RU2672307C2 - Method (options) for systematization of video data production process and system (options) - Google Patents

Abstract

FIELD: data processing.SUBSTANCE: invention relates to methods for systematizing the video data of a production process. Method includes the following steps: entering data on the correspondence between the service area of the video camera and the workplace or data input device for performing a production operation; generating a list of varieties of identifiers for markup; receiving data on production operations from input devices; identifying the source based on the data obtained, in whose service area a production operation is currently being performed; forming a link that establishes a connection between the camera video data and the identifier of this production operation. System for implementing the claimed methods includes a computer, a source of video data, an input device for a production operation, one or more programs for controlling a computer system that implements each of the claimed methods.EFFECT: technical result is increased efficiency of using video surveillance cameras to monitor the production process in real time, accelerating and improving the accuracy of video data search.68 cl, 7 dwg

Description

FIELD OF TECHNOLOGY

The invention relates to the field of processing, storage, markup and search for video data in video surveillance systems / 1 /, / 2 /. The invention allows marking up video data using data from the production process, as well as to realize a quick search for an object (person, product or vehicle) in the video archive according to the production process.

The invention can be used to solve such problems as marking up (building an index) a video archive, searching for video data, detecting production process violations with automatic notification of users, monitoring the quality and timing of work, investigating the causes of product defects, identifying key performance indicators for personnel, collecting static data about production process, uploading videos from the video archive containing documentary information about the production process.

The invention can generate data for the technological monitoring center (quality control center, security service) of the organization in real time to prevent marriage, disruption of production plans and the occurrence of a life threat to the performer.

The invention can be used to provide remote technical support, staff training, providing results to the customer, posting videos on a corporate website for PR purposes, resolving disputes with contractors and employees.

The invention can be used for automatic and semi-automatic tagging of videos, that is, adding text tags, keywords, numerical data and other annotations to the video.

The invention can work in local and global networks, on dedicated or cloud servers, and can also be integrated directly into a video camera, video server, video recorder and mobile device in the form of hardware and / or software.

The invention can be used to provide various services on the Internet through a browser and / or mobile devices, including video surveillance, video recording, production control, company management, staff motivation and training, customer interaction and PR.

The invention can be used in industries such as industrial production, mining and processing of minerals, energy, agriculture, car repair, catering, housing and communal services and social infrastructure.

The invention can be used to analyze retail sales (retail analysis), control logistics operations (for example, warehouses and mail sorting nodes) and control processes in the gambling business (casinos, gambling, slot machines, gambling).

The invention can be used in video surveillance systems built using the standards and / or recommendations of the Open Network Video Interface Forum, ONVIF, www.onvif.org. Physical Security Interoperability Alliance (PSIA, www.psiaalliance.org) or the Common Alerting Protocol (CAP, http://docs.oasis-open.org/emer gency / sar /).

The invention can be integrated with manufacturing equipment, a corporate business intelligence system (Business Intelligence, BI), an enterprise resource management system (Enterprise Resource Planning, ERP), and a content management system (CMS).

BACKGROUND OF THE INVENTION

A video surveillance system, as a rule, includes one or several video cameras, a video data storage (video server, video archiving system or video recorder) and the operator’s workstation / 1 /, / 2 /. Streaming video data is received from video cameras, recorded in the video data storage and displayed at the operator’s workplace.

Video search tools are an integral part of almost any video surveillance system. Modern storage of video data allows you to quickly find and play individual fragments of the recorded video at the request of the user. This possibility of arbitrary (direct) access to video data is realized through the construction of video markup or index. An index is a lookup table that forms the relationship of labels with the addresses of their corresponding video data. The index significantly reduces the time of access to the video data recorded in the repository for their subsequent processing by the user or computer.

The time index establishes the relationship between the timeline and video data, that is, it allows the store to quickly find video data by a given date and time.

The event index contains a table of events and allows the store to quickly find video data for specified events, such as the operation of a motion detector or other sensors connected to a video surveillance system.

Video analytics, that is, video analysis tools, based on machine vision algorithms, can be a source of events for building an index. For example, video analytics allows you to determine events such as a person’s movement in a given direction, the appearance or disappearance of an object / 4 /.

The index may contain additional information about the object recognized by video analytics for the subsequent search for video data. For example, the index may contain a car registration plate, a person’s height, clothing color, and facial features.

As a rule, indexes are built in real time as video data arrives in storage from surveillance cameras. Then, the indices are used in processing requests from users searching for information in the video data warehouse.

Online video storage services such as YouTube (http://youtube.com/) and Vimeo (http://vimeo.com/) also use different indexes, such as indexes for video publishers and keywords. These services allow you to access the video clip via a hyperlink and play the video in a browser or on a mobile device.

Online surveillance services, such as DropCam (http://dropcam.com/) and iVideon (http://ivideon.com/), allow you to receive video data from user surveillance cameras and broadcast these video data to a browser or mobile device.

A limitation of existing video surveillance and storage systems is that video is not associated with the production process. The user must manually select a video camera to monitor the production process. The user must manually view the many-hour fragments of the video to find the desired production event in it. The user cannot instantly analyze video data that is tied to the production operation of interest to him.

At the same time, the video contains a lot of useful information for managing the organization and production, for example, to detect violations of the production process, quality control and deadlines, investigate the causes of defective products, identify key performance indicators for personnel, and increase labor productivity.

Today, video surveillance systems are mainly used by the organization’s security service and are practically not used by other employees of the organization. The technological potential of a video surveillance system for organization and production process management applications has not been revealed today.

In the framework of the present invention, the term "production process" means the process of creating any products and services with the participation of people in the organization, as well as the process of maintaining the infrastructure and material and technical base. For example, the production process is the industrial production of building materials, mining and processing of minerals, maintenance of power plant equipment, feeding animals on a farm, service and car repairs, food production in a factory, medical assistance in a hospital, laboratory work in an educational institution, customer service at a store, bank or hairdresser, sorting mail by mail, organizing gambling in a casino et al.

One of the reasons for the limited use of video surveillance systems for the control of the production process is the lack of communication between the video data and the production process data. The organizations do not form links and do not build an index that allows an employee of the organization to quickly find video data that matches the selected production operation, artist, product, order number or other parameters of the production process.

A video surveillance system was chosen as a prototype, for example, iVideon services of Mobile Video Solutions CJSC / 3 /.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1. One of the schemes for implementing the method of marking video data of the production process.

