59 results about "Infrared vision" patented technology

The invention discloses a high-precision defect detection system for a track inspection robot, which relates to the technical field of track inspection and comprises a multi-mode visual acquisition module, a time sequence synchronization module, a data fusion processing module and a defect identification output module, by adopting a multi-modal visual fusion detection technology, various modal visual technologies of visible light vision, infrared vision and ultraviolet vision are combined, fusion processing is carried out on all modal image data, visual defects such as cracks and abrasion on the surface of a track can be clearly recognized through visible light vision, and the visual performance of the track is improved. The infrared vision can detect temperature abnormity of a track component to find out potential poor contact and other problems, the ultraviolet vision can be used for detecting corona discharge and other phenomena, track information is comprehensively obtained, the accuracy and reliability of defect recognition are effectively improved, defects which are difficult to find in a single mode can be detected, and the detection efficiency is improved. And powerful support is provided for safe operation and maintenance of the track.

The invention relates to the technical field of unmanned aerial vehicle inspection, and provides an unmanned aerial vehicle-based forest fire prevention inspection and disposal method, device and system. When an inspection unmanned aerial vehicle equipped with a multi-modal sensor is deployed to cruise according to a preset route, a visible light camera of the inspection unmanned aerial vehicle continuously collects forest region videos and transmits the videos to edge computing equipment of an inspection airport; fire hazards are analyzed in real time through a target recognition algorithm, and when a fire source is detected, position information is reported to a background terminal immediately; the system automatically dispatches the nearest fire extinguishing airport to dispatch the fire extinguishing unmanned aerial vehicle, and secondary accurate positioning is performed on a fire source by using the airborne infrared vision module, so that accurate throwing of the fire extinguishing bomb is ensured. The whole system enhances the real-time analysis capability through the edge computing device, breaks through the single-machine computing power limitation, also realizes the full-process automation from fire behavior recognition to fire extinguishing treatment, and significantly improves the response efficiency and treatment safety of forest fire prevention.

The invention discloses a photovoltaic panel intelligent cleaning system based on an unmanned aerial vehicle and a cleaning method thereof, and the cleaning system comprises the unmanned aerial vehicle which is connected with a GPS for positioning; the laser radar is used for constructing a three-dimensional model of the photovoltaic base station, and the laser radar is connected to the unmanned aerial vehicle; the infrared visual sensor is used for acquiring distribution information of stains on the surface of the photovoltaic panel; the cleaning assembly is used for cleaning stains on the surface of the photovoltaic panel, and the cleaning assembly is connected to the unmanned aerial vehicle; the controller is used for planning a flight route based on the three-dimensional model and the stain distribution information and sending the flight route to the unmanned aerial vehicle, the controller is connected to the unmanned aerial vehicle, and the GPS, the laser radar and the infrared vision sensor are all connected with the controller. By arranging the cleaning system, the cleaning efficiency of the photovoltaic panel is improved.

The invention discloses a device and a method for mobile detection of internal and external defects of a pipeline weld joint based on infrared-vision, and aims to solve the problems of poor flexibility of an existing device and low efficiency and high false detection rate of traditional detection. The device comprises a moving trolley, a camera mechanism and a laser excitation mechanism. The moving trolley is a carrier; the laser excitation mechanisms are installed on the two sides of the front end of the trolley, pose regulation and control are achieved through the transmission and tail end fine adjustment mechanism, and stable thermal excitation is provided. The camera mechanism is installed above the trolley, comprises a transverse / longitudinal movement and fine adjustment mechanism, can deflect and rotate to achieve accurate imaging, and is compact in overall structure and high in flexibility. The method comprises the following steps: constructing a space-time two-dimensional synchronous acquisition framework by adjusting a detection position; segmenting the infrared data by adopting a convolutional neural network containing attention weight, extracting a temperature anomaly region and core feature parameters, and inputting the temperature anomaly region and the core feature parameters into a Transform model for prediction after environmental parameter correction; and in combination with a temperature difference and area grading judgment rule, inner and outer defect grades are distinguished, efficient detection is realized, the detection rate is high, and the false detection rate is low.

