CN116258377A - Intelligent community management system - Google Patents
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Abstract
The invention relates to community management, in particular to an intelligent community management system, which comprises a data acquisition module, a management module and a management module, wherein the data acquisition module is used for acquiring annual historical data of enterprises and annual historical data of enterprises in the same industry; the data processing module is connected with the data acquisition module and used for processing and storing the data acquired by the data acquisition module; the data display module is used for displaying the data processed by the processing module; the invention is provided with the data acquisition module and the data processing module, the data acquisition module acquires enterprise data through client information and outputs enterprises to the data processing module, the data processing module analyzes the enterprise data acquired by the data acquisition module and determines an improvement scheme according to an analysis result, and the display module can more intuitively display the accuracy of the improvement scheme of analysis and decision-making of the processing module, so that the situation that the effect after improvement appears in later period is not as good as before the improvement due to inaccurate understanding of the enterprise information can be effectively avoided, and the improvement effect is further improved.
Description
Technical Field
The invention relates to the technical field of community management, in particular to an intelligent community management system.
Background
With the advent of the cloud age, big data (Big data) has attracted more and more attention. The team of analysts thinks that Big data (Big data) is often used to adj ust the large amount of unstructured and semi-structured data created by a company, which can take excessive time and money when downloaded to a relational database for analysis. Big data analysis is often tied to cloud computing because real-time big data set analysis requires a framework like MapReduce to distribute work to tens, hundreds, or even thousands of computers. Big data requires special techniques to efficiently process large amounts of data within a tolerable elapsed time. Techniques suitable for big data include Massively Parallel Processing (MPP) databases, data mining, distributed file systems, distributed databases, cloud computing platforms, the Internet, and scalable storage systems.
Numerous enterprises in the existing communities are improved, the efficiency of new and old production equipment is improved, the personnel are reduced, or the productivity is improved, but the improvement of many enterprises is not subjected to strict evaluation, so that the effect after improvement is inferior to that before improvement.
Disclosure of Invention
Therefore, the invention provides an intelligent community management system which is used for solving the problem that in the prior art, the effect after improvement is inferior to that before improvement caused by the fact that improvement of a plurality of enterprises is not subjected to strict evaluation.
To achieve the above object, the present invention provides an intelligent community management system, comprising:
the data acquisition module is used for acquiring annual history data of enterprises and annual history data of enterprises in the same industry;
the data processing module is connected with the data acquisition module and used for processing and storing the data acquired by the data acquisition module; the data processing module comprises a storage unit and a central control unit; the storage unit is used for storing the data acquired by the data acquisition module, the central control unit is used for analyzing or deciding the data acquired by the data acquisition module, when the client information is acquired, the central control unit compares and judges the enterprise operation state according to the enterprise annual historical data acquired by the data acquisition module, and if the central control unit judges that the enterprise operation is in a horizontal stable trend, the central control unit determines the improvement direction of the enterprise according to the maintenance times of main bodies of production equipment acquired by the data acquisition module and the current work results of workers; if the central control unit judges that the enterprise operation shows a descending trend, the central control unit determines an enterprise improvement direction according to the main maintenance value acquired by the data acquisition module and the error reporting times of the production equipment in a single production day;
The data display module is used for displaying the data processed by the processing module;
further, when the client information is acquired, the central control unit acquires the past year production value S of the enterprise and the current year production average value S0 according to the data acquisition module to compare and judge whether the operation state of the enterprise is improved;
if S is more than S0, the central control unit judges that the enterprise operation is in an ascending trend and does not improve;
if s=s0, the central control unit determines that the enterprise operation is in a horizontal stable trend and needs to be improved, counts the production capacity of the enterprise using the same type of production equipment in unit time, and determines whether to update the production equipment or train staff;
if S is less than S0, the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, and judges whether to carry out production equipment replacement or environment improvement according to the maintenance times of the main bodies of the production equipment acquired by the data acquisition module;
further, when the central control unit determines that the operation of the enterprise is in a horizontal stable trend and needs to be improved, the central control unit counts the production capacity L0 of the enterprise using the same type of production equipment in unit time, compares the production capacity L0 of the enterprise production equipment in unit time with the production capacity L of the enterprise production equipment in unit time, and determines the improvement direction of the enterprise according to the comparison result;
If L is more than or equal to L0, the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified and further detects the work performance of each employee in the enterprise;
if L is less than L0, the central control unit judges that the production capacity L of the production equipment of the enterprise in unit time is not qualified and controls the data acquisition module to acquire the quantity of the production equipment of the enterprise to be updated;
further, when the central control unit judges that the throughput L of the enterprise production equipment in unit time is qualified, the central control unit extracts the total number N of the enterprise workers, sequentially extracts actual work results Qi of each worker acquired by the data acquisition module according to the total number N of the enterprise workers, sequentially compares Qi with a preset worker work result Q0 to judge whether to train the workers, and sets i=1, 2, 3 … and N; the central control unit is provided with a maximum effect difference delta Qmax according to the total number N of the enterprise workers;
