CN111091304A - Digital work ticket management and control system and method for power industry - Google Patents
Digital work ticket management and control system and method for power industry Download PDFInfo
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- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/10—Office automation; Time management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The utility model discloses a digital work ticket management and control system and method in the power industry, which comprises a work ticket management and control subsystem, a PMS subsystem and a PMS subsystem, wherein the work ticket management and control subsystem generates a work order according to a received maintenance task, generates a work ticket according to the work order, performs electronic signature and personnel qualification judgment on the work ticket to execute issuance and permission, sends an electronic signature verification and personnel qualification judgment request to the PMS subsystem, and synchronizes the work ticket to the PMS subsystem; the PMS system calls a face library and face recognition judgment logic of the security risk management and control subsystem to obtain an electronic signature verification result, regularly calls personnel qualification information of the security risk management and control subsystem, sends the electronic signature verification result and the personnel qualification information to the work ticket management and control subsystem, and synchronizes the work ticket to the work ticket management and control subsystem; and the safety risk control subsystem is used for storing a face library, face recognition judgment logic and personnel qualification information, receiving a work ticket synchronized by the PMS subsystem for storage, and realizing integration with the PMS2.0 system and the safety risk control platform.
Description
Technical Field
The disclosure relates to the technical field of electric power, in particular to a digital work ticket management and control system and method for the electric power industry.
Background
The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art.
The work ticket system is one of organization measures for ensuring safety when the electrical equipment is in failure or is subjected to overhaul treatment, the work ticket is a written command for permitting work on the electrical equipment and is also a written basis for executing safety technical measures, and the work ticket or an emergency repair order for accidents should be filled in the work on the electrical equipment. The work ticket related to operation and maintenance in the traditional power production business is manually filled, errors are easy to generate, operations such as auditing and approving are needed, and the work efficiency is low.
With the continuous development of computer technology and the continuous expansion of power systems, WEB-side systems are applied in the power industry, and work tickets are gradually changed from paper to electronization; however, the WEB end system limits the user to transact the work ticket only on the computer, the work place is relatively fixed, and limitation exists in timeliness and convenience.
At present, work ticket informatization links required by operation and inspection professional field work in the power production industry completely depend on a WEB end and are realized through a device (asset) operation and maintenance lean management system PMS2.0 system. The management mode of the work ticket in the equipment (asset) operation and maintenance lean management system is that the ticket issuing, the issuing and the permission of the work ticket are all finished at a WEB end, and the execution can be carried out only by printing a paper ticket and adopting the form of the paper ticket, so that the problems that the work ticket of the equipment (asset) operation and maintenance lean management system is repeated in input work, cannot be controlled on line, is insufficient in system fusion and the like are caused; the WEB side management of the work ticket can not meet the actual requirement of the personnel of the operation and inspection team for carrying out work on site, thereby aggravating the workload of the basic personnel and being incapable of meeting the online management and control requirement of a management layer.
In summary, data in the working process is repeatedly recorded in a plurality of systems, and the system fusion degree is not enough, so that resource waste caused by the system fusion degree specifically faces the following problems:
and (4) repeating the work: in the field work process of the operation and maintenance personnel, information such as work ticket permission, final signature, time, work class member signature and the like is filled in the paper work ticket, and after the work is finished, the operation and maintenance personnel need to return to an office area to additionally record the paper ticket information to an equipment (asset) operation and maintenance lean management system, so that extra workload is increased.
Online control cannot be achieved: (1) under the condition that the operation and maintenance lean management system of the equipment (asset) does not carry out information backfilling in time, managers and safety supervisors cannot dynamically master information such as work ticket progress and the like, and various safety analyses based on work ticket big data are not realized;
(2) with the requirement of fine security control, links such as work ticket permission, employment meetings and the like need recording and photographing for reservation, and the traditional mode of combining the equipment (asset) operation and maintenance lean management system and the paper work ticket cannot meet the work requirement of recording and photo centralized management;
(3) when the paper ticket is maintained, whether the paper ticket is a work principal or a work licensor cannot be determined, and certain management and control risks exist.
The system fusion is not sufficient: the existing work ticket execution system is not organically combined with a security risk management and control platform, and data sharing cannot be realized among different systems. For example, in the links of work ticket filling, issuing, permission, interruption, termination and the like, information such as a work place, a post arrival, supervision records and the like cannot be conveniently checked, and the quality and effect of work are to be improved.
