27 results about "Borescope" patented technology

1. A borescope inspection device comprising: a probe for capturing images of at least a portion of an environment surrounding the probe, display means for displaying images captured by the probe, and an insertion tube connected to the probe and the display means, the insertion tube comprising coupling means extending through the insertion tube and configured to transmit images captured by the probe to the display means, 2. A borescope inspection device comprising: a probe for capturing images of at least a portion of an environment surrounding the probe, display means for displaying images captured by the probe, and an insertion tube coupled to the probe and the display means, the insertion tube comprising coupling means extending through the insertion tube and configured to transmit images captured by the probe to the display means, 3. A borescope inspection device comprising: a probe for capturing images of at least a portion of an environment surrounding the probe, the insertion tube comprising coupling means extending through the insertion tube and configured to transmit images captured by the probe to the display means, the insertion tube further comprising a photonic spectrometer for generating spectroscopic data of at least a portion of the environment surrounding the probe for display by the display means.

The utility model provides an endoscopic camera device for a boiler. The endoscopic camera device comprises an outer tube, an inner tube, a mirror tube and a connecting device, a cold air cavity communicated with the outside is formed in the outer pipe; the inner pipe comprises a first part and a second part; an imaging cavity is formed in the first part, and a containing cavity is formed in the second part; two ends of the mirror tube are respectively connected with a boiler combustion chamber and a camera, and an air inlet of the first part is detachably connected with an air filter through a connecting device; in the shooting process of the camera, compressed air in the cold air cavity flows to cause an air suction effect to promote external air to enter the boiler combustion chamber through the imaging cavity to be output, and therefore the mirror tube is cooled. According to the utility model, the inner tube not communicated with the outer tube continuously extracts air from the outside to cool the mirror tube and the camera in the inner tube through the air suction effect generated by outputting compressed air into the boiler combustion chamber after the compressed air is introduced into the outer tube, so that the problem that the camera is polluted by directly inputting the compressed air is avoided.

A method of adaptive inspection includes receiving data characterizing one or more images of an inspection region of an industrial machine acquired by an inspection system operating based on a first set of operating parameters. The inspection region includes a site feature. The method also includes determining, by an analytical model, one or more characteristics of the inspection region from the received data characterizing the one or more images of the inspection region. The method further includes generating a control signal based on the one or more characteristics of the inspection region and / or a user input. The inspection system is configured to perform a new inspection of the inspection region based on the control signal.

In one aspect a system and method for merging inspections from multiple borescope inspections into a single inspection and report include receiving, within a graphical user interface (GUI) of a borescope device, a selection of a first inspection file including first data characterizing a first inspection of an asset, receiving, within the GUI, a selection of a second inspection file including second data characterizing a second inspection of the asset, determining that the first inspection file and the second inspection file may be compatible to be merged and generating, automatically, a merged inspection file the merged inspection file that includes the first data and the second data.

The application discloses a kind of optical fiber multi-parameter logging devices, it is related to marine engineering equipment technical field, cable winch, logging cable, guide wheel and logging unit for downhole optical scanning and parameter measurement;Cable winch is used to wind and release logging cable;One end of the logging cable is connected to the cable winch, and the other end is guided by the guide wheel and connected to the logging unit;The logging unit is provided with a gasbag one sealed on the outside of the borescope and a gasbag two for fixing the detection position, which can isolate drilling fluid by inflating to achieve accurate detection and fixation of the detection position and maintain pressure balance;It can realize the technical effects of improving the stability of fixation, improving environmental adaptability, reducing signal interference and flexibly maintaining the pressure balance in the well.

The invention discloses a borescope calibration method and a matched portable calibration device, and belongs to the technical field of nondestructive testing and metering testing. The device comprises a base, a sliding block, a sliding base, a transmission mechanism, a line pattern standard ruler, a test line locking device and a standard block set (a two-dimensional resolution plate and a height and depth step gauge), can realize precise control of relative positions of a probe and a standard block, and supports field and outfield use. The calibration method comprises the steps of preparation before calibration, implementation of ten calibration items and data recording and analysis, and coverage of core parameters such as X / Y / Z three-axis indication error, depth of field, probe illumination and field angle through standardized processes such as environment quantitative control and multi-point repeated measurement. The borescope calibration method fills the blank of borescope calibration standards in China, reduces manual operation errors, improves the comprehensiveness, repeatability and traceability of calibration, is compatible with various borescopes, is suitable for the industries of aerospace, precision machinery and the like, and also can be referenced and implemented in the medical field.