Figure 2. An example of video data of a production process displaying a performer, production equipment, and a performer (user) input device.

Figure 3. Example user interface executive (user) input device.

Figure 4. An example of a report on the implementation of an operation of a production process.

Figure 5. Examples of initial data on service areas of production video cameras in the form of a production room plan and in the form of a table of correspondence between video cameras and production operations.

6 An example of a temporary index of a video archive obtained using the proposed method ..

7. One of the schemes for implementing the method for marking up video data of a production process using a bar code.

SHORT DESCRIPTION

Declared methods of organizing video data of the production process. The method according to the first embodiment includes the following steps:

- enter data on the correspondence between one or more service areas (surveillance areas) of the video source (video camera) and at least one workplace for the production operation;

- form a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

- receive data on the production operation from one or more data input devices on the production operation, containing at least the values of one or more identifiers and one or more workplaces of this production operation;

- based on the data obtained in the previous steps, one or more video data sources are identified in the service area of which the above production operation is currently being performed;

- form, one or more links establishing a link between the video data of the identified video source in the service area of which the production operation is performed, and one or more identifiers from among the varieties of identifiers of this production operation indicated in the list.

The method for organizing video data of the production process according to the second embodiment includes, includes the following steps:

- enter data on the correspondence between at least one service area (observation area) of the video source (video camera) and at least one data input device about the production operation;

- form a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

- receive production operation data from one or more input devices about the production operation containing at least the values of one or more identifiers and one or more places of this production operation;

- based on the data obtained in the previous steps, one or more video data sources are identified in the service area of which the above production operation is currently being performed;

- form, one or more links establishing a link between the video data of the identified video source in the service area of which the production operation is performed, and one or more identifiers from among the varieties of identifiers of this production operation indicated in the list.

Data entry about the correspondence between at least one service area (observation area) of the video source (video camera) and at least one place of the production operation can be performed before the start of the production process.

Data on a production operation from one or more input devices of data on a production operation may further comprise a start time, a duration and / or an end time for this production operation.

In the list of identifiers (in the index) of video data, identifiers of the place where the production operation was performed, identifiers of the performing (user) equipment, identifiers of the executor, product, order, product, service (product of the production process), parcel, container, vehicle and / or technological operations.

In the list of identifiers (in the index) of the video data can also be added data on the production process, for example, the readings of devices, such as scales, thermometers, liquid flow meters.

Entering initial data on the coverage area of the camcorder can be done by assigning the type of production equipment that is located in the coverage area of the camcorder.

Entering initial data on the coverage area of the camcorder can be done by assigning the type of production operations that are performed in the coverage area of the camcorder.

Entering the initial data on the coverage area with a video camera can be performed at the planning stage of a production operation.

Entering the initial data on the service area of the camcorder can be performed immediately before the start of the production operation.

Entering initial data on a production operation can be done in advance, for example, at the stage of generating a production plan.

Entering initial data on a production operation can be performed during the production process.

The input of the production operation can be entered by the executor of the production operation.

Entry of initial data on a production operation can be performed by an employee of the production planning department, the head of the contractor or the customer of the production.

Entry of initial data on the production operation can be performed automatically based on the signals of the production equipment without the direct participation of the contractor.

Service areas can be set in the form of a table of links, which establishes the relationship between the service area of the camera and each identifier of the number of identifiers of this production operation indicated in the list.

The link can be generated dynamically at the request of the user based on data on the production operation and / or video analysis events and data on the coverage area of the camera.

Declared systems for marking video data of a production process for implementing the claimed methods,

The system, according to the first embodiment, includes a computer system, a video source, a data input device about a production operation, moreover, the computer system includes:

- one or more processors,

- a device for storing data,

- one or more programs;

moreover, one or more programs are stored on the device for storing data and executed on one or more processors, moreover, one or more programs include instructions for controlling a computer system that implements the claimed method, and the set of instructions, at least the following:

- enter the initial data on the correspondence between at least one service area (surveillance area) of the video data source (video camera) and at least one workplace for the production operation;

- enter a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

- receive data on production operations coming from one or more input devices for data on production operations;

- identify one or more sources of video data in the service area of which the production operation takes place;

- generate at least one link that establishes the connection of the video data from the above video source in the service area of which the production operation is performed, and the identifier of this production operation.

The system, according to the second embodiment, includes a computer system, a video source, a data input device about a production operation, moreover, the computer system includes:

- one or more processors,

- a device for storing data,

- one or more programs;

One or more programs may be stored on a data storage device and executed on one or more processors,

One or more programs includes instructions for controlling a computer system that implements the claimed method,

wherein the set of instructions is at least as follows:

- enter the initial data on the correspondence between at least one service area (observation area) of the video source (video camera) and at least one device for inputting data on the production operation

- receive data on production operations coming from one or more input devices for data on production operations;

- enter a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

- identify one or more sources of video data in the service area of which the production operation takes place;

- generate at least one link that establishes the connection of the video data from the above video source in the service area of which the production operation is performed, and the identifier of this production operation.

A data entry device for a manufacturing operation may be stationary or mobile.

The input device for the production operation can be located remotely or can be integrated into the production equipment.

A device for inputting data on a production operation can be implemented on the basis of a standard or specialized computer, workstation, tablet computer, mobile and / or personal device.

The input device for the production operation can be performed as a reader of radio frequency tags RFID (Radio-frequency identification), NFC (Near field communication) or the like.

The input device for the production operation can be performed as a reader of one- and / or two-dimensional barcodes.

A data entry device for a manufacturing operation may use the above video source or an additional video source to automatically recognize product identifiers, parcels, containers, trucks, wagons.

The system can additionally use a motion detector or a detector of human presence in the served area to generate data on the production process and / or verify their authenticity.

Links can be combined.

The input device for the production operation can use voice commands and / or gestures of the performer.

The input device for the production operation can be made in the form of a software or hardware module for video analysis.

The link may be a hyperlink.

The link may be formed from previously recorded video data. A link to video data may contain one or a combination of parameters from the following list:

- a unique character sequence,

- hyperlink

Unified Resource Identifier (URI)

- video source identifier,

- identifier of the service area of the video source,

- timestamp of the beginning of the production operation,

- timestamp of the end of the production operation,

- identifier of the production operation,

- artist identifier,

- identifier of the manufactured product,

- identifier of the order being executed;

- number of the processed object;

- batch number of processed objects.