Disclosure of Invention
In order to solve the problems, the mobile office management separated from a WEB end is realized by integrating the system with an equipment (asset) operation and maintenance lean management system and a safety risk management and control platform, the whole functions of a work ticket module in the equipment (asset) operation and maintenance lean management system are realized functionally, various requirements of a field paper work ticket are integrated, the real-time data acquisition and the comprehensive perception of the whole flow whole service of the work ticket are realized by applying the digital work ticket, and simultaneously, the data sharing with the safety risk management and control platform is realized according to the requirements of safety management and control, so that the aims of improving the work efficiency and improving the safety management and control are fulfilled.
In order to achieve the purpose, the following technical scheme is adopted in the disclosure:
in a first aspect, the present disclosure provides a digital work ticket management and control system for power industry, including: the system comprises a work ticket management and control subsystem, a PMS subsystem and a safety risk management and control subsystem;
the work ticket management and control subsystem is used for generating a work order according to the received maintenance task, generating a work ticket according to the work order, performing electronic signature and personnel qualification judgment on the work ticket to execute issuance and permission, sending an electronic signature verification and personnel qualification judgment request to the PMS subsystem, and synchronizing the work ticket to the PMS subsystem;
the PMS subsystem is used for sending maintenance tasks to the work ticket management and control subsystem, calling a face library and face identification judgment logic of the safety risk management and control subsystem, acquiring an electronic signature verification result, calling personnel qualification information of the safety risk management and control subsystem at regular time, sending the electronic signature verification result and the personnel qualification information to the work ticket management and control subsystem, and synchronizing the work tickets to the safety risk management and control subsystem;
the safety risk control subsystem is used for storing a face library, face recognition judgment logic and personnel qualification information, receiving a calling request of the PMS, sending data meeting the calling request to the PMS, and receiving and storing work tickets synchronized by the PMS.
As some possible implementation manners, when the work ticket management and control subsystem performs electronic signature, a face recognition function is provided, whether the current signature personnel is correct is verified through face recognition, and personnel qualification judgment is performed through personnel qualification information:
according to the ID of the signature personnel and the ID of the personnel to be verified, a face identification request and a personnel qualification judgment request are sent to the PMS, the PMS acquires a face library and face identification judgment logic from the safety risk management and control subsystem in real time through webservice, acquires personnel qualification information from the safety risk management and control subsystem in fixed time through a task scheduling and webservice method, and pushes a face identification result and the personnel qualification information to the work ticket management and control subsystem.
As some possible realization modes, the work ticket control subsystem and the PMS subsystem carry out data interaction through the webservice, the work ticket control subsystem transmits work ticket information, photos and recording information, and information of a working meeting and a receiving meeting of the work ticket issuing, permission and execution links to the PMS subsystem through the webservice,
after the PMS subsystem receives the information, the information is synchronized to the safety risk control subsystem through the data center, and the safety risk control subsystem receives the information and stores and displays the information.
As some possible implementation manners, after any one of the work ticket management and control subsystem and the PMS subsystem executes issuance and permission of the work ticket, the other party does not repeat the operation any more, and the issuance and permission information of the work ticket is synchronized to the other party, and then synchronized to the security risk management and control subsystem.
As some possible implementations, the work ticket management and control subsystem includes: the system comprises a work ticket generating module, a work ticket executing module and a work ticket management module;
the working ticket generating module is used for receiving the maintenance task, compiling the working ticket and synchronizing the generated working ticket into the PMS subsystem;
the work ticket execution module is used for receiving the work ticket, issuing and permitting the work ticket, and synchronizing issuing and permitting information of the work ticket to the PMS subsystem; the work ticket execution module comprises a work ticket issuing unit and a work ticket permission unit;
the work ticket issuing unit is used for receiving the generated work ticket and judging whether the work ticket in a to-be-issued state needs to be signed, if so, selecting a corresponding signatory to perform electronic signature, and after executing signatory, sending the issued work ticket to the work ticket permission unit; otherwise, the work ticket is directly sent to a work ticket permission unit;
and the work ticket permission unit is used for receiving the work ticket which is issued and carrying out permission of security measures on the work ticket.
