CN116757661A - Planned overhaul safety production management system, method and electronic equipment - Google Patents

Abstract

The invention relates to the technical field of equipment overhaul management, and discloses a planned overhaul safety production management system, a planned overhaul safety production management method and electronic equipment. The system comprises: the basic data standardization module is used for configuring maintenance basic data information; the plan management module is connected with the basic data standardization module and is used for generating a month-stage maintenance plan of each month in the target year according to maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year filled by a user; the execution management module is connected with the plan management module and is used for generating a daily maintenance plan according to the monthly maintenance plan and receiving and storing maintenance records corresponding to the daily maintenance plan; and the safety management module is connected with the execution management module and is used for generating an overhaul plan completion condition according to the overhaul record, acquiring overhaul problems from the overhaul record and storing the overhaul problems into the problem library. The invention can automatically generate the maintenance plan, and avoid the problem of over-period maintenance caused by missing maintenance items.

Description

Planned overhaul safety production management system, method and electronic equipment

Technical Field

The invention relates to the technical field of equipment overhaul management, in particular to a system and a method for managing safety production of scheduled overhaul and electronic equipment.

Background

Along with the continuous development of railway communication networks, the continuous enrichment and perfection of communication network equipment are realized, the safety production operation of the communication network equipment is important, meanwhile, the stable and healthy development of railway communication is concerned, and the economic benefit and the social benefit of railway communication construction and enterprises are greatly influenced. In order to ensure safe and reliable operation of all communication network equipment and reduce failure rate and accident rate, an equipment management department needs to make an overhaul plan, overhaul the equipment regularly and save overhaul records.

The traditional railway communication maintenance operation management informatization and intelligent level is not high, and more management defects exist. On one hand, because the equipment to be overhauled is numerous, the overhauling contents and the overhauling periods of different equipment are different, so that an overhauling plan cannot be quickly and efficiently formulated, and the hidden trouble that the equipment is overhauled for a long time due to missing equipment exists; on the other hand, a large number of paper files, such as paper inspection plans, paper inspection records and the like, are generated in the maintenance operation management process, so that the paper is wasted, and meanwhile, the files are not easy to store and are not easy to be checked by related personnel quickly; in addition, statistics on the completion condition of the overhaul plan is lacking, so that the management personnel are not facilitated to grasp the completion condition of the overhaul plan, and the management personnel are not facilitated to adjust the overhaul plan according to the completion condition of the overhaul plan in time.

Disclosure of Invention

Aiming at the problems, the invention provides a system and a method for scheduling maintenance safety production management and electronic equipment.

The invention provides a planned overhaul safety production management system, which comprises:

the basic data standardization module is used for configuring maintenance basic data information;

the plan management module is connected with the basic data standardization module and is used for generating a month-stage maintenance plan of each month in the target year according to maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year filled by a user; the annual table maintenance items comprise maintenance items to be maintained with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the lunar table maintenance items comprise maintenance items to be maintained with maintenance periods of lunar maintenance;

the execution management module is connected with the plan management module and is used for generating a daily maintenance plan according to the monthly maintenance plan and receiving and storing maintenance records corresponding to the daily maintenance plan;

and the safety management module is connected with the execution management module and is used for generating an overhaul plan completion condition according to the overhaul record and storing overhaul problems acquired from the overhaul record into the problem library.

Further, the plan management module includes:

The comprehensive maintenance schedule generation unit is used for generating an annual maintenance schedule according to the annual table maintenance items and the maintenance basic data information and generating a monthly maintenance schedule according to the monthly table maintenance items and the maintenance basic data information;

the month check repair plan generating unit is connected with the comprehensive repair plan generating unit and is used for generating month check repair plans of each month in the target year according to the annual repair plan and the month repair plan;

the month stage plan generating unit is connected with the month stage maintenance plan generating unit and is used for carrying out stage division on the month stage maintenance plan according to a preset month stage division strategy to generate a month stage maintenance plan.

Further, the plan management module also comprises an approval unit;

the approval unit is respectively connected with the comprehensive overhaul plan generation unit, the monthly overhaul plan generation unit and the execution management module, and is used for initiating a first approval program of the annual overhaul plan and the monthly overhaul plan after receiving a first approval request, receiving and displaying a first approval result, and controlling the monthly overhaul plan generation unit to generate the monthly overhaul plan when the first approval result is approval passing;

the system comprises a month-stage plan generating unit, a month-stage maintenance planning unit and a month-stage maintenance planning program, wherein the month-stage maintenance planning unit is used for generating a month-stage maintenance plan;

And the execution management module is used for receiving the third approval request, initiating a third approval program of the monthly-stage overhaul plan, receiving and displaying a third approval result, and controlling the execution management module to generate the daily overhaul plan when the third approval result is approval passing.

Further, the comprehensive maintenance plan generating unit is further used for modifying the annual maintenance plan and/or the monthly maintenance plan according to the first modification instruction;

the month overhaul plan generating unit is further used for modifying the month overhaul plan according to the second modification instruction;

and the month stage plan generating unit is also used for modifying the month stage maintenance plan according to the third modification instruction.

Further, the execution management module includes:

the daily schedule generating unit is used for generating a daily maintenance schedule according to the monthly maintenance schedule;

the daily schedule execution preparation unit is connected with the daily schedule generation unit and is used for initiating a pre-shift meeting corresponding to the daily schedule according to the meeting initiation request after generating the daily schedule; the operation authorization approval program is used for initiating the operation authorization approval program corresponding to the daily maintenance plan according to the authorization request, and receiving and displaying the operation authorization approval result;

and the overhaul record uploading unit is connected with the daily schedule execution preparation unit and is used for receiving and storing the overhaul record corresponding to the daily overhaul schedule after the pre-shift meeting is initiated and the operation authorization approval result is approval.

