609 results about "Infrared irradiation" patented technology

An ocular system for detecting ocular abnormalities and conditions creates photorefractive digital images of a patient's retinal reflex. The system includes a computer control system, a two-dimensional array of infrared irradiation sources and a digital infrared image sensor. The amount of light provided by the array of irradiation sources is adjusted by the computer so that ocular signals from the image sensor are within a targeted range. Enhanced, adaptive, photorefraction is used to observe and measure the optical effects of Keratoconus. Multiple near-infrared (NIR) sources are preferably used with the photorefractive configuration to quantitatively characterize the aberrations of the eye. The infrared light is invisible to a patient and makes the procedure more comfortable than current ocular examinations.

An imaging device that includes a control unit is provided. The control unit switches between a day mode and a night mode. In the day mode, image capture is performed while an infrared cut filter is placed on an optical path, and in the night mode, image capture is performed while the infrared cut filter is removed from the optical path. Immediately after shifting from the day mode to the night mode, in the night mode, as the amount of incident light decreases, the control unit increases an irradiation intensity of an infrared irradiation portion from zero while a gain is maintained at a first gain value. When the amount of the incident light further decreases after the irradiation intensity reaches a maximum, the control portion increases the gain from the first gain value.

The invention discloses fully-automatic spray coating equipment, which comprises a ground track type conveying chain, a cooling and dedusting device, a spray coating system, an infrared curing furnace, a cooling furnace, an ultraviolet curing furnace, an automatic discharging mechanical arm, an air supply and exhaust system and a control system. The ground track type conveying chain winds along awaist-like line and conducts closed circulating conveying of workpieces; the cooling and dedusting equipment cools and dedusts the workpieces; the spray coating system performs spray coating on the workpieces; the infrared curing furnace performs the infrared curing of the spray-coated workpieces; the cooling furnace is used for cooling the workpieces; the ultraviolet curing furnace is used for ultraviolet curing of the workpieces; the automatic discharging mechanical arm catches and unloads the workpieces; the air supply and exhaust system is arranged above the ground track type conveying chain and is used for supplying air to and exhausting all equipment; and the control system is electrically connected with all components and controls the operation of the components. The high automation degree of the fully-automatic spray coating equipment is high, the spraying effect of the fully-automatic spray coating equipment is desirable, and when the fully-automatic spray coating equipment is used, production space can be saved greatly.

The present invention provides a planographic printing plate precursor comprising a photosensitive layer on a support, the photosensitive layer including an infrared absorbent, a radical polymerization initiator and a radical polymerizing compound, the photosensitive layer being recordable with irradiation with an infrared ray, and being at least one of soluble and dispersible in water.

The image forming apparatus comprises: an ink ejection device which ejects ink through nozzles, the ink containing coloring material; a treatment liquid ejection device which ejects treatment liquid through nozzles, the treatment liquid being a colorless transparent liquid containing infrared-absorbing material and having at least one of an action of insolubilizing the coloring material, an action of aggregating the coloring material, and an action of preventing dispersion of the coloring material; an infrared irradiating device which irradiates infrared light onto the treatment liquid having been ejected from the treatment liquid ejection device; and a treatment liquid determination device which includes a photoelectric transducer having sensitivity to the infrared light.

A housing device, such as rear view mirror, with built-in camera can include an infrared projection device with an infrared light source for irradiating infrared light onto an image capture region for the camera. The camera can display a sensitivity to visible light and infrared light, and can be built into the mirror housing which is mounted to a vehicle and contains a mirror used for visual checking purposes. The infrared projection device can include a light transmission cover. The cover can be positioned in an infrared irradiation direction of the infrared light source, can be formed from a material that is impenetrable to visible light and transmits only infrared light, and can be attached to the mirror housing in an integral manner.

