152 results about "Halogen lamp" patented technology

A commercial vehicle rear brake lamp fault diagnosis method and system and a storage medium, and the method comprises the steps: determining the change characteristics of the working current of each brake lamp along with the working temperature based on the working current and working temperature of each brake lamp collected in real time; the load type of each brake lamp is determined according to the change characteristics; the load type comprises a halogen bulb and an LED module; presetting a plurality of diagnosis parameters and acquiring parameter values of the diagnosis parameters in real time; based on a preset weight coefficient of each diagnosis parameter, performing weighted fusion calculation on each parameter value to obtain a fault confidence coefficient of each brake lamp; and performing real-time fault diagnosis on each brake lamp according to each parameter value of each brake lamp and the fault confidence in combination with a diagnosis strategy corresponding to the load type of each brake lamp. The technical problem that the fault misjudgment rate is high under complex working conditions due to the fact that a preset mode is mainly adopted in the prior art, the load class of the rear brake lamp of the trailer is configured with a fixed diagnosis threshold value, and fault judgment is carried out only depending on a single parameter is solved.

The invention discloses a halogen lamp filament deformation real-time detection system based on machine vision, and belongs to the technical field of industrial automatic detection, the halogen lamp filament deformation real-time detection system comprises a detection management platform, the detection management platform is in communication connection with the following modules: an image acquisition module used for acquiring halogen lamp filament image data by using an industrial camera; the feature analysis module is used for preprocessing the acquired image data and extracting the deformation features of the lamp filament from the image data through image recognition to form a deformation feature sequence; and the filament identification and analysis module is used for constructing a deformation identification model based on a convolutional neural network model in combination with the historical image data. The machine vision technology is utilized, the high-resolution industrial camera is combined, fine deformation of the halogen lamp filament is accurately captured, compared with traditional manual detection, misjudgment and missed judgment are reduced, the detection efficiency is remarkably improved, real-time and continuous monitoring is achieved, the problem of filament deformation can be found in time, and the product quality is guaranteed.

The invention discloses a surface plasmon resonance (SPR) hydrogen sensor based on an Ag / PDMS / Pt-WO3 multilayer structure. The SPR hydrogen sensor is characterized by comprising a halogen lamp light source, two sections of multimode optical fibers, a spectrometer and an SPR hydrogen sensing head, wherein the SPR hydrogen sensing head is composed of a different-core structure formed by multimode-single-mode-multimode optical fibers, a silver film, PDMS (polydimethylsiloxane) and Pt-WO3 (platinum-tungsten trioxide). The SPR hydrogen sensor based on the Ag / PDMS / Pt-WO3 multi-layer structure, which is simple to prepare, high in sensitivity and capable of being repeatedly used for a long time, is provided aiming at the defects that an existing optical fiber SPR hydrogen sensor is low in sensitivity and complex in device manufacturing, and PdH is changed from an alpha phase to a beta phase when Pd is used as a hydrogen sensitive material, so that the use of the device is influenced, and the like. When the hydrogen concentration is increased, the Pt-WO3 reacts with the hydrogen to generate heat, so that the refractive index of the PDMS film is changed, the SPR resonance spectrum is moved, and the hydrogen concentration is obtained by observing the offset of the PDMS film. The high refractive index sensitivity of SPR is brought into full play by utilizing the high refractive index change of PDMS, so that high-precision detection of hydrogen leakage is realized.

This utility model discloses a motorcycle lamp with a heat dissipation structure, including a lamp housing, an LED lamp assembly, a reflector, and a lens. The lamp housing consists of a detachable rear housing and a front housing. The reflector and lens are located in the front housing, and the LED lamp assembly is located in the reflector. Addressing the issues of limited space in motorcycle lamp covers and difficulty in heat dissipation for LED lamps, a lamp housing cooling fan is located at the rear end of the rear housing, while a vent and a movable cover are located on the lower front side. The fan's forced airflow and directional air circulation quickly remove heat from the LED lamps, controlling the lamp body temperature and preventing a decrease in luminous efficiency due to high temperatures, thus ensuring stable brightness. The movable cover allows for flexible opening and closing of the vent, balancing heat dissipation efficiency with protection against harsh environments, preventing moisture and dust from entering. This solves the problems of halogen lamps being prone to burnout and LED lamps having poor heat dissipation, improving driving safety. The detachable housing is suitable for small installation spaces, eliminating the need to completely disassemble the lamp cover during maintenance; only the front housing needs to be removed, simplifying the process and reducing costs.

