CN113657630A - Intelligent operation and maintenance management system and method for urban pipe gallery - Google Patents
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Abstract
The invention belongs to the technical field of management of pipe galleries, and particularly relates to an intelligent operation and maintenance management system and method for an urban pipe gallery, wherein the system comprises an inspection end, a management end, a background end and a maintenance end; the background end comprises a storage unit, a distribution unit and a processing unit; the storage unit is internally stored with an inspection schedule, and the inspection schedule comprises inspection time, inspection places and inspection personnel; the distribution unit is used for sending the inspection information to the corresponding inspection end according to the inspection scheduling table; the inspection end comprises a recording unit, and is used for receiving the inspection information, inputting an inspection result and sending the inspection result to the background end; the processing unit is used for generating a maintenance work order and sending a processing signal to the management end when the routing inspection result is abnormal; the management terminal comprises an assignment unit used for receiving the processing signal, selecting the processed maintenance personnel and sending maintenance information to the corresponding maintenance terminal. This application can effectively promote the stability of piping lane maintenance efficiency, guarantees the orderliness of fortune dimension management.
Description
Technical Field
The invention belongs to the technical field of management of pipe galleries, and particularly relates to an intelligent operation and maintenance management system and method for an urban pipe gallery.
Background
The city pipe gallery is a tunnel space built underground in a city, and is a structure and accessory facilities integrating electric power, communication, gas, heat supply, water supply and drainage and various engineering pipelines. The construction process is beneficial to improving the comprehensive bearing capacity and the urbanization development quality of cities, increasing the effective investment of public products, pulling the social capital investment and creating new power for economic development.
Because city piping lane's meaning is significant, in order to guarantee the normal operating of piping lane, its fortune after establishing maintenance management needs special attention. The piping lane is at the fortune dimension in-process, in order to guarantee the safety and the stability of piping lane fortune dimension, the testing data of various equipment, instrument must be real-time and accurate, just can effectively guarantee the safe effective operation of piping lane, when these equipment and instrument testing data are inaccurate or when the deviation appears, will mislead piping lane fortune dimension personnel to make the erroneous judgement, will produce dangerous consequence when serious. Therefore, regular inspection and maintenance of the equipment are of great importance, and only by ensuring stable operation of the equipment and the instrument and ensuring accuracy and precision of detection data, the safe and stable operation and maintenance of the pipe gallery can be effectively ensured.
Among the prior art, when patrolling and examining the piping lane, arrange the personnel of patrolling and examining to patrolling and examining the region usually to carry out the patrol and examine, and carry out the record to the result of patrolling and examining, when the discovery exists unusually, arrange the maintenance personal by the managers and go to maintain. The management of the whole process is counted and recorded by a manager.
In such management, the recording styles of different managers are different, so that the management modes are scattered, and the situations of missing and wrong notes are easy to occur. Besides, in the existing management mode, the management before each link is not systematic, the maintenance efficiency is difficult to guarantee when abnormality exists, and the root link with the problem is difficult to find when the abnormality exists in routing inspection. The current operation and maintenance management lacks orderliness as a whole.
Disclosure of Invention
The invention aims to provide an intelligent operation and maintenance management system for an urban pipe gallery, which can effectively improve the stability of the maintenance efficiency of the pipe gallery and ensure the orderliness of operation and maintenance management.
The basic scheme provided by the invention is as follows:
the intelligent operation and maintenance management system for the urban pipe gallery comprises an inspection end, a management end, a background end and a maintenance end;
the background end comprises a storage unit, a distribution unit and a processing unit; the storage unit is internally stored with an inspection schedule, and the inspection schedule comprises inspection time, inspection places and inspection personnel; the distribution unit is used for sending the inspection information to the corresponding inspection end according to the inspection scheduling table; the inspection end comprises a recording unit, and is used for receiving the inspection information, inputting an inspection result and sending the inspection result to the background end; the processing unit is used for generating a maintenance work order and sending a processing signal to the management end when the routing inspection result is abnormal; the management end comprises an assignment unit used for selecting the treated maintenance personnel after receiving the treatment signal and sending maintenance information to the corresponding maintenance end; the maintenance end comprises an uploading unit, and the uploading unit is used for inputting corresponding maintenance results and application for settlement after receiving the maintenance information and sending the maintenance results and the application for settlement to the background end; the management unit further comprises a checking unit used for checking the maintenance result and the application of the end case, and is also used for carrying out the end case of the maintenance work order.
Basic scheme theory of operation and beneficial effect:
by using the system, a manager can store the inspection scheduling table in the storage unit. The distribution unit can automatically send the inspection information to the corresponding inspection end according to the inspection scheduling table. In this way, the automation and the orderliness of routing inspection arrangement can be ensured.