if the Qi is more than or equal to Q0, the central control unit judges that the work performance of the employee is qualified;
if Qi is less than Q0, the central control unit determines that the employee work performance is not qualified and calculates a performance difference Δqi, compares the Δqi with a preset Δqmax, counts the employee numbers N1a and N1b of the Δqi < [ Δqmax ] and the employee numbers N1b of the Δqmax, and compares the N1a, N1b with N to determine an improvement mode; setting Δqi=q0-Qi;
If N1a is less than or equal to N/3 and N1b is less than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range, interviews the staff in sequence and temporarily adjusts the work of the staff according to interview results;
if N1a is larger than N/3 and N1b is smaller than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range and sequentially carries out psychological coaching on the staff;
if N1a is less than or equal to N/3 and N1b is more than N/3, the central control unit judges that the working performance of the staff is a controllable range and adjusts the work of the staff according to the fluctuation of the working performance of the staff;
if N1a is larger than N/3, N1b is larger than N/3 and N1a is larger than N1b, the central control unit judges that the number of workers N1a of DeltaQi < DeltaQmaxis excessive and unified skill training is needed;
if N1a is more than N/3, N1b is more than N/3 and N1a is less than N1b, the central control unit judges that the number N1b of workers with DeltaQi being more than or equal to DeltaQmax is excessive, psychological counseling is sequentially carried out, and the positions or wages of the workers are regulated according to the counseling result;
further, the central control unit determines the maximum flow expense Fmax according to the financial data acquired by the data acquisition module; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is not qualified, the central control unit determines the total update cost F of the production equipment through the enterprise update production equipment quantity S acquired by the data acquisition module and compares F with Fmax to judge an update mode;
If F is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the unified updating requirement;
and if F is less than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and adjusts the updated quantity of the production equipment.
Further, when the central control unit judges that the flow cost Fmax is insufficient and adjusts the quantity of the updated production equipment, the central control unit calculates a cost difference delta F between F and Fmax and adjusts the quantity S of the updated production equipment of the enterprise; setting Δf=f-Famx; the central control unit is provided with a first expense difference delta F1, a second expense difference delta F2, a first updated production equipment quantity adjusting coefficient alpha 1, a second updated production equipment quantity adjusting coefficient alpha 2 and a third updated production equipment quantity adjusting coefficient alpha 3; wherein DeltaF1 < DeltaF2, 0 < alpha 1 < alpha 2 < alpha 3 < 1;
when DeltaF is less than or equal to DeltaF 1, the central control unit uses a first updated production equipment quantity adjustment coefficient alpha 1 to adjust the updated production equipment quantity S;
when DeltaF 1 < DeltaF2 is less than or equal to DeltaF 2, the central control unit uses a second updated production equipment quantity adjustment coefficient alpha 2 to adjust the updated production equipment quantity S;
when DeltaF > DeltaF2, the central control unit uses a third updated production equipment quantity adjustment coefficient alpha 3 to adjust the updated production equipment quantity S;
When the central control unit uses the j-th updated production equipment quantity adjustment coefficient alpha j to adjust the updated production equipment quantity S, j=1, 2 and 3 are set, and the adjusted updated production equipment quantity is recorded as S' =S×alpha j; and when the central control unit completes the adjustment of the updated production equipment quantity S ', the central control unit determines the production equipment updating times E according to the updated production equipment quantity S'.
Further, the central control unit is provided with a main body maintenance value X0 of the production equipment; when the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, the central control unit extracts maintenance times X of main bodies of all production equipment acquired by the data acquisition module and compares the maintenance times X with X0 in sequence so as to judge whether to replace the production equipment or update the production equipment;
if X is less than or equal to X0, the central control unit judges that the maintenance times X of the main body of the production equipment are qualified and extracts the residual service life Na of the production equipment with the qualified maintenance times X;
if X is more than X0, the central control unit judges that the maintenance times X of the main body of the production equipment are not qualified and extracts the service life Nb of the production equipment with the unqualified maintenance times X.
Further, the production equipment type acquired by the data acquisition module of the central control unit is provided with the lowest production equipment service life Nmin, and when the central control unit judges that the main body maintenance times X of the production equipment are qualified, the central control unit extracts the remaining service life Na of the production equipment with the qualified main body maintenance times X and compares the Na with the Nmin to judge an improvement scheme;
If Na is larger than Nmin, the central control unit judges that depreciation updating is needed to be carried out on the production equipment;
if Na is less than or equal to Nmin, the central control unit judges that the production equipment needs to be scrapped and replaced;
when the central control unit judges that the main body maintenance times X of the production equipment are not qualified, the central control unit extracts the service life Nb of the production equipment with the unqualified maintenance times X and compares the Nb with Nmin to judge an improvement scheme;
if Nb is larger than Nmin, the central control unit judges that the service life of the production equipment is Nb qualified and extracts the error reporting times of the production equipment;
if Nb is less than or equal to Nmin, the central control unit judges that the production equipment needs to be subjected to depreciation replacement.
Further, when the central control unit determines that the production equipment needs to be subjected to depreciation replacement, the central control unit counts the total number Y of marked production equipment to determine the total replacement cost Kb and the total depreciation cost Ka of the production equipment, calculates the actual replacement cost K according to Ka and Kb, compares K with the flow cost Fmax to determine a replacement mode, and sets Ka=Y×T/(X+N), wherein T is the initial purchase cost of the production equipment, and K=Kb-Ka;
if K is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the requirement of uniform replacement;
And if K is more than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and sequentially changes according to the residual service life N of the production equipment.