Further, the execution management module further comprises a deferred application unit;

the delay application unit is respectively connected with the daily plan generation unit and the daily plan execution preparation unit, and is used for initiating a delay application approval program for the daily maintenance plan according to a delay application request, receiving and displaying a delay approval result, and modifying the maintenance time of the daily maintenance plan after the delay approval result passes.

The invention also provides a planned overhaul safety production management method, which is applied to the planned overhaul safety production management system, and comprises the following steps:

configuring maintenance basic data information;

generating a month-stage maintenance plan of each month in the target year according to the maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year filled by the user; the annual table maintenance items comprise maintenance items to be maintained with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the lunar table maintenance items comprise maintenance items to be maintained with maintenance periods of lunar maintenance;

generating a daily maintenance plan according to the maintenance plan at the month stage, and receiving and storing maintenance records corresponding to the daily maintenance plan;

and generating an overhaul plan completion condition according to the overhaul record, and storing overhaul problems acquired from the overhaul record into a problem library.

The invention also provides a computer program product comprising a computer program or instructions which, when executed by a processor, implement the steps of the above method.

The present invention also provides a computer readable storage medium storing a computer program which, when executed by one or more processors, performs the steps of the above method.

The invention also provides an electronic device comprising a memory and one or more processors, the memory having stored thereon a computer program, the memory and the one or more processors being communicatively coupled to each other, the computer program, when executed by the one or more processors, performing the steps of the method described above.

The invention provides a planned overhaul safety production management system, a planned overhaul safety production management method and electronic equipment, which at least comprise the following steps of

The beneficial effects are that:

(1) The method realizes the transition from the traditional management mode to the informationized management mode, can automatically generate a month-stage maintenance plan of each month in the target year according to the maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year filled by users, and further automatically generates a daily maintenance plan according to the month-stage maintenance plan, thereby improving the informationized and intelligent management level. The maintenance schedule is not required to be manually compiled, the maintenance schedule is more convenient and quicker, and the problem that maintenance is out of date due to missing maintenance items possibly occurring in the compiling process is avoided.

(2) The whole overhaul operation management process is carried out in the system, the waste of paper is reduced, related files such as overhaul records are stored in the system, the search is convenient, and the traceability of the overhaul operation management process is realized.

(3) And generating an overhaul plan completion condition according to the overhaul record, so that a manager can grasp the overhaul plan completion condition in time and adjust the overhaul plan according to the overhaul plan completion condition in time.

(4) And the overhaul problems in the overhaul records can be summarized to the problem library, so that related personnel can process the problems, and the problems in overhaul can be solved in time.

Drawings

For a clearer description of embodiments of the invention or of solutions in the prior art, the drawings which are used in the description of the embodiments or of the prior art will be briefly described, it being obvious that the drawings in the description below are only some embodiments of the invention, and that other drawings can be obtained from them without inventive effort for a person skilled in the art.

FIG. 1 is a schematic diagram of a system for managing production safety for scheduled maintenance according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a system for managing production safety during scheduled maintenance according to another embodiment of the present invention;

FIG. 3 is a schematic diagram of a system for managing production safety during scheduled maintenance according to another embodiment of the present invention;

FIG. 4 is a schematic diagram of a system for managing production safety for scheduled maintenance according to another embodiment of the present invention;

FIG. 5 is a schematic diagram showing a construction of a safety production management system for scheduled maintenance according to another embodiment of the present invention;

FIG. 6 is a schematic diagram of the device information for a battery pack of unit type;

FIG. 7 is a schematic diagram of annual service item information for a battery pack;

FIG. 8 is a semi-annual service information schematic of a battery pack;

FIG. 9 is a schematic diagram of quaternary service item information for a battery pack;

fig. 10 is a schematic view of month check-up information of the battery pack;

FIG. 11 is a flow chart of a method for scheduled maintenance safety production management provided in one embodiment of the present invention;

fig. 12 is a schematic structural diagram of an electronic device according to an embodiment of the present invention.

Reference numerals:

in fig. 1 to 5: the system comprises a 101-basic data standardization module, a 102-plan management module, a 103-execution management module, a 104-safety management module, a 1021-comprehensive maintenance plan generation unit, a 1022-month maintenance plan generation unit, a 1023-month stage plan generation unit, a 1024-approval unit, a 1031-day plan generation unit, a 1032-day plan execution preparation unit, a 1033-maintenance record uploading unit and a 1034-deferred application unit;

In fig. 12: 1200-electronic device, 1201-processor, 1202-communication bus, 1203-user interface, 1204-communication interface, 1205-memory.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. It will be apparent that the described embodiments are only some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to fall within the scope of the invention.

In one embodiment of the present invention, as shown in FIG. 1, there is provided a planned overhaul safety production management system, comprising:

the basic data normalization module 101 is configured to overhaul basic data information.

Wherein, the overhaul basic data information comprises user information, overhaul item information and overhaul object information.

Specifically, the user information includes information of the name, position, authority, affiliated units (organization), qualification, and the like of the user.

The service item information includes information of a unit type, a service period, a service type (the service type is a next class of the unit type, and when the unit type has no next class, the unit type may be the same as the service type), a sunroof type, an executive department, a work content, a filling manner, and the like of the service item.

The overhaul object information includes information of an equipment (facility) code, an equipment name, an installation place, a belonging equipment subclass, a unit type, an overhaul type (overhaul type is a next-stage classification of a unit type, and when the unit type has no next-stage classification, the unit type may be the same as the overhaul type), a maintenance unit, and the like.

Wherein, the maintenance period comprises annual maintenance, semi-annual maintenance, quarterly maintenance and monthly maintenance. The different types of maintenance periods correspond to respective maintenance times and can be preset in the system. For example, the quarter overhaul is carried out once every quarter, and the overhaul time can be set to be 2 months, 5 months, 8 months and 11 months; the half-year overhaul is carried out once every half year, and the overhaul time can be set to be 5 months or 11 months; annual overhaul is carried out once a year, and the overhaul time can be set to 11 months; the monthly overhaul is carried out once per month, and the overhaul time is set to be No. 1 in each month by default. The maintenance time can be set or adjusted by a user according to actual needs, wherein the maintenance time of quarterly maintenance, annual maintenance and half-year maintenance can be set to a specific month or a specific day of a specific month, and the invention is not limited to this.

