Abstract: A computer implement method includes obtaining a previously captured virtual tour data of a location, receiving real-time image data of a target object located within a field of view area of a camera, which target object is located in the same location wherein the virtual tour data was captured, analysing the real-time image data for detecting a deviation, and overlaying the real-time image data on an area of a virtual tour view for forming a mixed image virtual tour data, which area of the virtual tour view corresponds the field of view area, if the deviation is detected.

Abstract: A computer implemented method includes obtaining a previously captured virtual tour data of a location, receiving real-time image data of a target object located in the location, overlaying the real-time image data on an area of a virtual tour view for forming a mixed image virtual tour data, receiving real-time acoustic data captured by an audio sensor in the location, and playing the real-time acoustic data when the user moving through the mixed image virtual tour is in a certain predetermined distance from the audio sensor. The disclosure further relates to a system for performing the method and a computer program product including instructions to perform the method.

Abstract: A monitoring system for the wet end of a paper or board machine includes at least one light fixture for illuminating pulp supplied onto a wire, at least one image sensor to be placed above the head box at the wet end of the machine, for capturing the activity of the pulp supplied from the head box in the wire section, in the direction of the movement of the wire; and a computing device, to which at least one image sensor is configured to transmit image information for determining activity data on the pulp, the computing device being configured to adjust the settings of the paper or board machine, and/or of the monitoring system, on the basis of the determined activity data. A method for monitoring the wet end of a paper or board machine by means of a monitoring system includes adjusting the settings of the paper or board machine and/or of the monitoring system, on the basis of the determined activity data.

Abstract: A monitoring system for the wet end of a paper or board machine includes at least one light fixture for illuminating pulp supplied onto a wire, at least one image sensor to be placed above the head box at the wet end of the machine, for capturing the activity of the pulp supplied from the head box in the wire section, in the direction of the movement of the wire; and a computing device, to which at least one image sensor is configured to transmit image information for determining activity data on the pulp, the computing device being configured to adjust the settings of the paper or board machine, and/or of the monitoring system, on the basis of the determined activity data. A method for monitoring the wet end of a paper or board machine by means of a monitoring system includes adjusting the settings of the paper or board machine and/or of the monitoring system, on the basis of the determined activity data.

Abstract: The invention relates to a method, a computer program product and a machine vision system (30), comprising at least one lighting device (34), at least one image sensor (31 a-c) and a data processing device (32), the system in a first mode illuminating a first object (35) using a first type of illumination and capturing images of the first object at a first image capturing frequency, when the first object (35) is on a second object (33), transmitting the captured image data to the data processing device for analysis, and changing the system for monitoring the second object in a second mode, if absence of the first object on the second object is detected from the image data, wherein said at least one image sensor (31 a-c) is reconfigured to capture images at a second image capturing frequency from the second object.

Abstract: The invention relates to a method, comprising capturing an image of an object to be monitored at a first image capturing frequency by an image sensor of a machine vision system, transmitting said captured image data to an image data processing device and analyzing said received image data by said image data processing device, and wherein if the image data is detected to comprise a deviation, a trigger signal is transmitted for triggering an image sensor for reconfiguring it to capture an image burst and for transmitting the captured image burst data to said image data processing device for further analysis. The invention further relates to a machine vision system and a computer program product performing the method.

Abstract: The invention relates to a method, comprising capturing an image of an object to be monitored at a first image capturing frequency by an image sensor of a machine vision system, transmitting said captured image data to an image data processing device and analysing said received image data by said image data processing device, and wherein if the image data is detected to comprise a deviation, a trigger signal is transmitted for triggering an image sensor for reconfiguring it to capture an image burst and for transmitting the captured image burst data to said image data processing device for further analysis. The invention further relates to a machine vision system and a computer program product performing the method.

Abstract: The invention relates to a method, a computer program product and a machine vision system (30), comprising at least one lighting device (34), at least one image sensor (31 a-c) and a data processing device (32), the system in a first mode illuminating a first object (35) using a first type of illumination and capturing images of the first object at a first image capturing frequency, when the first object (35) is on a second object (33), transmitting the captured image data to the data processing device for analysis, and changing the system for monitoring the second object in a second mode, if absence of the first object on the second object is detected from the image data, wherein said at least one image sensor (31 a-c) is reconfigured to capture images at a second image capturing frequency from the second object.

Abstract: The object of the invention is a method for synchronizing image data obtained from process monitoring cameras. By utilizing synchronization, one and the same area in a paper web can be sought as it passed the different camera positions. Since the speed are high and the webs somewhat stretching, synchronization does not often directly result in the same area being shown in the different camera positions. To facilitate search, a selection area corresponding to the limited number of sequential images in the environment of the point of synchronization of each camera position is visualized for the operator, inside which area the corresponding area in the web can be found with certainty.

Abstract: The invention relates to a method for monitoring a process. The image information received from cameras monitoring various positions of the process is stored in digital form and various cameras positions are alternately selected for a display and analysis on the screen of a computer. The screen is also used for displaying an image variation graph representing the image variation data of images preceding and following the image to be analyzed. The system includes selector elements (5) for selecting a camera position representing the highest-level image variation for an automated display.

Abstract: The invention relates to a monitoring system for web breaks in a paper machine. A web (W) is monitored by means of a number of cameras (1) and the image data of various camera positions is used for compiling focused image regions (12). Camera-specific image processing equipment (2, 12) is adapted to compile image change data by comparing the change between sequential images as far as the focused image region (12) is concerned. The image change data is compared with a normal level of image change and an alarm message (3a) is delivered if the image change level has a deviation from the reference level which exceeds a preset threshold value. A break alarm is set off, in case said alarm message (3a) is delivered by image change data comparators (3) of one or more pre-selected camera positions (P1-Pn).