And computing module is sent to after the creation data of the equipment, the method that computing module assesses discharge amount using above-mentioned device data
It is calculated, computing module exports calculated result to display module.
Through the above technical solutions, realizing the acquisition, calculating and display of data, the discharge amount of equipment using the system
It can intuitively obtain, the effect of feedback is good.
In conclusion advantageous effects of the invention are as follows:
1. incorporating the every attribute data and creation data of equipment, establish in a unitized computation model, the row of realization
Rapid evaluation high-volume；Detailed process is relatively simple, it is only necessary to the attribute data and creation data for obtaining equipment to be processed, due to belonging to
Property data be preset parameter, therefore the statistics of estimating of discharge amount can be realized in conjunction with creation data, reaches the effect that discharge amount is estimated
Fruit realizes the effect fast assessed；
2. combining every attribute data of equipment, formula P=c1*f(t is established)+c2*K(t)+c3* H(t), and analyze more
Error amount improves the accuracy of calculated result so that assessment data level off to real data.
Detailed description of the invention
Fig. 1 is the key step flow chart of the present embodiment 1；
Fig. 2 is the module map of the present embodiment 2.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
Embodiment 1: a method of discharge amount being assessed according to device data, this method applies in distinct device, to setting
Standby discharge amount carries out assessment calculating, wherein mainly including exhaust gas, waste liquid, solid assessment of giving up.Main the including of the equipment covered
Consersion unit, chemical furnace, filter plant, drying equipment, mechanical pump, crushing mechanism, lifting equipment and the transporting equipment of industrial and commercial bank's industry
Deng；The cotton textile equipment of textile industry industry, cotton dyeing equipment, chemical fiber machinery, knitting equipment and textile instrument, hair, silk, needle
It knits, yarn equipment for dyeing and finishing class etc.；Blast furnace, converter, coke oven, steel rolling and the forging equipment of metallurgical industry industry, sintering machine and dynamic
Power equipment etc..The attribute data of each equipment includes model, plant capacity, and/or operating voltage, and/or coefficient of losses, produces number
According to including available machine time, downtime, effectively processing duration.
Such as Fig. 1, detailed process are as follows:
The creation data of S1, the attribute data for obtaining equipment to be processed and the equipment.Attribute data includes model, equipment function
Rate, and/or operating voltage, and/or coefficient of losses, creation data include the available machine time, downtime, effectively process duration；According to
The difference of equipment to be processed, corresponding to attribute data it is also different, enough attribute datas can be stored in, so that attribute data and list
One equipment keeps unique corresponding relationship
It include several objective functions P in the function set Y of S2, acquisition Emission amount calculation, function set Y.Objective function P is
It is established according to the attribute data of equipment and creation data.
S3, objective function P, P are chosen from function set Y according to the attribute data and creation data of equipment is discharge amount；P
=c1*f(t)；T is that effectively processing duration, c1 are the first weighting coefficient.C1 is regulated variable, is directed to the quantity and discharge of equipment
Situation is adjustable, improves computational efficiency；Substituting into effectively processing duration t can be obtained the first evaluation quantity；First evaluation quantity is ideal shape
Discharge amount statistical result under state, under the state, it is linear function, thus quickly that discharge amount and effectively processing duration t, which are positively correlated,
Calculate the discreet value for obtaining discharge amount.
S4, discharge increment section set is obtained；Discharge increment letter is obtained from the set of discharge increment section according to coefficient of losses
Number K(t)；P=c1*f(t)+c2*K(t)；C2 is the second weighting coefficient.C2 is regulated variable, substitutes into effectively processing duration t
Obtain the second evaluation quantity.The consume of equipment will lead to the increase of discharge amount, and coefficient of losses is percentage 0-100；Discharge increment area
Between set can be divided into 10 sections, 20 sections, 30 sections according to coefficient of losses, or enough areas are set in 10-30 section
Between number, corresponding coefficient of losses is divided into the section of identical quantity, and section is more, and subdivision degree is higher, and each section corresponds to one
A discharge increment function K(t), discharge increment function K(t) combine the product of c2 that is, because of the increased discharge of equipment coefficient of losses
Amount.Increased function improves the accuracy of calculated result, and c2 can be equally regulation coefficient, adjusts according to the actual situation.
It also include several history function Qs corresponding with objective function P, the history function in S5, the function set Y
Q is obtained according to actually detected report, is compared history function Q and objective function P and is obtained history residual quantity function H(t)；P=c1*f(t)
+ c2*K(t)+c3* H(t)；C3 is third weighting coefficient.C3 is regulated variable, and substituting into effectively processing duration t can be obtained third
Evaluation quantity.History function Q is obtained, and is stored in function set Y, history function Q and objective function P are corresponded, therefore are combined and gone through
History function Q and objective function P can get history residual quantity function H(t), H(t) it is multiplied with c3 for quantity value, c3 is third weighting system
Number, exists simultaneously positive and negative, therefore the discreet value of P will obtain a range.
