CN114566159A - Electric ticket circulation method and device based on checking operation - Google Patents

Abstract

The application discloses an electric ticket circulation method and device based on checking operation, wherein the method comprises the following steps: based on an automatic voice recognition technology and a preset voice recognition model, performing safety technology transaction verification and personnel qualification verification on the work ticket according to the voice requirement information of the first ticket owner and the signature of the first ticket owner, if the verification is passed, approving the circulation of the operation ticket, and recording the starting time; and comparing and checking the ticket voice information of the second ticket player with the operation items in the operation ticket, executing the corresponding operation items if the comparison is consistent, and recording the operation time. The method for comparing and checking the voice and the text can reduce the influence caused by human factors and also can avoid the problems of low efficiency and easy error and omission of manual checking. The electric ticket checking system can solve the technical problems that an existing electric ticket is low in efficiency and prone to error and leakage through manual checking, and therefore certain safety risks can be brought to constructors.

Description

An electrical ticket circulation method and device based on check operation

technical field

The present application relates to the technical field of electrical ticket verification, and in particular, to a method and device for electrical ticket circulation based on verification operations.

Background technique

In the existing two-invoice system, the operator manually backfills the information during and after the work is executed, so as to realize a closed loop on the system. Due to the complicated work of the operator and the trivial information to be backfilled, it is very easy to appear due to the operator. Carelessness or fatigue lead to errors and omissions in information backfilling, and a large amount of information to be backfilled increases the workload of operators, reduces the work efficiency of operators, and causes unnecessary waste of human resources.

In addition, because the existing system process information is manually backfilled and relies too much on manpower, the on-site work has been completed, but the process on the system has not even started to flow. As a result, the dispatcher cannot know the actual situation on the site and can only rely on experience. Judgment or telephone communication can easily lead to misjudgment, resulting in a series of security risks.

In addition, the work ticket verification and operation ticket permission during the construction process of entering the substation need to be checked one by one by the staff. The time and labor costs are high, and different results will be caused by the different work experience and attitude of the staff, such as Staff with less experience cannot give accurate safety configuration measures according to the work content, and staff with a careless attitude will go through the motions of personnel qualification audit, which will bring unnecessary construction risks; and manual audits are prone to loopholes, such as typos, Missing words and ambiguity lead to the inconsistency of work content, which is also a factor leading to a series of security risks.

SUMMARY OF THE INVENTION

The present application provides an electrical ticket circulation method and device based on checking operation, which is used to solve the problem that the existing electrical ticket is inefficient and prone to errors and omissions through manual review and backfilling, which will bring certain safety risks to construction personnel. technical issues.

In view of this, a first aspect of the present application provides an electrical ticket circulation method based on a check operation, including:

Based on automatic speech recognition technology and a preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller, the work ticket is checked for safety technical disclosure and personnel qualification. The operation ticket is approved if the check is passed flow, and record the start time;

Comparing and checking the voice information of the second ticket maker and the operation items in the operation ticket, if the comparison is consistent, the corresponding operation item is executed, and the operation time is recorded.

Preferably, based on the automatic speech recognition technology and the preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller, the work ticket is checked for security technical disclosure and personnel qualification. If approved, the operation ticket circulation is approved, and the start time is recorded, including:

Based on the automatic speech recognition technology, extract the voice feature vector in the voice request information of the first caller, and input the voice feature vector into a preset voice recognition model for text recognition, and obtain a text recognition result;

If the content of the safety disclosure sheet in the text recognition result is consistent with the content of the safety disclosure sheet corresponding to the work ticket, the security technical disclosure check is passed;

Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed;

If the verification is passed, the operation ticket circulation is approved, and the start time is recorded.

Preferably, the voice information of the second voter and the operation items in the operation ticket are compared and checked, and if the comparison is consistent, the corresponding operation items are executed, and the operation time is recorded, including:

Obtaining the first sub-voice of the guardian and the second sub-voice of the operator, respectively, to obtain the voice information of the call, and the second caller includes the guardian and the operator;

Converting the first sub-voice and the second sub-voice into a first operation text and a second operation text respectively;

The content of the first operation text and the second operation text is compared with the operation items in the operation ticket, respectively, and if the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded.

Preferably, the voice information of the second voter and the operation items in the operation ticket are compared and checked, and if the comparison is consistent, the corresponding operation items are executed, and the operation time is recorded, and then further includes:

The operation data is backfilled into the electric ticket system according to the start time and the operation time.

