A multiple-verification elevator maintenance personnel presence identification method

Abstract

The present application relates to elevator maintenance technical field, especially to a kind of multiple verification's elevator maintenance personnel presence identification method.The technical scheme as follows: two maintenance personnel receive maintenance task and reach the scene, first sign in operation, sign in operation needs to be carried out position information confirmation and identity authentication operation respectively, complete maintenance task, sign off operation, sign off operation also carries out position information confirmation and identity authentication operation.The beneficial effects of the present application are that: by using position information confirmation and identity authentication, the presence of two maintenance personnel is identified to ensure that maintenance personnel are present at the same time to perform maintenance tasks;Meanwhile, a code scanning verification is also added, a dynamic two-dimensional code is generated on the maintenance mobile terminal of one of the maintenance personnel, and the dynamic two-dimensional code is scanned by the other maintenance personnel for verification, to further ensure the presence of the two maintenance personnel.

Description

TECHNICAL FIELD

[0001] The present application relates to the elevator maintenance technical field, especially to a multiple verification elevator maintenance personnel presence identification method. BACKGROUND

[0002] In the elevator maintenance, in order to ensure the safety of the maintenance personnel and effectively supervise the maintenance process of the maintenance personnel, two maintenance personnel are assigned to perform each elevator maintenance task, which can help each other in the maintenance process to avoid safety accidents, and can also supervise each other to avoid non-standard maintenance operation. However, in actual operation, although two maintenance personnel are assigned to each maintenance task, there may still be a problem that the two maintenance personnel do not arrive at the same time, such as only one maintenance personnel arrives and the other maintenance personnel is replaced by the arrived maintenance personnel for check-in and check-out. For some face recognition check-in, paper or photo identification may be used instead of check-in, which may cause a great safety hazard in the maintenance process, and may also seriously affect the quality of elevator maintenance, and may cause missed inspection and false inspection due to non-standard maintenance task execution. SUMMARY

[0003] The purpose of the present application is to provide a multiple verification elevator maintenance personnel presence identification method, and specifically to provide a method for effectively identifying two maintenance personnel performing maintenance tasks to ensure that the two maintenance personnel arrive at the same time to perform maintenance tasks.

[0004] To achieve the above purpose, the present application adopts the following technical scheme: a multiple verification elevator maintenance personnel presence identification method, characterized in that:

[0005] S1, pre-enter the position information of the maintenance elevator in the maintenance management system, and after the maintenance management system generates a new maintenance task, assign two maintenance personnel to perform the corresponding maintenance task, and the two maintenance personnel are recorded as maintenance personnel A and maintenance personnel B.

[0006] S2, after maintenance personnel A and maintenance personnel B arrive at the position of the maintenance elevator of the maintenance task, use their respective maintenance mobile terminals to check in.

[0007] S21, when checking in, first confirm the position information: obtain the current position information and compare it with the position information of the maintenance elevator, and only when the position information of the maintenance mobile terminal is within the set range of the position information of the maintenance elevator, the check-in operation can be performed.

[0008] S22, after the maintenance personnel A and the maintenance personnel B pass the position information confirmation, when signing in, one or more of face recognition, fingerprint recognition and iris recognition need to be used for identity verification, and after the identity verification is passed, the signing in can be completed.

[0009] S3, after the maintenance personnel A and the maintenance personnel B complete the maintenance task, the signing out operation is performed by using the respective maintenance mobile terminal, and when the signing out operation is performed, the position information confirmation and the identity verification are sequentially performed, and after the identity verification is passed, the signing out can be completed, and the current maintenance task is ended.

[0010] Specifically, in S2 and S3, when the maintenance personnel A and the maintenance personnel B sign in and sign out, after the position information confirmation and the identity verification are performed, and after the scanning verification is performed, the signing in and the signing out can be completed.

[0011] Specifically, when the scanning verification is performed, the maintenance management system generates a dynamic two-dimensional code on the maintenance mobile terminal of the maintenance personnel A, and the maintenance personnel B scans the dynamic two-dimensional code by using the maintenance mobile terminal of the maintenance personnel B, so as to complete the scanning verification.

[0012] Specifically, in S21, when the position information confirmation is performed, whether the position information of the maintenance mobile terminal is in the set range of the position information of the maintenance elevator is judged by calculating the distance L between the position information of the maintenance mobile terminal and the position information of the maintenance elevator, and by judging whether L is greater than the set range value L0.

[0013] Specifically, in S21, when the position information confirmation is performed, the distance L' between the position information of the maintenance mobile terminal of the maintenance personnel A and the position information of the maintenance mobile terminal of the maintenance personnel B is also calculated, and is compared with the set distance L0', as long as L' is less than L0', the signing in operation can be completed.

[0014] The beneficial effects of the present application are that: by adopting the position information confirmation and the identity verification, the presence of two maintenance personnel is identified and confirmed to ensure that the maintenance personnel are present at the same time to perform the maintenance task; meanwhile, the scanning verification is also added, a dynamic two-dimensional code is generated on the maintenance mobile terminal of one of the maintenance personnel, and the dynamic two-dimensional code is scanned by the other maintenance personnel for verification, so as to further ensure the presence of the two maintenance personnel. BRIEF DESCRIPTION OF DRAWINGS

[0015] ATTACHMENT Figure 1 The flowchart of the embodiment of the multiple verification elevator maintenance personnel presence identification method. DETAILED DESCRIPTION

[0016] Embodiment 1, refer to Figure 1The application discloses a multiple-verification elevator maintenance personnel presence identification method.