DETAILED DESCRIPTION

The present invention is aimed at eliminating the described problem that impedes the widespread use of video surveillance systems for the tasks of controlling the production process. The invention allows you to create a link to the video data associated with the event of a production operation or other event of the production process, as well as build an index of video data based on operations or events, such as the beginning and end of a production operation, the arrival or departure of the artist to / from the workplace, the arrival or customer care, receipt of the product or materials.

A link to the video data of the production operation is formed on the basis of data on production operations and service areas (surveillance area) of the cameras.

Along with the surveillance video camera, a data input device about the script of the production process is used, which allows marking up video data taking into account the events of the production process.

To the index of video data coming from the video camera, the identifier of the production operation, possibly occurring next to this video camera or in the surveillance area of this video camera, has been added. The video data index can contain added identifiers of the contractor, product, order, as well as other data on the production process. For example, measurements can be recorded in the index of instrument readings, such as a balance, a thermometer, and liquid flow meters.

The technical result of the present invention is to increase the efficiency of using CCTV cameras to control the production process in real time, accelerating and improving the accuracy of the search for video data containing an image of one or many performers, production operations, production equipment, products, customers.

Known methods and devices do not allow to achieve the claimed technical result.

To achieve the claimed technical result, we propose methods for organizing video data of the production process, including the following steps:

Enter the initial data on the service area (surveillance area) of the camera located at the factory. The service area is characterized by its geolocation, (location) size and geometry of the viewing area. According to the first option, data is entered on the correspondence between at least one service area (observation area) of the video source (video camera) and at least one workstation for the production operation

According to the second option, data is entered on the correspondence between at least one service area (observation area) of the video data source (video camera) and at least one data input device about the production operation;

Next, form a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

Receive data on the technological (production) operation from one or more data input devices about the technological (production) operation, containing at least the values of one or more identifiers and one or more workplaces of this production operation.

Based on the data obtained in the previous steps, one or more video data sources are identified in the service area of which the above production operation is currently being performed. This is determined by comparing the known location of the production operation with the data on the service area of at least one video source.

One or more links are formed that establish a link between the video data of the identified video source in the service area of which the production operation is performed and one or more identifiers from among the varieties of identifiers of this production operation indicated in the list.

Entering initial data on the coverage area of the video camera can occur by setting the coverage area of the video camera on the floor plan. The service area of the video camera can be set using a point, a polygon, or any other geometric shape that characterizes the service area of the video camera.

Input of initial data on the coverage area of the video camera can occur by setting the identifiers of equipment or identifiers of workplaces located in the coverage area of this video camera.

Entering initial data on the service area of the video camera can occur by setting the identifiers of production operations carried out in the service area of this video camera.

Entering data on the correspondence between at least one service area (observation area) of the video source (video camera) and at least one place of the production operation can be performed before the start of the production process.

Data on a production operation from one or more input devices of data on a production operation may further comprise a start time, a duration and / or an end time for this production operation.

In the list of identifiers (in the index) of the video data can also be added data on the production process, for example, the readings of devices, such as scales, thermometers, liquid flow meters.

Entering the initial data on the coverage area of the video camera is performed by assigning an identifier or type of production equipment that is located in the coverage area of the video camera.

Entering the initial data on the coverage area of the camera is performed by assigning the type of production operations that are performed in this area. The input of the initial data on the service area by the video camera is performed at the planning stage of the production operation.

Service areas can be defined in the form of a table that establishes the relationship between the video camera and the production equipment, type of production operation, production order, type of product, contractor or other essence of the production process. The table may contain identifiers of cameras and identifiers of the above entities of the production process.

Service areas are set in the form of a table of links, which establishes the relationship between the service area of the camera and each identifier of the number of identifiers of this production operation indicated in the list.

The link is generated dynamically at the request of the user based on data on the production operation and / or video analysis events and data on the coverage area of the camera.

Entering the initial data on the production operation and / or the service area by the video camera is performed in advance, for example, at the planning stage of the production operations, at the stage of formation of the production plan or immediately before the initial production operation.

Entering initial data on a production operation can also be performed during the production process.

The input of the production operation can be entered by the executor of the production operation, an employee of the production planning department, the head of the executor, or the customer of the production.

For example, the executor of a production operation can read the identifier of the workplace, for example, a barcode or radio frequency tag using a special reader. The obtained identifier, according to the present invention, can be used to automatically determine the video camera in the service area of which the production operation is carried out.

Entry of initial data on the production operation can be performed automatically based on the signals of the production equipment without the direct participation of a person.

For example, production equipment can automatically read the identifier of a product, container, or vehicle (truck number, car number).

Video data from a video source can be recorded in a storage device, for example, a hard disk, network storage, video recorder, or virtualized storage such as Amazon Glacier (http://en.wikipedia.org/wiki/Amazon_Glacier) or the like.

Video data from a video source can be displayed on a display device to a user, for example, on a computer monitor or on the screen of a mobile device.

Data about the production operation can be recorded in the storage device.

The link can be recorded in the video data index on the storage device for subsequent search for video data using various queries, for example, upon request of the identifier of a production operation, artist, product, order number, time of operation.

The identifier of a manufacturing operation may be assigned by computer system software and may contain numbers or other characters.

Instead of the identifier of the production operation, you can use the identifier (number) of the order, contractor, product or material.

The identifier of a production operation can be composite, that is, include the identifiers of the contractor, product, order or material.

The list of identifier types for markup can be programmed by the developer, and the set of program instructions may not include this step.

Declared two variants of a system for marking video data of a production process for implementing the present invention.

The system includes a computing device, a video source, a data input device about a production operation. A computing device includes: - a computer containing one or more processors, - a device for storing data, - one or more programs. The specified one or more programs are stored on a data storage device and executed on one or more processors. The specified program includes instructions for controlling a computer system that implements the claimed method, and a set of instructions, at least the following:

- according to the first option, at the first step - enter the initial data on the correspondence between at least one service area (surveillance area) of the video source (video camera) and at least one place of the production operation;

- according to the second option, at the first step, initial data is entered on the correspondence between at least one service area (observation area) of the video data source (camera) and at least one device for inputting data on the production operation

- at the second step, receive data on production operations coming from one or more input devices for data on production operations;

- at the third step, one or more source of video data is identified in the service area of which a production operation is taking place;

- enter a list of varieties of identifiers for markup, by which later it will be possible to systematize video data;

- form at least one link that establishes the relationship of the fragment (portion) of the video data from the above video source in the service area of which the production operation is performed, and the identifier of this production operation.