When the inspection personnel inspect according to the inspection information, the inspection result can be recorded by the recording unit. If the inspection personnel find the abnormity during inspection, namely, when the inspection result is abnormal, the processing unit can generate a maintenance work order and send a processing signal to the management terminal, so that the management personnel can know the condition. The manager can select proper maintenance personnel through the assignment unit according to the content of the work order and send maintenance information to the corresponding maintenance end. After the maintenance personnel know the maintenance information through the maintenance end, the maintenance personnel can go forward to maintain, and upload the result of maintenance through uploading the unit after the maintenance, if the maintenance is accomplished, can also send the application of coming to an end of a case simultaneously. And the manager checks the maintenance result through the checking unit, can know the maintenance condition, and can finalize the corresponding maintenance work order according to the finalized application if the maintenance result meets the requirement.
Through the process, when the inspection result is abnormal, the system can automatically generate the corresponding work order, and the manager checks the corresponding maintenance result and then finishes the work order. An overhaul closed loop is formed, and the stability of maintenance efficiency can be ensured. Meanwhile, according to the management mode, from the previous planning, routing inspection, subsequent maintenance and settlement, each link has corresponding records, and the orderliness of operation and maintenance management of the pipe gallery can be guaranteed.
To sum up, this application can effectively promote the stability of piping lane maintenance efficiency, guarantees the orderliness of fortune dimension management.
Further, an electronic map of the pipe gallery and the shortest routing inspection time and the longest routing inspection time of each routing inspection position are stored in the storage unit; the positioning end is used for acquiring the positioning information of the inspection end and sending the positioning information to the background end; the processing unit is also used for analyzing the travel of the corresponding polling personnel according to the received positioning information, and if the actual time of a certain polling position exceeds the corresponding longest polling duration and the polling result of the position is normal, the processing unit marks a doubt; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information.
Has the advantages that: when the inspection is carried out, in order to ensure the efficiency and the quality of the inspection, inspection personnel need to be supervised, and if the inspection is carried out by using the cameras, on one hand, the number of the required cameras is large, the cost is high and the installation is troublesome; on the other hand, the pipe gallery and the equipment in the pipe gallery are complex, have more dead angles, and the supervision effect of the camera is not ideal. In this application, through the real-time location back that the end was patrolled and examined in the end of location end (like WIFI location or bluetooth location), carry out the stroke analysis by processing unit. Generally, the stay time of the patrol personnel at a certain patrol position is long, because the equipment of the patrol position is abnormal, abnormal condition collection is needed, if the actual time of the certain patrol position exceeds the corresponding longest patrol time, and the patrol result of the position is normal, the situation that the patrol personnel is careless when patrolling is possible is described, the situation is not favorable for ensuring the patrol efficiency, therefore, the processing unit marks the doubt, and the management personnel can conveniently perform comprehensive analysis and processing by combining other factors.
If the actual time of a certain inspection position is less than the corresponding shortest inspection time, it indicates that the inspection personnel does not completely inspect the equipment of the inspection position, and if the inspection position is abnormal, the abnormal condition cannot be processed in time. Therefore, the processing unit marks the position as a rechecking point, and generates rechecking information according to the rechecking point and sends the rechecking information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information. Therefore, places needing to be rechecked are collected and sent to the inspection personnel, and the distance needing to be traveled is possibly more, so that the impression of the inspection personnel can be enhanced, and the inspection personnel can pay attention to the working quality in the subsequent inspection work; besides, the continuity of the inspection work of the inspection personnel can not be damaged in the mode, if the inspection personnel can perform the inspection again every time a rechecking point is found, the work of the inspection personnel can become small, and the working state of the inspection personnel can be influenced.
Further, the inspection end comprises a smart phone loaded with the corresponding APP and a smart bracelet loaded with the corresponding APP; the intelligent bracelet is integrated with a reminding unit and a detection unit; the detection unit is used for detecting the fatigue value of the inspection personnel and sending the fatigue value to the background end;
the processing unit is also used for modifying the shortest routing inspection time length and the longest routing inspection time length of the current routing inspection position according to the fatigue value when the received fatigue value is larger than the first preset value and smaller than the second preset value; the processing unit is also used for sending a rest signal to the reminding unit when the received fatigue value is greater than or equal to a second preset value; the reminding unit is used for sending rest reminding after receiving the information signal.
Has the advantages that: the quality of the patrol inspection has little correlation with the mental state of the patrol inspection personnel, if the fatigue value of the patrol inspection personnel is greater than the first preset value and less than the second preset value, the fact that the patrol inspection personnel can continue to work at present but the working efficiency of the patrol inspection personnel is influenced to a certain extent indicates that the patrol inspection time of each patrol inspection position needs to be properly increased to ensure the patrol inspection quality of the patrol inspection personnel, and therefore the processing unit modifies the shortest patrol inspection time and the longest patrol inspection time of the current patrol inspection position according to the fatigue value. If the fatigue value of the patrol personnel is more than or equal to the second preset value, the current mental state of the patrol personnel is relatively fatigue, the patrol work is continued under the state, the condition of error or negligence easily occurs, and the detection on the corridor is not convenient to be accurate and comprehensive, so that the processing unit sends a reminding signal to enable the patrol personnel to have a rest. Through such mode, can guarantee the quality of patrolling and examining personnel.