Preferably, comparing and checking the voice information of the second voter and the operation items in the operation ticket, and if the comparison is consistent, the corresponding operation items are executed, and the operation time is recorded, and the operation time is also included:

If the comparison check is consistent, and the operator does not perform the next operation check within the preset time, then extract the keywords from the voice information of the second ticket caller, and according to the keywords in the preset abnormal signal library Exception matching is performed in, and an exception alarm prompt is given;

If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt.

A second aspect of the present application provides an electrical ticket circulation device based on a check operation, including:

The work ticket verification module is used to perform security technical disclosure verification and personnel qualification verification of the work ticket based on the automatic speech recognition technology and the preset speech recognition model according to the voice request information of the first caller and the signature of the first caller. If the verification is passed, the operation ticket circulation is approved, and the start time is recorded;

The operation ticket checking module is used for comparing and checking the ticket calling voice information of the second ticket maker and the operation items in the operation ticket. If the comparison is consistent, the corresponding operation item is executed and the operation time is recorded.

Preferably, the work ticket checking module is specifically used for:

Based on the automatic speech recognition technology, extract the voice feature vector in the voice request information of the first caller, and input the voice feature vector into a preset voice recognition model for text recognition, and obtain a text recognition result;

If the content of the safety disclosure sheet in the text recognition result is consistent with the content of the safety disclosure sheet corresponding to the work ticket, the security technical disclosure check is passed;

Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed;

If the verification is passed, the operation ticket circulation is approved, and the start time is recorded.

Preferably, the operation ticket checking module is specifically used for:

Obtaining the first sub-voice of the guardian and the second sub-voice of the operator, respectively, to obtain the voice information of the call, and the second caller includes the guardian and the operator;

Converting the first sub-voice and the second sub-voice into a first operation text and a second operation text respectively;

The content of the first operation text and the second operation text is compared with the operation items in the operation ticket, respectively, and if the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded.

Preferably, it also includes:

The information backfilling module is used for backfilling the operation data into the electric ticket system according to the start time and the operation time.

Preferably, it also includes:

The verification alarm module is used for extracting keywords from the voice information of the second voter in the voice information of the second voter, according to the The word is abnormally matched in the preset abnormal signal library, and an abnormal alarm prompt is given;

If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt.

As can be seen from the above technical solutions, the embodiments of the present application have the following advantages:

In the present application, an electrical ticket circulation method based on checking operation is provided, which includes: based on automatic speech recognition technology and a preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller to register the work ticket Carry out safety technical disclosure check and personnel qualification check. If the check is passed, the operation ticket circulation will be approved, and the start time will be recorded; the voice information of the second ticket caller and the operation items in the operation ticket will be compared and checked, and the comparisons are consistent. Then execute the corresponding operation item and record the operation time.

The electrical ticket circulation method based on the verification operation provided by the present application extracts task actions by acquiring the voice information of the caller, and then compares the tasks determined according to the voice with the work tasks recorded in the maintenance order issued by the production system. Check to ensure that the task requirements understood by each teller are consistent with those in the work ticket, and the personnel qualifications meet the requirements, before allowing the circulation of the operation ticket; the operation ticket also needs to collect the corresponding voice information of the teller, and then extract the operation action. Comparing with the operation actions in the operation ticket can only be executed if they are consistent. By comparing and checking voice and text, the influence of human factors can be reduced, and the problems of low efficiency and error-prone omission caused by manual review and backfilling can be avoided. It can also provide information reference for abnormal signal processing of operators to ensure that dispatchers can work in real time or on-site through the system. Therefore, the present application can solve the technical problem that the existing electrical bills are inefficient and prone to errors and omissions through manual review and backfilling, thereby bringing certain safety risks to construction personnel, operation personnel and dispatchers.

Description of drawings

1 is a schematic flowchart of an electrical ticket circulation method based on a check operation provided by an embodiment of the present application;

2 is a schematic structural diagram of an electrical ticket circulation device based on a check operation provided by an embodiment of the present application;

3 is a schematic diagram of a speech-to-text model provided by an embodiment of the present application;

4 is a schematic diagram of an APP system work ticket operation interface provided by the application example of this application;

FIG. 5 is a schematic diagram of an operation interface of an APP system operation ticket provided by an application example of this application.

Detailed ways

In order to make those skilled in the art better understand the solutions of the present application, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present application. Obviously, the described embodiments are only It is a part of the embodiments of the present application, but not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present application.