The operation data input device may be stationary or mobile

The input device for the production operation can be located directly at the production site. In this case, data entry is carried out by the executor of the production operation or another appointed employee at the workplace of the operation.

The input device for the production operation can be located remotely. In this case, data entry is carried out by an employee of the production planning department, the head of the contractor or the customer of the production, and another appointed employee.

The operation data input device may be mobile. For example, a shop manager can use a mobile data entry device for production operations at various points in the shop.

The video source can be a GR video camera, an IP video server (video encoder), a media server such as Wowza (http://wowza.com/) or a visualized (“cloud”) video surveillance service such as iVideon (http://iVideon.com /).

The video source can be an analog camera or a computer vision camera with a GigE Vision (Gigabit Ethernet Vision), USB (Universal Serial Bus) or HD-SDI (High Definition Serial Digital Interface) .HcT04HHK0M video data can be a video camera built into the mobile device of the artist. In this case, video data on the production operation and / or the location of the implementation of this production operation can be entered through this mobile device.

A production data input device may be integrated into the production equipment. In this case, data entry is carried out automatically based on the signals of production equipment without the direct participation of the contractor.

The input device for the production operation can be a touch panel or keypad, with which the contractor sends a signal about the beginning and end of the production operation.

Devices for inputting data on a production operation can also be used to enter additional data on a technological operation, for example, an identifier of an executor, a product, an order number and other data of a production process and others.

Data entry devices for production operations can be implemented on the basis of a standard or specialized computer, workstation, tablet computer, mobile device, personal device.

The input device for the production operation can be a reader of radio frequency tags RFED (Radio-frequency identification), NFC (Near field communication), as well as a reader of barcodes ("barcodes", QR codes and others). For example, a reader of such marks can be used in production, in a warehouse, in a logistics center of a distribution network, in a mail sorting unit to track components, products, goods, goods, or parcels by identifier. A tag reader is used to form a link to a video containing an object with a tag - identifier. The resulting identifier can be used to mark up the video archive and search for objects in it.

The device for inputting data on a production operation is a reader of one- and / or two-dimensional barcodes for generating data on a production process and / or verifying its authenticity.

In some implementations of the present invention, combined labels may be used as an identifier for a manufacturing operation or production facility using several of the technologies described above or other suitable technologies that will be invented later.

The operation data input device uses voice commands and / or executor gestures

The link may be a hyperlink.

The link may indicate fragments of previously recorded video data for receiving archived video, as well as point to the source of video data for receiving “live” video (real-time video) during the production operation.

The link to the video data can be generated at the request of the user in manual, semi-automatic or automatic mode.

The input device for the production operation can be a software and / or hardware video analysis module. At the same time, data on the production operation is formed on the basis of the results of the video analytics (video analysis). Detectors of the presence (absence) of a person at a place, in a serviced area, detectors of a person’s entry (exit) into a production operation zone, appearance (disappearance) of a product, movement into a production operation zone can be used.

Data input about the production operation can be carried out in advance, for example, in the mode of formation of the production plan, or in real time in the production process.

Video analysis modules can be used to monitor production operations. For example, if activity is detected in the area of the production operation when there is no activity at the time when the schedule of the production operation should not take place, notify the contractor, technologist or other employees of the organization appointed to control the start of an unplanned operation. If there is no activity in the zone of the production operation, when the production operation is planned according to the schedule, they inform the employees of the organization about the discrepancy between the planned and actual work.

Based on the radio signals coming from personal devices or other radio frequency identifiers, the location of the performers of the production operation can be determined.

Video recording is made in event mode. The beginning of the recording can be made at the moment of the beginning of the production operation or by the motion detector, and the end of the recording - at the end of the operation. In some cases, video recording is continuous.

The computer system can additionally display recorded video data and associated identifiers of production operations, performers, products and other technological information on the display device.

The link establishing the connection between the recorded video data from the video data source and the production operation data received from the production operation data source is stored on a storage device, for example, a computer, server, DVR, network or cloud storage.

The link can be stored in a database of any type, in documents, web pages.

The link may be a hyperlink, a Uniform Resource Identifier (URI), a combination of a video camera identifier and a time stamp, a production operation identifier, a video identifier, a file name (for example, in an MP4, MKV, OGV, WMA container) containing a video of the production operations.

The link can be a hyperlink to a streaming video source, for example, a source transmitting video data via RTSP (Real Time Streaming Protocol), RTMP (Real Time Messaging Protocol), HLS (HTTP Live Streaming) and DASH (Dynamic Adaptive Streaming over HTTP).

The link can be generated dynamically at the request of the user based on data on the production operation and / or video analytics events and data on the camera’s service area.

The video data of the production operation can be displayed on a display device, for example, on a monitor of an organization employee, in a web browser, on a mobile device.

According to the present invention, the described method can be used to control the production process both in the operational mode (in real time during the production operation) and in retrospective mode (after the completion of the production operation).

In the online mode, a link to the video data can be transferred to the user, for example, a specialist of the quality control department, at the time of the start of the production operation to control this operation. The user can analyze the just recorded video from the moment the production operation begins, as well as live video coming in real time from the place of production.

If the user needs to view the current status of the production operation, then instead of a link to the recorded video data, a link to the video stream directly from the video source (camera) can be transmitted.

In retrospective mode, a link to video data can be included in search results in an archive of production events or in a report on the production process. Such a link allows the user to quickly start viewing video data associated with the selected production operations.

For example, a user can view in the Internet browser a list of production operations where the planned dates for the operation were violated, and quickly analyze videos that contain these production operations.

The present invention can be used in conjunction with existing online video surveillance and video storage services, for example, YouTube (http://voutube.com/), DropCam (http://dropcam.com/), iVideon. (http://ivideon.com/).

A system for marking video data of a production process for implementing the present invention includes a computer system, a video source, a data input device for a production operation, the computer system including: one or more processors, a data storage device, one or more programs; where one or more programs are stored on a data storage device and executed on one or more processors, wherein one or more programs include instructions. The instructions are intended to control a computer system that implements the claimed method. The set of instructions is as follows:

Enter the initial data on the service area, characterized by geolocation (location) and the field of view of at least one video source.

Receive data on production operations coming from one or more input devices for data on production operations.

Determine one or more identifiers of the source of the video data in the service area of which the production operation takes place by comparing the known place of the production operation with the data about the service area of at least one video source.