As some possible implementation manners, the work ticket management module comprises a work ticket delay, a work ticket interruption, a work task addition and a work ticket invalidation;
the work ticket deferral comprises: receiving a work ticket delay application, confirming the application delay time, completing the verification of the electronic signature, and entering an approval link;
in the permission link, the work ticket postpone application is approved, the verification of the electronic signature is completed, and the planned work time of the work ticket is modified;
and transmitting the application delay time and the electronic signature to a PMS (permanent magnet synchronous motor) subsystem through the webservice, and receiving and displaying data by the PMS subsystem.
As some possible implementations, the work ticket break includes: screening the work tickets with long working time span and more days according to the planned working time of the work tickets, and recording the work receiving time on the same day and the work starting time on the next day to complete the verification of the electronic signature;
and transmitting the current-day work receiving time, the next-day work starting time and the electronic signature to the PMS through the webservice, and receiving and displaying data by the PMS.
As some possible implementations, the adding the work task includes: receiving the job task to be added, performing electronic signature on the job ticket, issuing and permitting,
and transmitting the electronic signatures of the added work tasks, the issuance and the permission to the PMS through the webservice, and receiving and displaying data by the PMS.
As some possible implementations, the voiding of the work ticket includes: receiving a revocation request of an unauthorized work ticket, verifying the electronic signature, and modifying the state of the work ticket;
and transmitting the work ticket invalidation information and the electronic signature to the PMS through the webservice, and receiving and displaying data by the PMS.
In a second aspect, the present disclosure provides a digital work ticket management and control method for an electric power industry, including:
the work ticket management and control subsystem generates a work order according to the maintenance task sent by the PMS subsystem, generates a work ticket according to the work order, and performs electronic signature on the work ticket to execute issuance and permission;
sending a face recognition request to a PMS (permanent magnet synchronous motor) subsystem according to the ID of a signing person, acquiring a face library and face recognition judgment logic from a safety risk management and control subsystem in real time through a webservice by the PMS subsystem, acquiring an electronic signature verification result, and pushing the face recognition result to a work ticket management and control subsystem;
the personnel qualification judgment is carried out on the signer, a personnel qualification judgment request is sent to the PMS according to the ID of the personnel to be verified, the PMS acquires personnel qualification information from the safety risk management and control subsystem at regular time through a task scheduling and webservice method, and the personnel qualification information is pushed to the work ticket management and control subsystem;
the work ticket management and control subsystem transmits work ticket information, photos and recording information, and information of a work party and a work party to a PMS (permanent magnet system) through webservice;
after the PMS subsystem receives the information, the information is synchronized to the safety risk control subsystem through the data center, and the safety risk control subsystem receives the information and stores and displays the information.
Compared with the prior art, the beneficial effect of this disclosure is:
the work ticket is opened, issued, received, approved and terminated through the digital work ticket, and the work ticket is signed by workers of work teams and groups, changed by workers and changed by workers in charge when the digital work ticket is executed, so that the problems of time and labor waste in communication are avoided, the electronization problem of the work ticket is solved, and the mobile office management separated from a WEB end is realized.
Through the integration of the equipment (asset) operation and maintenance lean management system and the safety risk control platform, the digital work ticket recording and photos are transferred to the safety risk control platform through the equipment (asset) operation and maintenance lean management system in real time, the recording and photos are prevented from being re-input to the safety risk control platform when the equipment (asset) operation and maintenance lean management system manages the recording and photos, and the problem of repeated data input is solved.
The standardization of the work ticket is forcibly verified through the digital work ticket, input or error reminding is forbidden for data records and the like which do not meet the standardization, personal signatures are verified in a face recognition mode through the Internet technology, data errors and personnel replacement are avoided, and the problems of the standardization and the safety are solved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the disclosure, illustrate embodiments of the disclosure and together with the description serve to explain the disclosure and are not to limit the disclosure.
FIG. 1 is a schematic diagram of a data interaction flow of the disclosed system;
FIG. 2 is a schematic diagram of the data architecture of the disclosed system;
FIG. 3 is a schematic view of the business flow of a work ticket management subsystem;
FIG. 4 is a schematic diagram illustrating the flow of interaction of data between the intranet and the extranet in the system of the present disclosure;
FIG. 5 is a schematic diagram of an intranet and extranet data interaction architecture of the disclosed system;
FIG. 6 is a schematic diagram of a work ticket deferral flow;
FIG. 7 is a schematic workflow diagram of a work ticket break;
FIG. 8 is a schematic view of a work ticket addition flow;
fig. 9 is a schematic view of the work ticket revocation flow.