Furthermore, the recording unit is integrated in the smart phone, and the smart phone is also integrated with a temporary display unit; the electronic map comprises the position of the rest area; the processing unit is further used for analyzing whether the polling personnel can complete the task of polling information before the fatigue value reaches a second preset value or not according to the change rule of the received fatigue value when the received fatigue value is larger than the first preset value, if not, the processing unit generates a temporary polling route according to the electronic map, the polling information and the current polling result and sends the temporary polling route to the temporary display unit, and the temporary polling route is a route towards a rest area; the temporary display unit is used for displaying after receiving the temporary routing inspection route.
Has the advantages that: when the fatigue value of the inspection personnel is larger than the first preset value, the processing unit can preset the subsequent change of the fatigue degree according to the change rule of the fatigue value, so that whether the inspection task can be completed before the fatigue value is larger than the second preset value or not can be predicted, and if the inspection task can be completed, the inspection task can be continued according to the own plan. If the routing inspection method cannot be used, the processing unit can generate a temporary routing inspection route according to the electronic map, the routing inspection information and the current routing inspection result (the current routing inspection position can be known according to the current routing inspection result), and the temporary routing inspection route is a route towards the rest area. And displaying through a temporary display unit.
Through the mode, although the first patrol personnel can restore some spirits through rest, the restoration degree of the patrol personnel is different from person to person, the patrol personnel cannot be guaranteed to quickly reach a full state through rest, and through the temporary patrol route, the patrol personnel can patrol a part of equipment which is not patrolled before rest, so that the workload of the patrol personnel after rest is reduced, and the overall efficiency is guaranteed; secondly, when the fatigue degree of the patrol personnel reaches a second preset value and needs to rest, the patrol personnel can walk a few ways as far as possible, arrive at a rest area as soon as possible for rest, reduce physical consumption caused by continuous walking, shorten the time of mental recovery and further ensure the overall efficiency.
Furthermore, after the reminding unit receives the information signal, the reminding unit carries out rest reminding in a vibration and voice mode.
Has the advantages that: the reminding mode can not only draw attention of the patrol personnel, but also enable the patrol personnel to know the reminding content, so that the patrol personnel can have a rest in time and the patrol quality is guaranteed.
Further, the storage unit is also used for storing the in-doubt mark; the processing unit is also used for analyzing the doubt marks, and if the number of the doubt marks corresponding to a certain inspection end in a preset time period is larger than a preset number, the processing unit generates a personnel supervision signal.
Has the advantages that: if the number of the doubt marks corresponding to a certain inspection end in the preset time period is larger than the preset number, the condition that the inspection result is normal but the inspection time is longer than the longest inspection time is often shown by the corresponding inspection personnel, or the working attitude of the inspection personnel has a problem or the working capacity of the inspection personnel has a problem, and in any case, the inspection personnel needs to pay attention, so that the processing unit generates a personnel supervision signal, and the management personnel can timely process the supervision signal.
Further, the processing unit is also used for sending the personnel supervision signal to the management terminal; the supervision signal comprises patrol inspection personnel information and corresponding doubt signal information.
Has the advantages that: the manager can know the specific situation conveniently, and the patrol personnel can reasonably communicate with the manager.
The application also provides a city piping lane wisdom fortune dimension management method, uses above-mentioned city piping lane wisdom fortune dimension management system, includes:
a routing inspection planning step, namely manufacturing a routing inspection scheduling table and storing the routing inspection scheduling table in a storage unit;
the routing inspection arrangement step, namely, routing inspection information to the corresponding routing inspection end according to the routing inspection arrangement table through the distribution unit;
a polling recording step, wherein polling is carried out, and polling results are recorded through a record list and sent to a background end;
a work order generation step, wherein when the village result shows that the village result is abnormal, a maintenance work order is generated through a processing unit and a processing signal is sent to a management end; selecting the treated maintenance personnel through the assignment unit and sending maintenance information to the corresponding maintenance end;
a maintenance step, namely, performing maintenance according to a maintenance work order, inputting a corresponding maintenance result and an application for an end case through an uploading unit, and sending the maintenance result and the application for the end case to a background end;
and checking, namely checking the maintenance result and the application for the end of the case through a checking unit, and if the maintenance result and the application for the end of the case meet the maintenance requirement, carrying out the end of the maintenance work order through the checking unit.
Has the advantages that: by using the method, when the inspection result is abnormal, the corresponding work order can be automatically generated, and the administrator checks the corresponding maintenance result and then carries out the settlement of the work order. An overhaul closed loop is formed, and the stability of maintenance efficiency can be ensured. Meanwhile, according to the management mode, from the previous planning, routing inspection, subsequent maintenance and settlement, each link has corresponding records, and the orderliness of operation and maintenance management of the pipe gallery can be guaranteed. This application can effectively promote the stability of piping lane maintenance efficiency, guarantees the orderliness of fortune dimension management.