In one implementation, the service item information is configured, and standardized configuration can be performed on the service item information according to a maintenance rule file. Further, the system may mark key job service items in yellow fonts in the service schedule to alert service personnel.

The maintenance object information can be specifically configured according to maintenance object tables such as M-transmission and access network system-F01, M-telegram and telephone system-F01, M-dispatch communication system-F01, M-public template-video monitoring class-F01, M-public template-wireless class-F01, M-public template-wired class-F01, M-conference system-F01, M-data communication system-F01, M-communication line system-F01, M-instrument template-F01 and the like. The specific configuration content may include: coding unit identification codes for in-pipe equipment and circuits according to the 330 # file; standardizing unit types, manufacturing enterprises and specification models of the equipment; normalizing the data of the installation position of the equipment, and checking the information of the installation position of the equipment and the actual situation; adding unit type (overhaul type) attribute of the equipment, and hooking with an overhaul item; and checking the maintenance unit.

In one implementation, users in the system may include branch office users, crew users, and job group users. Wherein the branch office manages a plurality of crew teams, and the crew teams manage a plurality of job groups. The service item information may be edited and configured by a user who has management authority of the branch office, and an execution department of the service item may be set as a job group. Meanwhile, an overhaul object can be allocated to each job group in advance, overhaul object information of the overhaul object of the group is allocated on the system by each job group, and maintenance units in the overhaul object information are standardized to the job group. Further, the approval range of the overhaul object can be configured in advance by the user with the management authority of the branch company.

In this embodiment, the overhaul object information and the overhaul item information both include unit types, so that the overhaul object and the overhaul item are associated. Further, when the overhaul item information and the overhaul object information are configured, the related information may be configured by classifying the unit types.

In addition, the user information in this embodiment includes the affiliated unit and the overhaul object information includes the maintenance unit, so that the overhaul object is associated with the user.

The plan management module 102 is connected with the basic data standardization module 101, and is used for generating a month stage maintenance plan of each month in the target year according to maintenance basic data information, and the annual table maintenance items and month table maintenance items of the target year, which are filled by users.

The annual table maintenance items comprise maintenance items with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the lunar table maintenance items comprise maintenance items with maintenance periods of lunar maintenance.

The annual table service items and the lunar table service items of the target year are filled in the system by the user. Specifically, the user can log in to the scheduled maintenance safety production management system by using the terminal equipment, so that the annual table maintenance items and the lunar table maintenance items are filled.

In one implementation, the system provides a filling template of the annual table service items and the lunar table service items for the user, and the user fills the annual table service items and the lunar table service items according to the object to be serviced and the item to be serviced of the object to be serviced of the target annual table service determined in the annual table editing meeting. For example, the filling template includes a unit type checking column, and the user may first check the unit type checking column according to the unit type of the object to be overhauled, and select the unit type. The system can determine the corresponding relation between the unit types and the overhaul items according to the overhaul item information, and further display all overhaul items under the selected unit types to the user according to the checking of the user so as to further check the to-be-overhauled items, and it can be understood that in the annual table overhaul item template, all overhaul items with the overhaul period of annual, quarterly and semi-annual overhaul under the selected unit types are displayed to the user; in the monthly overhaul item template, all overhaul items of which the overhaul period under the selected unit type is monthly overhaul are displayed to a user.

When the system obtains the annual table maintenance items and the lunar table maintenance items of the target year according to the checking operation of the user, the association relation between the user and the maintenance object is obtained from the maintenance basic data information, and the association relation between the maintenance object and the maintenance items is further obtained according to the annual table maintenance items and the lunar table maintenance items. And generating a month-stage maintenance plan of each month in the target year based on the maintenance period of the item to be maintained.

The monthly-stage maintenance schedule refers to dividing each month into a plurality of stages (each stage includes a plurality of days), and each stage's maintenance schedule is recorded (one maintenance schedule may include the contents of the information of the object to be maintained, the information of the item to be maintained of the object to be maintained, the maintenance time, etc.).

Illustratively, the month may be divided into 6 phases, the division logic is as follows: the first stage is 26 days up to the last day of the last month, the 1-25 days of the month are equally divided into 5 stages according to 5 days of each stage, the second stage is 1-5 days, the third stage is 6-10 days, the fourth stage is 11-15 days, the fifth stage is 16-20 days, and the sixth stage is 21-25 days. For example, when there is 31 days in the last month, the present month stage division is respectively: 26 to 31 days of the last month, 1 to 5 days, 6 to 10 days, 11 to 15 days, 16 to 20 days and 21 to 25 days of the present month.

The execution management module 103 is connected with the plan management module 102, and is used for generating a daily maintenance plan according to the monthly maintenance plan, and receiving and storing maintenance records corresponding to the daily maintenance plan.

In the informatization process, related personnel can obtain a daily maintenance plan automatically generated by the system, namely a daily work task list, without collecting daily work contents by the related personnel, so that the workload of the related personnel is greatly reduced. Meanwhile, based on the daily maintenance plan, the organization work of production tasks (maintenance operations) can be carried out, including pre-shift meeting, task allocation, operation flow and notice announcement, tool and instrument counting and the like.

Specifically, the service record may be filled in the system by the service personnel after the daily service plan is completed.

And the safety management module 104 is connected with the execution management module 103 and is used for generating an overhaul plan completion condition according to the overhaul record and storing overhaul problems acquired from the overhaul record into a problem library.

Illustratively, the repair plan completion cases include a daily repair plan completion case, a monthly repair plan completion case, and an annual repair plan completion case. The safety management module 104 generates a maintenance plan completion situation, so that a manager can timely master the related maintenance plan completion situation, know the completion situation of each maintenance record from the system in real time, master the maintenance result and check all the maintenance records in the management range. So as to adjust the follow-up maintenance plan (such as a month maintenance plan and a month stage maintenance plan of the following month) in time according to the completion condition of the related maintenance plan. Further, the overhaul record can comprise pictures, and an online picture opening function is supported when the overhaul record is checked.