The invention relates to a wildlife intelligent monitoring device and method based on multi-modal fusion and an ad hoc network, and relates to the technical field of wildlife monitoring. Through fusion of binocular infrared vision and microphone array hearing, more comprehensive and more accurate wild animal activity information can be obtained, and the limitation of a single sensor is overcome; intelligent false trigger screening and species identification are realized through a WS-YOLO algorithm of an equipment end, manual intervention is reduced, and data processing efficiency is improved; through the ad hoc network technology, the monitoring system can cover a wider network-free area, and equipment deployment is more flexible and is not limited by network infrastructures; by reducing false triggering, local intelligent processing and efficient data transmission, the cost of data storage, transmission and later manual analysis is reduced. The method provides a more powerful technical means for dynamic monitoring of wild animal populations, behavioral ecology research, biodiversity protection and the like, and has important ecological protection and scientific research values.

The invention provides a conveyor state monitoring device and method based on machine vision, and the device comprises a monitoring cabin which can autonomously reciprocate along a rigid guide rail at one side of a conveyor, automatic charging piles are arranged at the two ends of the guide rail, and the monitoring cabin is integrated with an infrared thermal imager, a visual camera and a sound sensor. A vibration sensor and an incremental photoelectric encoder are arranged along the line. A processor is arranged in the monitoring cabin, and time alignment, feature extraction, fusion of a multi-scale feature fusion model and three-level decision judgment are carried out on infrared signals, visual signals, sound signals and vibration signals on the basis of encoder timestamps. According to the method, fault diagnosis and false alarm filtering are achieved by controlling inspection of a monitoring cabin, multi-source data preprocessing, confrontation feature fusion network processing and three-level progressive judgment, and accurate positioning is achieved based on the mapping relation between encoder pulses and support numbers. According to the invention, the monitoring coverage range is expanded, the endurance continuity is improved, the data transmission stability is improved, and the false alarm rate is reduced.

The invention relates to a smoke identification and classification early warning method, which comprises the following steps: carrying an infrared camera, an infrared spectrum sensor and a temperature and humidity sensor on an unmanned aerial vehicle, and carrying out a smoke inspection activity on a set target area; the method comprises the following steps: acquiring an infrared visual image, infrared spectrum data and environmental parameters of a target area by using an unmanned aerial vehicle, and preprocessing the acquired data; the infrared spectrum data comprises the concentration of CO2 and the concentration of CO, and the environmental parameters comprise the temperature, the humidity and the wind speed; multi-modal data fusion is carried out on the preprocessed data to construct a fusion feature vector, and a trained deep learning classification model is used to identify the smoke type according to the fusion feature vector; and determining an early warning level according to the identified smoke type, and dynamically realizing early warning triggering based on the early warning level and a set grading response rule. According to the method, accurate distinguishing and early warning decision making can be carried out on smoke in the urban comprehensive treatment complex environment.

The invention discloses a mobile audio-visual cooperative unmanned aerial vehicle detection system, and belongs to the technical field of intelligent detection and automatic control. The system comprises a mobile ROS unmanned vehicle platform, an audio-visual perception module, an embedded processing unit and an execution mechanism. The mobile ROS unmanned vehicle platform comprises a motion control system, a serial port communication module and a wireless communication module; the audio-visual perception module comprises an infrared visual acquisition unit and a four-channel audio acquisition array and is used for acquiring infrared image information and acoustic signals of the unmanned aerial vehicle; the embedded processing unit comprises a multi-modal data fusion processor and a motion cooperation controller and is used for synchronously processing the infrared image information and the acoustic signal and generating a control instruction; the execution mechanism comprises a two-degree-of-freedom steering engine holder and a self-adaptive cruise system. According to the invention, through audio-visual cooperation and dynamic mode switching, a fixed detection scene is not needed, continuous tracking of the unmanned aerial vehicle and blind area complement detection can be realized, and detection continuity and accuracy are improved.

The application discloses an infrared image generation method and system based on a physical prior constraint generative adversarial network, relates to the field of infrared image generation, and aims to solve the problems of insufficient physical reality and lack of representation ability of infrared radiation characteristics of the existing infrared image generation method. The application first designs a physical prior knowledge learning network, which is used to learn the prior representation related to the infrared radiation characteristics from the infrared image, and realizes the prediction of the infrared radiation related parameters through a deep learning network. Secondly, a generative adversarial network based on the physical prior constraint is designed based on the proposed physical prior knowledge learning network, the physical prior features are introduced into the image generation process, and the learning ability of the generator to the overall distribution of the infrared radiation and the representation ability of the generator to the infrared radiation characteristics are enhanced. The method breaks through the limitation that the traditional generator only relies on shallow texture mapping. The application is suitable for the fields of visible light to infrared image generation, infrared vision algorithm research and development.