Generate at least one link linking the video data from the above-defined video source in the service area of which the production operation is performed and the identifier of this production operation.

A computer system can record video data in a continuous mode or in an event mode when a production operation is carried out.

A computer system can record data on production operations, and record the data can be used as an index of video data for subsequent search.

A link to video data may contain one or a combination of parameters from the following list: a unique character sequence, a hyperlink, a unified resource identifier (URI), a video source identifier, a video source service area identifier, a timestamp for the start of a production operation, a timestamp for the end of a production operation, an identifier for a production operations, identifier of the executor, identifier of the manufactured product, identifier of the order being executed.

A link to video data may contain one or a combination of parameters from the following list:

- a unique character sequence,

- hyperlink

Unified Resource Identifier (URI)

- video source identifier,

- identifier of the service area of the video source,

- timestamp of the beginning of the production operation,

- timestamp of the end of the production operation,

- identifier of the production operation,

- artist identifier,

- identifier of the manufactured (processed) product,

- identifier of the order being executed;

- number of the processed object;

- batch number of processed objects.

The video source and the data input device for the production operation can be combined into one device. In this case, the relationship between the service area of the video source and the input device for production data can be pre-configured by the manufacturer of this combined device.

The source of video data can be a PTZ video camera, and the service area of the video camera is specified, including automatically, after each change of position of the PTZ camera. The PTZ camera can be adjusted to production points using pre-programmed positions.

Links establishing a link between the recorded video data and the steps of the production operation can be stored on an auxiliary computer system.

One of the following devices can act as a source of video data: a video camera, a video recorder, a video server, a video encoder, or other suitable device.

The source of the video data may be a video camera integrated in the mobile device of the performer, wherein video data on the production operation and / or the location of the production operation can be input through this mobile device.

The identifier of a production operation can be either unique or non-unique. For example, a non-unique identifier may be the equipment service code or the type of product being manufactured.

In the described implementation of the present invention, it is possible to use special software (application) for production equipment and a personal mobile device that records data on technological operations and implements feedback from the performer. For example, special software can display planned production operations and inform the performer by sounding in case the performer forgot to give a signal about the beginning or end of the operation.

A computer system can be virtualized or cloud-based, that is, not limited to the implementation, physical configuration, or geographic location of the hardware.

A computer system may be able to record video data in event mode by a signal from a data source about a manufacturing process.

A computer system can use a motion detector and / or video analytics to more accurately index and search for video data on the manufacturing process. In this case, the motion detector and / or video analytics can be built into the video camera, or work on the server.

For example, a motion detector and / or video analytics can be used to detect inconsistencies in the production plan and the actual situation in the workplace.

MODES FOR CARRYING OUT THE INVENTION

Figure 1 presents one of the schemes for implementing the method of marking video data of the production process. Video surveillance camera 11 is installed to monitor the production process. In the service area of the video camera and the place of production operation 16 there is production equipment 18 and the people performing this process, 17. Video data is received from the video camera through the communication channel 12 to the processing and storage server 13. At the stage of configuring this system, the initial data on the video camera service area is entered As a result, the video camera is attached to a specific production equipment or place of production. The input device for the production operation 15 may be stationary fixed in the area of the production operation, and may also be remote and / or mobile (portable). During the operation of the system, the contractor 17 or another employee of the organization enters data on the beginning and end of the production operation, which are transmitted via communication channel 14 to the processing and storage server 13. Server 13 records simultaneously the received video data and data on production operations.

Data on the beginning and end of the production operation can be entered during production or in advance, during production planning.

The server 13 indexes the video data based on the events of the production process received from the data input device about the production operation 15 and / or from the production equipment 18.

The camera 11 and / or server 18 carry out analytical processing of the video data of the camera 11. In case of detecting the movement of people in the service area of the camera 16 without entering data about the start of the production operation, the server generates a message for the executor 17 to enter this data. Such a voice message may be transmitted via input device 15 or loud-speaking communication.

If there is no movement in the service area of the video camera 16 beyond the set time, the server can automatically generate a video data mark about the end of the production operation, and the mark can correspond to the time moment of the most recent movement in zone 16.

Remote user 112 through his workstation 111 can connect via communication channel 110 to server 13 to receive reports and video data on production operations. Remote user 112 may be an organization manager, an employee of a technical support center, an employee of a center for technological monitoring (quality control), and training personnel.

Communication channels 12, 14 and 110 may be wired or wireless, private (private) or public use (public).

The technical result of the present invention in this case is achieved as follows.

The server generates the following reports for user 112: 1) production operations (performed, completed, outstanding, delayed); 2) performers indicating the number of completed and outstanding transactions within the prescribed period; 3) products (orders) indicating the number of manufactured or unprepared products (orders) in a timely manner.

The report contains hyperlinks that allow the remote user 112 to view the video data for each production operation, artist, product (order).

In addition, the remote user 112 receives a message on the screen of his workplace 111 about the beginning and end of the production operation. The user can view the “live” video from the installed cameras where the production operation he has chosen takes place, as well as view the recorded video corresponding to the production operation he has chosen.

The remote user 112 has voice communications with the performer 17, which allows the user to quickly contact the performer and report on identified production problems or performer errors. Voice communications can be integrated into the input device for the production operation 15, in the production equipment 18 and in the workplace of the remote user 111.

In one implementation of the invention, a user is sent a link to the video data recorded on the server 13.

In another implementation of the invention, the user 112 is sent a link to the video data containing the ongoing production operation and transmitted directly from the camera 11 bypassing the recording subsystem of the server 13.

Production equipment 18 can perform the functions of a data input device about a production operation 15, transmitting data about the beginning and end of an operation through a communication channel 19.

An example of video data received from video camera 11 is shown in Fig. 2.

An example of a graphical user interface (GUI) data input device 15 is presented in figure 3.

An example of reports on the production process displayed on the workplace of the remote user 11 is presented in figure 4.

An example of initial data on the coverage areas of the cameras is presented in Fig.5.

An example of a video archive index is shown in FIG. 6.

Figure 2 presents an example of video data of the production process, displaying the executor 17, the production equipment 18 and the data input device about the production operation 15.

Figure 3 presents an example of the user interface of the input device for the production operation. This interface can be implemented on the basis of a tablet computer with a touch screen. The interface will delay the following elements:

The list of products and production operations 31 contains a list of planned production operations, as well as a list of unplanned operations that must be performed by the contractor 17 at the place of production of production operation 16. The current (performed) operation is highlighted in color.

