A municipal engineering construction work order management method and system

Abstract

The present invention relates to a municipal engineering construction work order management method and system, which automatically processes received engineering information to generate maintenance work orders, and their corresponding issuance strategies and execution strategies, and monitors the construction process according to the execution strategies; thereby, automated monitoring of work orders is achieved, and different issuance and execution strategies are generated for different work orders, thereby improving the adaptability of work order processing; further, the present invention also achieves matching of work orders and construction personnel through the refinement of work order information and manual information, thereby achieving refined management of work orders and construction personnel; further, an effective process monitoring scheme and a post-construction monitoring and early warning method are formulated, and by closely combining the level of construction personnel with monitoring and early warning, the work efficiency of construction personnel is effectively guaranteed, and the quality of the project is improved.

Description

Technical Field

[0001] The invention relates to a municipal engineering construction work order management method and system. Background Art

[0002] Municipal engineering projects include road projects, rainwater projects, sewage projects, power pipeline projects, etc. Different projects have different management methods. The current management method is usually that when relevant problems occur, the relevant personnel will alarm, and when the data center receives the alarm, it will generate a maintenance work order, manually determine the status of each construction worker, and then select the appropriate personnel to execute the maintenance work order based on the status of the construction worker. After receiving the maintenance work order, the maintenance personnel will perform the maintenance work and notify the relevant departments to conduct quality inspection after the construction is completed, thereby realizing the acceptance of the project. If there are any problems later, maintenance will be carried out again according to the alarm information.

[0003] It can be seen that the entire process in the existing technology involves manual alarm triggering and manual selection, and lacks an effective work order automation management solution. It is impossible to carry out targeted processing based on the characteristics and types of work orders. The construction process cannot guarantee the rationality of the project progress, and there is no reasonable supervision method. Summary of the invention

[0004] In order to solve the problems existing in the prior art, the present invention provides a municipal engineering construction work order management method and system.

[0005] The technical solution adopted by the present invention to solve its technical problem is:

[0006] A municipal engineering construction work order management system, the management system comprising:

[0007] Receiving terminal, used for receiving municipal engineering information;

[0008] A work order determination device, used to generate work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type;

[0009] The data center determines a work order issuance strategy and a work order execution strategy based on the work order information;

[0010] The monitoring equipment monitors the construction process according to the execution strategy of the work order.

[0011] Wherein, the determining of the work order issuing strategy according to the work order information includes: confirming the work order level according to the work order information, and selecting the construction personnel;

[0012] Wherein, confirming the work order level according to the work order information includes:

[0013] Obtain the type coefficient m, location D, impact Q, and occurrence time t of the project from the work order information;

[0014] Get the status Z of the construction worker,

[0015] Determine the level of the work order according to the type coefficient m, location D, impact Q, occurrence time t, and status Z of the construction personnel;

[0016] The impact degree Q is determined according to the size S of the affected population and the average construction time T.

[0017] The step of determining the level W of the work order according to the type coefficient m, the location D, the impact Q, the time of occurrence t, and the state Z of the construction personnel specifically includes:

[0018] Calculate the status Z of the construction workers according to the number of construction workers, the amount of tasks, and the construction time;

[0019] Determine the level W of the work order according to the type coefficient m, the location D (Dx, Dy), the impact Q, the time of occurrence t, and the state Z of the construction personnel;

[0020] Where W = ∑(Zi*m*Q / ((D x -D zix ) 2 +(D y -D ziy ) 2 )). D zix , D ziy are the position coordinates of construction worker i respectively.

[0021] Among them, the execution strategy of the work order includes personnel supervision and construction quality monitoring strategy;

[0022] The monitoring strategy includes: obtaining the construction status of construction personnel, project progress, material information, and equipment operation status in real time;

[0023] Determine the work information and project information of the construction personnel according to the construction status, project progress, material information, and equipment operation status;

[0024] Determining the execution status of the work order according to the work information and the engineering information;

[0025] Determine whether there is an abnormality according to the execution status of the work order.

