35 results about "High intensity light" patented technology

A multifunction portable illumination system includes a housing having a power source. A broadband illumination source connected to the power source and capable of producing broadband illuminating light. The system includes an imaging disruption assembly including at least one narrow-band light source capable of generating one or more high intensity light beams (HILB) and a light modifying assembly configured to modify the one or more HILB to produce a Modified HILB. At least one Modified HILB may have the requisite irradiance to cause disruption of an imaging system.

The utility model discloses a code disc for a reflective encoder, which relates to the technical field of encoder equipment and comprises a glass code disc, a low-reflection film is fixedly connected to the surface of the glass code disc, and a high-reflection film is fixedly connected to one side, far away from the glass code disc, of the low-reflection film. The low-reflection film is formed by plating acid-resistant alkali metal and metal oxide through a vacuum coating machine, the acid-resistant alkali metal comprises niobium, molybdenum, tantalum and hafnium, one of the niobium, the molybdenum, the tantalum and the hafnium is short for H, the metal oxide comprises sio2, sio, al2o3 and zro2, one of the sio, the al2o3 and the zro2 is short for L, and the plating sequence of the acid-resistant alkali metal and the metal oxide is LHLHLHLHLHL, and after the thickness of each layer of the acid-resistant alkali metal and the metal oxide is optimized, the thickness range is 10-150nm, so that the problems that the performance of a traditional material cannot reach an ideal level and the overall effect and the accuracy of equipment are reduced when the traditional glass code disc is in a working environment under high-intensity light or in a scene requiring high reflectivity are solved.

The invention discloses a turbine blade high-speed image acquisition method and device based on dynamic focusing of a high-speed camera and a multidirectional reflector, and belongs to the technical field of turbine blade detection. Visual windows are arranged on the two sides, close to the tail end blade, of the steel pipe. A high-speed camera is arranged in the closed space, and an optical path is built in cooperation with an electronic focusing device and a reflecting mirror capable of being adjusted in multiple directions; surrounding type high-intensity light sources are arranged around the visual window to irradiate the blades; the reflector angle, the focal length and the light source position are pre-adjusted when the steam turbine does not rotate; images are continuously acquired by adjusting the angle of the reflector, the focal length of the electronic focusing device and the light source direction in a working state; and meanwhile, an air knife cleaning device is used for cleaning window water mist. According to the method, real-time high-definition image acquisition of the tail end blade in the running state of the steam turbine is realized, reliable data is provided for blade damage identification, and shutdown detection accidents are avoided.

The invention discloses a tunnel blasting lumpiness in-situ real-time detection method based on video measurement. The method is realized through the following steps: installing cameras and high-intensity light sources on a cab, a movable arm and a bucket rod of a deslagging excavator, and matching the cameras and the high-intensity light sources; system calibration is completed by using an orientation sensor, a calibration plate and tunnel contour information; a muck pile change video is automatically collected in the deslagging process; screening typical frame segments through a change detection algorithm, and marking change types and spatio-temporal information; the disturbed rocks are restored based on the mark information, and a muck pile multi-layer three-dimensional morphological model is constructed from the outside to the inside in combination with the excavation exposure sequence; and finally extracting a lumpiness grading curve, rock spatial distribution and muck pile shape information. The system correspondingly comprises a camera, a light source, an analysis processing component, a calibration component and the like. The method solves the problems that in the prior art, the internal lumpiness of the muck pile is difficult to obtain, the detection aging is poor, and the environmental adaptability is insufficient, and automatic, instant and comprehensive detection of the tunnel blasting in-situ lumpiness is achieved.