The method further comprises an inspection supervision step, wherein the process analysis of the corresponding inspection personnel is carried out according to the received positioning information through the processing unit, and if the actual time of a certain inspection position exceeds the corresponding longest inspection time and the inspection result of the position is normal, the suspicious mark is carried out; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information.
Has the advantages that: in such a mode, when the patrol personnel possibly have careless conditions during patrol, the doubtful mark can be carried out, and the management personnel can conveniently carry out comprehensive analysis and processing by combining other factors. The places needing to be rechecked are collected and sent to the inspection personnel, and the distance needing to be traveled is possibly more, so that the impression of the inspection personnel can be enhanced, and the inspection personnel can pay attention to the working quality in the subsequent inspection work; besides, the continuity of the inspection work of the inspection personnel can not be damaged in the mode, if the inspection personnel can perform the inspection again every time a rechecking point is found, the work of the inspection personnel can become small, and the working state of the inspection personnel can be influenced.
And further, the method comprises a supervision and adjustment step, wherein the in-doubt marks are analyzed through the processing unit, and if the number of the in-doubt marks corresponding to a certain inspection end in a preset time period is larger than a preset number, the processing unit generates a personnel supervision signal.
Has the advantages that: through the mode, the management personnel can know the condition of the patrol personnel needing to be supervised and managed.
Drawings
FIG. 1 is a logic diagram of a first embodiment of the present invention;
fig. 2 is a flowchart of a first embodiment of the present invention.
Detailed Description
The following is further detailed by the specific embodiments:
example one
As shown in figure 1, the city pipe gallery intelligent operation and maintenance management system comprises an inspection end, a management end, a background end, a maintenance end and a positioning end. In this embodiment, patrol and examine end, management end and maintenance end respectively for loading the smart mobile phone that corresponds the APP, the back end is the server, and the location end is indoor WIFI positioner, and the location end is indoor bluetooth positioner in other embodiments.
The background end comprises a storage unit, a distribution unit and a processing unit. The storage unit is internally stored with an inspection scheduling table, and the inspection scheduling table comprises inspection time, inspection places and inspection personnel. The distribution unit is used for sending the polling information to the corresponding polling end according to the polling scheduling table.
The inspection end comprises a recording unit, and is used for receiving the inspection information, inputting an inspection result and sending the inspection result to the background end; the processing unit is used for generating a maintenance work order and sending a processing signal to the management end when the routing inspection result is abnormal; the management end comprises an assignment unit used for selecting the treated maintenance personnel after receiving the treatment signal and sending maintenance information to the corresponding maintenance end; the maintenance end comprises an uploading unit, and the uploading unit is used for inputting corresponding maintenance results and application for settlement after receiving the maintenance information and sending the maintenance results and the application for settlement to the background end; the management unit further comprises a checking unit used for checking the maintenance result and the application of the end case, and is also used for carrying out the end case of the maintenance work order.
The storage unit stores an electronic map of the pipe gallery and the shortest routing inspection time and the longest routing inspection time of each routing inspection position; the positioning end is used for acquiring positioning information of the inspection end and sending the positioning information to the background end; the processing unit is also used for analyzing the travel of the corresponding polling personnel according to the received positioning information, and if the actual time of a certain polling position exceeds the corresponding longest polling duration and the polling result of the position is normal, the processing unit marks a doubt; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information.
The storage unit is also used for storing the in-doubt mark; the processing unit is also used for analyzing the doubt marks, and if the number of the doubt marks corresponding to a certain inspection end in a preset time period is larger than a preset number, the processing unit generates a personnel supervision signal. The processing unit is also used for sending the personnel supervision signal to the management end; the supervision signal comprises patrol inspection personnel information and corresponding doubt signal information.
As shown in fig. 2, the present application further provides a city pipe gallery intelligent operation and maintenance management method, using the city pipe gallery intelligent operation and maintenance management system, including:
a routing inspection planning step, namely manufacturing a routing inspection scheduling table and storing the routing inspection scheduling table in a storage unit;
the routing inspection arrangement step, namely, routing inspection information to the corresponding routing inspection end according to the routing inspection arrangement table through the distribution unit;
a polling recording step, wherein polling is carried out, and polling results are recorded through a record list and sent to a background end;
the routing inspection supervision step, namely analyzing the travel of a corresponding routing inspection person according to the received positioning information through a processing unit, and marking a doubt if the actual time of a certain routing inspection position exceeds the corresponding longest routing inspection time and the routing inspection result of the position is normal; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information;
a work order generation step, wherein when the village result shows that the village result is abnormal, a maintenance work order is generated through a processing unit and a processing signal is sent to a management end; selecting the treated maintenance personnel through the assignment unit and sending maintenance information to the corresponding maintenance end;
a maintenance step, namely, performing maintenance according to a maintenance work order, inputting a corresponding maintenance result and an application for an end case through an uploading unit, and sending the maintenance result and the application for the end case to a background end;
checking, namely checking the maintenance result and the end application through a checking unit, and if the maintenance result and the end application meet the maintenance requirement, carrying out end of maintenance work order through the checking unit;
and in the supervision and rectification step, the in-doubt marks are analyzed through the processing unit, and if the number of the in-doubt marks corresponding to a certain inspection end in a preset time period is larger than the preset number, the processing unit generates a personnel supervision signal.