For ease of understanding, please refer to FIG. 1 , an embodiment of an electrical ticket circulation method based on a check operation provided by the present application includes:

Step 101, based on the automatic speech recognition technology and the preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller, carry out security technical disclosure check and personnel qualification check on the work ticket, and the checks are all passed. Approve the flow of action tickets and record the start time.

Further, step 101 includes:

Based on the automatic speech recognition technology, extract the speech feature vector in the voice request information of the first caller, and input the speech feature vector into the preset speech recognition model for text recognition, and obtain the text recognition result;

If the content of the safety disclosure form in the text recognition result is consistent with the content of the safety disclosure form corresponding to the work ticket, the safety technical disclosure check is passed;

Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed;

If the verification is passed, the operation ticket circulation is approved, and the start time is recorded.

A work ticket is a written order authorizing work on electrical equipment and system software, as well as a written basis for implementing technical measures to ensure safety. The first teller can be the subordinate, the operator, or the work permit person; the voice request information collected for different people may be different, so the content of the check is also different, but the check mechanism is the same, both It is to extract the text information in the voice, and then compare it with the corresponding content recorded in the work ticket, so as to determine whether the verification is passed. It can be understood that the preset personnel list is a preset list of personnel who are allowed to access the network and can be configured according to actual needs, which is not limited here.

Before verification, it is necessary to collect the voice request information and signature of the first voter on the spot, that is, the signature of the first voter. The voice request information is in the form of audio files, which need to be processed by natural language processing technology (NLP). Based on automatic speech recognition technology (ASR), a speech recognition model is set up. After training, the model can directly extract the corresponding text according to the audio file. information.

Please refer to Figure 3 for the relevant operations of the preset speech recognition model in this example. First, the corpus preprocessing is performed on the recognition results of the ASR speech recognition technology, and the corpus except for the main words of the vote can also be segmented. The word segmentation can be selected according to the actual situation. Algorithms include: word segmentation method based on string matching, word segmentation method based on understanding, word segmentation method based on statistics and word segmentation method based on rules; part-of-speech tagging for all word segmentation and labeling of part-of-speech; and stop words generally refer to the absence of text features. Any contributing words, such as punctuation, tone, personal, etc. Next, we need to convert the string of Chinese word segmentation into numbers, that is, vector conversion, which can be expressed in two different ways, namely the bag-of-words model and the word vector. Then there is the feature extraction part, but the feature subspace found by feature extraction will lose some semantic information, so we choose the DF (Document Frequency) method with less influence for feature selection; other feature extraction algorithms can also be selected, It is not limited here. The last step is the training of the model. The main framework of the model is a neural network. The frameworks that can be selected include CNN, RNN, LSTM, etc. In this embodiment, a CNN network with strong universality is selected as the main body of the model for training. In addition to selecting the CNN network, in order to improve the performance of the model, an attention mechanism can also be added for training to improve the efficiency and accuracy of model training.

If the first teller is an operator, the text information converted from the voice request information contains the relevant content of the safety technical disclosure, which is compared with the content of the safety disclosure form corresponding to the work ticket. If the content is consistent, the safety technical disclosure is checked. Passed; in the actual operation process, the signature of the relevant operator needs to be collected for each pass, which is convenient for subsequent information backfilling and comparison and verification.

The essence of the signature check is to check the qualifications of the staff, that is, the staff's working years and other indicators. No matter how many staff members there are, each staff member needs to sign and perform qualification verification. It is understandable that if personnel need to be replaced due to work interruption, work extension or change of staff members, etc., it is necessary to obtain the signatures of the person in charge of the work ticket, the licensor and the issuer, and to check the qualifications before entering. Follow-up action.

In addition, in the actual work process, after the work ticket is completed, issued, countersigned and received, a specific work permit person needs to go to the site to arrange safety measures. After the security measures are arranged, the work ticket permit person is responsible for the work ticket. The person makes a safety account and approves the work ticket, and the details are not repeated here. It can be understood that recording the time of each check or operation is to automatically backfill the subsequent information to the system to provide a time basis, so that the dispatcher can monitor the flow of the process in real time through the system.

Step 102 , compare and check the voice information of the second voter and the operation items in the operation ticket, and if the comparison is consistent, execute the corresponding operation item, and record the operation time.

Further, step 102 includes:

Respectively obtain the first voice of the guardian and the second voice of the operator, and obtain the voice information of the voice, and the second voice of the caller includes the guardian and the operator;

Converting the first sub-voice and the second sub-voice into the first operation text and the second operation text respectively;

Compare the contents of the first operation text and the second operation text with the operation items in the operation ticket, respectively. If the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded.