Further, the central control unit is provided with a maximum production equipment error reporting number Cmax; when the central control unit judges that skill training is required to be carried out on workers, the central control unit extracts the error reporting times C of the production equipment in the single production day collected by the data collection module and compares the error reporting times C with Cmax so as to judge the improvement direction;
if C is less than or equal to Cmax, the central control unit judges that the production equipment is bad in environment and improves the environment;
and if C > Cmax, the central control unit judges that the staff needs to carry out corresponding skill training.
Compared with the prior art, the invention has the beneficial effects that the data acquisition module and the data processing module are arranged, the data acquisition module acquires enterprise data through client information and outputs enterprises to the data processing module, the data processing module analyzes the enterprise data acquired by the data acquisition module and determines an improvement scheme according to an analysis result, meanwhile, the display module is arranged to more intuitively display the accuracy of the analysis and decision improvement scheme of the processing module, so that the problem of enterprise operation caused by the fact that the effect of improving later period is not as good as that caused by the fact that enterprise information is not accurately known is effectively avoided, and the improvement effect is further improved.
Further, when the client information is acquired, the central control unit acquires the past year production value S of the enterprise and the current year production average value S0 according to the data acquisition module to compare and judge whether to operate the enterprise; the central control unit in the data processing module extracts the past year production value of the enterprise and the current year production value of the enterprise acquired by the data acquisition module, compares the past year production value with the current year production value of the enterprise and judges the operation state of the enterprise, can effectively avoid improvement according to the operation state corresponding to the enterprise, and further improves the improvement effect because the effect after improvement is inferior to that before improvement.
Further, when the central control unit determines that the enterprise operation is in a horizontal stable trend and needs to be improved, the central control unit compares the throughput L0 in unit time, which is acquired by the data acquisition system and is similar to the throughput L in unit time of the enterprise production equipment, with the throughput L in unit time of the enterprise production equipment to determine and improve the method; according to the invention, the central control unit is used for comparing, judging and improving the production capacity of the enterprise production equipment and the production equipment of the same type in unit time in a horizontal stable trend, so that the waste of enterprise assets and time caused by the fact that the improvement direction is not improved, which is unnecessary, can be effectively avoided, and the improvement effect is further improved.
Further, when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified, the central control unit extracts the actual work performance Qi of each employee collected by the data collection module, and sequentially compares the Qi with a preset employee work performance Q0 to judge whether training is carried out or not, and i=1, 2, 3 and … … n are set; according to the invention, the central control unit extracts the actual work results of each employee, which are acquired by the data acquisition module, compares the actual work results with the preset work results in sequence, and determines the employee result difference value of the result difference value to be calculated according to the comparison result, and then compares the employee result difference value with the maximum result difference value to determine the improvement scheme of the employee, so that the situation that the result change after improvement and before improvement is not large due to the fact that the improvement scheme of the employee is not corresponding can be effectively avoided, and the improvement effect is further improved.
Further, the central control unit determines the maximum flow expense Fmax according to the financial data acquired by the data acquisition module; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is not qualified, the central control unit determines the total update cost F of the production equipment through the enterprise update production equipment quantity S acquired by the data acquisition module and compares F with Fmax to judge an update mode; the invention compares the total cost of the production equipment to be replaced with the enterprise mobile cost through the central control unit to judge the updating mode, and can effectively avoid the problem that the enterprise fund chain is broken after the production equipment is updated so as to cause the normal operation to be impossible, thereby further improving the improving effect.
Further, when the central control unit judges that the flow cost Fmax is insufficient and adjusts the quantity of the updated production equipment, the central control unit calculates a cost difference delta F between F and Fmax and adjusts the quantity S of the updated production equipment of the enterprise; according to the invention, the central control unit calculates the difference between the total update cost of the production equipment and the flow cost of the enterprise to adjust the number of the updated production equipment of the enterprise and determine the number of production equipment changes according to the adjusted number of the production equipment, so that the problem that the improvement scheme cannot be carried out in the early stage of improvement due to insufficient flow cost when the production equipment is updated can be effectively avoided, and the improvement effect is further improved.
Further, when the central control unit judges that the enterprise operation shows a descending trend to be improved, the central control unit extracts maintenance times X of main bodies of the production equipment collected by the data collection module and sequentially compares X with X0 to judge whether to replace the production equipment; according to the invention, when the central control unit judges that the enterprise operation shows the descending trend, the central control unit judges whether the enterprise operation shows the descending trend due to the production descending caused by serious aging of the production equipment from the maintenance times of the main body of the production equipment, so that the situation that the enterprise operation is not improved according to the corresponding operation state of the enterprise can be effectively avoided, the effect after improvement is inferior to that before improvement, and the improvement effect is further improved.