[0026] The execution strategy of the work order also includes a project monitoring strategy after the construction is completed;

[0027] The monitoring strategy includes: obtaining work order information and maintenance information;

[0028] Determine an early warning strategy based on the work order information and maintenance information;

[0029] Monitor according to the early warning strategy;

[0030] The engineering measurement value is determined according to the monitoring result, and the abnormal information and the maintenance level of the maintenance personnel are updated according to the engineering measurement value.

[0031] The present invention also provides a municipal engineering construction work order management method, the method comprising:

[0032] The receiving terminal receives the municipal engineering information;

[0033] The work order determination device generates work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type;

[0034] The data center determines a work order issuance strategy and a work order execution strategy based on the work order information;

[0035] The monitoring equipment monitors the construction process according to the execution strategy of the work order.

[0036] The beneficial effect of the present invention is that the municipal engineering construction work order management method and system provided by the present invention automatically processes the received engineering information to generate a maintenance work order, and its corresponding issuance strategy and execution strategy, and monitors the construction process according to the execution strategy; thereby, automatic monitoring of the work order is realized, and different issuance and execution strategies are generated for different work orders, thereby improving the adaptability of work order processing; further, the present invention also achieves the matching of work orders and construction personnel by refining work order information and manual information, and realizes the refined management of work orders and construction personnel; further, an effective process monitoring plan and a post-construction monitoring and early warning method are formulated, and by closely combining the construction personnel level with the monitoring and early warning, the work efficiency of the construction personnel is effectively guaranteed and the engineering quality is improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0038] Figure 1 is a system schematic diagram of a preferred embodiment of the present invention;

[0039] Figure 2 It is a method flow chart of a preferred embodiment of the present invention. DETAILED DESCRIPTION

[0040] The present invention will now be described in further detail with reference to the accompanying drawings. These drawings are simplified schematic diagrams, which only illustrate the basic structure of the present invention in a schematic manner, and therefore only show the components related to the present invention.

[0041] like Figure 1 As shown, the present invention provides a municipal engineering construction work order management system, wherein the receiving terminal is connected to the work order determination device and / or the data center, and the monitoring device is connected to the data center. According to the actual functional configuration, the work order determination device can also exist independently of the data center or be built into the data center. The management system includes:

[0042] Receiving terminal, used for receiving municipal engineering information;

[0043] A work order determination device, used to generate work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type;

[0044] The data center determines a work order issuance strategy and a work order execution strategy based on the work order information;

[0045] The monitoring equipment monitors the construction process according to the execution strategy of the work order.

[0046] Through the setting of the monitoring system, automatic monitoring of work orders is realized. At the same time, different issuance and execution strategies are generated for different work orders, which improves the adaptability of work order processing.

[0047] Further, the determining of the work order issuing strategy according to the work order information includes: confirming the work order level according to the work order information, and selecting the construction personnel;

[0048] Further, confirming the work order level according to the work order information includes:

[0049] Obtain the type coefficient m, location D, impact Q, and occurrence time t of the project from the work order information;

[0050] Get the status Z of the construction worker,

[0051] Determine the level of the work order according to the type coefficient m, location D, impact Q, occurrence time t, and status Z of the construction personnel;

[0052] The impact degree Q is determined according to the size S of the affected population and the average construction time T.

[0053] Further, the determining of the level W of the work order according to the type coefficient m, the location D, the impact Q, the time of occurrence t, and the state Z of the construction personnel specifically includes:

[0054] Calculate the status Z of the construction workers according to the number of construction workers, the amount of tasks, and the construction time;

[0055] Determine the level W of the work order according to the type coefficient m, location D (Dx, Dy), impact Q, time of occurrence t, and state Z of the construction personnel; and give priority to the work order with the largest W;

[0056] Where W = ∑(Zi*m*Q / ((D x -D zix ) 2 +(D y -D ziy ) 2 )). D zix , D ziy are the position coordinates of construction worker i respectively.

[0057] Furthermore, the state of construction worker i is composed of the number of construction workers n, the average task volume k, and the current task volume k of construction worker i. i and the last construction time T i Sure.

[0058]

[0059] T max 、T min are the maximum and minimum construction duration, n 空 is the number of currently idle construction workers.