The operation ticket is the written basis for electrical operation in the power system, including dispatching instruction ticket and substation operation ticket. After the work ticket check is passed, operators and guardians can perform electrical operations in the substation according to the operation ticket. In order to ensure the safety of operation, each operation item needs to be checked, and the check can only be executed after the check is passed.

In addition to the guardian and the operator, the second teller may also include the person in charge of the duty in actual situations. The addition or deletion of the specific teller according to the actual situation does not affect the implementation of this technical solution, and will not be repeated here.

The voice collection of the guardian and the operator is generally in sequence, that is, the guardian calls the vote and the operator repeats it, which is conducive to the operation confirmation between the personnel, that is, the content of the two votes should be consistent in theory. According to the above-mentioned similar speech recognition model, the calling voice can be converted into operation text, that is, the text containing operation items, and the converted text can be compared with the corresponding operation items on the operation ticket. item, and record the time when the operation started, and when the operation ended, record the time when the operation ended.

It can be understood that the number of operation items in the operation ticket depends on how many times the operator's and guardian's calling voices need to be collected and compared and checked one by one. Record all operation time to facilitate subsequent information backfilling.

Further, step 102 further includes:

Backfill operation data into the electrical ticketing system based on start time and operation time. According to the time and data, the operation process can be traced at any time, and the whole process of the electric ticket can be tracked.

Further, step 102 also includes:

If the comparison check is consistent, and the operator does not perform the next operation check within the preset time, then the keyword is extracted from the voice information of the second ticket caller, and the abnormal matching is performed in the preset abnormal signal library according to the keyword. , and give an abnormal alarm prompt;

If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt.

After the verification is successful, the scheduled time of the operation can be set according to the general time spent in different operation items. If the verification is passed but the operation is not completed, it means that there is a problem with the flow. Analysis is performed, that is, keywords are extracted from it, and matching anomalies are retrieved in the preset abnormal signal library. The preset abnormal signal library can be the historical signal analysis results, and then intelligent voice is used for abnormal alarm prompts to remind operators to give targeted Abnormal removal measures.

Any of the above steps involving comparison and verification can be used to remind the operator by intelligent voice that there is a security risk and inform him that he cannot enter the subsequent process. The preset intelligent voice can be configured according to the different verification content and the requirements of the actual situation, which is not limited here.

For ease of understanding, this application provides an application system for an electrical ticket circulation method based on check operation, or APP, please refer to FIG. 4 and FIG. 5 , FIG. 4 is the operation interface of the work ticket, and FIG. 5 is the operation ticket On the interface, the operator signs or enters voice information according to the instructions; or enters the work plan in the early stage, and performs some related preparation operations for tickets, numbers or orders. In addition to the voice alarm prompt of failure, the verification result will also be fed back on the interface, that is, the specific failure reason, which is convenient for the operator to view and correct. Using automatic verification instead of manual verification, the operator only needs to enter the voice information and signature, which greatly reduces the workload of the staff, improves the verification efficiency, and ensures the reliability of the verification.

In addition, the system can also increase the monitoring of the execution process of the operation ticket. If an abnormality occurs, collect the abnormal description of the operator, perform semantic analysis and extract keywords, and search in the preset historical event record library according to the keywords. The solution strategy with the highest matching degree is provided on the interactive interface, which provides the operator with a reference for troubleshooting. In the same way, operators can also input command information, query information or acceptance information through voice, and the system can perform order, search or acceptance operations based on semantic analysis, word segmentation and processing, and actual executives can also query specific acceptance criteria. , to provide a basis for the implementation of the work ticket content. The information searched by the query can establish a relevant database according to the historical situation of the substation.

The electrical ticket circulation method based on the verification operation provided by the embodiment of the present application extracts task actions by acquiring the voice information of the caller, and then compares the task determined according to the voice with the work task recorded in the maintenance order issued by the production system Check and ensure that the task requirements understood by each teller are consistent with those in the work ticket, and the personnel qualifications meet the requirements, before allowing the circulation of the operation ticket; the operation ticket also needs to collect the voice information of the corresponding teller, and then extract the The operation action is compared with the operation action in the operation ticket, and it can only be executed if they are consistent. The comparison and verification of voice and text can reduce the influence of human factors, and avoid the low efficiency and error-prone omissions caused by manual review and backfilling. It can also provide information reference for abnormal signal processing of operators, and ensure that dispatchers can work in real time or on-site through the system. Therefore, the embodiments of the present application can solve the technical problem of low efficiency and easy errors and omissions of existing electrical tickets through manual review and backfilling, which will bring certain safety risks to construction personnel, operation personnel and dispatchers.