The invention discloses an optical fiber multi-parameter logging device, and relates to the technical field of ocean engineering equipment. The optical fiber multi-parameter logging device comprises a cable winch, a logging cable, a guide wheel and a logging unit used for underground optical scanning and parameter measurement. The cable winch is used for winding and releasing a logging cable; one end of the logging cable is connected with the cable winch, and the other end of the logging cable is guided and connected to the logging unit through the guide wheel; the well logging unit is provided with a first air bag wrapping the outer side of the pipeline endoscope in a sealed mode and a second air bag used for fixing a detection position, and drilling fluid is isolated through inflation expansion so that accurate detection and fixing of the detection position can be conducted, and pressure balance can be maintained. The technical effects that the fixing stability is improved, the environmental adaptability is improved, signal interference is reduced, and pressure balance in a well is flexibly maintained can be achieved.

The invention discloses an aero-engine abnormal borescope image screening method based on multi-stage generative adversarial, and relates to the field of intelligent detection and machine vision, in particular to the aero-engine abnormal borescope image screening method. The invention aims to solve the problem of low screening accuracy of the abnormal borescope image of the aero-engine due to the fact that the characteristics of weak texture, small abnormal area, high background redundancy and the like in the borescope image are difficult to process in the prior art. The method comprises the following steps: 1, acquiring a healthy aero-engine borescope image data set; 2, constructing a BiGenAD network model, and obtaining a trained BiGenAD network model based on the data set; the BiGenAD network model comprises a random simulator, a pixel restorer and a restoration discriminator; and 3, performing category prediction on the aero-engine borescope image data to be detected based on the trained BiGenAD network model to obtain whether the aero-engine borescope image data to be detected is a healthy image or an abnormal image.

The utility model relates to the technical field of borescopes, and provides a borescope device with a rotating head, which comprises a support, the top of the support is fixedly connected with a supporting rod, the side surface of the supporting rod is provided with an automatic rotating component, the automatic rotating component comprises a round rod, one end of the round rod is fixedly connected to the side surface of the supporting rod, and the other end of the round rod is fixedly connected with the rotating head. A round rod is fixedly connected to one end of the supporting rod, a detector is fixedly connected to one end of the round rod, a cylindrical rod is fixedly connected to the side face of the supporting rod, and a connecting line is arranged on the circumferential face of the cylindrical rod. The borescope can rotate as required, so that the time and energy for manually adjusting the lens are saved, the working efficiency is improved, the damage to equipment caused by strenuous movement or improper operation during manual adjustment can be reduced, and the service life of the borescope device is prolonged.

A child borescope relates to the technical field of borescopes, and includes: a handheld terminal, where the handheld terminal includes an image display part, and the image display part is provided with a display screen; a camera assembly connected to the handheld terminal; and a protective shell, where the protective shell detachably covers a circumferential edge of the image display part and is provided with an observation hole corresponding to the display screen. The protection of the display screen is achieved by covering the protective shell on a circumferential edge of the image display part and forming an observation hole corresponding to the display screen on the protective shell, thereby effectively preventing the display screen from cracking or even breaking when the device falls or is squeezed against hard objects. The present invention has a simple and compact structure, strong practicability and is conducive to market promotion.

The application provides a pipeline endoscope, which comprises a master control box, a signal cable, a first turntable and a camera, one end of the signal cable is connected with the master control box, the other end of the signal cable is connected with the camera, the signal cable is fixed on the first turntable, the pipeline endoscope further comprises a dredging mechanism, the dredging mechanism comprises a dredging head, a coil, a second turntable and a motor, one end of the coil is connected with the motor, the other end of the coil is connected with the dredging head, and the coil is fixed on the second turntable. The pipeline endoscope has the dredging mechanism, can dredge the blocked pipeline, integrates the pipeline detection and the pipeline dredging function, brings great convenience, improves the work efficiency and is convenient to use.

An inspection tube for non-destructive inspection including at least one variable stiffness section extending along a longitudinal axis between a proximal end and a distal end of the inspection tube, at least one stiff section, and a tensioning element. The at least one variable stiffness section can include a first end, a second end, and a plurality of serially-arranged linkages provided within the at least one variable stiffness section. The serially-arranged linkages can include a distal linkage provided at the second end. The at least one stiff section can be configured to couple to the first end or the second end of the at least one variable stiffness section. The tensioning element can include a first end coupled to the distal linkage and a second end extending through the serially-arranged linkages, and out of the proximal end of the inspection tube.