The specific implementation mode is as follows:
the present disclosure is further described with reference to the following drawings and examples.
It should be noted that the following detailed description is exemplary and is intended to provide further explanation of the disclosure. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this disclosure belongs.
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments according to the present disclosure. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, and it should be understood that when the terms "comprises" and/or "comprising" are used in this specification, they specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof, unless the context clearly indicates otherwise.
The management process of the work ticket in the equipment (asset) operation and maintenance lean management system (hereinafter referred to as PMS2.0 system) comprises the following steps:
(1) making out a work order: when the operation is carried out by the operation team, the operation team needs to be invoiced, issued and approved by a WEB terminal, and then the operation team prints a paper operation ticket and brings the paper operation ticket to an operation site;
(2) and (3) executing a work ticket: the execution of the work ticket fills the execution information of the work ticket on the paper ticket on site;
(3) and (3) ending the work and the work ticket: after the work is finished, operation and maintenance personnel finally backfill and additionally record relevant information related to the execution and the termination of the work ticket, such as permission information, operation information, time information and the like filled in the paper ticket to the PMS2.0 system at a WEB end.
A digital work ticket (hereinafter referred to as mobile APP) is in seamless butt joint with a PMS2.0 system and a security risk control platform, real-time interaction of data such as an overhaul plan, a work task list, the work ticket, a sound recording, a photo, a face library and the like is realized, the data interaction and the flow direction are shown in figure 1,
PMS2.0 system: on the basis of keeping the existing working mode, the mobile terminal data source of the working ticket is used for synchronizing the new or changed information of the working ticket to the safety risk management and control platform in real time.
Moving APP: through intranet and intranet information safety, real-time communication, applied techniques such as "face identification", password signature, recording and shoot, realize that the electric transformation is one kind, two kinds and accident emergency repair list removal, standardize the field execution process, strengthen logical judgment, realize with PMS2.0 system, safe risk management and control platform seamless butt joint, utilize internet + and internet of things, further reduce basic level staff work load, alleviate basic level staff burden, promote the field work safety management and control level.
Safety risk management and control platform: the digital work ticket is transformed in a matched mode, the work ticket information is received, the mobile APP is supported to conduct post-arrival and supervision management business on the work ticket, and functions of work ticket checking, supervision management and the like are achieved.
The embodiment provides a digital work ticket management and control system of electric power industry, includes:
the work ticket management and control subsystem, namely the mobile APP, is used for generating a work order according to the received maintenance task, generating a work ticket according to the work order, performing electronic signature and personnel qualification judgment on the work ticket to execute issuance and permission, sending an electronic signature verification and personnel qualification judgment request to the PMS2.0 system, and synchronizing the work ticket to the PMS2.0 system;
the PMS2.0 system is used for sending a maintenance task to the mobile APP, calling a face library and face recognition judgment logic of the security risk control platform, obtaining an electronic signature verification result, calling personnel qualification information of the security risk control platform at regular time, sending the electronic signature verification result and the personnel qualification information to the mobile APP, and synchronizing a work ticket to the security risk control platform;
the safety risk control platform is used for storing a face library, face recognition judgment logic and personnel qualification information, receiving a calling request of the PMS2.0 system, sending data meeting the calling request to the PMS2.0 system, and receiving a synchronous working ticket of the PMS2.0 system for storage and display.
Data interaction is carried out between the mobile APP and the PMS2.0 system through a webservice, and the mobile APP obtains and displays maintenance task information of the PMS2.0 system through the webservice; working order information is sent to a PMS2.0 system; the maintenance task comprises planned working time, working place, working content and equipment information; the work order information comprises planned work time, work places, work contents, equipment information and work groups;
the mobile APP and PMS2.0 systems can perform dispatching and acceptance operations on the work orders, data are transmitted to the other party after any party operates, and the other party receives the data and displays the data;
similarly, both the mobile APP and PMS2.0 systems can operate on the work ticket, after any one operates, the data is transmitted to the other, and after the other receives the data, the data is displayed, for example: the PMS2.0 system carries out work ticket issuing, and the after issuing with information transmission removal APP such as work ticket person of issuing, time of issuing, work ticket state, work ticket number, remove APP and demonstrate at the mobile terminal after this information of APP receipt, and the mobile terminal can not carry out work ticket issuing operation again.