The photograph and text identifier of the artist 32 are indicated in order to avoid the error of identification of the artist 17.

The photo and text identifier of the place of production operation 33 are indicated in order to avoid the error of identification of the place of production operation 16.

Description of the production operation 34 contains information useful to the performer when performing the production operation, for example, features of the process, control readings of measuring instruments.

The start button of the production operation 35 allows you to create a time stamp and a link to the video data of the beginning of the production operation.

The end operation button 36 allows you to create a time stamp and a link to the video data of the end of the production operation.

Emergency call button 37 allows the contractor to quickly contact the technical support center in case of a problem.

The diagram or photograph of the product (order, customer) 38 allows the contractor to verify the correctness of the information entered and the production operation.

The button for selecting the location of the operation 39 allows you to select the location of the production operation in the case when the present data input device is mobile (portable). If the device is stationary, then button 39 is not required.

Button 310 allows you to open a text input window and allows the contractor to enter comments on the work done.

Figure 4 presents an example of a report on the production process for the head of the organization obtained using the computer system of figure 1. The report includes:

A linear graph of the number of planned and completed orders (production operations, manufactured products) 41. The top line corresponds to the number of planned tasks, and the bottom to completed ones. The manager can indicate any point on the schedule of completed orders and view a list of these orders, as shown in table 43.

The pie chart of order delays 42 shows the number of orders dispatched on time, delayed by 1 hour, delayed by 2 hours, delayed by 3 or more hours. The manager can click on any sector of the pie chart 42 and view the list of orders corresponding to the sector, as shown in table 43.

The table of quality and terms of execution of orders 43 contains the serial number of the order (production operation), the identifier of the contractor, the quality of the order, lateness and links to the video of the order. Each element of the table is a hyperlink that allows you to verify the specified data. The number and contents of the order are determined at the planning stage. Contractor, start time and end time work on the order is determined using the system in figure 1. The quality of work is determined by a quality service specialist based on video data using a link formed by the system. The manager can choose to view videos containing each specific predetermined operation and view it using the “VIEW” link generated by the system.

Figure 5 presents an example of initial data on the coverage area of the camera. The initial data contains a plan of the production room 51, a graphic designation of the service areas of the cameras 52-53, and a table of correspondence between the identifiers of the cameras and the identifiers of the production operations 54. Table 54 can be created manually by the user or automatically based on the plan 51. Plan 51 or table 54 allow you to automatically determine the identifier of the camera , in the area of which a given production operation takes place.

Figure 6 presents an example of a temporary archive index. The example contains an index for two cameras 61 and 64. In the service area of the camera 61, production operations 62 and 63 take place. In the service area of the camera 64, production operations 65 and 66 take place.

Figure 7 presents one of the implementation schemes of a method for marking video data of a production process using a barcode. The conveyor 70 of the mail sorting center or logistics center delivers the parcel 71 with a barcode label to the place of production operation 74 with a different barcode. The place of production can be, for example, a desktop or in a container. The place of production operation 74 is located in the service area of the video camera 72. The input device for the production operation is a hand-held barcode reader 73 associated with the performer. A video camera 72 and a barcode reader 73 are connected to the computer system 75. Other video cameras and barcode readers that are not shown in FIG. 7 can be connected to the same computer system. Data has been entered on the correspondence of the coverage area of the video camera 72 and the place of production operation 74. The list of identifiers includes: 1) camera identifier; 2) the identifier of the artist (having a unique relationship with the barcode reader 73); 3) parcel identifier; 4) the identifier of the place of production.

The computer system contains a disk storage subsystem and records video data coming from a video camera 72 and data on a production process coming from a barcode reader 73.

The contractor reads, using a barcode reader 73, the location identifier of the production operation 74. The computer system automatically determines the video camera 72 in the service area of which the production operation is based on previously entered data on the correspondence of the coverage of the video camera 72 and the location identifier of the production operation 7). The computer system fixes the connection between the video camera 72 (the place of the production operation) and the barcode reader 73 (executor).

If the contractor forgets to read the identifier of the place of the production operation, the computer system can automatically inform the contractor via speakerphone after detecting movement in the coverage area of the video camera 72.

If an executor’s work plan for a given place of a production operation is registered in a computer system, the computer system can automatically identify an executor based on this plan.

The contractor reads the parcel identifier 71 using the barcode reader 73. The computer system automatically determines the video camera 72, in the service area of which the production operation is carried out on the basis of the communication recorded at the previous step.

The technical result of the present invention in this case is achieved as follows.

The computer system generates a link to the video data coming from the video camera 72, which contains: 1) the identifier of the video camera; 2) the identifier of the place of production; 3) the identifier of the artist associated with a handheld barcode scanner; 4) the date and time of the production operation; 5) parcel identifier. The resulting link is written to the index of the video archive of the computer system.

The place of production may be a container for parcels. If the barcode of the container is placed at the top, then the identifier of the place of production (container identifier) can be obtained by the computer system in an automatic mode by reading the barcode from the container through the video camera 72.

The invention is industrially applicable because it uses industrially manufactured and industrially applicable resources.

Although this invention is described by an example of its implementation, this description is not limiting, but is provided only to illustrate and better understand the essence of the invention, the scope of which is determined by the attached claims.

BIBLIOGRAPHY.

1. Damjanowski V., CCTV. Bible CCTV. Digital and Network Technologies, LLC "IS-ES Press", 2006, 478 s, ISBN: 5-87049-260-2

2. Fredrik Nilsson, Intelligent Network Video: Understanding Modern Video Surveillance Systems, CRC Press, 2008, ISBN-10: 1420061569

3. Service "iVideon" of the company "Mobile Video Respect" CJSC http://ivideon.ru/

4. Ptitsyn N.V., Video analytics, 2013, http://svnesis.ru/technology/videoanalitika

Claims (138)