Further, the production equipment type acquired by the central control unit through the data acquisition module is provided with the service life Nmin of the lowest production equipment; when the central control unit judges that the main body maintenance times X of the production equipment are not qualified, the data acquisition unit acquires the residual service life N of the production equipment with the unqualified or qualified main body maintenance times X and transmits the main body maintenance times X to the central control unit, and the central control unit extracts the residual service life N of the production equipment with the unqualified or qualified main body maintenance times X acquired by the data acquisition module and judges an improvement scheme according to N and Nmin; according to the invention, the central control unit is used for extracting the residual service life of the production equipment and determining the enterprise improvement scheme according to the residual service life of the production equipment, so that the situation that the production equipment is not required to be updated or scrapped to be replaced when the production equipment is replaced can be effectively avoided, the enterprise operation collapse is caused when the effect after improvement is inferior to that before improvement in the later stage of improvement, and the improvement effect is further improved.
Further, when the central control unit judges that the production equipment needs to be subjected to depreciation replacement, the central control unit counts the total number Y of marked production equipment to determine the total replacement cost Kb and the depreciation total cost Ka of the production equipment, calculates the actual replacement cost K according to the Ka and the Kb, and compares the K with the flowing cost Fmax to judge and determine a replacement mode; according to the invention, the total replacement cost and the depreciation cost of the production equipment are determined by the total number of marked production equipment through the central control unit, the actual replacement cost K is calculated according to Ka and Kb, and then the actual replacement cost K and the flow cost Fmax are compared, judged and the replacement mode is determined, so that the problem that the improvement scheme in the early stage of improvement cannot be carried out due to insufficient flow cost when the production equipment is updated can be effectively avoided, and the improvement effect is further improved.
Further, the central control unit is provided with a maximum production equipment error reporting number Cmax; when the central control unit judges that skill training is required to be carried out on workers, the central control unit extracts the error reporting times C of the production equipment in the single production day acquired by the data acquisition module and compares C with Cmax to judge the improvement direction; according to the invention, the central control unit is used for extracting the error reporting times of the production equipment in a single production day acquired by the data acquisition module, and comparing and judging the improvement direction of the error reporting times of the production equipment with the maximum error reporting times of the production equipment, so that the production equipment yield after corresponding skill training of workers can be effectively avoided to be the same as that before improvement, thereby wasting enterprise time and enterprise cost and further improving the improvement effect.
Drawings
FIG. 1 is a block diagram of a smart community management system according to the present invention.
Detailed Description
In order that the objects and advantages of the invention will become more apparent, the invention will be further described with reference to the following examples; it should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are merely for explaining the technical principles of the present invention, and are not intended to limit the scope of the present invention.
It should be noted that, in the description of the present invention, terms such as "upper," "lower," "left," "right," "inner," "outer," and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, which are merely for convenience of description, and do not indicate or imply that the apparatus or elements must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the present invention.
Furthermore, it should be noted that, in the description of the present invention, unless explicitly specified and limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention can be understood by those skilled in the art according to the specific circumstances.
Referring to fig. 1, a block diagram of a smart community management system according to the present invention includes:
the data acquisition module is used for acquiring annual history data of enterprises and annual history data of enterprises in the same industry;
The data processing module is connected with the data acquisition module and used for processing and storing the data acquired by the data acquisition module; the data processing module comprises a storage unit and a central control unit; the storage unit is used for storing the data acquired by the data acquisition module, the central control unit is used for analyzing or deciding the data acquired by the data acquisition module, when the client information is acquired, the central control unit compares and judges the enterprise operation state according to the enterprise annual historical data acquired by the data acquisition module, and if the central control unit judges that the enterprise operation is in a horizontal stable trend, the central control unit determines the improvement direction of the enterprise according to the maintenance times of main bodies of production equipment acquired by the data acquisition module and the current work results of workers; if the central control unit judges that the enterprise operation shows a descending trend, the central control unit determines an enterprise improvement direction according to the main maintenance value acquired by the data acquisition module and the error reporting times of the production equipment in a single production day;
and the data display module is used for displaying the data processed by the data processing module.
Specifically, the enterprise in the same industry refers to an enterprise using similar production equipment with the enterprise, and the enterprise can produce the same product, but the adopted production equipment is similar, the enterprise in the embodiment of the invention is the enterprise arranged in the community, a plurality of enterprises are arranged in the community, and the enterprise is essentially monitored on the basis of managing the community, so that the improvement direction of the enterprise is determined.
The invention is provided with the data acquisition module and the data processing module, the data acquisition module acquires enterprise data through client information and outputs enterprises to the data processing module, the data processing module analyzes the enterprise data acquired by the data acquisition module and determines an improvement scheme according to an analysis result, and meanwhile, the display module is arranged to more intuitively display the accuracy of the improvement scheme of the analysis and decision of the processing module, so that the problem of enterprise operation caused by the fact that the effect of improving later period is inferior to that caused by the fact that enterprise information is not accurately known is effectively avoided, and the improvement effect is further improved.
Specifically, the data acquisition module acquires enterprise annual history data and determines a past annual production average value S0; when the customer information is acquired, the central control unit acquires the past year production value S of the enterprise and the current year production average value S0 according to the data acquisition module to compare and judge whether the operation state of the enterprise is improved or not;
if S is more than S0, the central control unit judges that the enterprise operation is in an ascending trend and does not improve;
if s=s0, the central control unit determines that the enterprise operation is in a horizontal stable trend and needs to be improved, counts the production capacity of the enterprise using the same type of production equipment in unit time, and determines whether to update the production equipment or train staff;
If S is less than S0, the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, and judges whether to replace production equipment or improve environment according to the maintenance times of the main bodies of the production equipment acquired by the data acquisition module.