An authentication-enabled indicium contains authentication information in a digital recording medium. The information may be a digital signature that verifies the manufacturer's data and / or an analog signature. The analog signature is generated by placing a randomized pattern on a product package or label and encoding information about the randomized pattern in the digital recording medium for verification. The randomized pattern may be made up of color-shifting features imbedded in the label that are visible when illuminated with UV or infrared light. Characteristics of the reflected light when the features are illuminated is used to generate an analog signature that is encoded in the recording medium. During processing the features are illuminated and a new analog signature is determined for comparison with the signature recorded in the digital recording medium.

An apparatus includes a complementary metal oxide semiconductor (CMOS) image sensor, an infrared light generating circuit, and a processor circuit. The CMOS image sensor includes a plurality of picture elements, where light integration begins on all of the picture elements simultaneously in response to a first control signal. A duration, an intensity, or both a duration and an intensity of infrared illumination produced by the infrared light generating circuit is controlled by a second control signal. The processor circuit is enabled to generate the first control signal and the second control signal. A period of the infrared illumination is shorter than an integration period of the CMOS image sensor.

There are provided a negative-working photosensitive composition which can be cured by infrared rays and is less likely to suffer polymerization inhibition by oxygen during radical polymerization, and also exhibits high adhesion with a metal, and a negative-working photosensitive lithographic printing plate which is capable of directly forming images by irradiation with infrared rays from a solid or semiconductor laser based on digital signals, and also has high sensitivity and excellent printing durability. The negative-working photosensitive composition contains an infrared absorber (A), an organoboron compound (B) which functions as a polymerization initiator by using in combination with the infrared absorber (A), a compound having a polymerizable unsaturated group (C) and a diazo resin (D), and the negative-working photosensitive lithographic printing plate comprises a support, and a photosensitive layer containing the negative-working photosensitive composition formed on the support.

Disclosed is a space-saving autonomous mobile robot capable of switching two types of light irradiation appropriately. The robot includes a moving mechanism, an autonomous movement controller for controlling the moving mechanism, a self-location recognition unit for sensing a self-location of the robot, a map data storage unit for storing a map data on locations of marks, a slit light device for irradiating a detection area with slit light, an infrared device for irradiating a detection area with infrared rays, and a switch determination unit for comparing a mark-formed region and the self-location, and then, for switching between the slit light and infrared devices, based on the comparison result. Moreover, the infrared device irradiates the detection area when the self-location is within the mark-formed region, while the slit light device irradiates the detection area when the self-location is outside the mark-formed region.

A photopolymerizable composition that is cured with visible light or an infrared laser and is used as a recording layer in a negative planographic printing plate precursor. The photopolymerizable composition is cured by exposure and includes (A) a polymerizable compound that is solid at 25° C. and has at least one radical-polymerizable ethylenically unsaturated double bond in a molecule, (B) a radical polymerization initiator, (C) a binder polymer and, as required, (D) a compound generating heat by infrared exposure.

A gaze position tracking method and apparatus for simply mapping one's gaze position on a monitor screen are provided. The gaze position tracking apparatus includes an image capturing module, and an image processing module. The image capturing module illuminates infrared rays to a user's eyes, reflects an illuminated eye image at 45°, and captures the 45° reflected eye image. The image processing module obtains a pupil center point of the illuminated eye image by performing a predetermined algorithm, and maps the pupil center point on a display plane of a display device through a predetermined transform function.

The polyethylene plastic consists of polyethylene resin 100 weight portions, peroxide as cross-linking agent 0.2-2.5 weight portions, antioxidant 0.01-1.5 weight portions, auxiliary cross-linking agent 0.01-10 weight portions, lubricant 0.1-5 weight portions, and stuffing 0-80 weight portions. All the materials are mixed fully, the mixture is pelletized in an extruder at 80-190 deg.c, and the pelletized product is dried to water content less than 200 ppm and stored inside vacuum packing bag. When used, the pelletized material is extruded into pipe, wire or cable coating and hot radiation cross-linked in special infrared irradiation equipment to form cross-linked polyethylene product with excellent mechanical performance and heat performance.