The specific implementation process is as follows:
the administrator can store the patrol inspection scheduling table in the storage unit. The distribution unit can automatically send the inspection information to the corresponding inspection end according to the inspection scheduling table. In this way, the automation and the orderliness of routing inspection arrangement can be ensured.
When the inspection personnel inspect according to the inspection information, the inspection result can be recorded by the recording unit. If the inspection personnel find the abnormity during inspection, namely, when the inspection result is abnormal, the processing unit can generate a maintenance work order and send a processing signal to the management terminal, so that the management personnel can know the condition. The manager can select proper maintenance personnel through the assignment unit according to the content of the work order and send maintenance information to the corresponding maintenance end. After the maintenance personnel know the maintenance information through the maintenance end, the maintenance personnel can go forward to maintain, and upload the result of maintenance through uploading the unit after the maintenance, if the maintenance is accomplished, can also send the application of coming to an end of a case simultaneously. And the manager checks the maintenance result through the checking unit, can know the maintenance condition, and can finalize the corresponding maintenance work order according to the finalized application if the maintenance result meets the requirement.
Through the process, when the inspection result is abnormal, the system can automatically generate the corresponding work order, and the manager checks the corresponding maintenance result and then finishes the work order. An overhaul closed loop is formed, and the stability of maintenance efficiency can be ensured. Meanwhile, according to the management mode, from the previous planning, routing inspection, subsequent maintenance and settlement, each link has corresponding records, and the orderliness of operation and maintenance management of the pipe gallery can be guaranteed.
It should be noted that, during inspection, in order to ensure the efficiency and quality of inspection, inspection personnel need to be supervised, and if the inspection personnel use cameras for supervision, on one hand, the number of the required cameras is large, the cost is high, and the installation is troublesome; on the other hand, the pipe gallery and the equipment in the pipe gallery are complex, have more dead angles, and the supervision effect of the camera is not ideal. In the application, after the real-time positioning of the inspection end is acquired through the positioning end, the processing unit performs stroke analysis. Generally, the stay time of the patrol personnel at a certain patrol position is long, because the equipment of the patrol position is abnormal, abnormal condition collection is needed, if the actual time of the certain patrol position exceeds the corresponding longest patrol time, and the patrol result of the position is normal, the situation that the patrol personnel is careless when patrolling is possible is described, the situation is not favorable for ensuring the patrol efficiency, therefore, the processing unit marks the doubt, and the management personnel can conveniently perform comprehensive analysis and processing by combining other factors.
If the actual time of a certain inspection position is less than the corresponding shortest inspection time, it indicates that the inspection personnel does not completely inspect the equipment of the inspection position, and if the inspection position is abnormal, the abnormal condition cannot be processed in time. Therefore, the processing unit marks the position as a rechecking point, and generates rechecking information according to the rechecking point and sends the rechecking information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information. Therefore, places needing to be rechecked are collected and sent to the inspection personnel, and the distance needing to be traveled is possibly more, so that the impression of the inspection personnel can be enhanced, and the inspection personnel can pay attention to the working quality in the subsequent inspection work; besides, the continuity of the inspection work of the inspection personnel can not be damaged in the mode, if the inspection personnel can perform the inspection again every time a rechecking point is found, the work of the inspection personnel can become small, and the working state of the inspection personnel can be influenced.
Except this, processing unit in this application still can analyze the mark of asking for help or increased vigilance, if the mark quantity of asking for help or increased vigilance that a certain end of patrolling and examining corresponds is greater than preset quantity in the preset time quantum, then explain that the corresponding personnel of patrolling and examining often appear patrolling and examining the condition that the result is normal but the time of patrolling and examining is greater than the longest and patrolling and examining time length, or its working attitude has a problem, or make its working capability have a problem, no matter which kind of condition, all need arouse attention, therefore, processing unit generates personnel supervisory signals, the managers of being convenient for in time handle. Because the supervision signal comprises the information of the inspection personnel and the corresponding information of the doubt signal, the manager can know the specific situation and can reasonably and reasonably communicate with the inspection personnel.