The utility model discloses an intelligent borescope supporting a visual detection algorithm. The intelligent borescope comprises a borescope host, a display module, a key module, a bottom plate module, a main control module, a heat dissipation block, a probe module, a camera module, a storage module and a battery module. According to the utility model, through the modularized hardware design, the replaceable probe module and the master control module, various tasks can be adapted, and hardware support is provided for operation and iterative updating of an intelligent algorithm; through the small heat dissipation design integrated in a hardware structure, the powerful heat dissipation effect is achieved, it is guaranteed that the main control chip can operate under high power consumption for a long time, efficient operation of an intelligent detection algorithm is guaranteed, and the intelligent borescope can be widely applied to the technical field of borescopes.

1. Name of the design product: cable storage (for use in a pipe endoscope). 2. Use of the design product: to store the cable of a pipe endoscope for sewer, sewage pipe, municipal pipe, water pipe, etc., to provide convenience for the pipe endoscope when the cable is stored. 3. Design points of the design product: in shape. 4. Picture or photo best showing the design points: perspective view.

1. The name of the design product: pipe endoscope host controller. 2. The use of the design product: for pipe endoscope host control. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The utility model discloses a self-adaptive cooling and visual hearth thermal imaging intelligent monitoring system which comprises a camera lens tube system, a cooling air source and an advancing and retreating mechanism. The camera lens tube system comprises an infrared thermal imaging camera, a lens tube cooling protective cover, a cooling air series pipeline, a lens group and a temperature transmitter; the cooling air source is connected to the cooling air series-connection pipeline through a cooling air pipeline, and the temperature transmitter is installed in the mirror tube cooling protective cover; the advancing and retreating mechanism is used for driving the camera lens system to enter and exit the hearth. The working temperature is monitored through the temperature sensor, and the rotating speed of the fan or the opening degree of the air valve is adjusted, so that the dynamic adjustment of the cooling air intensity is realized. And through real-time feedback, the system can ensure that the temperature is within a safe range, so that the stability and the service life of the hearth monitoring system are effectively protected.

Support frame for pipeline borescope system

An inspection tube of a borescope can include an actuable portion nearer a distal of the inspection tube than a proximal end of the tube. Actuable drive cables can extend a length of the inspection tube to transfer motion to the actuable portion. At a distal end of the inspection tube is an inspection head that can include a motion sensor configured to sense an orientation and a movement of the inspection head. At the proximal end of the inspection tube is a control unit. The control unit can receive a signal from the motion sensor. The signal can be indicative of an orientation and / or the movement of the inspection head. A fall condition can be determined to be occurring based on the signal. The actuable drive cables can then be actuated to move the inspection head to a protected position.

A photolithography system and a cleaning method thereof are provided. The photolithography system includes a light source generator. The light source generator includes a mirror, a droplet generator, and a droplet catcher. The droplet generator and the droplet catcher face each other and are disposed at an area surrounding the mirror. The cleaning method includes: removing the droplet generator out of the light source generator via a load port of the light source generator; inserting a scraper assembly into the light source generator via the same load port; identifying a location of a deposit formed by droplets generated by the droplet generator using a borescope attached to the scraper assembly; removing and collecting the deposit using the scraper assembly; and withdrawing the scraper assembly with the borescope from the light source generator via the load port.

An ultrasonic penetrometer may include an enclosure, an ultrasonic sensor, and a rod. The enclosure may include a channel having a first end and a second end. The ultrasonic sensor may be provided at the first end of the channel and may be configured to generate an ultrasound signal through the second end of the channel. An output from the ultrasound sensor may be used to determine a thickness or stiffness of sediment The rod may have a proximal end facing the ultrasonic sensor and a distal end opposite the proximal end. The rod may be configured to move relative to the enclosure. The distal end may be configured to contact the sediment. The enclosure may be configured to be fluid-tight relative to an exterior of the enclosure such that the generated ultrasound signal travels in a single medium.