1. The name of the design product: square tungsten filament lamp. 2. The use of the design product: for lighting. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

The application provides a kind of portable collection device of insulating paper near-infrared diffuse reflectance spectroscopy, belongs to the technical field of spectrum collection, including main casing, cylindrical surface accessory, built-in cavity handle and first optical fiber channel;One end of handle is communicated with the bottom of the rear end of main casing;Two ends of first optical fiber channel are communicated with the bottom of the front end of main casing and the other end of handle respectively;The front center of main casing is provided with main light outlet;There is integrating sphere and halogen lamp light source in main casing;One light outlet of integrating sphere is communicated with main light outlet, and the other light outlet is connected with external spectrometer through first optical fiber arranged along first optical fiber channel;Light inlet and halogen lamp light source are connected through collimating mirror and second optical fiber;Groove is opened in one end face of cylindrical surface accessory, and the other end is cylindrical face;Cylindrical surface accessory is provided with light channel communicated with main light outlet along axis direction.The light outlet of the collection device can be switched to cylindrical face, and perfect fit with the outer surface of insulating paper on site is realized.

The utility model provides an ultra-radio frequency anti-aging transdermal collagen light beauty instrument. The ultra-radio-frequency anti-aging transdermal collagen light beauty instrument comprises a shell, and a skin contact area is formed at one end of the shell; the optical assembly comprises a halogen lamp tube, a light filtering part and a light transmitting part which are sequentially arranged at intervals, the halogen lamp tube and the light filtering part are arranged in the shell, at least part of the light transmitting part is exposed out of the skin contact area, and the light filtering part allows near-infrared light emitted by the halogen lamp tube to pass through and prevents non-near-infrared light emitted by the halogen lamp tube from passing through; the light transmitting piece is used for enabling near-infrared light formed after filtering of the light filtering piece to irradiate out of the shell, the halogen lamp tube and the light filtering piece are arranged in parallel, and the distance between the halogen lamp tube and the light filtering piece is not smaller than 2 mm; the controller is arranged in the shell, and the halogen lamp tube is electrically connected with the controller so as to control the halogen lamp tube to work. According to the technical scheme, the problems that in the prior art, a beautifying instrument is low in use safety and poor in beautifying effect are solved.

The utility model discloses an infrared photoelectric probe testing device, particularly relates to the technical field of electronic testing, and comprises a box body, the upper end of the box body is fixedly connected with a cover plate, the upper part of the front end of the box body is rotatably connected with a door, and the left end and the right end of the box body are symmetrically provided with two observation windows. A vibration mechanism is fixedly connected to the middle of the bottom wall of an inner cavity of the box body, a fixing mechanism is fixedly connected to the upper end of the vibration mechanism, a temperature control mechanism is fixedly connected to the rear wall of the inner cavity of the box body, and a plurality of halogen lamps are fixedly connected to the side wall of the inner surface of the cover plate. According to the infrared photoelectric probe testing device provided by the utility model, the performance of an infrared photoelectric probe under a vibration condition can be comprehensively tested in working environments with different vibration frequencies and amplitudes by simulating a vibration environment through the arranged vibration mechanism; and the possible performance reduction or failure condition of the probe in a vibration environment can be found, so that the reliability of the probe in practical application can be evaluated more comprehensively.

The application discloses a flexible mechanical palm heart coupling active spectrum apple quality in-situ detection device, which comprises a flexible finger, an active multi-spectrum sensing system, a rudder module, a lower shell and a control box. The flexible finger is installed in cooperation with the positioning hole and the positioning pin on the shell. The multi-spectrum sensing system comprises a light-proof ring, a mechanical hand tray, a light uniformity sheet, a halogen lamp bead, a ring-shaped lamp plate, a light source bracket, a Fresnel lens, an AS7265X spectrum sensor and a mechanical hand base. The light uniformity sheet, the ring-shaped lamp plate, the Fresnel lens and the AS7265X are coaxially installed. The ring-shaped lamp plate is installed in the mechanical hand tray. The Fresnel lens and the AS7265X are installed below the light source bracket. The master control module is responsible for collecting, processing and analyzing fruit quality. A power supply module provides power supply for each module. The application overcomes the problem that it is difficult for the mechanical hand to obtain fruit quality in the picking process, and provides an effective technical means for on-site grading.