The central control unit in the data processing module extracts the past year production value of the enterprise and the current year production value of the enterprise acquired by the data acquisition module, compares the past year production value with the current year production value of the enterprise and judges the operation state of the enterprise, can effectively avoid improvement according to the operation state corresponding to the enterprise, and further improves the improvement effect because the effect after improvement is inferior to that before improvement.
Specifically, when the central control unit determines that the operation of the enterprise is in a horizontal stable trend and needs to be improved, the central control unit counts the production capacity L0 of the same type of enterprises using the same type of production equipment in unit time, compares the production capacity L0 of the enterprises with the production capacity L of the enterprises using the enterprise production equipment in unit time, and determines the improvement direction of the enterprises according to the comparison result;
if L is more than or equal to L0, the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified and further detects the work performance of each employee in the enterprise;
If L is less than L0, the central control unit judges that the production capacity L of the production equipment of the enterprise in unit time is not qualified and controls the data acquisition module to acquire the quantity of the production equipment of the enterprise to be updated.
According to the invention, the central control unit is used for comparing, judging and improving the production capacity of the enterprise production equipment and the production equipment of the same type in unit time in a horizontal stable trend, so that the waste of enterprise assets and time caused by the fact that the improvement direction is not improved, which is unnecessary, can be effectively avoided, and the improvement effect is further improved.
Specifically, the central control unit is provided with a preset employee work result Q0; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified, the central control unit extracts the total number N of the enterprise workers, sequentially extracts actual work results Qi of each worker acquired by the data acquisition module according to the total number N of the enterprise workers, sequentially compares the Qi with a preset worker work result Q0 to judge whether to train the workers, and sets i=1, 2 and 3 … N; the central control unit is provided with a maximum effect difference delta Qmax according to the total number N of the enterprise workers;
if the Qi is more than or equal to Q0, the central control unit judges that the work performance of the employee is qualified;
If Qi is less than Q0, the central control unit determines that the employee performance is not qualified and calculates a performance difference Δqi, compares Δqi with a preset Δqmax, counts the employee numbers N1a and N1b of Δqi < [ Δqmax ] and is greater than or equal to Δqmax, and compares N1a and N1b with N to determine an improvement mode; setting Δqi=q0-Qi;
if N1a is less than or equal to N/3 and N1b is less than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range, interviews the staff in sequence and temporarily adjusts the work of the staff according to interview results;
if N1a is larger than N/3 and N1b is smaller than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range and sequentially carries out psychological coaching on the staff;
if N1a is less than or equal to N/3 and N1b is more than N/3, the central control unit judges that the working performance of the staff is a controllable range and adjusts the work of the staff according to the fluctuation of the working performance of the staff;
if Na is more than N/3, nb is more than N/3 and Na is more than Nb, the central control unit judges that the number of workers N1a of DeltaQi < DeltaQmaxis too large, and unified skill training is required;
if N1a is more than N/3, N1b is more than N/3 and N1a is less than N1b, the central control unit judges that the number of workers N1b with DeltaQi being more than or equal to DeltaQmax is excessive, psychological counseling is sequentially carried out, and the positions or wages of the workers are regulated according to the counseling result.
According to the invention, the central control unit extracts the actual work results of each employee, which are acquired by the data acquisition module, compares the actual work results with the preset work results in sequence, and determines the employee result difference value of the result difference value to be calculated according to the comparison result, and then compares the employee result difference value with the maximum result difference value to determine the improvement scheme of the employee, so that the situation that the result change after improvement and before improvement is not large due to the fact that the improvement scheme of the employee is not corresponding can be effectively avoided, and the improvement effect is further improved.
Specifically, the central control unit determines the maximum flow expense Fmax according to the financial data acquired by the data acquisition module; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is not qualified, the central control unit determines the total update cost F of the production equipment through the enterprise update production equipment quantity S acquired by the data acquisition module and compares F with Fmax to judge an update mode;
if F is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the unified updating requirement;
and if F is more than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and adjusts the updated quantity of the production equipment.
The invention compares the total cost of the production equipment to be replaced with the enterprise mobile cost through the central control unit to judge the updating mode, and can effectively avoid the problem that the enterprise fund chain is broken after the production equipment is updated so as to cause the normal operation to be impossible, thereby further improving the improving effect.