[0017] S1, position information of a maintenance elevator is pre-recorded in a maintenance management system, after the maintenance management system generates a new maintenance task, two maintenance personnel are assigned to execute the corresponding maintenance task, and the two maintenance personnel are recorded as maintenance personnel A and maintenance personnel B.

[0018] S2, after the maintenance personnel A and the maintenance personnel B arrive at the position of the maintenance elevator of the maintenance task, the maintenance personnel A and the maintenance personnel B check in by using respective maintenance mobile terminals.

[0019] S21, when checking in, position information confirmation is performed first: current position information is obtained and compared with position information of the maintenance elevator, and only when the position information of the maintenance mobile terminal is within a set range of the position information of the maintenance elevator, the check-in operation can be performed. Specifically, when the position information confirmation is performed, whether the position information of the maintenance mobile terminal is within the set range of the position information of the maintenance elevator is determined by calculating a distance L between the position information of the maintenance mobile terminal and the position information of the maintenance elevator, and by determining whether the L is greater than a set range value L0.

[0020] S22, after the position information confirmation, when the maintenance personnel A and the maintenance personnel B check in, one or more of face recognition, fingerprint recognition and iris recognition need to be used for identity verification, and after the identity verification is passed, the check-in can be completed.

[0021] S3, after the maintenance personnel A and the maintenance personnel B complete the maintenance task, the maintenance personnel A and the maintenance personnel B check out by using respective maintenance mobile terminals, and when checking out, the position information confirmation and the identity verification are performed in sequence, and after the identity verification is passed, the check-out can be completed, and the current maintenance task is ended.

[0022] By performing the position information confirmation and the identity verification when the maintenance personnel A and the maintenance personnel B check in and check out, it can be effectively avoided that the maintenance personnel does not actually arrive or the situation of replacing check-in occurs.

[0023] In a further preferred embodiment, after the position information confirmation and the identity verification, the maintenance personnel A and the maintenance personnel B check in and check out after scanning verification; when the scanning verification is performed, the maintenance management system generates a dynamic two-dimensional code on the maintenance mobile terminal of the maintenance personnel A, and the maintenance personnel B scans the dynamic two-dimensional code by using the maintenance mobile terminal of the maintenance personnel B, so that the scanning verification is completed. By using the scanning verification mode, the maintenance personnel A and the maintenance personnel B need to actually arrive, so that the verification and the check-in and check-out operation can be completed, and it is ensured that the two maintenance personnel actually arrive, and the safety and efficiency of the elevator maintenance are improved.

[0024] In a further preferred embodiment, in S21, when the position information is confirmed, the distance L' between the position information of the maintenance mobile terminal of the maintenance personnel A and the position information of the maintenance mobile terminal of the maintenance personnel B is also calculated at the same time, and compared with the set distance L0'. As long as L' is less than L0', the sign-in operation can be completed. By calculating the distance between the position information of the maintenance mobile terminal of the maintenance personnel A and the position information of the maintenance mobile terminal of the maintenance personnel B and ensuring that the positions of the maintenance personnel do not exceed the set distance range, the presence of the maintenance personnel is further ensured.

[0025] Of course, the above is only a preferred embodiment of the present application, and is not intended to limit the scope of use of the present application. Therefore, any equivalent changes made on the principle of the present application shall be included in the protection scope of the present application.

Claims

1. A multiple-verification elevator maintenance personnel presence identification method, characterized in that: S1, pre-enter the location information of the maintenance elevator in the maintenance management system, after the maintenance management system generates a new maintenance task, assign two maintenance personnel to execute the corresponding maintenance task, the two maintenance personnel are recorded as maintenance personnel A and maintenance personnel B; S2, after maintenance personnel A and maintenance personnel B arrive at the location of the maintenance elevator of the maintenance task, use their respective maintenance mobile terminals to check in; S21, first perform location information confirmation when checking in: obtain the location information of the maintenance mobile terminal and compare it with the location information of the maintenance elevator, only when the location information of the maintenance mobile terminal is within the set range of the location information of the maintenance elevator, can the check-in operation be performed; when performing location information confirmation, it is judged whether the location information of the maintenance mobile terminal is within the set range of the location information of the maintenance elevator, which is by calculating the distance L between the location information of the maintenance mobile terminal and the location information of the maintenance elevator, and by judging whether L is greater than the set range value L0 to determine whether the location information of the maintenance mobile terminal exceeds the set range of the location information of the maintenance elevator; when performing location information confirmation, the distance L' between the location information of the maintenance mobile terminal of maintenance personnel A and the location information of the maintenance mobile terminal of maintenance personnel B is also calculated, and is compared with the set distance L0'; only when L' is less than L0', the check-in operation can be completed; S22, after maintenance personnel A and maintenance personnel B pass the location information confirmation, when checking in, one or more of face recognition, fingerprint recognition and iris recognition need to be used for identity verification, and after the identity verification is passed, the check-in can be completed; S3, after maintenance personnel A and maintenance personnel B complete the maintenance task, use their respective maintenance mobile terminals to check out, when checking out, location information confirmation and identity verification are also performed in turn, and after the identity verification is passed, the check-out can be completed, thus ending the current maintenance task; In S2 and S3, when maintenance personnel A and maintenance personnel B check in and check out, after location information confirmation and identity verification, scanning verification is performed, and then the check-in and check-out can be completed; when scanning verification is performed, the maintenance management system generates a dynamic two-dimensional code on the maintenance mobile terminal of maintenance personnel A, which is scanned by maintenance personnel B using the maintenance mobile terminal of maintenance personnel B, thereby completing the scanning verification.

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