Example two
Different from the first embodiment, in the city pipe gallery intelligent operation and maintenance management system of the embodiment, the inspection end comprises a smart phone loaded with a corresponding APP and a smart bracelet loaded with a corresponding APP; the intelligent bracelet is integrated with a reminding unit and a detection unit; the detection unit is used for detecting the fatigue value of the inspection personnel and sending the fatigue value to the background end. The processing unit is also used for modifying the shortest routing inspection time length and the longest routing inspection time length of the current routing inspection position according to the fatigue value when the received fatigue value is larger than the first preset value and smaller than the second preset value; the processing unit is also used for sending a rest signal to the reminding unit when the received fatigue value is greater than or equal to a second preset value; the reminding unit is used for sending rest reminding after receiving the information signal.
In this embodiment, the recording unit is integrated in the smart phone, and the smart phone is further integrated with the temporary display unit; the electronic map comprises the position of the rest area; the processing unit is further used for analyzing whether the polling personnel can complete the task of polling information before the fatigue value reaches a second preset value or not according to the change rule of the received fatigue value when the received fatigue value is larger than the first preset value, if not, the processing unit generates a temporary polling route according to the electronic map, the polling information and the current polling result and sends the temporary polling route to the temporary display unit, and the temporary polling route is a route towards a rest area; the temporary display unit is used for displaying after receiving the temporary routing inspection route.
The specific implementation process is as follows:
the quality of the patrol inspection has little correlation with the mental state of the patrol inspection personnel, if the fatigue value of the patrol inspection personnel is greater than the first preset value and less than the second preset value, the fact that the patrol inspection personnel can continue to work at present but the working efficiency of the patrol inspection personnel is influenced to a certain extent indicates that the patrol inspection time of each patrol inspection position needs to be properly increased to ensure the patrol inspection quality of the patrol inspection personnel, and therefore the processing unit modifies the shortest patrol inspection time and the longest patrol inspection time of the current patrol inspection position according to the fatigue value. If the fatigue value of the patrol personnel is more than or equal to the second preset value, the current mental state of the patrol personnel is relatively fatigue, the patrol work is continued under the state, the condition of error or negligence easily occurs, and the detection on the corridor is not convenient to be accurate and comprehensive, so that the processing unit sends a reminding signal to enable the patrol personnel to have a rest. Through such mode, can guarantee the quality of patrolling and examining personnel.
Besides, in the system, the system can also perform targeted processing according to the change rule of the fatigue value of the patrol personnel, when the fatigue value of the patrol personnel is greater than the first preset value, the processing unit can preset the subsequent change of the fatigue degree according to the change rule of the fatigue value, so that whether the patrol task can be completed before the fatigue value is greater than the second preset value can be predicted, and if the patrol task can be completed according to the own plan. If the routing inspection method cannot be used, the processing unit can generate a temporary routing inspection route according to the electronic map, the routing inspection information and the current routing inspection result (the current routing inspection position can be known according to the current routing inspection result), and the temporary routing inspection route is a route towards the rest area. And displaying through a temporary display unit.
Through the mode, although the first patrol personnel can restore some spirits through rest, the restoration degree of the patrol personnel is different from person to person, the patrol personnel cannot be guaranteed to quickly reach a full state through rest, and through the temporary patrol route, the patrol personnel can patrol a part of equipment which is not patrolled before rest, so that the workload of the patrol personnel after rest is reduced, and the overall efficiency is guaranteed; secondly, when the fatigue degree of the patrol personnel reaches a second preset value and needs to rest, the patrol personnel can walk a few ways as far as possible, arrive at a rest area as soon as possible for rest, reduce physical consumption caused by continuous walking, shorten the time of mental recovery and further ensure the overall efficiency.
EXAMPLE III
Different from the first embodiment, in the city pipe gallery intelligent operation and maintenance management system of this embodiment, the patrol inspection end further includes a transceiving unit, an extracting unit and a feedback unit.
The receiving and transmitting unit is used for receiving the routing inspection information, inputting a starting signal and transmitting the starting signal to the processing unit; the processing unit is also used for sending an extraction signal to the extraction unit after receiving the starting signal; the extraction unit is used for extracting the current positioning, the residual electric quantity and the model of the inspection end after receiving the extraction signal and sending the current positioning, the residual electric quantity and the model to the processing unit; the processing unit is also used for analyzing the arrival time according to the current positioning of the inspection end, analyzing the inspection time according to the inspection information, analyzing the electric quantity requirement based on the arrival time, the inspection time and the model of the inspection end, and if the residual electric quantity of the inspection end does not meet the electric quantity requirement, sending an electric quantity supplementing signal to the receiving unit by the processing unit, wherein the electric quantity supplementing signal comprises the lowest electric quantity to be supplemented; the feedback unit is used for inputting a personnel replacing signal after the receiving unit receives the electric quantity supplementing signal and sending the replacing signal to the processing unit.
The specific implementation process is as follows:
even an experienced inspector is likely to have incomplete inspection if lacking guidance in such a complicated environment as a pipe gallery. Therefore, the patrol personnel need to obtain patrol guide through the patrol terminal in the patrol process. However, to obtain the whole-course guidance, there is a big premise that the electric quantity of the inspection end can meet the use requirement, and if the electric quantity of the inspection end is used up on the road or in the inspection process, the whole-course guidance effect cannot be realized.