Remove APP and adopt intranet special terminal, with work ticket synchronous to PMS2.0 system and security risk management and control system in, the work ticket information of storage in the security risk management and control system can be looked over, managed through isolating device to the extranet terminal.
Further, the mobile APP comprises: the system comprises a work ticket generating module, a work ticket executing module and a work ticket management module;
1. the work ticket generating module is used for receiving the maintenance task, compiling the work ticket and synchronizing the generated work ticket into the PMS2.0 system;
the work ticket generating module comprises a work order generating and distributing unit and a work ticket compiling unit;
the work order generating and dispatching unit is used for compiling a maintenance work order according to the received maintenance task and sending the maintenance work order to the work order compiling unit;
the work ticket compiling unit is used for filling work ticket information according to the received maintenance work order, generating a work ticket and sending the work ticket to the work ticket execution module;
further, the PMS2.0 system sends the maintenance task to a work order generating and dispatching unit;
further, the PMS2.0 system sends the synchronous work ticket to the safety risk control platform, the safety risk control platform supports the functions of checking, supervising and the like of the work ticket, and the work ticket is synchronized between the mobile APP, the PMS2.0 system and the safety risk control platform.
2. The work ticket execution module is used for receiving the work ticket, issuing and permitting the work ticket, and synchronizing issuing and permitting information of the work ticket to the PMS2.0 system; the issuing and permission information comprises an electronic signature, personnel qualification judgment, safety measure confirmation, audio and video data in the permission process and the like.
The work ticket execution module comprises a work ticket issuing unit and a work ticket permission unit;
(1) the work ticket issuing unit is used for receiving the generated work ticket and judging whether the work ticket in a to-be-issued state needs to be signed, if so, selecting a corresponding signatory to perform electronic signature, and after executing signatory, sending the issued work ticket to the work ticket permission unit; otherwise, the work ticket is directly sent to a work ticket permission unit;
(2) the work ticket permission unit is used for receiving the work ticket which is issued and carrying out permission of security measures on the work ticket; the work ticket permission comprises confirmation of security measures, recording and photographing in the permission process, invalidation of the work ticket before the permission is completed and the like.
Remove APP when carrying out electronic signature, provide face identification function, verify through face identification whether current signature personnel are correct, concrete implementation:
by selecting a signature person, sending a face recognition request to a PMS2.0 system by a person ID through a webservice, obtaining a face library and face matching logic by the PMS2.0 system by calling a security risk management and control system interface, returning a face recognition result to a mobile APP, and receiving result information (success or failure) and prompting by the mobile APP;
when the mobile APP judges the qualification of the personnel, the qualification of the personnel to be checked is selected, the personnel ID is sent to a PMS2.0 system to be judged, the PMS2.0 system acquires the qualification information of the personnel from a safety risk management and control system at regular time through task scheduling and webservice, the qualification information of the personnel is pushed to the mobile APP through webservice, and the mobile APP judges the qualification of the personnel when the operations such as personnel arrangement, personnel signature and personnel change are carried out; the personnel qualification information comprises personnel ID, name, certificate and certificate validity period;
after the mobile APP performs photographing or recording operation in a work ticket permission and work ticket execution link, transmitting recording/photo information (associated work tickets, work ticket links, recording or photographing time, recording or photographing people) to a PMS2.0 system through a webservice, and displaying after receiving by the PMS2.0 system;
the PMS2.0 system transmits work tickets, photos, sound recordings, work initiatives and work receptionists to the safety risk control system through a data center, and the safety risk control system receives and displays the work tickets, the photos, the sound recordings, the work initiatives and the work receptionists;
the PMS2.0 system acquires the personnel qualification information from the safety risk management and control system at regular time (every 5 minutes) through task scheduling and webservice;
the PMS2.0 system calls a face library and face recognition judgment logic of the security risk management and control system in real time through webservice to obtain a face recognition return result.
