METHOD FOR AUTOMATIC ASSESSMENT OF RELIABILITY OF COMPLETENESS AND QUALITY OF WORK EXECUTION Russian patent published in 2024 - IPC G06Q10/06 

Abstract RU 2813676 C1

FIELD: automatic monitoring.

SUBSTANCE: method for automatic assessment the reliability of the completeness and quality of work execution. The method comprises the following stages: at least one service unit being marked with a digital identifier; creating at least one list of activities containing operations and the order of performing operations with at least one service unit; a list of activities is sent to the fixing device, with at least one activity containing the identifier of the equipment for which this activity was created, and when the activities are performed, the start and end times of the activities are recorded; by means of a fixing device, the digital identifier is read from the service unit, and if the service unit identifier matches the service unit identifier in the list of activities, the activity is performed; the results of each completed activity are recorded by a fixing device and the fixing device transmits the results to the event registration database with blockchain technique in real time; after completing each work and receiving a signal from the event registration database with blockchain technique about the presence of results in it, an algorithm for assessing the reliability of the activity is automatically launched according to predetermined criteria, and each criterion has a weight coefficient that affects the overall reliability assessment, and each criterion has a coefficient of decrease in reliability, which is determined in advance; output the result of assessing the performance of the activity with further processing.

EFFECT: automatic assessment the completeness and quality of work performed by the contractor.

7 cl, 2 dwg

Similar patents RU2813676C1

Title Year Author Number
SYSTEM OF DECENTRALIZED DIGITAL SETTLEMENT SERVICE 2018
  • Efremov Aleksandr Vasilevich
RU2679532C1
PRODUCTION PLANNING METHOD 2019
  • Shakirov Rustem Yadkarovich
  • Pavlov Rustem Rennatovich
  • Safiullin Rustam Ramilevich
RU2717981C1
METHOD FOR DETERMINING PRODUCT PRODUCTION DURATION 2020
  • Shakirov Rustem Iadkarovich
  • Pavlov Rustem Rennatovich
  • Safiullin Rustam Ramilevich
RU2751448C1
SYSTEM AND METHOD FOR ENGINEERING DATA MANAGEMENT 2022
  • Khafizov Evgenii Uralovich
  • Butakov Andrei Igorevich
  • Zvonarev Maksim Evgenevich
  • Prytov Evgenii Valerevich
RU2787261C1
RAILWAY STATION PROCESS CONTROL METHOD 2020
  • Bodrov Boris Leonidovich
  • Zuev Georgij Arkadevich
  • Kalinin Aleksej Vladimirovich
  • Savitskij Aleksandr Grigorevich
RU2738779C1
SYSTEM OF PROTECTED ELECTRONIC DOCUMENT CIRCULATION AND METHOD FOR AUTOMATED CONTROL OF ITS INFRASTRUCTURE BASED ON DISTRIBUTED LEDGER TECHNOLOGY (BLOCKCHAIN) 2020
  • Toroev Andrej Sergeevich
  • Ivkin Artem Valerevich
  • Volkova Albina Aleksandrovna
  • Poddubnyj Maksim Igorevich
RU2787945C2
METHOD OF PERFORMING TASK IN COMPUTER SYSTEM 2019
  • Singatullin Rafik Ravilevich
  • Shelestov Denis Robertovich
RU2741279C2
ELECTRONIC DOCUMENT MANAGEMENT SYSTEM AND ELECTRONIC DOCUMENT MANAGEMENT SYSTEM CONTROL METHOD 2019
  • Stepanov Oleg Vladimirovich
RU2718736C1
METHOD AND SYSTEM FOR CONDUCTING TRADING OPERATIONS USING ELECTRONIC MEANS OF INFORMATION PROCESSING 2022
  • Posazhennikov Vladimir Vladimirovich
RU2775442C1
METHOD AND DEVICE FOR PROCESSING CLAIMS FOR GOODS BASED ON BLOCKCHAIN AND ELECTRONIC DEVICE 2019
  • Hu, Danqing
RU2765611C2

RU 2 813 676 C1

Authors

Cherepanov Roman Evgenevich

Agapov Dmitrij Anatolevich

Gurevich Mikhail Samuilovich

Makharinskij Leonid Efimovich

Dates

2024-02-15Published

2020-09-28Filed