An infrared inspection apparatus includes: an infrared light source operable to irradiate an inspection object with infrared rays; an infrared lens operable to collect infrared rays which have passed through the inspection object; an infrared camera operable to receive the infrared rays collected by the infrared lens and to convert the infrared rays received into an electric signal to be output; a monitor operable to receive the electric signal from the infrared camera and to convert the electric signal into an image signal and to display an image based on the image signal; and an infrared ray leakage preventing member in at least one of a light path between the infrared light source and a periphery of the inspection object and a light path between the periphery of the inspection object and the infrared lens to prevent infrared rays from the infrared light source from reaching the infrared lens without passing through the inspection object.

Disclosed is a frit sealing apparatus and method of using the same, the apparatus being capable of irradiating infrared rays only to a frit portion of a substrate. The apparatus includes a first chamber, a second chamber positioned inside the first chamber, a lamp positioned inside the second chamber, a stage positioned outside the first chamber to receive and fix a first mother substrate and a second mother substrate, an emitting part formed in the first chamber and the second chamber and positioned to direct heat supplied by the lamp to the stage. The apparatus also includes a mask positioned over the substrates, the mask including one or more transmitting portions positioned over regions containing the frit, and one or more interrupting portions positioned at other regions.

The planographic printing plate precursor of the invention includes a recording layer capable of forming an image upon irradiation with infrared rays, wherein the recording layer comprises (A) an alkali-soluble resin having, in a main chain, a structural unit containing at least one type of bond selected from an amide bond, urea bond, urethane bond and ester bond and having at least one type of acid group selected from a phenolic hydroxyl group, sulfonamide group and active imide group, and (B) an infrared absorbing agent. The invention provides a positive-working planographic printing plate precursor excellent in printing durability and chemical resistance.

The invention discloses a system for identifying and tracking a suspicious target, which is used in a computer. The computer is electrically connected with a platform controller, and the platform controller is electrically connected with an infrared light-emitting diode, a camera and an infrared phototube. The system receives images acquired by the camera, selects a moving person as the target from the images, determines positions of the target in the images at different time, generates commands according to position difference to control the platform controller to drive the camera to execute corresponding motions, in this way, the target is always in a range of viewing angle of the camera. Simultaneously, the infrared light-emitting diode generates infrared rays irradiate the target, the infrared phototube generates a pulse electric signal according to the change of light intensity of the infrared rays after penetrating through the target, and the platform controller converts the pulse electric signal into a digital signal. The system judges whether the tracked target is the suspicious target according to the frequency of the digital signal, if the target is the suspicious target, the system continues to track the tracking target. The invention further provides a method for identifying and tracking the suspicious target.

The method for manufacturing a silicon oxide film is characterized in that the method includes the steps of forming the silicon oxide film by a vapor deposition method or the like and of irradiating infrared light onto this silicon oxide film. Thus, according to the present invention, a silicon oxide film of relatively low quality formed at relatively low temperature can be improved to be a silicon oxide film of high quality. When the present invention is applied to a thin-film semiconductor device, a semiconductor device of high operational reliability and high performance can be manufactured.

A vehicle interior state recognition device comprises an illuminating means for illuminating infrared rays into a vehicle compartment, an image pick-up means for picking up an image inside the vehicle compartment into which the infrared rays are illuminated by the illuminating means, and a recognizing means for recognizing specified information based on the image picked up by the image pick-up means. Objects of the image picked up by the image pick-up means include a seat which is movable relative to a vehicle body and a passenger seated in the seat, and the recognizing means determines a size of the passenger by comparing contour of the seat with contour of the passenger on the image picked up. Accordingly, the body size of the passenger seated in the seat can be determined accurately.

The invention discloses an elevator control system with the video monitoring function. An image identification device comprises a camera, a signal processing module, a video collection module and an infrared irradiation module, the signal processing module sequentially caries out image processing on received video data, the opening and closing state of an elevator door can be detected, video encoding and caching are carried out, the video data and received sensor signals are transmitted to a total control table, the total control table uploads related data to a cloud platform to be displayed in real time, and the alarm is given out when abnormity happens.