The mobile APP controls the filling of the face information of the work ticket in each link of the work ticket, and the filling contents of each link are different, wherein the required items are required. For example: when the work ticket is signed and issued, the work licensor and the work responsible person carry out safety measure confirmation together, namely, the safety measure filled in the work ticket is subjected to one-time hooking confirmation, the recording function is started before the first safety measure is hooked, otherwise, the system prompts that the recording is not started by the current system, the recording is required to be started, and the recording is not allowed to be started if the recording is not started;
for the safety measure items needing to be filled with specific ground wire numbers, the ground wire numbers must be filled, otherwise, the system prompts that the ground wire numbers are required to be filled firstly, and hooking cannot be carried out;
if all the safety measure items are not hooked, the next operation is not allowed to be carried out;
when the start permission is carried out (namely, when a button of 'start permission' is clicked), the system judges whether all the necessary information in the current link is completely filled, and whether the information such as a photo, a recording file, a work leader and a work licensor finishes signing or not, and the like, and the start permission cannot be carried out if the judgment is that one item is not satisfied;
the content filled in is not allowed in the link, and the system prompts the user that the current link of the changed content is not allowed to be edited when the user clicks.
3. The work ticket management module comprises a work ticket delay module, a work ticket interruption module, a work task adding module and a work ticket invalidation module;
(1) and the work ticket is delayed, and when the maintenance work in the same day cannot complete work according to the work ticket time due to special conditions, the work ticket is delayed through the work ticket delay function.
As shown in fig. 6, the specific process is as follows: the work ticket execution link is that a work principal submits a work ticket delay application on a mobile APP, fills in 'application delay time' and signs, a work licensor approves the work ticket delay and signs after receiving the delay application, the system automatically judges that the work licensor delays the work ticket uniformly and signs, then the 'application delay time' is automatically filled in the work ticket delay effective delay time, and the signatures of the work principal and the work licensor are filled in the corresponding person signs, and the work principal and the work licensor cannot be modified;
and after the APP is moved, the delay time, the signature of the work leader and the signature of the work licensor are transmitted to a PMS2.0 system through the webservice, and the PMS2.0 system receives and displays the data.
(2) The work ticket interruption is used for managing the multi-day work of the work ticket and realizing the information management of the start work and the receipt work of the multi-day work;
as shown in fig. 7, the specific process is as follows: for the work tickets with the work time spanning multiple days (the system automatically judges according to the 'planned work time' on the work tickets), recording the work receiving time of the day, the work time every other day, and a work ticket execution link, wherein the work responsible person fills the work receiving time of the day on the mobile APP and signs, and the work ticket licensor signs after receiving the work tickets signed by the work responsible person;
and after the APP is moved, the work receiving time, the work principal signature and the work licensor signature are transmitted to a PMS2.0 system through the webservice, and the PMS2.0 system receives data and displays the data at the daily work starting and work receiving time on the ticket.
After the receiving information on the same day is completed, the time of starting work in the next day can be filled;
the time of receiving work on the same day and the time of starting work on the next day are a group of records, and the system provides the functions of adding and deleting the group of records, so that the information maintenance is facilitated.
(3) And the work task adding device is used for adding the work task under the maintenance task of the current work ticket and realizing the function of newly adding the work task under the condition that the current work task does not meet the maintenance work requirement.
As shown in fig. 8, the specific process is as follows: a work ticket execution link, wherein a work responsible person fills in work task added content and signs on the mobile APP, sends the work ticket to a work ticket issuer and a work licensor at the same time, sends the work responsible person after the signature of the issuer and the licensor, and writes the added work task into a remark;
and after the APP is moved for recording, the added work tasks, the work ticket issuer signatures, the work leader signatures and the work licensor signatures are transmitted to the PMS2.0 system through the webservice, and the PMS2.0 system receives data and displays the data at the remark position of the ticket face.
(4) And the work ticket is invalidated and is used for carrying out invalidation management on the unauthorized work ticket.
As shown in fig. 9, the specific process is as follows: a work ticket permitting link, wherein a work licensor makes a work ticket useless on the mobile APP, the work licensor and a work responsible person sign in sequence, the system verifies whether the work licensor and the work responsible person complete the signing, the state of the work ticket becomes useless after the confirmation, and the useless stamp is displayed at a remark position of the work ticket;
the mobile APP transmits the added work ticket, the work ticket invalidation time, the work principal signature and the work licensor signature to the PMS2.0 system through the webservice, and the PMS2.0 system receives data and displays the invalidation stamp at the remark position of the ticket face.