1. A method of organizing video data of the production process, including the following steps: - enter data on the correspondence between at least one source of video data and at least one workstation for performing a production operation; - form a list of varieties of identifiers for markup, by which subsequently it will be possible to systematize video data, and the list of varieties of identifiers includes at least the identifier of the performer; - receive at least one identifier of a manufacturing operation from one or more input devices of manufacturing operation data; - identify at least one source of video data based on the entered data on the correspondence between the workplace of the production operation and the source of video data - receive video data from at least one source of video data identified in the previous step; - record the received video data in the video data storage; - carry out the markup of the received video data based on at least one identifier received from at least one data input device about the production operation, to build an index of video data, and the video data index contains information about the production operation; - form at least one link that establishes the link of the video fragment from the above video source in the service area of which the production operation is performed, and the obtained identifier of this production operation; - write the link to the video data index on the data storage device for subsequent search for video data. 2. The method of organizing video data of the production process according to claim 1, in which the input of data on the correspondence between at least one source of video data and at least one workstation for performing the production operation is performed before the start of the production process. 3. The method of organizing video data of the production process according to claim 1, wherein the data on the production operation from one or more input devices of data on the production operation further comprise a start time, a duration and / or an end time of this production operation. 4. The method of organizing video data of the production process according to claim 1, in which the list of identifiers includes the identifier of the product, order, product, service, parcel, container, vehicle and / or production operation. 5. The method of organizing video data of the production process according to claim 1, in which data on the production process are added to the list of video data identifiers, for example, readings of instruments such as scales, thermometer, liquid flow meters. 6. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the coverage area of the video camera is performed by assigning the type of production equipment that is located in the coverage area of the video camera. 7. The method of organizing video data of the production process according to claim 1, in which the input of initial data on the service area of the video source is performed by assigning the type of production operations that are performed in the service area of the video source. 8. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the service area of the video source is performed at the planning stage of the production operation. 9. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the service area of the video source is performed immediately before the start of the production operation. 10. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the production operation is performed in advance, for example, at the stage of forming the production plan. 11. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the production operation is performed in the production process. 12. The method of organizing the video data of the production process according to claim 1, in which the input of the production data is performed by the executor of the production operation. 13. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the production operation is performed by an employee of the production planning department, the head of the contractor or the customer of the production. 14. The method of organizing video data of the production process according to claim 1, in which the input of the initial data on the production operation is performed automatically based on the signals of the production equipment without the direct participation of the contractor. 15. The method of organizing video data of the production process according to claim 1, in which the service areas are set in the form of a table of links that establishes the relationship between the service area of the camera and each identifier of the number of identifiers of this production operation indicated in the list. 16. The method of organizing video data of the production process according to claim 1, in which the link is generated dynamically at the request of the user based on data on the production operation and / or video analysis events and data on the camera’s service area. 17. The method of organizing video data of the production process according to claim 1, in which the input of data on the production process is performed according to signals from the motion sensor and / or based on the results of the operation of the video analysis device. 18. A method of organizing video data of the production process, including the following steps: - enter data on the correspondence between at least one source of video data and at least one device for inputting data about a production operation; - form a list of varieties of identifiers for markup, by which subsequently it will be possible to systematize video data, and the list of varieties of identifiers includes at least the identifier of the performer; - receive at least one identifier of a manufacturing operation from one or more input devices of manufacturing operation data; - at least one source of video data is identified based on the entered data on the correspondence between the source of video data and the input device for the production operation data from which the identifier has come; - receive video data from at least one source of video data identified in the previous step; - record the received video data in the video data storage; - carry out the markup of the received video data based on at least one identifier received from at least one data input device about the production operation, to build an index of video data, and the video data index contains information about the production operation; - form at least one link that establishes the link of the video fragment from the above video source in the service area of which the production operation is performed, and the obtained identifier of this production operation; - write the link to the video data index on the data storage device for subsequent search for video data. 19. A method for organizing video data of a production process according to claim 18, wherein inputting data about correspondence between at least one source of video data and at least one data input device about a production operation is performed before the production process is started. 20. The method of organizing video data of the production process according to claim 18, wherein the data on the production operation from one or more input devices of data on the production operation further comprise a start time, a duration and / or an end time of this production operation. 21. The method of organizing video data of the production process according to claim 18, in which the list of video data identifiers further includes the identifier of the executor, product, order, product, service, parcel, container, vehicle and / or production operation. 22. The method of organizing video data of the production process according to claim 18, wherein the data on the production process are also added to the list of video data identifiers, for example, readings of instruments such as scales, thermometer, liquid flow meters. 23. The method of organizing video data of the production process according to claim 18, in which the input of the initial data on the service area of the video source is performed by assigning the type of production equipment that is located in the service area of the video camera. 24. The method of organizing video data of the production process according to claim 18, in which the input of initial data about the service area of the video source is performed by assigning the type of production operations that are performed in the service area of the video camera. 25. The method of organizing video data of the production process according to claim 18, in which the input of initial data about the service area of the video source is performed at the planning stage of the production operation. 26. The method of organizing video data of the production process according to claim 18, in which the input of initial data about the service area of the video source is performed immediately before the start of the production operation. 27. The method of organizing video data of the production process according to claim 18, in which the input of the initial data on the production operation is performed in advance, for example, at the stage of forming the production plan. 28. The method of organizing video data of the production process according to claim 18, in which the input of the initial data on the production operation is performed during the production process. 29. The method of organizing video data of the production process according to claim 18, in which the input of the production operation is performed by the executor of the production operation. 30. The method of organizing video data of the production process according to claim 18, wherein the input of the initial data on the production operation is performed by an employee of the production planning department, an executive director, or a production customer. 31. The method of organizing video data of the production process according to claim 18, in which the input of the initial data on the production operation is performed automatically based on the signals of the production equipment without the direct participation of the contractor. 32. The method of organizing video data of the production process according to claim 18, in which the service areas are set in the form of a table of links that establishes the relationship between the service area of the camera and each identifier of the number of varieties of identifiers of this production operation indicated in the list. 33. The method of organizing video data of the production process according to claim 18, in which the link is generated dynamically at the request of the user based on data on the production operation and / or video analysis events and data on the camera’s service area. 34. The method of organizing video data of the production process according to claim 18, wherein the input of data on the production process is performed by signals from a motion sensor (human presence) and / or based on the results of the video analysis device. 