Specifically, when the central control unit determines that the flow cost Fmax is insufficient and adjusts the number of updated production equipment, the central control unit calculates a cost difference DeltaF between F and Fmax and adjusts the number S of enterprise updated production equipment; setting Δf=f-Famx; the central control unit is provided with a first expense difference delta F1, a second expense difference delta F2, a first updated production equipment quantity adjusting coefficient alpha 1, a second updated production equipment quantity adjusting coefficient alpha 2 and a third updated production equipment quantity adjusting coefficient alpha 3; wherein DeltaF1 < DeltaF2, 0 < alpha 1 < alpha 2 < alpha 3 < 1;
when DeltaF is less than or equal to DeltaF 1, the central control unit uses a first updated production equipment quantity adjustment coefficient alpha 1 to adjust the updated production equipment quantity S;
when DeltaF 1 < DeltaF2 is less than or equal to DeltaF 2, the central control unit uses a second updated production equipment quantity adjustment coefficient alpha 2 to adjust the updated production equipment quantity S;
when DeltaF > DeltaF2, the central control unit uses a third updated production equipment quantity adjustment coefficient alpha 3 to adjust the updated production equipment quantity S;
when the central control unit uses the j-th updated production equipment quantity adjustment coefficient alpha j to adjust the updated production equipment quantity S, j=1, 2 and 3 are set, and the adjusted updated production equipment quantity is recorded as S' =S×alpha j; and when the central control unit completes the adjustment of the updated production equipment quantity S ', the central control unit determines the production equipment updating times E according to the updated production equipment quantity S'.
According to the invention, the central control unit calculates the difference between the total update cost of the production equipment and the flow cost of the enterprise to adjust the number of the updated production equipment of the enterprise and determine the number of production equipment changes according to the adjusted number of the production equipment, so that the problem that the improvement scheme cannot be carried out in the early stage of improvement due to insufficient flow cost when the production equipment is updated can be effectively avoided, and the improvement effect is further improved.
Specifically, the central control unit is provided with a main body maintenance value X0 of the production equipment; when the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, the central control unit extracts maintenance times X of main bodies of all production equipment acquired by the data acquisition module and sequentially compares X with X0 to judge whether to replace the production equipment or update the production equipment;
if X is less than or equal to X0, the central control unit judges that the maintenance times X of the main body of the production equipment are qualified and extracts the residual service life Na of the production equipment with the qualified maintenance times X;
if X is more than X0, the central control unit judges that the maintenance times X of the main body of the production equipment are not qualified and extracts the service life Nb of the production equipment with unqualified maintenance times X.
According to the invention, when the central control unit judges that the enterprise operation shows the descending trend, the central control unit judges whether the enterprise operation shows the descending trend due to the production descending caused by serious aging of the production equipment from the maintenance times of the main body of the production equipment, so that the situation that the enterprise operation is not improved according to the corresponding operation state of the enterprise can be effectively avoided, the effect after improvement is inferior to that before improvement, and the improvement effect is further improved.
Specifically, the production equipment type acquired by the data acquisition module of the central control unit is provided with the lowest production equipment service life Nmin, and when the central control unit judges that the main body maintenance times X of the production equipment are qualified, the central control unit extracts the remaining service life Na of the production equipment with the qualified main body maintenance times X and judges and improves the Na and the Nmin;
if Na is larger than Nmin, the central control unit judges that depreciation updating is needed for the class;
if Na is less than or equal to Nmin, the central control unit judges that the production equipment needs to be scrapped and replaced;
when the central control unit judges that the main body maintenance times X of the production equipment are not qualified, the central control unit extracts the residual service life Nb of the production equipment with the unqualified maintenance times X and judges the Nb and Nmin to improve the scheme;
if Nb is larger than Nmin, the central control unit judges that the Nb of the residual service life of the production equipment is qualified and extracts the error reporting times of the production equipment;
if Nb is less than or equal to Nmin, the central control unit judges that the production equipment needs to be subjected to depreciation replacement.
According to the invention, the central control unit is used for extracting the residual service life of the production equipment and determining the enterprise improvement scheme according to the residual service life of the production equipment, so that the situation that the production equipment is not required to be updated or scrapped to be replaced when the production equipment is replaced can be effectively avoided, the enterprise operation collapse is caused when the effect after improvement is inferior to that before improvement in the later stage of improvement, and the improvement effect is further improved.
Specifically, when the central control unit determines that the production equipment needs to be subjected to depreciation replacement, the central control unit counts the total number Y of marked production equipment to determine the total replacement cost Kb and the total depreciation cost Ka of the production equipment, calculates the actual replacement cost K according to Ka and Kb, compares K with the flowing cost Fmax to determine a replacement mode, and sets Ka=Y×T/(X+N), wherein T is the initial purchase cost of the production equipment, and K=Kb-Ka;
if K is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the requirement of uniform replacement;
and if K is more than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and sequentially changes according to the residual service life N of the production equipment.
According to the invention, the total replacement cost and the depreciation cost of the production equipment are determined by the total number of marked production equipment through the central control unit, the actual replacement cost K is calculated according to Ka and Kb, and then the actual replacement cost K and the flow cost Fmax are compared, judged and the replacement mode is determined, so that the problem that the improvement scheme in the early stage of improvement cannot be carried out due to insufficient flow cost when the production equipment is updated can be effectively avoided, and the improvement effect is further improved.