The invention provides an underwater vehicle equipment support random vibration fatigue simulation prediction method and system. The method comprises the steps that a finite element model is constructed based on the actual installation postures of a halogen lamp support and a halogen lamp in the transportation process; analyzing the modal distribution of the halogen lamp bracket in the installation state, identifying the weak link of the key modal, and analyzing the coupling condition of the modal frequency and the PSD excitation frequency; carrying out random vibration analysis, and determining a stress frequency response function and a stress root mean square RMS stress of the key position; and based on a random vibration analysis result, predicting the fatigue life of the halogen lamp bracket and reproducing a fracture phenomenon. And optimizing the support structure through a strategy of combining free shape optimization and multi-model optimization. According to the method, the service life of the halogen lamp bracket is predicted more accurately, the halogen lamp bracket is optimized, the modal frequency of the bracket is improved, the stress amplitude is reduced, and the fatigue life is prolonged.

The utility model belongs to the technical field of optical elements, and particularly relates to a halogen lamp light source mechanism. Comprising a halogen lamp body, a fan, a first ventilation grille and a second ventilation grille, an air inlet is formed in the front side face of the halogen lamp body, an air outlet is formed in the rear side face of the halogen lamp body, and the fan is installed at the position, close to the air outlet, in the halogen lamp body; a second ventilation grille is arranged at an air outlet in the rear side face of the halogen lamp body. According to the halogen lamp light source mechanism, the air inlet is formed in the front side face of the halogen lamp body, the air outlet is formed in the rear side face of the halogen lamp body, and the fan is arranged at the air outlet, so that the fan can be utilized to drive air to circulate in the halogen lamp body and in the external environment, heat dissipation of the halogen lamp body is facilitated, and normal use of the halogen lamp light source mechanism is guaranteed.

The invention relates to a susceptor, a heat treatment apparatus, and a susceptor manufacturing method. The invention provides a technology capable of improving uniformity of in-plane temperature distribution of a substrate. After a halogen lamp irradiates a semiconductor wafer held by a susceptor with light from below and preheats the semiconductor wafer, a flash lamp irradiates flash light from above. Among a plurality of substrate support pins (77) located on a holding plate (75) erected on a base, a processing area (95) on the lower surface of the holding plate (75) between adjacent substrate support pins (77) is subjected to sand blasting to form a rough surface. The processing region (95) faces a hot spot occurring when the semiconductor wafer held by the susceptor is irradiated with light. The amount of light toward the hot spot when the light from the halogen lamp is irradiated is reduced by the processing region (95) having the rough surface. Therefore, the temperature of the hot spot can be reduced, and the uniformity of in-plane temperature distribution of the semiconductor wafer can be improved.

Halogen lamps irradiate a semiconductor wafer held by a susceptor with light from below to preheat the semiconductor wafer, and thereafter flash lamps irradiate the semiconductor wafer with flashes of light from above. A sandblasting process is performed on processing regions of a lower surface of a holding plate of the susceptor which are located between adjacent ones of a plurality of substrate support pins provided upright on the holding plate to roughen the processing regions. The processing regions are opposed to hot spots appearing when the semiconductor wafer held by the susceptor is irradiated with light. The amount of light directed toward the hot spots when the semiconductor wafer is irradiated with light from the halogen lamps is decreased by the roughened processing regions. This decreases the temperature of the hot spots to improve the uniformity of an in-plane temperature distribution of the semiconductor wafer.

The invention discloses a model training method, a maintenance method, a power control method, equipment and a medium, and the method comprises the steps: obtaining the historical operation data of a semiconductor halogen lamp according to a set first proportion, extracting a feature vector, and determining the actual health information as a real label; the characteristic elements in the characteristic vector comprise a power fluctuation standard deviation, working time proportions of the halogen lamp in different temperature intervals, and an ascending slope and a descending slope of a power curve; dividing the feature vectors carrying the real labels into a training set and a test set according to the first proportion and a set second proportion; training the initial model according to the training set, optimizing the trained model under the condition that the trained model does not meet a preset evaluation requirement on the test set, and training the optimized model again according to the training set until a health prediction model meeting the preset evaluation requirement on the test set is obtained, and the health prediction model can output predicted health information based on the feature vector corresponding to the current operation data.

The invention discloses an LED (light-emitting diode) standard intensity lamp, which realizes 240-1100nm continuous spectrum output through layered collaborative excitation of mixed fluorescent powder (CeF3, Eu < 2 + >: BAM, Ce < 3 + >: YAG and Ti < 3 + >: Al2O3), and ensures the stability of spectrum output by adopting a quartz lens focusing collimation light path design. The light source has the advantages of small size, low power consumption, long service life and the like, can replace the traditional deuterium lamp and halogen lamp, and is used for full-band calibration of spectrometers, remote sensing equipment and industrial detection systems.