The application provides a non-contact respiratory characteristic monitoring device, and relates to the technical field of respiratory medical apparatuses, which comprises the following: two gear plates and a driving short shaft are sequentially installed on the rod segment of the L-shaped mounting rod away from the T-shaped support rod from top to bottom, the two gear plates are arranged in parallel and mesh with each other, and the driving short shaft is in transmission connection with the lower gear plate; a motor is fixedly installed on the rod segment of the L-shaped mounting rod connected with the T-shaped support rod, a six-rib transmission shaft is slidably installed in the rotating shaft of the motor, the six-rib transmission shaft is in plug-in connection with the worm in normal state, the six-rib transmission shaft is in plug-in connection with the driving short shaft when being upwardly and obliquely slid and is separated from the worm at the same time. The transmission of the six-rib transmission shaft, the motor can be used as a common driving motor for driving the infrared visual camera and the thermal imaging lens to adjust the shooting angle and driving the two cleaning sponges to rotate and wipe, which is helpful to reduce the manufacturing cost of the monitoring device as a whole.

The application discloses a multi-modal fusion-based industrial inspection system inspection method, and belongs to the technical field of industrial inspection, comprising the following steps: S1, obtaining positioning data of a to-be-positioned node by using an HDS-TWR ranging algorithm and a Taylor total centroid algorithm, and outputting positioning coordinates; S2, measuring the acceleration and angular velocity of the inspection system by using a sensor, so as to evaluate the alignment movement and posture; S3, improving a Kalman filtering algorithm, so that the output prediction result is close to the true value; S4, adopting infrared-vision dual-mode cooperative tracking, and simultaneously using a time synchronization displacement compensation mechanism to calculate the relative displacement difference of the two tracking modes and perform dynamic calibration; and S5, processing video frames or pictures collected in the inspection process by using a YOLOv8 model, outputting a target frame and a category probability, and finally obtaining an inspection result; the multi-modal fusion-based industrial inspection system inspection method provided by the application provides a high-precision and low-delay automatic inspection solution for mines, nuclear power plants and other harsh environments.

The invention relates to the technical field of image recognition, in particular to a tunnel lining hollowing imaging method and system based on infrared vision fusion, and the method comprises the steps: carrying out the synchronous triggering collection through an infrared thermal imager and a visible light camera in a set mode along the axis of a tunnel, and obtaining an infrared image and a visible light image; feature point extraction and matching are carried out on the infrared image and the visible light image, a projection matrix is calculated based on successfully matched feature point pairs, and a registration visible light image is generated; carrying out the recognition and extraction of a hollowing feature region of the registered visible light image, and carrying out the fusion based on an obtained hollowing feature mask, and obtaining a hollowing fusion imaging image; and a three-dimensional point cloud model of the tunnel lining is generated based on the visible light image, and the hollowing fusion imaging graph is mapped to the three-dimensional point cloud model to mark hollowing, so that a temperature abnormal area can be quickly and accurately corresponding to the specific position of the tunnel lining.

The invention discloses a multi-camera cooperative state estimation method based on active infrared visual features, and belongs to the technical field of image processing and computer vision. The existing visual marking technology depends on ambient light and is poor in performance under dark light or complex illumination, the observation visual field of a single camera or a fixed camera is limited, distortion exists, and consequently the pose resolving precision and robustness are insufficient. According to the method, active infrared visual feature marking is adopted, dependence on ambient light is avoided, and feature point information is stably provided. And efficient and accurate feature point identification and matching are realized through multi-camera collaborative observation in combination with binarization processing of dynamic threshold adjustment, geometric feature screening and a matching algorithm. And carrying out pose calculation by using a PnP algorithm, and checking the goodness of fit between the axis and the gravity direction. Meanwhile, multiple cameras are dynamically scheduled to rotate cooperatively according to the observation quality, and the observation view is expanded. The method is mainly used for accurate positioning of targets such as an unmanned aerial vehicle, significantly improves the environmental adaptability and observation stability of the system, reduces the deployment cost, and improves the pose calculation precision and robustness.