The invention provides a portable exploration engineering surveying and mapping device, and particularly relates to the technical field of engineering surveying and mapping, the portable exploration engineering surveying and mapping device comprises a surveying and mapping instrument body, a rotating seat is arranged on the surveying and mapping instrument body, the rotating seat is rotatably connected with the surveying and mapping instrument body through shaft bodies symmetrically arranged on the two sides of the rotating seat, and an observation lens is fixedly arranged in the middle of the rotating seat; through the automatic response locking mechanism, when the detection device monitors that the deflection angle of the reference plate reaches a preset danger threshold value, the electric control telescopic rod is tightly engaged with the locking teeth, and the locking action is rapidly completed, so that the lens is prevented from accidentally turning to the sun direction and being directly irradiated by strong light; the problems that a photosensitive element in the lens is permanently damaged due to strong light, a coating film is aged and the like are solved, the risk that eyes are damaged due to direct high-intensity light when a worker observes an eyepiece in subconsciousness when the lens turns to the sun can be avoided, and dual physical protection is provided for the lens and the eyes of the worker.

The lamp tube assembly comprises a reflecting cover, an optical filter is arranged at the position of a light outlet of the reflecting cover, at least two depilation instrument lamp tubes are arranged in the reflecting cover, and the length direction of the two depilation instrument lamp tubes is perpendicular to or inclined to the plane where the light outlet is located. A first reflective mirror surface and a second reflective mirror surface are arranged on the inner wall of the reflecting cover and are used for reflecting light rays of the two lamp tubes of the hair removing instrument to the light outlet. According to the utility model, the two depilation instrument lamp tubes are arranged in the reflecting cover, so that the total output light intensity is obviously enhanced; the first reflective mirror surface and the second reflective mirror surface can reflect light towards the optical filter, so that light concentration and effective utilization are facilitated; through the vertical arrangement mode and the inclined arrangement mode of the unhairing instrument lamp tube, the unhairing instrument can flexibly adapt to unhairing requirements of different parts and types, the vertical arrangement of the unhairing instrument lamp tube is suitable for an area needing high-intensity light, and the inclined arrangement of the unhairing instrument lamp tube is suitable for an area needing more uniform illumination.

This invention provides a high-strength photopolymerization bio-3D printing method based on temperature-sensitive gelation assistance. The method includes: preparing a liquid bio-ink containing a temperature-sensitive photocrosslinking material and a photoinitiator; spreading the liquid bio-ink on a printing platform or the surface of a previously cured printing layer, and subjecting it to in-situ physical gelation at an environment below its physical gelation temperature to form a physical crosslinking network; while maintaining the physical gel state, patterning the bio-ink layer under light exposure to further form a chemical crosslinking network; repeating the spreading, physical gelation, and light exposure steps to achieve layer-by-layer stacking of a three-dimensional entity. This invention combines a low-temperature-induced physical gelation process with a photochemical crosslinking process to form a physical-chemical dual network structure, thereby improving the mechanical properties and forming stability of the printed entity.

To provide a technology which enables radiation of high luminance light from an emission surface of a light guide plate in a luminaire.SOLUTION: A luminaire includes: a light source; a light guide plate which includes a side surface for receiving the light from the light source, an emission surface and an inclined surface which is provided between the side surface and the emission surface, whose cross sectional shape is a wedge shape and where the emission surface is arranged on the upper side and the inclined surface is arranged on the lower side; and an optical sheet group provided on the upper side of the emission surface. The optical sheet group includes: a reverse prism sheet arranged on the upper side of the emission surface; a lower side prism sheet arranged on the reverse prism sheet; and an upper side prism sheet arranged on the lower side prism sheet. The reverse prism sheet changes the emission light from the emission surface of the light guide plate to the light in the direction around 45° from the normal direction of the emission surface, and the lower side prism sheet changes the light in the direction around 45°to the light in the normal direction.SELECTED DRAWING: Figure 10

The invention provides a method and system for manipulating materials and / or components using a targeted light system. The configuration and interaction of multiple light beams on a target surface is controlled. The method involves the generation and direction of several light beams that converge on the target surface to create overlapping areas where the light beams intersect. These overlapping regions are configured so that their combined energy density surpasses a specific threshold level. This threshold triggers a desired manipulation process of the materials or components located at the target surface. The controlled manipulation is driven by the precise application of high-intensity light in the designated areas.