The invention discloses a high-stability infrared lighting system and method based on an integrated reflection halogen lamp. Comprising a modularized light source, a spectrum purification unit, a thermal management unit, a monitoring and control unit, a light output unit and an optional light path expansion unit. The modularized light source adopts a light source engine module design capable of being quickly plugged and unplugged, and is integrated with a reflecting halogen lamp and a modularized lamp holder; the spectrum purification unit realizes spectrum purification through an infrared band-pass optical filter, and the heat management unit performs cooperative heat dissipation on the reflection halogen lamp and the infrared band-pass optical filter through a heat dissipation fan; and the monitoring and control unit realizes brightness closed-loop control, temperature closed-loop control and light source service life management and early warning through feedback of a light intensity sensor and a temperature sensor. The problems that in the prior art, spectral noise is large, output stability is poor, thermal management is difficult and maintenance is inconvenient are solved from the source, an infrared illumination solution which is high in strength, high in uniformity, stable for a long time and easy to maintain is provided, and the system is suitable for semiconductor wafer infrared transmission detection and other precise optical detection scenes.

This invention discloses a spray / spray-enhanced industrial photocatalytic reactor and its method. The reactor includes a light-transmitting and pressure-resistant reaction chamber, a spray / spray unit, a lighting unit, a gas-liquid separation unit, and a pressure control unit. By atomizing the liquid to be reacted into microdroplet clusters and / or forming a thin liquid film, the equivalent optical path of the liquid phase is significantly shortened, improving light penetration and photon utilization. Simultaneously, combined with pressure control structures such as back pressure valves and pressure stabilizing tanks, and gas-liquid separation / demisting structures, controllable pressure and low pressure drop are achieved under continuous operation. The reaction chamber material is not limited to quartz glass, but can also be borosilicate glass, tempered glass, transparent ceramics, or sapphire, etc.; the light source is not limited to LEDs, but can also be xenon lamps, halogen lamps, mercury lamps, lasers, or sunlight simulators, etc. The system can operate in a cyclic or multi-stage series, suitable for the scale-up and integration of various industrial photocatalytic processes.

The utility model discloses a vehicle halogen lamp processing filament anti-deformation positioning tool, which comprises a positioning assembly, the positioning assembly comprises a rotating disc, supporting seats, supporting blocks, grooves and pressing rods, the supporting seats are fixed on the side edge of the rotating disc and are symmetrically distributed, the supporting blocks are fixed on the side edges of the supporting seats, the grooves are arranged on the supporting blocks, and the pressing rods are arranged on the rotating disc. The pressing rod is movably connected to the upper end of the turntable; the pushing assembly comprises a supporting rod, a special-shaped block and a guide block, the supporting rod is fixed to the inner side of the pressing rod and close to the lowest end, the special-shaped block is fixed to the lower end of the supporting rod, and the guide block is fixed to the inner side of the groove and close to one end. The problems that after a mechanical arm places a lamp holder and a molybdenum wire in a groove, a rotary disc can drive a supporting block to rotate and rotate the supporting block to the welding position, due to the fact that a certain gap still exists in the groove, the lamp holder shakes in the rotating process, slight deviation occurs in the welding process of the molybdenum wire and an aluminum sheet, and the use effect of a lamp filament is affected are solved.

The invention discloses a detection instrument and a basin-type insulator infrared detection device. The detection instrument comprises a shell; the detector is installed on the shell, and the detector is provided with a detection area; the excitation heat sources are symmetrically arranged; the rotary cover is rotatably mounted on the shell, the rotary cover is provided with a shielding area and a non-shielding area, and the shielding area can prevent an excitation heat source from irradiating a detection area; and a driving mechanism capable of simultaneously driving all the rotating covers. The excitation signal is modulated through the rotating cover, and the problem that the signal edge is not steep due to long starting time and large inertia of a heat source of the halogen lamp when a signal generator is used for modulation is solved.

An ion implanter that includes an ion source to generate an ion beam, a platen disposed in a process chamber to support a workpiece that is treated with the ion beam, and a plasma flood gun that results in fewer particles in the process chamber is disclosed. The plasma flood gun includes at least one plasma chamber, each having at least one aperture through which low energy ions and electrons are emitted. A sweeper is located near the aperture, positioned so as to be between the aperture and the upstream components. The sweeper is heated using resistive elements or a halogen lamp so as to elevate its temperature, which limited the amount of deposition that occurs on the sweeper.