The present invention relates to electric heating elements. The nanometer electrothermal film heating element adopts following coating liquid to form electrothermal film on the high temperature resistance insulated base material; thecoating liquid is 30-40% stannic chloride, 10-15% trichloride antimony, 5-10% propanetriol; the rest is solvent; the electrothermal film is coated with electrode. The nanometer electrothermal film heating element in the present invention conquers the shortcoming problems in the existing technology, improves the quality, reduces the cost and enlarges the application range of the product; the formulation of new electrothermal film coating liquid is simple, rational and suitable for wide base material; the produced heating elements have infrared irradiation function and are innoxious, flavorless, save energy and protect the environment. The producing process is simple and easily operated; the obtained product has high quality. The heating device using the nanometer electrothermal film heating element can be both instantaneous type and burning type; and the invention has good performance and wide use.

The invention relates to a local UV printing process for the surface of metal printing ink, which comprises the following steps of: (1) adding styrene-acrylic polymer, modified silica-polyethylene wax copolymer and self-crosslinkable emulsion, and reacting at the temperature of between -10 and 30 DEG C to obtain modified UV carrier oil in muted color; and (2) coating a layer of metal printing ink on an object to be printed, coating the modified UV carrier oil, drying by radiating infrared rays, performing local UV varnish coating in a screen printing mode, and drying by radiating UV rays to obtain the product, wherein the product has a bright color or muted color. Compared with the prior art, the process has the advantages of muted color and bright color decoration effects, and the like.

The invention discloses a method for manufacturing a non-refrigerant thermal infrared detector based on a black silicon material. The method comprises the following steps of: forming a thermosensitive diode on a silicon substrate or a silicon-on-insulator (SOI) substrate; depositing an amorphous silicon film on the surface of the thermosensitive diode, and performing sulfur element doping on the amorphous silicon film in an ultrafast laser irradiation mode or sulfur element ion implantation and ultrafast laser irradiation modes in the presence of sulfur elements to form a black silicon infrared absorbing layer; depositing a silicon nitride thin layer on the black silicon infrared absorbing layer to be used as a surface passivation layer; and preparing a metal conducting wire and a cantilever beam structure with a thermal insulation effect for the thermosensitive diode to form the non-refrigerant thermal infrared detector. In the method, the characteristics that the black silicon material has high infrared irradiation absorbability and is compatible with a micro-electronic processing process easily are fully utilized, and the manufactured thermal infrared detector has the advantages of high sensitivity and low cost and is easy to manufacture through an SOI complementary metal oxide semiconductor (CMOS) process and a CMOS process.

A substrate for an information recording medium, which is made of a glass or crystallized glass, (1) which has a region that has a spectral light transmittance of 50% or less converted in terms of a thickness of 2 mm in a wavelength range of 2,750 nm to 3,700 nm, (2) which shows a spectral light transmittance of 70% or less converted in terms of a thickness of 2 mm over whole wavelength range of 2,750 nm to 3,700 nm, (3) which contains an infrared absorbent that is a specific metal oxide and is for use in a perpendicular magnetic recording medium, (4) which is to be heated by irradiation with infrared ray and contains more than 200 ppm of water, or (5) which contains an infrared absorbent that is a specific metal oxide and is used as a substrate to support a multi-layered film including an information recording layer to be formed by sputtering after heating by irradiation with infrared ray, an information recording medium comprising a multi-layered film including an information recording layer formed on any one of the above substrates, and a process for producing an information recording medium.

The invention discloses a finger vein recognition method based on a convolutional neural network and supervised discrete hashing. The finger vein recognition method includes the steps: collecting finger vein images through bilateral infrared irradiation, and carrying out preprocessing, edge detection, direction correction and ROI extraction; extracting features of the ROI finger vein image by adopting a Res2net convolutional neural network; carrying out binary coding by adopting a discrete hash algorithm model; taking the extracted binary coding features as finger vein features to be registered / identified; and constructing a finger vein image database, carrying out the above processing of the to-be-recognized finger vein image, obtaining the recognized feature codes, carrying out the retrieval and recognition of the feature codes in the finger vein database one by one, obtaining the similarity through the Hamming distance measurement, and obtaining a matching recognition result. In theembodiment of the invention, feature codes with higher representation capability can be obtained through deep learning, and the discrete hash algorithm can enable the feature template to be smaller in size, so that the finger vein recognition method is more efficient in massive matching face matching.