The work ticket management module also comprises change management of a work responsible person, when the work responsible person needs to be replaced due to special reasons, the work responsible person can change the work responsible person after being checked and signed by a work licensor, and the change condition of the work responsible person is recorded, and a new work responsible person can take charge of the current maintenance work after the change;
change management of workers, when a team member participating in maintenance work leaves the current work or a new member joins the current work, signature registration needs to be completed at a change position of the workers, and the time of change is recorded;
the work ticket is copied, so that the original work ticket information is copied when a work responsible person fills in the work ticket, and the function of rapidly making out a bill is realized;
and work ticket query is carried out, and the function that the mobile APP queries the work ticket according to the query condition is realized. Selecting the work ticket in the query result can view the detailed information of the work card.
The mobile APP, when executing the work ticket:
(1) the overhaul team work responsible person organizes team members to call a work meeting before the team members start working, and realizes the function of recording management in the processes of work ticket permission, work starting, work receiving, worker change and the like through the recording module;
(2) the photo management module is used for realizing photo management of functions such as work ticket permission, a work-making meeting, a work-receiving meeting and the like, realizing the function of uploading photos to the PMS2.0 system, deleting photos which are not uploaded to the PMS2.0, and providing relevant data of the work-making meeting to the security risk management and control system;
(3) the work task is finished and managed, the on-site maintenance work termination management is realized, a work principal and a work licensor confirm the maintenance work site together, after all safety measures are restored to the initial state, the principal and the licensor sign respectively, and the work is terminated;
(4) the work order is managed, the terminal function of the work order is realized, and a work responsible person confirms that the safety measures are removed and reports dispatching personnel;
(5) and evaluating the work ticket, wherein the evaluation function of the work ticket is realized, and the evaluation function comprises two conditions of qualification and disqualification.
The above is merely a preferred embodiment of the present disclosure and is not intended to limit the present disclosure, which may be variously modified and varied by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present disclosure should be included in the protection scope of the present disclosure.
Although the present disclosure has been described with reference to specific embodiments, it should be understood that the scope of the present disclosure is not limited thereto, and those skilled in the art will appreciate that various modifications and changes can be made without departing from the spirit and scope of the present disclosure.
Claims (10)
1. The utility model provides a digital work ticket management and control system of electric power industry which characterized in that includes: the system comprises a work ticket management and control subsystem, a PMS subsystem and a safety risk management and control subsystem;
the work ticket management and control subsystem is used for generating a work order according to the received maintenance task, generating a work ticket according to the work order, performing electronic signature and personnel qualification judgment on the work ticket to execute issuance and permission, sending an electronic signature verification and personnel qualification judgment request to the PMS subsystem, and synchronizing the work ticket to the PMS subsystem;
the PMS subsystem is used for sending maintenance tasks to the work ticket management and control subsystem, calling a face library and face identification judgment logic of the safety risk management and control subsystem, acquiring an electronic signature verification result, calling personnel qualification information of the safety risk management and control subsystem at regular time, sending the electronic signature verification result and the personnel qualification information to the work ticket management and control subsystem, and synchronizing the work tickets to the safety risk management and control subsystem;
the safety risk control subsystem is used for storing a face library, face recognition judgment logic and personnel qualification information, receiving a calling request of the PMS, sending data meeting the calling request to the PMS, and receiving and storing work tickets synchronized by the PMS.
2. The electric power industry digital work ticket management and control system of claim 1,
when the work ticket management and control subsystem carries out electronic signature, a face recognition function is provided, whether current signature personnel are correct or not is verified through face recognition, and personnel qualification judgment is carried out through personnel qualification information:
according to the ID of the signature personnel and the ID of the personnel to be verified, a face identification request and a personnel qualification judgment request are sent to the PMS, the PMS acquires a face library and face identification judgment logic from the safety risk management and control subsystem in real time through webservice, acquires personnel qualification information from the safety risk management and control subsystem in fixed time through a task scheduling and webservice method, and pushes a face identification result and the personnel qualification information to the work ticket management and control subsystem.
3. The electric power industry digital work ticket management and control system of claim 1,
the work ticket control subsystem and the PMS perform data interaction through the webservice, the work ticket control subsystem transmits work ticket information, photos and recording information, and the information of the work meetings of the beginning and the end of the work tickets to the PMS through the webservice,
after the PMS subsystem receives the information, the information is synchronized to the safety risk control subsystem through the data center, and the safety risk control subsystem receives the information and stores and displays the information.