Therefore, in the application, after the patrol personnel receive the patrol information, the patrol personnel can input the departure signal through the transceiving unit and send the departure signal to the processing unit before departure. And then, the processing unit sends an extraction signal to the extraction unit, and the extraction unit in the inspection end extracts the current positioning, the residual electric quantity and the model of the inspection end after receiving the extraction signal and sends the current positioning, the residual electric quantity and the model to the processing unit. The processing unit can analyze the arrival time according to the current positioning of the inspection end, analyze the inspection time according to the inspection information, and analyze the electric quantity demand based on the arrival time, the inspection time and the model of the inspection end. Specifically, the electric quantity required in the way can be known according to the machine type of arriving time and polling end, the electric quantity required in the polling process can be known according to the time and machine type of polling, and then the final required electric quantity can be obtained. If the residual capacity of the end of patrolling and examining does not satisfy the electric quantity demand, then explain to patrol and examine the end and do not satisfy the requirement that receives whole journey and guide, consequently, the analyst sends electric quantity supplementary signal for receiving unit, lets its plan of accomplishing supplementary electric quantity, if carry the treasured that charges, charge on the road or use reserve cell-phone etc. to guarantee that it can receive whole journey and guide at the in-process of patrolling and examining, guarantee the effect of patrolling and examining.
However, sometimes, the polling personnel may lack the charging condition when the polling terminal is low in power, and at this time, if the polling personnel forcibly performs the current task, the polling personnel cannot receive the guidance in the whole polling process. In order to ensure the inspection effect, inspection personnel need to be replaced. At the moment, the inspection personnel can input personnel replacing signals through the feedback unit, and the processing unit redistributes the inspection personnel so as to ensure the follow-up inspection effect.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. City piping lane wisdom fortune dimension management system, its characterized in that: the system comprises an inspection end, a management end, a background end and a maintenance end;
the background end comprises a storage unit, a distribution unit and a processing unit; the storage unit is internally stored with an inspection schedule, and the inspection schedule comprises inspection time, inspection places and inspection personnel; the distribution unit is used for sending the inspection information to the corresponding inspection end according to the inspection scheduling table; the inspection end comprises a recording unit, and is used for receiving the inspection information, inputting an inspection result and sending the inspection result to the background end; the processing unit is used for generating a maintenance work order and sending a processing signal to the management end when the routing inspection result is abnormal; the management end comprises an assignment unit used for selecting the treated maintenance personnel after receiving the treatment signal and sending maintenance information to the corresponding maintenance end; the maintenance end comprises an uploading unit, and the uploading unit is used for inputting corresponding maintenance results and application for settlement after receiving the maintenance information and sending the maintenance results and the application for settlement to the background end; the management unit further comprises a checking unit used for checking the maintenance result and the application of the end case, and is also used for carrying out the end case of the maintenance work order.
2. The city piping lane intelligent operation and maintenance management system according to claim 1, characterized in that: the storage unit stores an electronic map of the pipe gallery and the shortest routing inspection time and the longest routing inspection time of each routing inspection position; the positioning end is used for acquiring the positioning information of the inspection end and sending the positioning information to the background end; the processing unit is also used for analyzing the travel of the corresponding polling personnel according to the received positioning information, and if the actual time of a certain polling position exceeds the corresponding longest polling duration and the polling result of the position is normal, the processing unit marks a doubt; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information.
3. The city piping lane intelligent operation and maintenance management system according to claim 2, characterized in that: the inspection end comprises a smart phone loaded with a corresponding APP and a smart bracelet loaded with a corresponding APP; the intelligent bracelet is integrated with a reminding unit and a detection unit; the detection unit is used for detecting the fatigue value of the inspection personnel and sending the fatigue value to the background end;
the processing unit is also used for modifying the shortest routing inspection time length and the longest routing inspection time length of the current routing inspection position according to the fatigue value when the received fatigue value is larger than the first preset value and smaller than the second preset value; the processing unit is also used for sending a rest signal to the reminding unit when the received fatigue value is greater than or equal to a second preset value; the reminding unit is used for sending rest reminding after receiving the information signal.
4. The city piping lane intelligent operation and maintenance management system according to claim 3, characterized in that: the recording unit is integrated in the smart phone, and the smart phone is also integrated with a temporary display unit; the electronic map comprises the position of the rest area; the processing unit is further used for analyzing whether the polling personnel can complete the task of polling information before the fatigue value reaches a second preset value or not according to the change rule of the received fatigue value when the received fatigue value is larger than the first preset value, if not, the processing unit generates a temporary polling route according to the electronic map, the polling information and the current polling result and sends the temporary polling route to the temporary display unit, and the temporary polling route is a route towards a rest area; the temporary display unit is used for displaying after receiving the temporary routing inspection route.