Specifically, the central control unit is provided with a maximum production equipment error reporting number Cmax; when the central control unit judges that skill training is required to be carried out on workers, the central control unit extracts the error reporting times C of the production equipment in the single production day acquired by the data acquisition module and compares C with Cmax to judge the improvement direction;
if C is less than or equal to Cmax, the central control unit judges that the production equipment is bad in environment and improves the environment;
if C > Cmax, the central control unit judges that the staff needs to carry out corresponding skill training;
according to the invention, the central control unit is used for extracting the error reporting times of the production equipment in a single production day acquired by the data acquisition module, and comparing and judging the improvement direction of the error reporting times of the production equipment with the maximum error reporting times of the production equipment, so that the production equipment yield after corresponding skill training of workers can be effectively avoided to be the same as that before improvement, thereby wasting enterprise time and enterprise cost and further improving the improvement effect.
Thus far, the technical solution of the present invention has been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of protection of the present invention is not limited to these specific embodiments. Equivalent modifications and substitutions for related technical features may be made by those skilled in the art without departing from the principles of the present invention, and such modifications and substitutions will be within the scope of the present invention.
The foregoing description is only of the preferred embodiments of the invention and is not intended to limit the invention; various modifications and variations of the present invention will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. An intelligent community management system, comprising:
the data acquisition module is used for acquiring annual history data of enterprises and annual history data of enterprises in the same industry;
the data processing module is connected with the data acquisition module and used for processing and storing the data acquired by the data acquisition module; the data processing module comprises a storage unit and a central control unit; the storage unit is used for storing the data acquired by the data acquisition module, the central control unit is used for analyzing or deciding the data acquired by the data acquisition module, when the client information is acquired, the central control unit compares and judges the enterprise operation state according to the enterprise annual historical data acquired by the data acquisition module, and if the central control unit judges that the enterprise operation is in a horizontal stable trend, the central control unit determines the improvement direction of the enterprise according to the maintenance times of the main body of the production equipment acquired by the data acquisition module and the current work results of each employee; if the central control unit judges that the enterprise operation shows a descending trend, the central control unit determines an enterprise improvement direction according to the main maintenance value acquired by the data acquisition module and the error reporting times of the production equipment in a single production day;
And the data display module is used for displaying the data processed by the data processing module.
2. The intelligent community management system according to claim 1, wherein the data acquisition module acquires the annual historical data of the enterprise to determine a annual production average value S0, and when the client information is acquired, the central control unit compares the annual production value S of the enterprise acquired by the data acquisition module with the current annual production average value S0 to determine whether to improve the operation state of the enterprise;
if S is more than S0, the central control unit judges that the enterprise operation is in an ascending trend and does not improve;
if s=s0, the central control unit determines that the enterprise operation is in a horizontal stable trend and needs to be improved, counts the production capacity of the enterprise using the same type of production equipment in unit time, and determines whether to update the production equipment or train staff;
if S is less than S0, the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, and judges whether to replace production equipment or improve environment according to the maintenance times of the main bodies of the production equipment acquired by the data acquisition module.
3. The intelligent community management system according to claim 2, wherein when the central control unit determines that the operation of the enterprise is in a horizontal stable trend and needs to be improved, the central control unit counts the production L0 of the enterprise using the same type of production equipment in a unit time, compares L0 with the production L of the enterprise using the enterprise production equipment in the unit time, and determines the improvement direction for the enterprise according to the comparison result;
If L is more than or equal to L0, the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified and further detects the work performance of each employee in the enterprise;
if L is less than L0, the central control unit judges that the production capacity L of the production equipment of the enterprise in unit time is not qualified and controls the data acquisition module to acquire the quantity of the production equipment of the enterprise to be updated.
4. The intelligent community management system according to claim 3, wherein the central control unit is provided with a preset employee work performance Q0; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is qualified, the central control unit extracts the total number N of the enterprise workers, sequentially extracts actual work results Qi of each worker acquired by the data acquisition module according to the total number N of the enterprise workers, sequentially compares the Qi with a preset worker work result Q0 to judge whether to train the workers, and sets i=1, 2 and 3 … N; the central control unit is provided with a maximum effect difference delta Qmax according to the total number N of the enterprise workers;
if the Qi is more than or equal to Q0, the central control unit judges that the work performance of the employee is qualified;
if Qi is less than Q0, the central control unit determines that the employee performance is not qualified, calculates a performance difference Δqi, compares Δqi with a preset Δqmax, calculates the number of employees N1a of Δqi < [ Δqmax ] and the number of employees N1b of Δqi ≡Δqmax, and sets Δqi=q0-Qi by comparing and determining improvement modes of N1a and N1b with N;
If N1a is less than or equal to N/3 and N1b is less than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range, interviews the staff in sequence and temporarily adjusts the work of the staff according to interview results;
if N1a is larger than N/3 and N1b is smaller than or equal to N/3, the central control unit judges that the work performance of the staff is in a controllable range and sequentially carries out psychological coaching on the staff;
if N1a is less than or equal to N/3 and N1b is more than N/3, the central control unit judges that the working performance of the staff is a controllable range and adjusts the work of the staff according to the fluctuation of the working performance of the staff;
if N1a is larger than N/3, N1b is larger than N/3 and N1a is larger than N1b, the central control unit judges that the number of workers N1a of DeltaQi < DeltaQmaxis excessive and unified skill training is needed;
if N1a is more than N/3, N1b is more than N/3 and N1a is less than N1b, the central control unit judges that the number of workers N1b with DeltaQi being more than or equal to DeltaQmax is excessive, psychological counseling is sequentially carried out, and the positions or wages of the workers are regulated according to the counseling result.