[0060] Impact degree Q = S*T; the impact degree Q is determined by the size S of the affected population and the average construction time T; the size S of the population can refer to the traffic volume, the number of people affected, etc.

[0061] Type coefficient m = Q*(1-V), where V is the abnormality rate after the project construction is completed.

[0062] Before issuing a work order, obtain the information uploaded by each construction worker based on the work order, where the uploaded information includes: estimated construction time T 施工 , current state Z, position (D zix , D ziy ), skill level L; calculate the weight R of each construction worker based on the information uploaded by each available construction worker;

[0063] Select appropriate personnel to perform work order tasks according to the weight R of the construction personnel;

[0064] further,

[0065]

[0066] Among them, (D x , D y ) is the construction location of the project specified in the work order; (D xmin , Dymin ) is the coordinate of the person closest to the construction location; T min is the estimated construction time of the personnel closest to the construction personnel, T now is the current time, a is the urgency coefficient of the work order; according to the different impacts of the work order, the greater the impact, the greater the coefficient; further, a=Q / Q avg ; Among them, Q avg It is the average of the impact of projects of the same type as the project indicated in the work order in the past period of time, which can be one month or one quarter. The skill level L can also be the quality evaluation value of completed projects, or the evaluation feedback of various projects, or the skill level of construction personnel (such as relevant professional or nationally recognized grade certificates, professional titles, etc.).

[0067] The weight of the person closest to the construction location

[0068] According to the weights of the construction workers, the worker with the largest weight R is selected to carry out the construction.

[0069] The construction workers took into account their location, time, skill level, impact, etc., thereby ensuring the timely handling of emergency projects, while also achieving refined arrangements for construction workers and improving work efficiency.

[0070] The above scheme can realize the classification of work orders and the sorting of construction personnel, so that work orders and construction personnel can be matched according to a pre-established matching strategy, wherein the matching strategy can be a one-to-one allocation according to the order of grade and construction, or it can be to arrange the construction personnel in sequence according to the grade of the work order, that is, after each work order is completed, the next work order is allocated, or a combination of the two methods can be used for comprehensive consideration.

[0071] Furthermore, the execution strategy of the work order includes personnel supervision and construction quality monitoring strategies;

[0072] The monitoring strategy includes: obtaining the construction status of construction personnel, project progress, material information, and equipment operation status in real time;

[0073] Determine the work information and project information of the construction personnel according to the construction status, project progress, material information, and equipment operation status;

[0074] Determining the execution status of the work order according to the work information and the engineering information;

[0075] Determine whether there is an abnormality according to the execution status of the work order.

[0076] Further, determining the work information of the construction personnel includes: determining the ratio of the working hours to the rest hours of the personnel; when the ratio of the working hours to the rest hours is not within a prescribed range, an abnormal reminder is issued, thereby preventing the construction personnel from overworking and preventing the workers from being passive and lazy;

[0077] Determine the ratio of construction progress and warning construction duration; when the ratio deviation of the construction is not within the prescribed range, issue an abnormal reminder.

[0078] Determine the consistency between material consumption and construction progress; when the ratio deviation of the material consumption is not within the specified range, issue an abnormal reminder.

[0079] Through the above-mentioned tracking and monitoring, the rationality of personnel working hours can be ensured, the progress of the project can be guaranteed, and precise control of material consumption can be achieved, which helps to improve the quality of the project.

[0080] Furthermore, the execution strategy of the work order also includes a project monitoring strategy after the construction is completed;

[0081] The monitoring strategy includes: obtaining work order information and maintenance information;

[0082] Determine an early warning strategy based on the work order information and maintenance information;

[0083] Monitor according to the early warning strategy;

[0084] The engineering measurement value is determined according to the monitoring result, and the abnormal information and the maintenance level of the maintenance personnel are updated according to the engineering measurement value.