In one implementation, the service problem includes a problem with equipment that was serviced during the actual execution of the service plan. The maintenance personnel can record the problems in the maintenance records and upload the problems to the system, further, the problems are added to the problem library after the types of the problems are selected by clicking the problem links of the maintenance records, so that the management personnel can check the problems and solve the problems in time. Further, the system can also automatically push related problems to related responsible personnel to remind the related responsible personnel to solve, the related responsible personnel make a correction scheme and then organize the problem defects, and after the problem defects are completed, the problem defects are checked and sold in a problem library of the system.

The planned overhaul safety production management system provided by the embodiment realizes the transition from the traditional management mode to the informationized management mode, can automatically generate month-stage overhaul plans of each month in the target year according to overhaul base data information and the annual table overhaul items and month table overhaul items of the target year filled by users, further automatically generates daily overhaul plans according to the month-stage overhaul plans, and improves the informationized and intelligent management level. The maintenance schedule is not required to be manually compiled, the maintenance schedule is more convenient and quicker, and the problem that maintenance is out of date due to missing maintenance items possibly occurring in the compiling process is avoided. The whole overhaul operation management process is carried out in the system, so that the waste of paper is reduced, and related files such as overhaul records are stored in the system, so that the overhaul operation management process is convenient to find, and traceability is realized; the system also generates an overhaul plan completion situation according to the overhaul record so as to facilitate the timely grasp of the overhaul plan completion situation by a manager and adjust the overhaul plan according to the overhaul plan completion situation in time; meanwhile, the system can collect the overhaul problems in the overhaul records to a problem library so that related personnel can process the problems and solve the problems in overhaul in time.

The planned overhaul safety production management system provided by the embodiment fully utilizes the advantages of flow automation and decision scientificalness brought by the informatization technology, further improves the labor efficiency, and achieves the safety scientific management and control of maintenance planning and maintenance process and traceability of results.

It should be noted that, in the planned maintenance safety production management system provided in this embodiment, the connection relationship between each module/unit may be an electrical connection or a communication connection.

In yet another embodiment of the present invention, as shown in fig. 2, there is provided yet another planned maintenance safety production management system, the system including:

the basic data normalization module 101 is configured to overhaul basic data information. The plan management module 102 is connected with the basic data standardization module 101, and is used for generating a month stage maintenance plan of each month in the target year according to maintenance basic data information, and the annual table maintenance items and month table maintenance items of the target year, which are filled by users. The execution management module 103 is connected with the plan management module 102, and is used for generating a daily maintenance plan according to the monthly maintenance plan, and receiving and storing maintenance records corresponding to the daily maintenance plan. And the safety management module 104 is connected with the execution management module 103 and is used for generating an overhaul plan completion condition according to the overhaul record and storing overhaul problems acquired from the overhaul record into a problem library. The description of the basic data normalization module 101, the plan management module 102, the execution management module 103, and the security management module 104 is referred to in the previous embodiment, and will not be repeated here.

In this embodiment, the plan management module 102 includes:

and the comprehensive maintenance plan generating unit 1021 is used for generating an annual maintenance plan according to the annual table maintenance item and the maintenance basic data information and generating a monthly maintenance plan according to the monthly table maintenance item and the maintenance basic data information.

Specifically, taking generation of an annual maintenance schedule as an example, determining an object to be maintained according to the unit type of an item to be maintained in an annual table work item and the unit to which a current user belongs, wherein the maintenance unit of the object to be maintained is the same as the unit to which the current user belongs, and the unit type of the object to be maintained is the same as the unit type of the item to be maintained.

After the object to be overhauled is obtained, relevant information of the object to be overhauled is further obtained from overhauling basic data information, such as equipment (facility) codes, equipment names, installation places, belonging equipment subclasses, unit types, overhauling types (overhauling types are the next-stage classification of unit types), maintenance units and the like of the object to be overhauled. And further obtains relevant information of an item to be overhauled of the object to be overhauled, such as information of a unit type, an overhauling period, an overhauling type (the overhauling type is the next class of the unit type), a skylight type, an executive department, working contents, filling modes and the like, from the overhauling basic data information. It should be understood that the number of the objects to be overhauled may be plural, and the number of the items to be overhauled of one object to be overhauled may be plural, and one item to be overhauled of one object to be overhauled is taken as one overhauling plan, so as to obtain a plurality of overhauling plans, and the plurality of overhauling plans are summarized to obtain the annual overhauling table (one overhauling plan may include information of the object to be overhauled, information of the item to be overhauled of the object to be overhauled, overhauling time and the like). The generating process of the monthly maintenance schedule is the same as that of the annual maintenance schedule, and will not be repeated here.

More specifically, the annual and monthly service plans may be presented in a tabular form in the system.

A month overhaul plan generation unit 1022, connected to the comprehensive overhaul plan generation unit 1021, generates a month overhaul plan for each month in the target year based on the annual overhaul plan and the month overhaul plan.

It should be understood that the annual service plan is generated according to the annual table service items, and the monthly service plan is generated according to the monthly table service items, so that the service items to be serviced included in the annual service plan are service items with service periods of years, seasons and half a year, the service items to be serviced included in the monthly service plan are service items with service periods of months, and the annual service plan and the monthly service plan together form an annual service plan of a target year.

When generating the month check and repair plan of each month in the target year, the month to which the repair plan belongs can be determined according to the annual repair plan and the repair time of each repair plan in the month repair plan, so as to obtain the month check and repair plan of each month in the target year. In particular, the lunar repair plan may also be presented in a tabular form in the system.