The invention discloses a field all-terrain special target intelligent searching vehicle, which relates to the field of intelligent mobile equipment, and comprises a front-section module vehicle body connected with a rear-section integrated vehicle body through a hinge linkage mechanism; the front-section module vehicle body comprises a vehicle frame, a first-stage driving system and a second-stage driving system. The two sides of the vehicle frame are each provided with a rotationally-connected planet carrier. The primary driving system is used for driving the main gear to rotate; the output end of the secondary driving system is eccentrically connected with the planet carrier, and the secondary driving system is used for outputting eccentric torque for the planet carrier so as to drive the planet carrier to rotate relative to the frame; a multi-degree-of-freedom rotating arm is further arranged on the rear-section integrated vehicle body, and an infrared vision device is arranged on the multi-degree-of-freedom rotating arm. By the adoption of the scheme, dynamic obstacle crossing can be achieved through the front-driving front-section module vehicle body, and altitude difference terrains are overcome; and multi-angle infrared detection can be carried out, and the system is widely applied to tasks such as search, investigation and rescue in a complex field environment.

A laminated glazing of a vehicle includes a first extra clear glass sheet (exterior glazing), a lamination interlayer and a second glass sheet (interior glazing) with a through-hole in this second sheet including a mineral piece.

The invention discloses an infrared-vision cooperative tracking navigation method applied to a mobile robot and a related device, and relates to the field of robot navigation. Judging whether the infrared tracking is in a normal state or a failure state: in the normal state, generating an infrared tracking motion control signal in combination with a path surface reflected light intensity analog signal and a PID control algorithm so as to control the mobile robot to perform tracking motion; and in a failure state, starting a top camera to acquire a path image, and generating a visual tracking motion control signal in combination with the path surface image and a PID control algorithm so as to control the mobile robot to perform tracking motion. Through automatic conversion and synergistic effect of infrared and visual tracking, stable and accurate tracking navigation is realized, and the problem that tracking stability and accuracy are difficult to consider in the current tracking navigation field is solved.

The invention discloses an infrared safety belt applied to normative wearing of an infrared visual detection safety belt. The safety belt comprises warp yarns and weft yarns, the warp yarn comprises first polyester FDY high-tenacity yarn and second polyester FDY high-tenacity yarn, the first polyester FDY high-tenacity yarn is the polyester FDY high-tenacity yarn with the reflectivity larger than or equal to 70%, and the second polyester FDY high-tenacity yarn is the polyester FDY high-tenacity yarn with the reflectivity lower than 30%; according to the black or colored infrared safety belt produced by the preparation method, the identification degree under an infrared camera can be greatly improved, and the problem of misjudgment under the condition that the infrared camera detects a safety belt system due to insufficient light or passenger clothes and a braid are made of the same material is solved.

The application belongs to the technical field of cleaning unmanned aerial vehicles, and discloses a multi-mode intelligent cleaning unmanned aerial vehicle system suitable for photovoltaic panels; the system comprises an unmanned aerial vehicle and a cleaning control unit; the unmanned aerial vehicle is provided with an infrared vision sensor, a laser radar and a cleaning module; the cleaning module is arranged at the bottom of the unmanned aerial vehicle; the cleaning control unit comprises an AI control navigation module; the AI control navigation module is arranged at the central position of the unmanned aerial vehicle body and connected with a flight control bus; the infrared vision sensor and the laser radar are fused to accurately identify the contaminated area; in combination with the parameterized control of the cleaning execution mechanism, the system can maintain good coverage and adhesion under the wind field, reduce the consumption of cleaning agents and water, and improve the cleaning quality and system reliability.

The application discloses a kind of low-illumination condition fast moving target multi-view cooperative tracking method and device, the method includes low-illumination condition fast moving target multi-view tracking algorithm and unmanned aerial vehicle cluster cooperative tracking algorithm;Multi-source environment perception is carried out using millimeter wave radar sensor, RGB vision sensor and infrared vision sensor carried by unmanned aerial vehicle;Multi-source perception data is normalized in time and space dimensions by three space-time heterogeneous alignment algorithm;Multi-source fusion perception data after space-time normalization is input into multi-source fusion perception feature calculation network to calculate the world coordinates of the tracked target under the current frame;The calculation result is compared with the calculation result of last frame, to judge the change of the position and moving direction of the tracked target in world coordinate system;The world coordinate information of the tracked target is shared through cluster communication, and the trajectory of unmanned aerial vehicle cluster is formulated and updated using multi-agent reinforcement learning, to realize unmanned aerial vehicle cluster cooperative tracking.