The utility model discloses an electronic candle, include: casing is equipped with installation cavity, flame simulation spare can swing and install in the installation cavity, light source installs in the installation cavity, reflector installs in the installation cavity, and the reflector is located on the light path of light source irradiation light. Since the electronic candle is equipped with the reflector, the light source does not directly emit light to the flame simulation spare, but indirectly irradiates light to the flame simulation spare through the reflection of the reflector, the reflector can change the irradiation route of light, and also can play the role of condensing light, makes the light emitted by the light source gather and irradiate to the flame simulation spare, improves the light concentration of the flame simulation spare, and the flame simulation spare can reflect higher intensity light for external illumination, has better lighting effect, and, the focusing effect of reflector can also form the light spot on the flame simulation spare, and the light spot presents on the flame simulation spare, makes the flame simulation spare more realistic, improves the simulation of electronic candle.

Irradiation targets, systems and methods are provided for producing radionuclides by irradiation of the target with ions from a particle accelerator. Irradiation targets comprise a metallic layer enriched with a specific metal isotope, a base plate supporting the metallic layer, and an isolating layer covering the metallic layer on the base plate by at most 3 μm of a deposited metal having a low vapor pressure. The base plate is made of a metal or metal alloy that has a high thermal conductivity, and the irradiation target is configured to be set within a case of an irradiation device that irradiates the metallic layer thereof with the ions. Methods and systems of producing the irradiation targets and processing the targets after their irradiation are further provided.

The invention discloses a flexible color gradient module and a preparation process thereof, and relates to the technical field of flexible light guide, the flexible color gradient module comprises a flexible printed circuit board, the flexible printed circuit board is bonded with a light transmitting film through liquid silica gel resin, and the liquid silica gel resin is used as a light guide plate to guide light emitted by a light source. The liquid silica gel resin has good light guide performance and flexibility, the liquid silica gel resin is used as a bonding material, the dual effects of light guide and bonding are achieved, the stability of the whole module in a high-temperature or high-intensity light environment is improved, meanwhile, the arrangement of the light guide layer is reduced, the integration degree of the whole module is higher, and the light guide layer is more compact. The light source is arranged on the side, close to the liquid silica gel resin, of the flexible printed circuit board, light rays emitted by the light source are guided through the liquid silica gel resin, and therefore the light rays penetrating through the light-transmitting film have the dynamic change effect.

The invention discloses a light source and monochromator coupling method and system based on an optical fiber bundle. According to the system, extremely strong light energy is required to be input into the monochromator to overcome monochromatic light intensity attenuation caused by expansion of the light energy in a frequency domain, so that high-intensity spectrum-adjustable monochromatic light meeting the test requirement is obtained. According to the invention, the plasticity of the end face of the optical fiber bundle is utilized to construct a circular-rectangular light spot shape conversion bridge. The input end of the optical fiber bundle is shaped into a circle so as to efficiently receive and gather circular light spots from a high-power xenon lamp light source; and the output end is shaped into a rectangle matched with the entrance slit of the monochromator, so that output light spots are perfectly matched with the monochromator in spatial distribution. According to the method, the coupling efficiency bottleneck between a traditional circular light spot light source and a monochromator slit input mode is solved, and compared with a tunable laser scheme, the cost is remarkably reduced; the device has the outstanding advantages of simpler structure, more compact space, more convenient integration and extremely high light energy utilization rate.

To provide lighting devices and the like with high intensity. [Solution] The LED lighting device 1 comprises a frame 20 having a long, plate-shaped main part 21, a light source unit 10 positioned on one side of the main part 21, and a cover member 30 attached to the frame 20 so as to cover the light source unit 10. The cover member 30 has a cover body 31 and a mounting part 32 connected to the cover body 31 and attached to the frame 20. The mounting part 32 is a protruding wall 33c that protrudes from the cover body 31 in the direction from one side of the main part 21 toward the other side, and the frame 20 is provided with a fall prevention structure to prevent the protruding wall from falling over.