4. The electric power industry digital work ticket management and control system of claim 1,
in the work ticket management and control subsystem and the PMS subsystem, after any party executes issuance and permission of the work ticket, the other party does not repeat operation any more, and the issuance and permission information of the work ticket is synchronized to the other party, and then synchronized to the safety risk management and control subsystem.
5. The electric power industry digital work ticket management and control system of claim 1,
the work ticket management and control subsystem comprises: the system comprises a work ticket generating module, a work ticket executing module and a work ticket management module;
the working ticket generating module is used for receiving the maintenance task, compiling the working ticket and synchronizing the generated working ticket into the PMS subsystem;
the work ticket execution module is used for receiving the work ticket, issuing and permitting the work ticket, and synchronizing issuing and permitting information of the work ticket to the PMS subsystem; the work ticket execution module comprises a work ticket issuing unit and a work ticket permission unit;
the work ticket issuing unit is used for receiving the generated work ticket and judging whether the work ticket in a to-be-issued state needs to be signed, if so, selecting a corresponding signatory to perform electronic signature, and after executing signatory, sending the issued work ticket to the work ticket permission unit; otherwise, the work ticket is directly sent to a work ticket permission unit;
and the work ticket permission unit is used for receiving the work ticket which is issued and carrying out permission of security measures on the work ticket.
6. The electric power industry digital work ticket management and control system of claim 5,
the work ticket management module comprises a work ticket delay module, a work ticket interruption module, a work task adding module and a work ticket invalidation module;
the work ticket deferral comprises: receiving a work ticket delay application, confirming the application delay time, completing the verification of the electronic signature, and entering an approval link;
in the permission link, the work ticket postpone application is approved, the verification of the electronic signature is completed, and the planned work time of the work ticket is modified;
and transmitting the application delay time and the electronic signature to a PMS (permanent magnet synchronous motor) subsystem through the webservice, and receiving and displaying data by the PMS subsystem.
7. The electric power industry digital work ticket management and control system of claim 6,
the work ticket discontinuity comprises: screening the work tickets with long working time span and more days according to the planned working time of the work tickets, and recording the work receiving time on the same day and the work starting time on the next day to complete the verification of the electronic signature;
and transmitting the current-day work receiving time, the next-day work starting time and the electronic signature to the PMS through the webservice, and receiving and displaying data by the PMS.
8. The electric power industry digital work ticket management and control system of claim 6,
the adding of the work task comprises: receiving the job task to be added, performing electronic signature on the job ticket, issuing and permitting,
and transmitting the electronic signatures of the added work tasks, the issuance and the permission to the PMS through the webservice, and receiving and displaying data by the PMS.
9. The electric power industry digital work ticket management and control system of claim 6,
the invalidation of the work ticket comprises: receiving a revocation request of an unauthorized work ticket, verifying the electronic signature, and modifying the state of the work ticket;
and transmitting the work ticket invalidation information and the electronic signature to the PMS through the webservice, and receiving and displaying data by the PMS.
10. A digital work ticket management and control method for the power industry is characterized by comprising the following steps:
the work ticket management and control subsystem generates a work order according to the maintenance task sent by the PMS subsystem, generates a work ticket according to the work order, and performs electronic signature on the work ticket to execute issuance and permission;
sending a face recognition request to a PMS (permanent magnet synchronous motor) subsystem according to the ID of a signing person, acquiring a face library and face recognition judgment logic from a safety risk management and control subsystem in real time through a webservice by the PMS subsystem, acquiring an electronic signature verification result, and pushing the face recognition result to a work ticket management and control subsystem;
the personnel qualification judgment is carried out on the signer, a personnel qualification judgment request is sent to the PMS according to the ID of the personnel to be verified, the PMS acquires personnel qualification information from the safety risk management and control subsystem at regular time through a task scheduling and webservice method, and the personnel qualification information is pushed to the work ticket management and control subsystem;
the work ticket management and control subsystem transmits work ticket information, photos and recording information, and information of a work party and a work party to a PMS (permanent magnet system) through webservice;
after the PMS subsystem receives the information, the information is synchronized to the safety risk control subsystem through the data center, and the safety risk control subsystem receives the information and stores and displays the information.
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