The application discloses a device capable of monitoring tunnel surrounding rock deformation in real time, and particularly relates to the field of urban space construction, which comprises a gasket, a rod body and an expansion head, the rod body is threadedly connected with the expansion head, the rod body and the expansion head are arranged in the surrounding rock, the gasket is used for fixing the rod body to the surrounding rock, the rod body is made of transparent homogeneous material, a cavity is formed in the rod body, and a borescope electrically connected with an external controller is arranged in the cavity, the borescope is used for transmitting the rock layer picture shot through the rod body to the external controller, the borescope arranged in the cavity of the rod body extends into the surrounding rock, the borescope can observe the change of the surrounding rock position and transmit the result to the external controller, the displacement change conditions of multiple surrounding rocks can be obtained by arranging multiple borescopes, the deformation conditions of surrounding rocks at different depths are reflected, and the change rule of the surrounding rock deformation with the depth is inferred.

In various embodiments, a method comprises positioning, by a testing probe module, a probe head relative to a location of a device under test, wherein the probe head and the testing probe module are included in a test device, acquiring, by a borescope included in the test device, an image of a probe head location relative to the location of the device under test, and contacting, by the probe head, the location on the device under test.

1. The name of the design product: pipeline endoscope camera. 2. The use of the design product: for pipeline endoscope camera. 3. The design features of the design product: in shape. 4. The picture or photo that best indicates the design features: perspective view.

A borescope includes an inspection tube having the following features. The examination tube includes an actuatable portion that is closer to the distal end of the examination tube than the proximal end of the tube. The actuatable drive cable extends along the length of the inspection tube. An actuatable drive cable is attached to the distal end of the inspection tube and is arranged to transmit motion to the actuatable portion. A force sensor is coupled to each of the actuatable drive cables. The inspection head is attached to the distal end of the inspection tube. The control unit is configured to receive a signal from the force sensor. The signal is indicative of a stress within the actuatable drive cable. The controller is configured to actuate the actuatable drive cable to provide relaxation in response to the signal indicating that a stress within the actuatable drive cable exceeds a specified threshold.

The utility model discloses a pipeline endoscope box frame locking device, and belongs to the field of pipeline endoscope equipment. Comprising a sliding part capable of being installed on a pipeline endoscope box body, a fixing plate capable of being installed on a rack and a lock catch assembly, a locking groove capable of locking the sliding part and a releasing groove capable of releasing the sliding part are formed in the fixing plate, the locking groove is communicated with the releasing groove, and the sliding part can enter and exit between the locking groove and the releasing groove by moving; the lock catch assembly comprises a lock catch shell, a lock catch key and a limiting piece, and the lock catch key is movably installed on the lock catch shell; the limiting piece is installed on the lock catch key and can be driven by the lock catch key to move in and out of the release groove. Through the cooperation between the lock catch key and the limiting piece, the sliding piece can be pushed to move relative to the fixing plate, switching of the sliding piece between the locking groove and the releasing groove is achieved, then locking and unlocking between the pipeline endoscope box and the rack are achieved, the structure and assembly are simpler, cost is low, and use is more convenient.

A navigation device, adapter or system for real time three-dimensional (3D) depth sensing through endoscope, a laparoscope, an arthroscope, a cystoscope, a ureteroscope, a bronchoscope, a sinuscope, and a borescope devices. The navigation devices or systems can include a modular, releasable adapter that enables LiDAR or other optical time-of-flight sensor with the devices. The devices, adapters or systems are operable to generate sub-millimeter precision reconstructions of the viewed surfaces and can register the surfaces to scans, such as preoperative scans, to facilitate accurate, image-guided procedures, particularly those procedures involving precise actions, such as surgical procedures performed on rigid anatomy. Applications include surgical guidance, augmented reality visualization, distance-based signal normalization, 3D measurement, luminal traversal tracking, and robotic control, all using off-the shelf endoscopes and surgical cameras as well as borescopes. The time-of-flight sensor may be sensitive to a subrange of visible light such that the system readily supports simultaneous acquisition of visible light imaging, fluorescence, and depth data, with calibration workflows for wide field of view optics and adaptive software control of focus, illumination, and display rendering.

In one aspect a system and method for merging inspections from multiple borescope inspections into a single inspection and report include receiving, within a graphical user interface (GUI) of a borescope device, a selection of a first inspection file including first data characterizing a first inspection of an asset, receiving, within the GUI, a selection of a second inspection file including second data characterizing a second inspection of the asset, determining that the first inspection file and the second inspection file may be compatible to be merged and generating, automatically, a merged inspection file the merged inspection file that includes the first data and the second data.