For ease of understanding, please refer to FIG. 2 , the present application provides an embodiment of an electrical ticket circulation device based on a check operation, including:

The work ticket verification module 201 is used to perform security technical disclosure verification and personnel qualification verification on the work ticket based on the automatic speech recognition technology and the preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller , if the verification is passed, the operation ticket circulation is approved, and the start time is recorded;

The operation ticket checking module 202 is used for comparing and checking the operation items in the operation ticket and the ticket calling voice information of the second ticket maker. If the comparison is consistent, the corresponding operation item is executed, and the operation time is recorded.

Further, the work ticket checking module 201 is specifically used for:

Based on the automatic speech recognition technology, extract the speech feature vector in the voice request information of the first caller, and input the speech feature vector into the preset speech recognition model for text recognition, and obtain the text recognition result;

If the content of the safety disclosure form in the text recognition result is consistent with the content of the safety disclosure form corresponding to the work ticket, the safety technical disclosure check is passed;

Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed;

If the verification is passed, the operation ticket circulation is approved, and the start time is recorded.

Further, the operation ticket checking module 202 is specifically used for:

Respectively obtain the first voice of the guardian and the second voice of the operator, and obtain the voice information of the voice, and the second voice of the caller includes the guardian and the operator;

Converting the first sub-voice and the second sub-voice into the first operation text and the second operation text respectively;

Compare the contents of the first operation text and the second operation text with the operation items in the operation ticket, respectively. If the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded.

Further, it also includes:

The information backfilling module 203 is used for backfilling the operation data into the electric ticket system according to the start time and the operation time.

Further, it also includes:

The verification alarm module 204 is used for extracting keywords from the voice information of the second voter in the voice information of the second voter if the comparison and verification are consistent and the operator does not perform the next step of operation verification within the preset time. Set the abnormal signal library to perform abnormal matching, and provide abnormal alarm prompts;

If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt.

In the several embodiments provided in this application, it should be understood that the disclosed apparatus and method may be implemented in other manners. For example, the apparatus embodiments described above are only illustrative. For example, the division of the units is only a logical function division. In actual implementation, there may be other division methods. For example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored, or not implemented. On the other hand, the shown or discussed mutual coupling or direct coupling or communication connection may be through some interfaces, indirect coupling or communication connection of devices or units, and may be in electrical, mechanical or other forms.

The units described as separate components may or may not be physically separated, and components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution in this embodiment.

In addition, each functional unit in each embodiment of the present application may be integrated into one processing unit, or each unit may exist physically alone, or two or more units may be integrated into one unit. The above-mentioned integrated units may be implemented in the form of hardware, or may be implemented in the form of software functional units.

The integrated unit, if implemented in the form of a software functional unit and sold or used as an independent product, may be stored in a computer-readable storage medium. Based on this understanding, the technical solutions of the present application can be embodied in the form of software products in essence, or the parts that make contributions to the prior art, or all or part of the technical solutions, which are stored in a storage medium. , including several instructions for executing all or part of the steps of the methods described in the various embodiments of the present application through a computer device (which may be a personal computer, a server, or a network device, etc.). The aforementioned storage media include: U disk, mobile hard disk, read-only memory (full English name: Read-Only Memory, English abbreviation: ROM), random access memory (English full name: RandomAccess Memory, English abbreviation: RAM), magnetic disk or Various media that can store program codes, such as optical discs.

As mentioned above, the above embodiments are only used to illustrate the technical solutions of the present application, but not to limit them; although the present application has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand: The technical solutions described in the embodiments are modified, or some technical features thereof are equivalently replaced; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions in the embodiments of the present application.