The invention discloses a neck massage physical therapy instrument comprising a shell in which a hot compress module, an infrared physical therapy module and a vibration massage module are arranged. The massage physical therapy instrument can perform physical therapy on a neck while generating hot compress, infrared physical therapy and high-frequency vibration functions via the hot compress module, the infrared physical therapy module and the vibration massage module. Compared with existing similar products, the neck massage physical therapy instrument plays a role in easing neck pain by the hot compress function; infrared irradiation can prompt growth of cells and speed up wound healing, and play a role in repairing cervical vertebra strain, and thus is also applied to hospital surgery; and the high-frequency vibration also plays a role in massaging and relaxing. The invention also has a Bluetooth function which facilitates recreation, relaxing and answering of calls, and attracts customers for usual and long-term use; furthermore, the neck massage physical therapy instrument adopts a neckerchief type structure design, so that the shell is better fit with the neck, good wrapping is provided, and use of two hands is not influenced in massage; compared with existing similar products, the neck massage physical therapy instrument has significant competitiveness, and is worthy of great popularization.

The invention discloses an intelligent real-time human body position tracking energy saving heating system based on infrared radiation. The system comprises an automatic control system, a heating device based on infrared radiation, a real-time human body position monitoring tracking system, a real-time room temperature monitoring system, an adjustable radiation area device and an all-round angle rotation driving device, wherein the heating device based on infrared radiation, the real-time human body position monitoring tracking system, the real-time room temperature monitoring system, the adjustable radiation area device and the all-round angle rotation driving device are respectively connected with the automatic control system through a communication bus, the all-round angle rotation driving device is connected with the heating device based on infrared radiation, and the heating device based on infrared radiation is connected with the adjustable radiation area device. Compared with a heating system in the prior art, the intelligent real-time human body position tracking energy saving heating system has advantages of relatively large energy-saving performance, short heating period, high efficiency, convenient use, good mechanical performance and certain market popularization values.

The invention relates to a method and a device for displaying an auto-panorama and night vision, which can display images of the auto-panorama and the night vision and achieve the good display effect. The invention adopts a technical scheme that: an automobile body is provided with three color cameras and an infrared camera; the automobile body is provided with a distance measuring radar and an infrared irradiation light; the cameras and the distance measuring radar transmit a signal to a controller; and the controller performs image processing according the signal to display the images through a vehicle-mounted display screen.

The invention discloses a black TPU (thermoplastic polyurethane) full-shading film and an application thereof. The black TPU full-shading film is prepared from 74% of TPU, 18% of carbon black and 8% of black copper-chromium powder through masterbatch film blowing and has the thickness of 0.8-5 dmm and the width of 500-3,300 cm. The prepared product touches very soft, has good waterproof performance and breathability, can keep warm and moisture and resist stronger sunlight and infrared radiation and is good in shading, resistant to water washing and dry cleaning and environmentally friendly.

A method for automatically controlling the level of dissolved oxygen in water, including the stops of mixing air or oxygen and nitrogen gas so as to be dissolved in retained water in a closed tank. The retained water is circulated by a pressure pump, activated by a ceramic pipe and an infrared ray irradiation device and then injected into the water in the closed tank. The mixing ratio of the air or oxygen and nitrogen gas mixed with to retained water is adjusted, the pressure in the pressure tank is changed, and the injecting pressure of the gas injection nozzle is changed. Sludge or the like is removed from the water by filtering, the oxidation-reduction potential of the water is adjusted to a desired level, and the water is sterilized by an ultraviolet ray irradiation device and brought back to the closed tank.