This document relates to a connecting element (10) comprising a first part (20a) and a second part (20b) manufactured by additive manufacturing, the first part (20a) comprising a first frame (21a) intended to be fixed to one of two parts, the second part (20b) comprising a second frame (21b) intended to be fixed to the other of two parts, the first part (20a) comprising at least one first half-arm (23) extending from the first frame (21a) in a connection direction (X), each of said at least one first half-arm (23) comprising a tubular cavity (25) housing at least one portion (26) of a second half-arm (24) of the second part (20b), the second half-arm (24) extending from the tubular cavity (25) to the second frame (21b) in the connection direction (X), an elastomer (30) being annularly intercalated in the tubular cavity (25) between the first half-arm (23) and the second half-arm (24).

The invention belongs to the technical field of transfer robot obstacle avoidance, and particularly relates to a visual obstacle avoidance method for a transfer robot in a roll-on-roll-off ship in a low-illumination environment. The method comprises the steps that multi-source data are collected, the collected multi-source data are preprocessed, and the multi-source data comprise infrared images and laser radar point cloud data; performing target detection on the infrared image, and identifying an obstacle and a type in the infrared image; for the laser radar point cloud data, using an RANSAC plane fitting algorithm to calculate the height of a ground projection, and identifying an obstacle in the laser radar point cloud data; the infrared vision weight and the laser radar weight during fusion are dynamically adjusted according to the ambient illuminance, and obstacles in the infrared image and obstacles in the laser radar point cloud data are fused; and based on the position of the obstacle, the transfer robot avoids the obstacle during path planning.

The invention discloses a multi-sensor fusion positioning system and method for a shield cutterhead in-situ repair robot, and the system comprises a six-axis IMU sensor, a deflection angle measuring instrument, a GNSS positioning instrument and a UWB positioning module which are disposed on the shield cutterhead in-situ repair robot, and an end effector of the shield cutterhead in-situ repair robot is connected with a mounting seat. A driving motor is embedded in the mounting seat, the power output end of the driving motor is connected with a rotating disc, and a central processing unit, and a three-probe ultrasonic range finder, an infrared vision imager and a camera monitor which are connected with the central processing unit are fixed on the rotating disc; the method comprises the steps of time synchronization, short-time pose calculation of six IMU sensors, UWB redundancy positioning, ultrasonic ranging anti-interference, CAD-assisted vision SLAM and multi-sensor data fusion module tight coupling factor graph optimization. The method can be suitable for extreme working conditions of in-situ repair of the shield cutter head, and high-precision positioning is achieved.

The application discloses a multi-source data fusion cooperative target positioning method and system based on infrared vision, and the method comprises the following steps: deploying an infrared point light source beacon on the ground and starting when the signal is disturbed; acquiring an infrared point light source beacon image by using an infrared camera carried by a UAV; and analyzing the infrared point light source beacon image by using a constructed visual navigation relative positioning algorithm to complete the UAV target positioning in the state that the signal is disturbed. The application adopts infrared vision to support all-weather positioning and is not limited by illumination conditions; meanwhile, the positioning error is less than or equal to 5% by fusing IMU and visual data through EKF. In addition, the application adopts a unique layout and waveband design of the infrared beacon, can effectively resist electromagnetic interference, and can realize 24-hour continuous operation without cumulative error.

The present application relates to the technical field of image recognition, and particularly relates to a tunnel lining hollowing imaging method and system based on infrared vision fusion, infrared thermal imagers and visible light cameras are synchronously triggered and collected in a set manner along a tunnel axis to obtain infrared images and visible light images; feature points of the infrared images and the visible light images are extracted and matched, and a projection matrix is calculated based on the matched feature points to generate a registered visible light image; a hollowing feature region of the registered visible light image is identified and extracted, and fusion is performed based on a obtained hollowing feature mask to obtain a hollowing fusion imaging image; a tunnel lining three-dimensional point cloud model is generated based on the visible light image, and the hollowing fusion imaging image is mapped to the three-dimensional point cloud model to label the hollowing, so that a temperature abnormal region can be quickly and accurately corresponded to a specific position of the tunnel lining.

An optimized electronic face bow system based on binocular infrared vision and passive infrared target, comprising: a three-ring passive infrared target, a binocular infrared camera and a control module connected with the binocular infrared camera, after the control module triggers the left eye infrared camera and the right eye infrared camera to synchronously expose globally and collects the binocular infrared image, the actual relative attitude, the actual included angle, the baseline relationship and the continuous motion trajectory of the upper and lower jaw target plates of the three-ring passive infrared target are calculated. Through the special structure of the infrared target and the joint optimization algorithm, the continuous, stable and low-latency jaw bone motion trajectory can be obtained, and the repeated positioning error of the target plate center is less than 0.02mm.