Claims (10)

1. an electrical ticket circulation method based on checking operation, is characterized in that, comprises: Based on automatic speech recognition technology and a preset speech recognition model, according to the voice request information of the first caller and the signature of the first caller, the work ticket is checked for safety technical disclosure and personnel qualification. The operation ticket is approved if the check is passed flow, and record the start time; Comparing and checking the voice information of the second ticket maker and the operation items in the operation ticket, if the comparison is consistent, the corresponding operation item is executed, and the operation time is recorded. 2. the electric ticket circulation method based on checking operation according to claim 1, is characterized in that, described based on automatic speech recognition technology and preset speech recognition model, according to the voice request information of the first caller and the first caller The person signs the work ticket for safety technical disclosure check and personnel qualification check. If the check is passed, the operation ticket circulation is approved, and the start time is recorded, including: Based on the automatic speech recognition technology, extract the voice feature vector in the voice request information of the first caller, and input the voice feature vector into a preset voice recognition model for text recognition, and obtain a text recognition result; If the content of the safety disclosure sheet in the text recognition result is consistent with the content of the safety disclosure sheet corresponding to the work ticket, the security technical disclosure check is passed; Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed; If the verification is passed, the operation ticket circulation is approved, and the start time is recorded. 3. The electric ticket circulation method based on checking operation according to claim 1, is characterized in that, the described voice information of calling the ticket of the second caller and the operation item in the described operation ticket are compared and checked, and the contrast is consistent Then execute the corresponding operation item and record the operation time, including: Obtaining the first sub-voice of the guardian and the second sub-voice of the operator, respectively, to obtain the voice information of the call, and the second caller includes the guardian and the operator; Converting the first sub-voice and the second sub-voice into a first operation text and a second operation text respectively; The first operation text and the second operation text are respectively compared with the operation items in the operation ticket, and if the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded. 4. The electric ticket circulation method based on checking operation according to claim 1, is characterized in that, described comparing and checking the calling voice information of the second calling person and the operation items in the operation ticket, and the contrast is consistent Then execute the corresponding operation item, and record the operation time, and then include: Operation data is backfilled into the electrical ticket system according to the start time and the operation time. 5. The electric ticket circulation method based on checking operation according to claim 1, is characterized in that, described comparing and checking the calling voice information of the second calling person and the operation items in the operation ticket, and the contrast is consistent Then execute the corresponding operation item and record the operation time, including: If the comparison check is consistent, and the operator does not perform the next operation check within the preset time, then extract the keywords from the voice information of the second ticket caller, and according to the keywords in the preset abnormal signal library Exception matching is performed in, and an exception alarm prompt is given; If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt. 6. An electrical ticket circulation device based on checking operation, characterized in that, comprising: The work ticket verification module is used to perform security technical disclosure verification and personnel qualification verification of the work ticket based on the automatic speech recognition technology and the preset speech recognition model according to the voice request information of the first caller and the signature of the first caller. If the verification is passed, the operation ticket circulation is approved, and the start time is recorded; The operation ticket checking module is used for comparing and checking the ticket calling voice information of the second ticket maker and the operation items in the operation ticket. If the comparison is consistent, the corresponding operation item is executed and the operation time is recorded. 7. The electrical ticket circulation device based on checking operation according to claim 6, wherein the work ticket checking module is specifically used for: Based on the automatic speech recognition technology, extract the voice feature vector in the voice request information of the first caller, and input the voice feature vector into a preset voice recognition model for text recognition, and obtain a text recognition result; If the content of the safety disclosure sheet in the text recognition result is consistent with the content of the safety disclosure sheet corresponding to the work ticket, the security technical disclosure check is passed; Compare and verify the signature of the first voter and the list of preset personnel in the production system. If the comparison results are consistent, the personnel qualification verification is passed; If the verification is passed, the operation ticket circulation is approved, and the start time is recorded. 8. The electrical ticket circulation device based on checking operation according to claim 6, wherein the operation ticket checking module is specifically used for: Obtaining the first sub-voice of the guardian and the second sub-voice of the operator, respectively, to obtain the voice information of the call, and the second caller includes the guardian and the operator; Converting the first sub-voice and the second sub-voice into a first operation text and a second operation text respectively; The content of the first operation text and the second operation text is compared with the operation items in the operation ticket, respectively, and if the comparisons are consistent, the corresponding operation items are executed, and the operation time is recorded. 9. The electric ticket circulation device based on checking operation according to claim 6, characterized in that, further comprising: The information backfilling module is used for backfilling the operation data into the electric ticket system according to the start time and the operation time. 10. The electric ticket circulation device based on checking operation according to claim 6, characterized in that, further comprising: The verification alarm module is used for extracting keywords from the voice information of the second voter in the voice information of the second voter, according to the The word is abnormally matched in the preset abnormal signal library, and an abnormal alarm prompt is given; If the comparison and checking are inconsistent, the preset intelligent voice will be used to give an alarm prompt.

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