5. The city piping lane intelligent operation and maintenance management system according to claim 3, characterized in that: the reminding unit receives the information signal and then carries out rest reminding in a vibration and voice mode.
6. The city piping lane intelligent operation and maintenance management system according to claim 2, characterized in that: the storage unit is also used for storing the in-doubt mark; the processing unit is also used for analyzing the doubt marks, and if the number of the doubt marks corresponding to a certain inspection end in a preset time period is larger than a preset number, the processing unit generates a personnel supervision signal.
7. The city piping lane intelligent operation and maintenance management system according to claim 6, characterized in that: the processing unit is also used for sending the personnel supervision signal to the management end; the supervision signal comprises patrol inspection personnel information and corresponding doubt signal information.
8. City piping lane wisdom fortune dimension management method, its characterized in that uses above-mentioned city piping lane wisdom fortune dimension management system, includes:
a routing inspection planning step, namely manufacturing a routing inspection scheduling table and storing the routing inspection scheduling table in a storage unit;
the routing inspection arrangement step, namely, routing inspection information to the corresponding routing inspection end according to the routing inspection arrangement table through the distribution unit;
a polling recording step, wherein polling is carried out, and polling results are recorded through a record list and sent to a background end;
a work order generation step, wherein when the village result shows that the village result is abnormal, a maintenance work order is generated through a processing unit and a processing signal is sent to a management end; selecting the treated maintenance personnel through the assignment unit and sending maintenance information to the corresponding maintenance end;
a maintenance step, namely, performing maintenance according to a maintenance work order, inputting a corresponding maintenance result and an application for an end case through an uploading unit, and sending the maintenance result and the application for the end case to a background end;
and checking, namely checking the maintenance result and the application for the end of the case through a checking unit, and if the maintenance result and the application for the end of the case meet the maintenance requirement, carrying out the end of the maintenance work order through the checking unit.
9. The intelligent operation and maintenance management method for city pipe galleries according to claim 8, wherein: the method also comprises a polling supervision step, wherein the process analysis of corresponding polling personnel is carried out according to the received positioning information through a processing unit, and if the actual time consumption of a certain polling position exceeds the corresponding longest polling duration and the polling result of the position is normal, a suspicion mark is carried out; if the actual time of a certain inspection position is less than the corresponding shortest inspection time, the processing unit marks the position as a re-inspection point, and generates re-inspection information according to the re-inspection point and sends the re-inspection information to the inspection end when the inspection end finishes the inspection place in the corresponding inspection information.
10. The intelligent operation and maintenance management method for city pipe gallery according to claim 9, characterized in that: the method further comprises a supervision and rectification step, the in-doubt marks are analyzed through the processing unit, and if the number of the in-doubt marks corresponding to a certain inspection end in a preset time period is larger than the preset number, the processing unit generates a personnel supervision signal.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014065378A1 (en) * | 2012-10-24 | 2014-05-01 | オリンパスメディカルシステムズ株式会社 | Examination management device and examination management system |
| CN203840375U (en) * | 2013-11-20 | 2014-09-17 | 中国神华能源股份有限公司 | System for analyzing inspection quality of railway inspector |
| CN110448281A (en) * | 2019-07-29 | 2019-11-15 | 南京理工大学 | A kind of wearable work fatigue detection system based on multisensor |
| CN110751420A (en) * | 2019-10-30 | 2020-02-04 | 中冶长天国际工程有限责任公司 | Intelligent virtual inspection method and system for urban comprehensive pipe gallery |
| CN111723430A (en) * | 2020-06-30 | 2020-09-29 | 江苏燕宁工程科技集团有限公司 | Method and system for mobile inspection of pipe gallery |
| CN112949872A (en) * | 2021-02-24 | 2021-06-11 | 中煤科工集团重庆智慧城市科技研究院有限公司 | Operation and maintenance management system and method for smart city |
-
2021
- 2021-08-31 CN CN202111013596.5A patent/CN113657630B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014065378A1 (en) * | 2012-10-24 | 2014-05-01 | オリンパスメディカルシステムズ株式会社 | Examination management device and examination management system |
| CN203840375U (en) * | 2013-11-20 | 2014-09-17 | 中国神华能源股份有限公司 | System for analyzing inspection quality of railway inspector |
| CN110448281A (en) * | 2019-07-29 | 2019-11-15 | 南京理工大学 | A kind of wearable work fatigue detection system based on multisensor |
| CN110751420A (en) * | 2019-10-30 | 2020-02-04 | 中冶长天国际工程有限责任公司 | Intelligent virtual inspection method and system for urban comprehensive pipe gallery |
| CN111723430A (en) * | 2020-06-30 | 2020-09-29 | 江苏燕宁工程科技集团有限公司 | Method and system for mobile inspection of pipe gallery |
| CN112949872A (en) * | 2021-02-24 | 2021-06-11 | 中煤科工集团重庆智慧城市科技研究院有限公司 | Operation and maintenance management system and method for smart city |
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