The invention discloses a steam turbine blade full-coverage image acquisition method and device based on cooperative sliding rotation of multiple rows of industrial cameras, and belongs to the technical field of steam turbine blade detection. In order to solve the problems that manual detection is low in efficiency and poor in safety and the blade state cannot be monitored in real time, a stretching-in type sealing device is adopted to be welded to the interior of a steam turbine, a visual window is arranged, and multiple sets of industrial camera arrays are arranged in the device and fixed to a rotating shaft capable of horizontally sliding and rotating; determining a shooting area when the blade is static by pre-adjusting the focal length and angle of the camera; during operation, the surrounding type high-intensity light source and the air knife cleaning module are started to remove window water mist, and the multi-camera frame rate and the shutter speed are synchronously adjusted to collect blade images. Non-contact real-time high-definition image acquisition is realized, potential safety hazards are eliminated, crack identification precision is improved, and data support is provided for blade state analysis.

The utility model relates to a marking device, in particular to a marking mechanism for a resonator, which comprises a marking machine, a conveying table, a laser arm, a protective shell, a cover plate and an exhaust fan, the conveying table is arranged at the position of a workbench of the marking machine, and the laser arm of the marking machine is positioned above the conveying table. The protective shell is fixed to a workbench of the marking machine and located outside the conveying table, the laser arm is fixedly connected with a cover plate, the cover plate can be combined with the protective shell to form a closed space, and an exhaust fan is arranged on the cover plate. The protective shell is fixed outside the conveying table, when the laser arm descends for marking, the cover plate at the end of the laser arm and the protective shell can form a closed space, high-intensity light generated by marking is effectively blocked, and eye health of workers is protected.

The embodiment of the invention provides a display panel and a display device. The display panel comprises a fingerprint identification unit. The fingerprint recognition unit comprises a photoelectric sensor and a light supplementing device, and the light supplementing device is adjacent to the photoelectric sensor and used for supplementing light emitted by the fingerprint recognition unit towards the light emitting face of the display panel. A light source with higher intensity can be provided for the fingerprint identification unit during working, the intensity of light reaching the surface of a finger is supplemented, and then the effect of capturing fingerprints through the reflection and refraction effects of the light is improved. Attenuation generated when light rays penetrate through part of film layers of the display panel is compensated through a light source generated by the light supplementing device, conditions are provided for the situation that the intensity of the light rays received by the photoelectric sensor is in a standard range, and therefore the accuracy of the sensitivity when the photoelectric sensor converts the intensity of the light rays into electric signals is improved; and the sensitivity and the accuracy of the fingerprint identification unit are improved.

The application discloses a method for intelligently identifying and positioning and superimposing a high-cut low-loop and flat-cut flat-loop carpet pile surface, and belongs to the technical field of digital printing. First, under the irradiation of a high-intensity light source, the carpet surface image is collected by a high-speed camera by utilizing the significant difference in the reflection characteristics of the cut-pile and loop-pile areas. Second, the cut-pile area (A) and the loop-pile area (B) are accurately identified and distinguished based on an image segmentation technology, and specifically, a threshold segmentation based on color features or a semantic segmentation model based on deep learning can be adopted. Third, a mapping relationship between the areas and the printed patterns is established, a first pattern is printed in the A area, and a second pattern is printed in the B area. Finally, compensation is performed on the area boundary by a boundary pixel expansion algorithm, and accurate positioning and superimposition are realized. The application completely solves the industry problems of misplacement and ghosting of three-dimensional pile carpet printing, realizes perfect fusion or accurate comparison of patterns and underlines, and greatly improves the design freedom and product artistic value.

The invention relates to the technical field of optical fiber mode-locked lasers, and particularly discloses a bending modulation all-optical fiber saturable absorber and a design and preparation method thereof. According to the method, controllable macroscopic bending modulation is introduced into a common single-mode optical fiber, so that linear loss caused by bending is coupled with a nonlinear Kerr effect in the optical fiber. When the incident light power is high, refractive index modulation caused by the Kerr effect enhances the light guide capability of the central area of the optical fiber, so that the original bending loss is partially compensated, and high-intensity light low-loss transmission is realized; and the low-intensity area at the edge of the light field is insufficient in refractive index modulation to compensate for bending loss, so that light energy leakage is enhanced, and low-intensity light high-loss suppression is formed. The light intensity dependent bending loss modulation mechanism constructs the saturable absorption characteristic of an all-fiber, and the saturable absorption behavior can be obtained by using the structure of the fiber. According to the design, the device structure in the mode-locked laser is simplified, the manufacturing cost is reduced, and the compatibility with a polarization maintaining optical fiber system is improved.