[0085] Wherein, updating the abnormal information and the maintenance level of the maintenance personnel according to the engineering measurement value includes:

[0086] Determine the impact Q based on the work order information; determine the monitoring index P based on the maintenance information i And the corresponding metric value P i标 ; and duration of monitoring;

[0087] Determine the engineering measurement value F according to the impact and monitoring indicators;

[0088] Where F = Q*∑(P i / P i标); During the monitoring period, when F is less than the specified threshold, an early warning is issued, and the maintenance level of the maintenance personnel is updated according to the early warning information, such as a level reduction (such as -1); if no early warning information is received during the monitoring period, the maintenance level of the maintenance personnel is increased (such as +1). At the same time, the engineering abnormality is updated according to the above monitoring information, where the engineering abnormality is the number of early warnings / total number of projects; where the number of early warnings and the total number of projects refer to the number of early warnings and the total number of projects in the past period of time, such as the number of early warnings and the total number of projects in a quarter.

[0089] By formulating monitoring and early warning strategies during and after the construction process, the work efficiency of construction workers can be effectively improved, which can not only prevent workers from overworking, but also eliminate passive work slacking, and further improve the utilization rate of materials, thereby helping to improve construction quality.

[0090] Furthermore, based on the above management system, the present invention also provides a municipal engineering construction work order management method, such as Figure 2 As shown, the method includes:

[0091] The receiving terminal receives the municipal engineering information;

[0092] The work order determination device generates work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type;

[0093] The data center determines a work order issuance strategy and a work order execution strategy based on the work order information; and the monitoring device monitors the construction process based on the work order execution strategy.

[0094] The above management method realizes the automatic monitoring of work orders, and generates different issuing and execution strategies for different work orders, thereby improving the adaptability of work order processing.

[0095] Further, the determining of the work order issuing strategy according to the work order information includes: confirming the work order level according to the work order information, and selecting the construction personnel;

[0096] Further, confirming the work order level according to the work order information includes:

[0097] Obtain the type coefficient m, location D, impact Q, and occurrence time t of the project from the work order information;

[0098] Get the status Z of the construction worker,

[0099] Determine the level of the work order according to the type coefficient m, location D, impact Q, occurrence time t, and status Z of the construction personnel;

[0100] The impact degree Q is determined according to the size S of the affected population and the average construction time T.

[0101] Further, the determining of the level W of the work order according to the type coefficient m, the location D, the impact Q, the time of occurrence t, and the state Z of the construction personnel specifically includes:

[0102] Calculate the status Z of the construction workers according to the number of construction workers, the amount of tasks, and the construction time;

[0103] Determine the level W of the work order according to the type coefficient m, location D (Dx, Dy), impact Q, time of occurrence t, and state Z of the construction personnel; and give priority to the work order with the largest W;

[0104] Where W = ∑(Zi*m*Q / ((D x -D zix ) 2 +(D y -D ziy ) 2 )). D zix , D ziy are the position coordinates of construction worker i respectively.

[0105] Furthermore, the state of construction worker i is composed of the number of construction workers n, the average task volume k, and the current task volume k of construction worker i. i and the last construction time T i Sure.

[0106]

[0107] T max 、T min are the maximum and minimum construction duration, n 空 is the number of currently idle construction workers.

[0108] Impact degree Q = S*T; the impact degree Q is determined by the size S of the affected population and the average construction time T; the size S of the population can refer to the traffic volume, the number of people affected, etc.

[0109] Type coefficient m = Q*(1-V), where V is the abnormality rate after the project construction is completed.

[0110] Before issuing a work order, obtain the information uploaded by each construction worker based on the work order, where the uploaded information includes: estimated construction time T 施工 , current state Z, position (D zix , D ziy ), skill level L;

[0111] Calculate the weight R of each construction worker based on the information uploaded by each available construction worker;

[0112] Calculate the weight R of each construction worker based on the information uploaded by each available construction worker;

[0113] Select appropriate personnel to perform work order tasks according to the weight R of the construction personnel;

[0114]

[0115] Among them, (D x , D y ) is the construction location of the project specified in the work order; (D xmin , D ymin ) is the coordinate of the person closest to the construction location; T min is the estimated construction time of the personnel closest to the construction personnel, T now is the current time, a is the urgency coefficient of the work order; according to the different impacts of the work order, the greater the impact, the greater the coefficient; further, a=Q / Q avg ; Among them, Q avg It is the average impact of projects of the same project type as that indicated by the work order in the past period of time. The period of time can be one month or one quarter.