In one implementation mode, in the generation process of the monthly maintenance plan, the accuracy of the monthly maintenance plan and the convenience of plan execution can be ensured by presetting related monthly maintenance plan generation rules, the workload of manually adjusting and modifying the plan is reduced, and the planning quality is improved.

The month stage plan generating unit 1023 is connected to the month maintenance plan generating unit 1022, and is configured to stage-divide the month maintenance plan according to a preset month stage division policy, and generate a month stage maintenance plan.

The month stage division policy may be preset by a person skilled in the art according to actual requirements, which is not limited by the present invention.

In particular, the month stage service plan may also be presented in a tabular form in the system.

Further, the comprehensive maintenance schedule generating unit 1021 is further configured to modify the annual maintenance schedule and/or the monthly maintenance schedule according to the first modification instruction; in one implementation manner, when the overhaul time corresponding to annual overhaul, semi-annual overhaul and quarterly overhaul is set to a specific month and the overhaul time corresponding to monthly overhaul is set to a specific day, the month of the overhaul work in the annual overhaul plan can be modified during modification, and the date of the overhaul work in the monthly overhaul plan can be modified.

The month repair plan generating unit 1022 is further configured to modify the month repair plan according to the second modification instruction;

the month stage plan generating unit 1023 is further configured to modify the month stage maintenance plan according to the third modification instruction.

It should be understood that the first modification instruction, the second modification instruction, and the third modification instruction may be issued by a user having related modification rights through his terminal device.

In one implementation, users in the system may include branch office users, crew users, and job group users. Wherein the branch office manages a plurality of crew teams, and the crew teams manage a plurality of job groups. The operation group user can be set to have the authority to modify the annual maintenance plan, the monthly maintenance plan and the monthly maintenance plan, and the crew member user can have the authority to modify the monthly maintenance plan.

In one implementation, the schedule management module 102 manages all communication transportation and maintenance tasks such as an annual maintenance schedule (annual maintenance schedule and monthly maintenance schedule), a major maintenance schedule, a skylight maintenance schedule, and a problem kuke-lack measure by managing a production process by a schedule with the annual maintenance schedule and the monthly maintenance schedule as a core, and can adapt to a task form newly added in the future. The annual production plan optimizes and recreates the daily planned production process of the split company, so that the annual production plan is suitable for the informatization technical means, the informatization of the production process is promoted, the maintenance data are collected while the management and control of the production process are realized, and the working intensity of first-line operation and maintenance personnel is not increased.

The plan maintenance safety production management system provided in the embodiment includes a comprehensive maintenance plan generating unit, a month maintenance plan generating unit and a month stage plan generating unit in the plan management module, so that the month stage maintenance plan is automatically generated, and modification and adjustment of the annual maintenance plan, the month maintenance plan and the month stage maintenance plan can be realized through the comprehensive maintenance plan generating unit, the month maintenance plan generating unit and the month stage plan generating unit, so that the maintenance plan is more reasonable.

Further, based on the above embodiment, in yet another embodiment of the present invention, as shown in fig. 3, the plan management module further includes an approval unit 1024;

the approval unit 1024 is respectively connected with the comprehensive overhaul plan generating unit 1021, the monthly overhaul plan generating unit 1022, the monthly overhaul plan generating unit 1023 and the execution management module 103, and is used for initiating a first approval program of the annual overhaul plan and the monthly overhaul plan after receiving the first approval request, receiving and displaying a first approval result, and controlling the monthly overhaul plan generating unit to generate the monthly overhaul plan when the first approval result is approval passing;

The system comprises a month-stage plan generating unit, a month-stage maintenance planning unit and a month-stage maintenance planning program, wherein the month-stage maintenance planning unit is used for generating a month-stage maintenance plan;

and the execution management module is used for initiating a third examination and approval program of the month-stage maintenance plan after receiving the third examination and approval request, receiving and displaying a third examination and approval result, and controlling the execution management module to generate the daily maintenance plan when the third examination and approval result is examination and approval passing.

It should be understood that the first approval request, the second approval request, and the third approval request may be issued by the user associated with the approval request authority through the terminal device thereof.

In one implementation, users in the system may include branch office users, crew users, and job group users. Wherein the branch office manages a plurality of crew teams, and the crew teams manage a plurality of job groups. The method can set that the operation group user has the authority to approve the annual maintenance plan, the monthly maintenance plan and the monthly maintenance plan, the service team user has the authority to approve the monthly maintenance plan, the service team user and the branch company user have the authority to approve the annual maintenance plan, the monthly maintenance plan and the monthly maintenance plan, and the operation group user can be set to be approved step by step, the service team user firstly performs approval, and the branch company user performs approval after the approval of the service team user passes, and the branch company user has the authority to approve the monthly maintenance plan.

In this embodiment, the plan management module further includes an approval unit, so as to approve the annual maintenance plan, the monthly maintenance plan and the monthly maintenance plan, and only if the approval of the previous plan passes, the next plan can be continuously generated, so that the management level of the maintenance plan can be improved, and the compliance and normalization of the maintenance plan are ensured.

In yet another embodiment of the present invention, there is provided another planned overhaul safety production management system comprising:

the basic data normalization module 101 is configured to overhaul basic data information. The plan management module 102 is connected with the basic data standardization module 101, and is used for generating a month stage maintenance plan of each month in the target year according to maintenance basic data information, and the annual table maintenance items and month table maintenance items of the target year, which are filled by users. The execution management module 103 is connected with the plan management module 102, and is used for generating a daily maintenance plan according to the monthly maintenance plan, and receiving and storing maintenance records corresponding to the daily maintenance plan. And the safety management module 104 is connected with the execution management module 103 and is used for generating an overhaul plan completion condition according to the overhaul record and storing overhaul problems acquired from the overhaul record into a problem library. The description of the basic data normalization module 101, the plan management module 102, the execution management module 103, and the security management module 104 is referred to above, and will not be repeated here. As shown in fig. 4, the execution management module 103 includes:

A daily schedule generation unit 1031 for generating a daily maintenance schedule according to the monthly maintenance schedule;

a day plan execution preparation unit 1032 connected to the day plan generation unit 1031, and configured to initiate a pre-shift meeting corresponding to the day maintenance plan according to a meeting initiation request after the day maintenance plan is generated; the operation authorization approval program is used for initiating the operation authorization approval program corresponding to the daily maintenance plan according to the authorization request, and receiving and displaying the operation authorization approval result;

specifically, the authorization request includes an in-machine room authorization, an up-channel authorization, a restricted job authorization, a boarding pass authorization, and the like. In the actual implementation process, different authorizations can be set according to different overhaul plans, and the invention is not limited to the different authorizations.