5. The intelligent community management system of claim 4, wherein the central control unit determines a maximum streaming cost Fmax from the financial data collected by the data collection module; when the central control unit judges that the production capacity L of the enterprise production equipment in unit time is not qualified, the central control unit determines the total update cost F of the production equipment through the enterprise update production equipment quantity S acquired by the data acquisition module and compares F with Fmax to judge an update mode;
If F is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the unified updating requirement;
and if F is more than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and adjusts the updated quantity of the production equipment.
6. The intelligent community management system according to claim 5, wherein when the central control unit determines that the flow cost Fmax is insufficient and adjusts the number of updated production facilities, the central control unit calculates a cost difference Δf between F and Fmax and adjusts the number of updated production facilities S of the enterprise; setting Δf=f-Famx; the central control unit is provided with a first expense difference delta F1, a second expense difference delta F2, a first updated production equipment quantity adjusting coefficient alpha 1, a second updated production equipment quantity adjusting coefficient alpha 2 and a third updated production equipment quantity adjusting coefficient alpha 3; wherein DeltaF1 < DeltaF2, 0 < alpha 1 < alpha 2 < alpha 3 < 1;
when DeltaF is less than or equal to DeltaF 1, the central control unit uses a first updated production equipment quantity adjustment coefficient alpha 1 to adjust the updated production equipment quantity S;
when DeltaF 1 < DeltaF2 is less than or equal to DeltaF 2, the central control unit uses a second updated production equipment quantity adjustment coefficient alpha 2 to adjust the updated production equipment quantity S;
When DeltaF > DeltaF2, the central control unit uses a third updated production equipment quantity adjustment coefficient alpha 3 to adjust the updated production equipment quantity S;
when the central control unit uses the j-th updated production equipment quantity adjustment coefficient alpha j to adjust the updated production equipment quantity S, j=1, 2 and 3 are set, and the adjusted updated production equipment quantity is recorded as S' =S×alpha j; and when the central control unit completes the adjustment of the updated production equipment quantity S ', the central control unit determines the production equipment updating times E according to the updated production equipment quantity S'.
7. The intelligent community management system according to claim 6, wherein the central control unit is provided with a production equipment main body maintenance value X0; when the central control unit judges that the enterprise operation shows a descending trend and needs to be improved, the central control unit extracts maintenance times X of main bodies of all production equipment acquired by the data acquisition module and sequentially compares X with X0 to judge whether to replace the production equipment or update the production equipment;
if X is less than or equal to X0, the central control unit judges that the maintenance times X of the main body of the production equipment are qualified and extracts the residual service life Na of the production equipment with the qualified maintenance times X;
if X is more than X0, the central control unit judges that the maintenance times X of the main body of the production equipment are not qualified and extracts the service life Nb of the production equipment with the unqualified maintenance times X.
8. The intelligent community management system according to claim 7, wherein the production equipment type collected by the central control unit through the data collection module is provided with a minimum production equipment service life Nmin, and when the central control unit judges that the main body maintenance times X of the production equipment are qualified, the central control unit extracts the remaining service life Na of the production equipment with the qualified main body maintenance times X and compares Na with Nmin to judge an improvement scheme;
if Na is larger than Nmin, the central control unit judges that depreciation updating is needed to be carried out on the production equipment;
if Na is less than or equal to Nmin, the central control unit judges that the production equipment needs to be scrapped and replaced;
when the central control unit judges that the main body maintenance times X of the production equipment are not qualified, the central control unit extracts the service life Nb of the production equipment with the unqualified main body maintenance times X and compares the Nb with Nmin to judge an improvement scheme;
if Nb is larger than Nmin, the central control unit judges that the service life of the production equipment is Nb qualified and extracts the error reporting times of the production equipment;
if Nb is less than or equal to Nmin, the central control unit judges that the production equipment needs to be subjected to depreciation replacement.
9. The intelligent community management system according to claim 8, wherein when the central control unit determines that the production equipment needs to be subjected to depreciation replacement, the central control unit counts the total number Y of marked production equipment to determine a total replacement cost Kb and a total depreciation cost Ka of the production equipment, calculates an actual replacement cost K according to Ka and Kb, and compares K with a flowing cost Fmax to determine a replacement mode, and sets ka=y×t/(x+n), T being an initial purchase cost of the production equipment, k=kb-Ka;
If K is smaller than Fmax, the central control unit judges that the flow cost Fmax meets the requirement of uniform replacement;
and if K is more than or equal to Fmax, the central control unit judges that the flow cost Fmax is insufficient and sequentially changes according to the residual service life N of the production equipment.
10. The intelligent community management system according to claim 9, wherein the central control unit is provided with a maximum number of production equipment errors Cmax; when the central control unit judges that skill training is required to be carried out on workers, the central control unit extracts the error reporting times C of the production equipment in the single production day acquired by the data acquisition module and compares the error reporting times C with Cmax to judge the improvement direction;
if C is less than or equal to Cmax, the central control unit judges that the production equipment is bad in environment and improves the environment;
and if C > Cmax, the central control unit judges that the staff needs to carry out corresponding skill training.
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