S6, P-t figure is established according to the discharge amount P of acquisition and the effective processing duration t carried out, P-t is schemed to achieve, is built
Corresponding label archives are added to P-t figure according to creation data and attribute data in day-mark label archives.P-t figure, which achieves can be used as, to be looked into
Test foundation.Two P-t figures are at least cached in each label archives, obtain row according to two P-t figure interception same time axis
High-volume difference.Observation discharge amount difference can further appreciate that the incremental lift rate of production time bring discharge amount.
Embodiment 2: such as Fig. 2, a kind of system that discharge amount is assessed according to device data, including data acquisition module, calculating
It is sent after module and display module, the attribute data of data collecting module collected equipment to be processed and the creation data of the equipment
To computing module, the method for the device data assessment discharge amount of computing module Application Example 1 is calculated, and computing module will be counted
Result is calculated to export to display module.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (10)
1. a kind of method for assessing discharge amount according to device data, which is characterized in that method includes: the category for obtaining equipment to be processed
The creation data of property data and the equipment；Discharge amount is calculated according to the attribute data and the creation data.
2. the method according to claim 1 for assessing discharge amount according to device data, which is characterized in that the attribute data
Including model, plant capacity, and/or operating voltage, and/or coefficient of losses；When the creation data includes the available machine time, shuts down
Between, effectively process duration.
3. the method according to claim 1 for assessing discharge amount according to device data, which is characterized in that further include the row of acquisition
It include several objective functions P in the function set Y high-volume calculated, function set Y, according to the attribute data of equipment and production number
According to objective function P is chosen from function set Y, P is discharge amount；
P=c1*f(t)；T is that effectively processing duration, c1 are the first weighting coefficient.
4. the method according to claim 3 for assessing discharge amount according to device data, which is characterized in that the attribute data
It further include the discharge increment section set of equipment；Discharge increment letter is obtained from the set of discharge increment section according to the coefficient of losses
Number K(t)；
P=c1*f(t)+c2*K(t)；C2 is the second weighting coefficient.
5. the method according to claim 4 for assessing discharge amount according to device data, which is characterized in that the function set
It also include several history function Qs corresponding with objective function P in Y, the history function Q is obtained according to actually detected report,
It compares history function Q and objective function P and obtains history residual quantity function H(t)；
P=c1*f(t)+c2*K(t)+c3* H(t)；C3 is third weighting coefficient.
6. it is according to claim 5 according to device data assess discharge amount method, which is characterized in that described c1, c2 and
C3 is regulated variable.
7. the method according to claim 5 for assessing discharge amount according to device data, which is characterized in that effectively add described
Working hour, long t substituted into P=c1*f(t), obtain the first evaluation quantity；
Effective processing duration t is substituted into P=c1*f(t)+c2*K(t), obtain the second evaluation quantity；
Effective processing duration t is substituted into P=c1*f(t)+c2*K(t)+c3* H(t), obtain third evaluation quantity.
8. the method according to claim 7 for assessing discharge amount according to device data, which is characterized in that according to the row of acquisition
High-volume the P and effective processing duration t carried out establishes P-t figure, and the P-t is schemed to achieve, label archives are established, according to production
Corresponding label archives are added to P-t figure in data and attribute data.
9. the method according to claim 8 for assessing discharge amount according to device data, which is characterized in that each label
Two P-t figures are at least cached in archives, obtain discharge amount difference according to two P-t figure interception same time axis.
10. a kind of system of device data assessment discharge amount, which is characterized in that including data acquisition module, computing module and show
Show module, is sent to calculating mould after the attribute data of data collecting module collected equipment to be processed and the creation data of the equipment
Block, computing module are calculated using the method for device data described in claim 1 assessment discharge amount, and computing module will calculate
As a result it exports to display module.
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| CN201811129846.XA CN109284927B (en) | 2018-09-27 | 2018-09-27 | System and method for estimating discharge amount according to equipment data |
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| CN201811129846.XA CN109284927B (en) | 2018-09-27 | 2018-09-27 | System and method for estimating discharge amount according to equipment data |
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| CN109284927A true CN109284927A (en) | 2019-01-29 |
| CN109284927B CN109284927B (en) | 2022-07-01 |
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| JP4538538B2 (en) * | 2008-08-22 | 2010-09-08 | 株式会社ナビタイムジャパン | Route search apparatus and route search method |
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