[0116] The weight of the person closest to the construction location

[0117] According to the weights of the construction workers, the worker with the largest weight R is selected to carry out the construction.

[0118] The construction workers took into account their location, time, skill level, impact, etc., thereby ensuring the timely handling of emergency projects, while also achieving refined arrangements for construction workers and improving work efficiency.

[0119] The above scheme can realize the classification of work orders and the sorting of construction personnel, so that work orders and construction personnel can be matched according to a pre-established matching strategy, wherein the matching strategy can be a one-to-one allocation according to the order of grade and construction, or it can be to arrange the construction personnel in sequence according to the grade of the work order, that is, after each work order is completed, the next work order is allocated, or a combination of the two methods can be used for comprehensive consideration.

[0120] Furthermore, the execution strategy of the work order includes personnel supervision and construction quality monitoring strategies;

[0121] The monitoring strategy includes: obtaining the construction status of construction personnel, project progress, material information, and equipment operation status in real time;

[0122] Determine the work information and project information of the construction personnel according to the construction status, project progress, material information, and equipment operation status;

[0123] Determining the execution status of the work order according to the work information and the engineering information;

[0124] Determine whether there is an abnormality according to the execution status of the work order.

[0125] Further, determining the work information of the construction personnel includes: determining the ratio of the working hours to the rest hours of the personnel; when the ratio of the working hours to the rest hours is not within a prescribed range, an abnormal reminder is issued, thereby preventing the construction personnel from overworking and preventing the workers from being passive and lazy;

[0126] Determine the ratio of construction progress and warning construction duration; when the ratio deviation of the construction is not within the prescribed range, issue an abnormal reminder.

[0127] Determine the consistency between material consumption and construction progress; when the ratio deviation of the material consumption is not within the specified range, issue an abnormal reminder.

[0128] Through the above-mentioned tracking and monitoring, the rationality of personnel working hours can be ensured, the progress of the project can be guaranteed, and precise control of material consumption can be achieved, which helps to improve the quality of the project.

[0129] Furthermore, the execution strategy of the work order also includes a project monitoring strategy after the construction is completed;

[0130] The monitoring strategy includes: obtaining work order information and maintenance information;

[0131] Determine an early warning strategy based on the work order information and maintenance information;

[0132] Monitor according to the early warning strategy;

[0133] The engineering measurement value is determined according to the monitoring result, and the abnormal information and the maintenance level of the maintenance personnel are updated according to the engineering measurement value.

[0134] Wherein, updating the abnormal information and the maintenance level of the maintenance personnel according to the engineering measurement value includes:

[0135] Determine the impact Q based on the work order information; determine the monitoring index P based on the maintenance information i And the corresponding metric value P i标 ; and duration of monitoring;

[0136] Determine the engineering measurement value F according to the impact and monitoring indicators;

[0137] Where F = Q*∑(P i / Pi标 ); During the monitoring period, when F is less than the specified threshold, an early warning is issued, and the maintenance level of the maintenance personnel is updated according to the early warning information, such as a level reduction (such as -1); if no early warning information is received during the monitoring period, the maintenance level of the maintenance personnel is increased (such as +1). At the same time, the engineering abnormality is updated according to the above monitoring information, where the engineering abnormality is the number of early warnings / total number of projects; where the number of early warnings and the total number of projects refer to the number of early warnings and the total number of projects in the past period of time, such as the number of early warnings and the total number of projects in a quarter.

[0138] By formulating monitoring and early warning strategies during and after the construction process, the work efficiency of construction workers can be effectively improved, which can not only prevent workers from overworking, but also eliminate passive work slacking, and further improve the utilization rate of materials, thereby helping to improve construction quality.