And the overhaul record uploading unit 1033 is connected with the daily schedule execution preparation unit 1032 and is used for receiving and storing the overhaul record corresponding to the daily overhaul schedule after the pre-shift meeting is initiated and the approval result of the operation authorization is approval.

Specifically, when a meeting is required before a shift on the system, the type of the operation and the meeting participants are selected on the system, and the responsible person for the maintenance task is allocated.

Furthermore, in addition to setting that the maintenance records corresponding to the maintenance schedule of the storage day can be received only after the meeting before the shift is initiated and the approval result of the operation authorization is approval, the conditions that the personnel arrangement must meet the requirement of the operation type on personnel qualification and the like can be set.

Further, as shown in fig. 5, the execution management module 103 further includes a deferral application unit 1034, which is respectively connected to the daily schedule generating unit 1031 and the daily schedule execution preparation unit 1032, and is configured to initiate a deferral application approval procedure for the daily maintenance schedule according to a deferral application request, receive and display a deferral approval result, and modify the maintenance time of the daily maintenance schedule after the deferral approval result passes.

Specifically, the system can preset delay time periods aiming at different levels, and can set approval by approval personnel of different levels.

In the planned maintenance safety production management system provided by the embodiment, a plurality of clamping rules are set in the daily planned execution process. For example, a meeting before work has to be done and related authorization is obtained to submit the maintenance records in the informatization process, so as to ensure that each requirement is safe and in place.

In order to more clearly explain the production management flow of the planned overhaul safety production management system provided by the invention, a specific example is taken as an original bisection company-Shenchi south electric work team-Shenchi south communication work group, wherein the original bisection company manages the Shenchi south electric work team, and the Shenchi south electric work team manages the Shenchi south communication work group.

Specifically, the production management flow of the planned overhaul safety production management system mainly comprises four aspects of basic data standardization, planned management, execution management and safety management.

(1) Base data normalization:

user information is entered through a base data normalization module. Specifically, each person of the original division company, the Shenchi south electric service team and the Shenchi south communication operation group is used as a user respectively, and user information is input. The user information includes information such as name, position, authority, affiliated units (organizations), qualification, etc.

And inputting maintenance object information through a basic data standardization module. In particular, the information about the maintenance object for which maintenance is responsible can be entered by the Shenchi south communication service group personnel. For example, information of a device whose unit type is a battery pack. Such as the basic information of equipment (facility) code, equipment name, installation site, belonging equipment subclass, unit type, overhaul type, etc. As shown in particular in fig. 6.

The maintenance item information is input through the basic data standardization module, and the system can prefabricate most maintenance items in advance according to the dimension rule file. The original bisector personnel can maintain the maintenance items according to actual conditions, and can support inquiry, addition, modification and deletion. The maintenance items can be divided into the following according to maintenance periods: annual service items, semi-annual service items, quarterly service items, and monthly service items. Taking a unit type as a storage battery pack as an example, the annual service item, the semi-annual service item, the quarterly service item and the monthly service item related information of the storage battery pack are shown in fig. 7-10.

(2) Planning management:

the original halving company personnel holds the initial annual schedule meeting and fills in an annual maintenance implementation management scheme (comprising objects to be overhauled and items to be overhauled in target years), and issues the annual maintenance implementation management scheme to the Shenchi south electric service staff personnel. The staff of the south electric service team in the Shenchi receives the annual maintenance implementation management scheme determined in the annual schedule meeting and issues the annual maintenance implementation management scheme to staff of the south communication operation group in the Shenchi. The Shenchi south communication operation group personnel receive the annual maintenance implementation management scheme determined in the annual schedule meeting.

According to meeting instructions, the staff of the Shenchi south communication operation group selects the unit type of the storage battery and the corresponding maintenance item in the annual table maintenance item template in the system.

And the staff of the Shenchi south communication operation group selects the unit type of the storage battery and the corresponding maintenance item in the month table maintenance item template.

An annual maintenance plan (the annual maintenance plan includes an annual maintenance plan and a monthly maintenance plan) of the Shenchi south communication operation group is automatically generated by the comprehensive maintenance plan generating unit according to the annual table maintenance items and the monthly table maintenance items which are checked by the Shenchi south communication operation group personnel.

The south-to-god-pool communication operation group can adjust the annual maintenance schedule and the monthly maintenance schedule, and after adjustment, a first examination and approval program is initiated through an approval unit and reported to a south-to-god-pool electric service team leader for approval, and after approval of the south-to-god-pool electric service team is passed, the annual maintenance schedule and the monthly maintenance schedule of the south-to-god-pool communication operation group are reported to the original halving company leader for approval.

After the lead approval of the original bisection company passes, the approval unit controls the month overhaul plan generating unit to automatically generate month overhaul plan drafts of each month of the Shenchi south communication operation group, then the personnel of the Shenchi south communication operation group can adjust the month overhaul plan of the next month through the month overhaul plan generating unit in the current month 26-25, and after adjustment, a second approval program is initiated through the approval unit and reported to the Shenchi south electric work team for auditing. And after the examination and approval of the leader of the south electric business team in the Shenchi is passed, reporting the monthly maintenance plan of the south communication operation group in the Shenchi to the leader of the bisecting company for examination and approval.