35. A system for organizing video data of a production process for implementing the present invention includes a computer system, a video source, a data input device for a production operation, the computer system including: one or more processors - a device for storing data, - one or more programs; moreover, one or more programs are stored on the device for storing data and executed on one or more processors, moreover, one or more programs includes instructions for controlling a computer system that implements the claimed method, and the set of instructions is at least the following: - enter data on the correspondence between at least one source of video data and at least one workstation for performing a production operation; - create a list of varieties of identifiers for markup, according to which it will subsequently be possible to organize video data, and the list of varieties of identifiers includes at least the identifier of the performer; - receive at least one identifier of a production operation from one or more input devices of data on a production operation; - identify at least one source of video data based on the entered data on the correspondence between the workplace of the production operation and the source of video data; - receive video data from at least one source of video data identified in the previous step; - record received video data in the video data storage; - mark up the received video data based on at least one identifier received from the at least one input device for the production operation data to construct an index of video data, wherein the video data index contains information about the production operation; - generate at least one link that establishes a link between a fragment of video data from the aforementioned video source in the service area of which the production operation is performed and the obtained identifier of this production operation; - write the link to the video data index on the data storage device for subsequent search for video data. 36. The systematization of video data of the production process according to clause 35, in which the data input device for the production operation is stationary. 37. A system for organizing video data of a manufacturing process according to claim 35, wherein the manufacturing operation data input device is mobile. 38. A system for organizing video data of a manufacturing process according to claim 35, wherein the manufacturing data input device is located remotely. 39. The system for organizing video data of the production process according to claim 35, wherein the data input device for the production operation is built into the production equipment. 40. A system for organizing video data of a manufacturing process according to claim 35, wherein the manufacturing operation data input device is implemented on the basis of a standard or specialized computer, workstation, tablet computer, mobile and / or personal device. 41. The system of systematization of video data of the production process according to clause 35, in which the input device for the production operation is a reader of radio frequency tags RFID (Radio-frequency identification), NFC (Near field communication), 42. The system for organizing video data of a manufacturing process according to claim 35, wherein the manufacturing operation data input device is a reader of one- and / or two-dimensional barcodes for generating a link to a video. 43. The system of systematization of video data of the production process according to claim 35, wherein an additional motion detector or a detector of human presence in the served area is used to generate data on the production process and / or verify their authenticity. 44. The system for organizing video data of a manufacturing process according to claim 35, wherein the links are combined. 45. The system for organizing video data of the production process according to clause 35, in which the input device for the data on the production operation uses voice commands and / or gestures of the performer. 46. The system for organizing video data of a manufacturing process according to claim 35, wherein the manufacturing operation data input device is a software or hardware video analysis module. 47. The system for organizing video data of a manufacturing process according to claim 35, wherein the link is a hyperlink. 48. The system for organizing video data of the production process according to clause 35, in which the link points to the source of video data for real-time video data. 49. The system for organizing video data of the production process according to clause 35, in which the link is generated at the request of the user. 50. The system for organizing video data of a manufacturing process according to claim 35, wherein the link points to previously recorded video data. 51. The system for organizing video data of a manufacturing process according to claim 35, wherein the link to video data may contain one or a combination of parameters from the following list: - a unique character sequence, - hyperlink Unified Resource Identifier (URI) - video source identifier, - identifier of the service area of the video source, - timestamp of the beginning of the production operation, - timestamp of the end of the production operation, - identifier of the production operation, - artist identifier, - identifier of the manufactured product, - identifier of the order being executed; - number of the processed object; - batch number of processed objects. 52. A system for organizing video data of a production process for implementing the present invention includes a computer system, a video source, a data input device for a production operation, the computer system including: one or more processors - a device for storing data, - one or more programs; moreover, one or more programs are stored on the device for storing data and executed on one or more processors, moreover, one or more programs includes instructions for controlling a computer system that implements the claimed method, and the set of instructions is at least as follows: - enter data about the correspondence between at least one source of video data and at least one device for inputting data on a production operation; - create a list of varieties of identifiers for markup, according to which it will subsequently be possible to organize video data, and the list of varieties of identifiers includes at least the identifier of the performer; - receive at least one identifier of a production operation from one or more input devices of data on a production operation; - identify at least one source of video data based on the entered data on the correspondence between the source of video data and the input device for the data on the production operation, from which the identifier has come; - receive video data from at least one source of video data identified in the previous step; - record received video data in the video data storage; - mark up the received video data based on at least one identifier received from the at least one input device for the production operation data to construct an index of video data, wherein the video data index contains information about the production operation; - generate at least one link that establishes a link between a fragment of video data from the aforementioned video source in the service area of which the production operation is performed and the obtained identifier of this production operation; - write the link to the video data index on the data storage device for subsequent search for video data. 53. The systematization of video data of the production process according to paragraph 52, in which the data input device for the production operation is stationary. 54. The systematization of video data of the production process according to paragraph 52, in which the data input device for the production operation is mobile. 55. The system for organizing video data of the production process according to paragraph 52, wherein the data input device for the production operation is located remotely. 56. A system for organizing video data of a manufacturing process according to claim 52, wherein the manufacturing operation data input device is built into the manufacturing equipment. 57. The system of systematization of video data of the production process according to paragraph 52, wherein the input device for the data on the production operation is implemented on the basis of a standard or specialized computer, workstation, tablet computer, mobile and / or personal device. 58. The system of systematization of video data of the production process according to paragraph 52, in which the input device for the production operation is a reader of radio frequency tags RFID (Radio-frequency identification), NFC (Near field communication). 59. The system for organizing video data of a manufacturing process according to claim 52, wherein the manufacturing operation data input device is a reader of one- and / or two-dimensional barcodes for generating a link to a video. 60. The systematization of video data of the production process according to paragraph 52, which additionally uses a motion detector or a detector of human presence in the served area to generate data on the production process and / or verify their authenticity. 61. The system of systematization of video data of the production process according to paragraph 52, in which the links are combined. 63. The systematization of video data of the production process according to paragraph 52, in which the data input device for the production operation is a software or hardware video analysis module. 64. The system for organizing video data of the production process according to paragraph 52, in which the link is a hyperlink. 65. The system of systematization of video data of the production process according to paragraph 52, in which the link points to the source of the video data to obtain video data in real time. 66. The system of systematization of video data of the production process according to paragraph 52, in which the link is generated at the request of the user. 67. The system for organizing video data of the production process according to paragraph 52, in which the link points to previously recorded video data. 68. The system for organizing video data of the production process according to claim 52, wherein the link to the video data may contain one or a combination of parameters from the following list: - a unique character sequence, - hyperlink Unified Resource Identifier (URI) - video source identifier, - identifier of the service area of the video source, - timestamp of the beginning of the production operation, - timestamp of the end of the production operation, - identifier of the production operation, - artist identifier, - identifier of the manufactured product, - identifier of the order being executed; - number of the processed object; - batch number of processed objects.

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