A pulsed laser source device configured to a plurality of Fabry Perot resonant cavities. The pulsed laser source device uses a single laser beam to provide a frequency, a wavelength, and a phase, each of which is matched with a plurality of laser beams configured, respectively, with the plurality of Fabry Perot resonant cavities to generate a high intensity beam for laser fusion.

The application provides a kind of polyhedral strontium titanate composite light trapping microbeads and its preparation method and application, the polyhedral strontium titanate composite light trapping microbeads include modified porous hollow ceramic microbeads, and the surface of the modified porous hollow ceramic microbeads is adsorbed polyhedral strontium titanate catalyst.The application adsorbs polyhedral strontium titanate catalyst on the surface of modified porous hollow ceramic microbeads, and the obtained polyhedral strontium titanate composite light trapping microbeads can realize high photocarrier and photohole separation rate long time water splitting catalytic reaction under high intensity light irradiation, effectively improve the catalytic efficiency;And, avoid its application in the hydrogen production system of water splitting, reactor inner wall inlay catalyst is easy to fall off and equipment continuous stirring, operation is complex and maintenance difficult and other problems, has good development potential.

A wearable law enforcement patrol light and signal device including a housing to be worn by a law enforcement patrol officer on a bulletproof vest or on an arm. A high intensity light source is mounted in a front plate of the housing, the high intensity light source electrically connected to a source of electric power in the housing. A switch activates and deactivates the high intensity light source, or the high intensity light source may automatically deactivate. The high intensity light source emits an alternating burst of light of at least five thousand lumens outward when the high intensity light source is activated. The housing of the device also supports a plurality of warning lights, identification badging, a communication system, and other features in a single housing that a patrol officer would normally wear as independent elements.

The application discloses a kind of superhigh strength photoelectric composite cable and its manufacturing method, from inside to outside, sequentially concentrically arranged: cable core, pressure balance layer, inner shielding layer, inner sheath, anti-torsion reinforcing layer and outer sheath, the outer sheath surface is equipped with visible identification layer;The cable core includes centrally arranged optical unit and the stranding of multiple electrical units around it;The pressure balance layer is distributed with pre-compressed hollow elastic microspheres.The application is innovatively designed by five longitudinal seals, pressure self-adaptive microsphere structure, double-layer reverse shielding, pre-stressed anti-torsion reinforcement and integrated fluorescent visible identification, significantly improves the comprehensive performance and operation intelligent level of photoelectric composite cable in deep-sea extreme environment, with outstanding practicality and advancement.

A high-brightness light source for deep sea belongs to the technical field of ocean engineering. The LED lamp is characterized in that the overall appearance structure is in a cylinder-like shape formed after the transparent cover, the light source pressure-resistant shell and the watertight connector are assembled, and the lamp bead plate, the heat dissipation block and the lamp bead control plate are installed in the light source pressure-resistant shell; and external threads of the light source pressure-resistant shell are matched with the light source mounting nut, so that the light source pressure-resistant shell can be conveniently and effectively fixed on deep-sea instrument equipment. The high-intensity light source has the advantages of being good in heat dissipation performance, high in reliability, easy to install and detach, compact in structure and attractive in appearance, and solving the problems that a high-intensity light source is poor in heat dissipation performance, low in reliability and complex in installation and detachment operation process.