After the monthly inspection and repair plan of the original halving company leader approval nerve pond south communication operation group passes, an approval unit controls a monthly stage plan generating unit to generate a monthly stage inspection and repair plan draft, a nerve pond south electric service team can adjust the monthly stage inspection and repair plan draft through the monthly stage plan generating unit, a third approval program is initiated through the approval unit, the original halving company leader approval is reported, and after the approval is passed, the approval unit controls an execution management module to generate a daily inspection and repair plan.

It should be appreciated that if the approval is not passed, the corresponding repair plan is returned, the plan is modified by the job team or crew, and the approval is reinitiated after the modification.

(3) Performing management:

the god-pool southern communication job group can obtain the daily maintenance schedule of the current day in the daily schedule generation unit every day.

If the sunroof is not applied for or other reasons, a delay application unit in the execution management module is required to submit a delay application. Specifically, different approvers can be set for different delay application time, for example, 1-3 days of delay demand pool south communication operation group approval, 4-7 days of delay demand pool south electric work team approval, and more than 7 days of delay demand pool south electric work team approval are required for original bisector approval.

Before overhaul operation is carried out, staff of a Shenchi south communication operation group can select an operation type-consultant before a shift is required to be carried out on the system, a responsible person for allocating overhaul tasks and uploading photos of the shift before the shift is carried out. Apply for machine room authorization, up-channel authorization, restricted operation authorization, and up-height operation authorization. And then filling or uploading the maintenance records.

(4) And (3) safety management:

and counting the completion situation of the overhaul plan, and automatically generating the completion situation of the monthly overhaul plan of the Shenchi south communication operation group and the original halving company by the safety management module according to the overhaul record.

Filling out overhaul records by the Shenchi south communication operation group, and taking overhaul problems obtained from the overhaul records into a problem library through a safety management module for tracking.

In still another embodiment of the present invention, as shown in fig. 11, there is further provided a method for managing scheduled maintenance safety production, where the method is applied to the above-mentioned scheduled maintenance safety production management system, and the method includes:

step S1101: configuring maintenance basic data information;

step S1102: and generating a month-stage maintenance plan of each month in the target year according to the maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year filled by the user.

The annual table maintenance items comprise maintenance items to be maintained with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the lunar table maintenance items comprise maintenance items to be maintained with maintenance periods of lunar maintenance;

step S1103: and generating a daily maintenance plan according to the maintenance plan at the month stage, and receiving and storing maintenance records corresponding to the daily maintenance plan.

Step S1104: and generating an overhaul plan completion condition according to the overhaul record, and storing overhaul problems acquired from the overhaul record into a problem library.

According to the planned overhaul safety production management method provided by the embodiment, the month-stage overhaul plan of each month in the target year can be automatically generated according to the overhaul base data information and the annual table overhaul items and the month table overhaul items of the target year, which are filled by the user, and the daily overhaul plan is further automatically generated according to the month-stage overhaul plan, so that the informatization and intelligent management level is improved. The maintenance schedule is not required to be manually compiled, the maintenance schedule is more convenient and quicker, and the problem that maintenance is out of date due to missing maintenance items possibly occurring in the compiling process is avoided. The whole maintenance operation management process is carried out in the system, so that the waste of paper is reduced, and related files such as maintenance records are stored in the system, so that the maintenance records are convenient to find; generating an overhaul plan completion situation according to the overhaul record, so that a manager can grasp the overhaul plan completion situation in time and adjust the overhaul plan according to the overhaul plan completion situation in time; meanwhile, the overhaul problems in the overhaul records can be summarized to the problem library, so that related personnel can process the problems, and the problems in overhaul can be solved in time.

In yet another embodiment of the present invention, a computer program product is provided, where the computer program product includes a computer program or instructions, and when the computer program or instructions are executed by a processor, the computer program or instructions implement all or part of the steps of the method as in the foregoing method embodiment, and this embodiment is not repeated herein.

Further, the computer program product may include one or more computer-executable components configured to perform embodiments when the program is run; the computer program product may also include a computer program tangibly embodied on a medium readable thereby, the computer program including program code for performing any of the methods of the embodiments of the present disclosure. In such an embodiment, the computer program may be downloaded and installed from a network via a communication portion, and/or installed from a removable medium.

In yet another embodiment of the present invention, a computer readable storage medium is provided, where a computer program stored in the computer readable storage medium, when executed by one or more processors, implements all or part of the steps of the method in the above method embodiments, and the embodiments are not repeated herein.

In still another embodiment of the present application, an electronic device 1200 is further provided, and fig. 12 is a schematic diagram of a composition structure of the electronic device provided in the embodiment of the present application, as shown in fig. 12, the electronic device 1200 includes: at least one processor 1201, at least one communication bus 1202, a user interface 1203, at least one external communication interface 1204, a memory 1205. Wherein the communication bus 1202 is configured to enable connected communications between these components. The user interface 1203 may include a display screen, among other things, and the external communication interface 1204 may include standard wired and wireless interfaces. The memory 1205 is stored with a computer program, and the memory 1205 and the one or more processors 1201 are communicatively connected, and when the computer program is executed by the one or more processors, the processor 1201 is configured to execute the computer program stored in the memory, so as to implement all or part of the steps of the method in the foregoing method embodiment, which is not repeated herein.

The system, the method, the computer program product, the computer readable storage medium and the electronic equipment for managing the planned overhaul safety provided by the application can automatically generate the month-stage overhaul plan of each month in the target year according to the overhaul base data information and the annual table overhaul items and the month table overhaul items of the target year filled by the user, and further automatically generate the daily overhaul plan according to the month-stage overhaul plan, thereby improving the informatization and intelligent management level. The maintenance schedule is not required to be manually compiled, the maintenance schedule is more convenient and quicker, and the problem that maintenance is out of date due to missing maintenance items possibly occurring in the compiling process is avoided. The whole maintenance operation management process is carried out in the system, so that the waste of paper is reduced, and related files such as maintenance records are stored in the system, so that the maintenance records are convenient to find; generating an overhaul plan completion situation according to the overhaul record, so that a manager can grasp the overhaul plan completion situation in time and adjust the overhaul plan according to the overhaul plan completion situation in time; meanwhile, the overhaul problems in the overhaul records can be summarized to the problem library, so that related personnel can process the problems, and the problems in overhaul can be solved in time.