The invention relates to a full-automatic sound control respiratory tract sputum cleaning device special for old people, and belongs to the technical field of medical instruments, the device comprises a fixed base, an inflatable flexible limiting pillow integrated with a multi-mode sensor is arranged on the fixed base, and the inflatable flexible limiting pillow is used for supporting the head of a patient and collecting physiological signals; the double-shaft linkage positioning mechanism is arranged above the fixed base, comprises a horizontal sliding base and a semi-arc sliding arch frame, and is used for driving the execution assembly to move; the execution assembly comprises an automatic telescopic sputum aspirator and an infrared vision fusion positioning module and is used for accurate positioning and operation. The central controller is integrated in the equipment and used for processing multi-mode signals, intelligently making decisions and coordinating actions of all mechanisms. The respiratory tract secretion state early-stage automatic identification and on-demand intervention can be achieved, safe and soft whole-process automatic sputum clearing operation is completed through accurate positioning and force feedback control, the aspiration pneumonia risk is effectively reduced, the discomfort of a patient and the workload of nursing personnel are relieved, and the nursing quality and efficiency are improved.

The utility model discloses die cutting visual inspection equipment, and particularly relates to the technical field of visual inspection, the die cutting visual inspection equipment comprises a casing and an infrared visual sensing head, the infrared visual sensing head is fixed inside the casing, and a linkage protection assembly is arranged outside the infrared visual sensing head; the linkage protection assembly comprises a protection shell frame arranged outside the infrared vision sensing head, the protection shell frame is in sliding connection with the machine shell, one side of the protection shell frame is fixedly connected with an L-shaped strip, and the outer wall of the L-shaped strip is in sliding connection with a sleeving block. According to the utility model, the balancing weight moves leftwards through the linkage protection assembly and the vertical cover plate, the lower surface of the vertical cover plate does not contact with the upper surface of the outer wall of the infrared vision sensing head any more, the protection shell frame protects the outside of the infrared vision sensing head, and meanwhile, the vertical cover plate provides protection for one end part of the infrared vision sensing head. And the infrared vision sensing head is prevented from being damaged.

The invention discloses an unmanned ship autonomous berthing navigation system and method based on infrared vision tight coupling. The system comprises an infrared visual perception module, a visual processing module and a multi-sensor fusion pose estimation module, an active infrared light source array is installed at a berth, and an improved deep learning target detection network is adopted at an unmanned ship end to carry out light source array detection; secondly, information fusion of heterogeneous and asynchronous multiple sensors is realized in a sliding window through a constructed tight coupling integrated navigation system based on factor graph optimization; according to the method, infrared light source array detection can be carried out, robust visual feature extraction and fusion of heterogeneous and asynchronous multi-sensor information under complex illumination changes are ensured, distance and attitude estimation of the unmanned ship relative to a berth light source array is realized, vulnerability of a single sensor is overcome, and the method is suitable for large-scale popularization and application. Accurate self state and relative berth attitude information are provided for autonomous berthing of the unmanned ship, and long-term navigation consistency is improved.

The present invention relates to a vehicle glazing (1) comprising: - a glazed element (10) having an outer face (11) and an inner face (12), - at least one plate (80) having a body (85), said plate (80) having a housing (83) for the reversible attachment of an infrared vision system (7) with a field of vision to an inner face (82) of the plate (80), - an infrared vision system (7) with a field of vision comprising a light source, - an optical device (9) located between said light source (71) and said outer face (11) of the glazed element (10), said optical device (9) being located at a distance between said light source and said inner face (12) of the glazed element (10). (Fig. 2)

This invention discloses a laser debonding device and method. The device includes: a laser emitter; a beam splitter that splits the received initial laser into a first laser directed towards a focal spot analyzer and a second laser directed towards a sacrificial layer of the bonded member, wherein the distance from the beam splitter to the focal spot analyzer and the sacrificial layer is the same; an infrared vision component that acquires an infrared spot image of the second laser on the sacrificial layer; and a controller configured to: acquire the spot size of the first laser via the focal spot analyzer, wherein the spot size of the first laser is equal to the spot size of the second laser; initially adjust the working distance from the laser emitter to the sacrificial layer to achieve an optimal spot size for the second laser; finely adjust the working distance from the laser emitter to the sacrificial layer by acquiring the infrared spot image of the second laser via the infrared vision component; and, in response to the laser emitter being adjusted to the optimal working distance, perform laser scanning debonding on the sacrificial layer. This invention can quickly and accurately find the optimal working distance of the laser emitter.