The utility model discloses a protective door and window with an inner-outer double-layer blind capable of being adjusted in a self-adaptive mode, and relates to the technical field of doors and windows. The utility model aims to solve the problem that the existing door and window structure cannot isolate high-intensity illumination and resist the attack of extreme weather such as typhoon. The door and window comprises a door and window body, an inner-layer blind assembly and an outer-layer blind assembly, the inner-layer blind assembly is arranged on the inner side of the door and window body, the upper end of the inner-layer blind assembly is connected with an inner-layer blind driving mechanism, the outer-layer blind assembly is arranged on the outer side of the door and window body, and the upper end of the outer-layer blind assembly is connected with an outer-layer blind driving mechanism. The inner-layer blind driving mechanism, the outer-layer blind driving mechanism, the wind meter and the illumination sensor are electrically connected with the controller, and the wind meter controls the outer-layer blind driving mechanism through the controller to drive the outer-layer blind assembly to be unfolded and folded. The illumination sensor controls the inner-layer blind driving mechanism to drive the inner-layer blind assembly to be unfolded and folded through the controller. The door and window protection device is used for door and window protection.

This invention provides a wildlife intimidation, capture, and deterrent system that effectively intimidates and captures wild animals in pathways regularly used by wild animals, and that offers a sustained deterrent effect. [Solution] The wild animal intimidation, capture, and deterrence system comprises a simulated animal body that is placed on or near an animal trail used by wild animals and has an appearance resembling an animal that the wild animals to be intimidated fear, a high-intensity light source provided on the simulated animal body that illuminates the animal trail on one side of the simulated animal body and / or the simulated animal body itself, and an animal capture device installed on the other side of the simulated animal body in the animal trail. This provides a means to reduce conflict between humans and wild animals.

The application discloses a tunnel blasting block size in-situ real-time detection method based on video measurement, which is realized through the following steps: installing a camera and a high-strength light source on a cab, a boom and a bucket lever of a slagging excavator and matchingly configuring; using an azimuth sensor, a calibration plate and tunnel contour information to complete system calibration; automatically collecting blasting pile change video in the slagging process; screening typical frame sections through a change detection algorithm and marking change types and space-time information; restoring disturbed rock mass based on the marked information and combining with the excavating exposure sequence to construct a multi-layer three-dimensional form model of the blasting pile from the surface to the inside; and finally extracting block size grading curves, rock mass spatial distribution and blasting pile shape information. The system correspondingly comprises a camera, a light source, analysis processing and calibration components and the like. The application solves the problems of the prior art, such as difficulty in obtaining the internal block size of the blasting pile, poor detection timeliness, insufficient environmental adaptability and the like, and realizes automatic, real-time and comprehensive detection of the tunnel blasting in-situ block size.

The present technology provides methods for varying physical properties in 3D printed products from a single resin composition, a single printing process, and a single curing process. An image stack used during the 3D printing process controls the position and intensity of light administered by a light source. The image stacks control an intensity of light to be used on different regions of the resin pool at different points in time to induce higher levels of polymerization in certain regions and lower levels of polymerization in other regions. Regions exposed to higher intensities of light will achieve a higher percent cure compared to regions exposed to lower intensities of light. The higher percent cure in a given region in a product will result in different physical properties after a post-print curing process when compared to a given region in the product with a lower percent cure.

Molded articles are disclosed having a pattern formed into a surface of the article. For example, the molded article can include a facing surface and the pattern can cover greater than about 10%, such as greater than about 30% of the surface area of the facing surface. The pattern can be formed using high intensity light that reacts with an additive contained in the polymer composition used to form the article. The resulting pattern can not only have a unique and distinctive appearance but can also improve one or more properties of the molded article, such as the tactile feel of the article.

A ballistic shield light system designed for mounting on ballistic shields comprises a front portion with removably coupled inner and outer frames, a back portion with a removably attached power source, and a spacer element that couples the front and back portions while defining an operational gap. The system incorporates a high-intensity light source housed within the frame assembly and electrically connected to a power source. A remote control unit provides wireless or wired operation of the lighting system, featuring multiple operational modes including steady on, momentary on, and variable dimming capabilities. The system utilizes mechanical clamps and hook-and-loop fasteners for secure attachment to the ballistic shield's handle and body portions.