[0139] The beneficial effect of the present invention is that the municipal engineering construction work order management method and system provided by the present invention automatically processes the received engineering information to generate a maintenance work order, and its corresponding issuance strategy and execution strategy, and monitors the construction process according to the execution strategy; thereby, automatic monitoring of the work order is realized, and different issuance and execution strategies are generated for different work orders, thereby improving the adaptability of work order processing; further, the present invention also achieves the matching of work orders and construction personnel by refining work order information and manual information, and realizes the refined management of work orders and construction personnel; further, an effective process monitoring plan and a post-construction monitoring and early warning method are formulated, and by closely combining the construction personnel level with the monitoring and early warning, the work efficiency of the construction personnel is effectively guaranteed and the engineering quality is improved.

[0140] Based on the above ideal embodiments of the present invention, the relevant staff can make various changes and modifications without departing from the technical concept of the present invention through the above description. The technical scope of the present invention is not limited to the contents of the specification, and its technical scope must be determined according to the scope of the claims.

Claims

1. A municipal engineering construction work order management system, characterized in that: The management system comprises: Receiving terminal, used for receiving municipal engineering information; A work order determination device, used to generate work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type; The data center determines a work order issuance strategy and a work order execution strategy based on the work order information; Monitoring equipment to monitor the construction process according to the execution strategy of the work order; The execution strategy of the work order includes the engineering monitoring strategy after the construction is completed; The monitoring strategy includes: obtaining work order information and maintenance information; Determine an early warning strategy based on the work order information and maintenance information; Monitor according to the early warning strategy; Determine the engineering measurement value according to the monitoring result, and update the engineering abnormality and the maintenance level of the maintenance personnel according to the engineering measurement value; Wherein, updating the engineering abnormality and the maintenance level of the maintenance personnel according to the engineering metric value includes: Determine the impact Q based on the work order information; determine the monitoring index P based on the maintenance information i And the corresponding metric value P i标 ; and duration of monitoring; Determine the engineering measurement value F according to the impact and monitoring indicators; Where F = Q*∑(P i / P i标 ); within the monitoring period, when F is less than the specified threshold, an early warning is issued, and the maintenance level of the maintenance personnel is lowered according to the early warning information; within the monitoring period, if no early warning information is received, the maintenance level of the maintenance personnel is increased; at the same time, the project abnormality is updated according to the monitoring information, wherein the project abnormality is the number of early warnings / the total number of projects; wherein the number of early warnings and the total number of projects refer to the number of early warnings and the total number of projects in the past period of time; the impact degree Q = S*T; the impact degree Q is determined according to the size S of the affected population and the average construction time T.

2. A municipal engineering construction work order management method, characterized in that: The method comprises: The receiving terminal receives the municipal engineering information; The work order determination device generates work order information according to the municipal engineering information, wherein the work order information includes a work order level and a municipal engineering type; The data center determines a work order issuance strategy and a work order execution strategy based on the work order information; The monitoring device monitors the construction process according to the execution strategy of the work order; The execution strategy of the work order includes the engineering monitoring strategy after the construction is completed; The monitoring strategy includes: obtaining work order information and maintenance information; Determine an early warning strategy based on the work order information and maintenance information; Monitor according to the early warning strategy; Determine the engineering measurement value according to the monitoring result, and update the engineering abnormality and the maintenance level of the maintenance personnel according to the engineering measurement value; Wherein, updating the engineering abnormality and the maintenance level of the maintenance personnel according to the engineering metric value includes: Determine the impact Q based on the work order information; determine the monitoring index P based on the maintenance information i And the corresponding metric value P i标 ; and duration of monitoring; Determine the engineering measurement value F according to the impact and monitoring indicators; Where F = Q*∑(P i / P i标 ); within the monitoring period, when F is less than the specified threshold, an early warning is issued, and the maintenance level of the maintenance personnel is lowered according to the early warning information; within the monitoring period, if no early warning information is received, the maintenance level of the maintenance personnel is increased; at the same time, the project abnormality is updated according to the monitoring information, wherein the project abnormality is the number of early warnings / the total number of projects; wherein the number of early warnings and the total number of projects refer to the number of early warnings and the total number of projects in the past period of time; the impact degree Q = S*T; the impact degree Q is determined according to the size S of the affected population and the average construction time T.

Images