The various embodiments in this disclosure are described in a progressive manner, and identical and similar parts of the various embodiments are all referred to each other, and each embodiment is mainly described as different from other embodiments.

The scope of the present disclosure is not limited to the above-described embodiments, and it is apparent that various modifications and variations can be made to the present disclosure by those skilled in the art without departing from the scope and spirit of the disclosure. Such modifications and variations are intended to be included herein within the scope of the following claims and their equivalents.

Claims (10)

1. A planned overhaul safety production management system, the system comprising:

the basic data standardization module is used for configuring maintenance basic data information;

the plan management module is connected with the basic data standardization module and is used for generating a month-stage maintenance plan of each month in the target year according to the maintenance basic data information and the annual table maintenance items and month table maintenance items of the target year which are filled by a user; the annual table maintenance items comprise maintenance items to be maintained with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the monthly table maintenance items comprise maintenance items to be maintained with maintenance periods of monthly maintenance;

The execution management module is connected with the plan management module and is used for generating a daily maintenance plan according to the monthly maintenance plan, and receiving and storing maintenance records corresponding to the daily maintenance plan;

and the safety management module is connected with the execution management module and is used for generating an overhaul plan completion condition according to the overhaul record and storing overhaul problems acquired from the overhaul record into a problem library.

2. The planned overhaul safety production management system of claim 1, wherein the plan management module comprises:

the comprehensive maintenance schedule generating unit is used for generating an annual maintenance schedule according to the annual table maintenance items and the maintenance basic data information and generating a monthly maintenance schedule according to the monthly table maintenance items and the maintenance basic data information;

the month check repair plan generating unit is connected with the comprehensive repair plan generating unit and is used for generating month check repair plans of each month in the target year according to the annual repair plan and the monthly repair plan;

and the month stage plan generating unit is connected with the month stage maintenance plan generating unit and is used for carrying out stage division on the month stage maintenance plan according to a preset month stage division strategy to generate the month stage maintenance plan.

3. The scheduled maintenance safety production management system of claim 2, wherein the schedule management module further comprises an approval unit;

the examination and approval unit is respectively connected with the comprehensive maintenance plan generation unit, the month stage plan generation unit and the execution management module, and is used for initiating a first examination and approval program for the annual maintenance plan and the month maintenance plan after receiving a first examination and approval request, receiving and displaying a first examination and approval result, and controlling the month maintenance plan generation unit to generate the month maintenance plan when the first examination and approval result is that the examination and approval is passed;

the month stage plan generating unit is used for generating a month stage maintenance plan according to the first examination result, and the month stage plan generating unit is used for generating a month stage maintenance plan according to the second examination result;

and the execution management module is used for initiating a third examination and approval program of the month-stage maintenance plan after receiving the third examination and approval request, receiving and displaying a third examination and approval result, and controlling the execution management module to generate the daily maintenance plan when the third examination and approval result is examination and approval passing.

4. The planned overhaul safety production management system of claim 2, wherein,

the comprehensive maintenance plan generating unit is further used for modifying the annual maintenance plan and/or the monthly maintenance plan according to a first modification instruction;

the month check repair plan generating unit is further used for modifying the month check repair plan according to a second modification instruction;

the month stage plan generating unit is further configured to modify the month stage maintenance plan according to a third modification instruction.

5. The planned overhaul safety production management system of claim 1, wherein the execution management module comprises:

a daily schedule generating unit for generating the daily maintenance schedule according to the monthly maintenance schedule;

the daily schedule execution preparation unit is connected with the daily schedule generation unit and is used for initiating a pre-shift meeting corresponding to the daily maintenance schedule according to a meeting initiation request after the daily maintenance schedule is generated; the operation authorization approval program corresponding to the daily maintenance plan is initiated according to the authorization request, and an operation authorization approval result is received and displayed;

and the overhaul record uploading unit is connected with the daily schedule execution preparation unit and is used for receiving and storing the overhaul record corresponding to the daily overhaul schedule after the pre-shift meeting is initiated and the approval result of the operation authorization is approval.

6. The planned overhaul safety production management system of claim 5, wherein the execution management module further includes a deferral application unit;

the delay application unit is respectively connected with the daily plan generation unit and the daily plan execution preparation unit, and is used for initiating a delay application approval program of the daily maintenance plan according to a delay application request, receiving and displaying a delay approval result, and modifying the maintenance time of the daily maintenance plan after the delay approval result passes.

7. A method for managing scheduled maintenance safety production, wherein the method is applied to the scheduled maintenance safety production management system according to any one of claims 1 to 6, and the method comprises:

configuring maintenance basic data information;

generating a month stage maintenance plan of each month in the target year according to the maintenance basic data information, the annual table maintenance items and the month table maintenance items of the target year filled by the user; the annual table maintenance items comprise maintenance items to be maintained with maintenance periods of annual maintenance, quarterly maintenance and half-year maintenance, and the monthly table maintenance items comprise maintenance items to be maintained with maintenance periods of monthly maintenance;

Generating a daily maintenance plan according to the monthly maintenance plan, and receiving and storing maintenance records corresponding to the daily maintenance plan;

and generating an overhaul plan completion condition according to the overhaul record, and storing overhaul problems acquired from the overhaul record into a problem library.

8. A computer program product comprising a computer program or instructions which, when executed by a processor, implement the steps of the method of claim 7.

9. A computer readable storage medium storing a computer program which, when executed by one or more processors, performs the steps of the method of claim 7.

10. An electronic device comprising a memory and one or more processors, the memory having stored thereon a computer program, the memory and the one or more processors being communicatively coupled to each other, the computer program, when executed by the one or more processors, performing the steps of the method of claim 7.