The utility model discloses a high uniformity area light source UV lamp box which comprises a lamp box upper shell and a lower shell and further comprises a heat insulation cover, the heat insulation cover is installed at the bottom of a suspension on the inner side of the lamp box upper shell, an installation frame is arranged in the heat insulation cover, and lamp tube clamps are arranged at the two ends of the bottom of the installation frame. A lamp tube is detachably mounted between the two lamp tube clamps; and a reflective inner bowl with an arc-shaped reflective surface is arranged in the lower shell. According to the utility model, the reflective inner bowl with the arc-shaped reflective surface is arranged in the lower shell of the lamp box. And the arc-shaped reflecting surface can enable the light to be more uniformly distributed in the reflecting and refracting processes. For line light sources such as a mercury lamp and a halogen lamp, the arc-shaped reflective surface can reflect and refract light rays at different angles, so that the conditions of light ray concentration and uneven dispersion are effectively reduced, and the irradiation uniformity is remarkably improved. Not only is the irradiation effect improved, but also the problems of excessive or insufficient local irradiation and the like caused by uneven irradiation are avoided.

An upper radiation thermometer is provided obliquely above a semiconductor wafer to be measured. The upper radiation thermometer includes a photovoltaic detector that produces an electromotive force when receiving light. The photovoltaic detector has both high-speed responsivity and good noise properties in a low-frequency range. The upper radiation thermometer does not require a mechanism for cooling because the photovoltaic detector is capable of obtaining sufficient sensitivity at room temperature without being cooled. There is no need to provide a light chopper and a differentiating circuit in the upper radiation thermometer. This allows the upper radiation thermometer to measure the front surface temperature of the semiconductor wafer with a simple configuration both during preheating by means of halogen lamps and during flash irradiation.

The invention provides a multi-mode low-light imaging test system based on laser induction. The multi-mode low-light imaging test system comprises a multi-mode light source module, a polarization modulation and light path coupling module, a low-light adjusting module, an imaging module, a detection module and a temperature control module which are sequentially connected according to an optical path, the multi-mode light source module comprises a laser, a laser collimator and a halogen lamp; the polarization modulation and light path coupling module comprises a first beam expander, a second beam expander, a PBS, a first polaroid, a second polaroid, a reflector, a first dichroscope and a beam splitter. The low-light adjusting module is a diaphragm; the imaging module comprises an objective lens and a barrel lens; the detection module comprises a second dichroscope, an InGaSe detector and a visible light detector. The beneficial effects of the invention are that through multi-light-source cooperation and dual-detection modes, infrared and visible light full coverage, application scene expansion, polarization modulation, stray light suppression by the adjustable diaphragm, detector noise reduction by the temperature control module are realized, low-light imaging signal-to-noise ratio and resolution are significantly improved, and the system is compact in structure, easy to integrate and high in detection stability.

The utility model provides a beauty instrument, and belongs to the technical field of beauty instruments. The beauty instrument comprises a light-emitting assembly, a light guide assembly and a light reflecting assembly. The light-emitting component comprises a halogen lamp tube; the light guide assembly comprises a light-transmitting crystal and a light filter, and light emitted by the light emitting assembly can sequentially penetrate through the light filter and the light-transmitting crystal. The light reflecting assembly is arranged outside the light emitting assembly and can reflect light rays emitted by the light emitting assembly, so that the light rays penetrate through the light guide assembly; the light reflecting assembly comprises a first light reflecting cover and a second light reflecting cover, a light outlet is formed in the first light reflecting cover, and the second light reflecting cover is arranged between the light outlet and the light guiding assembly. The beauty instrument can effectively isolate the light emitted by the light-emitting assembly, and most of the light is reflected to the light-transmitting crystal under the guidance of the light-reflecting assembly, so that the contact between other structures and the light is reduced, the optical efficiency can reach 95%, the energy density of the light output by the light-transmitting crystal is improved, and the skin problem of a user is efficiently solved.

The application discloses a kind of anti-deviation zero-component assembling equipment prepared by halogen lamp, belong to assembling equipment technical field.When the position between bulb and lampshade appears deviation misplacement, it leads to in the process of clamping assembly, the clamping position error of bulb and lampshade is pressed, damage lampshade and bulb, the anti-deviation zero-component assembling equipment prepared by halogen lamp, by spring and swivel ring cooperation, in the process of clamping assembly halogen lamp, utilize the taper surface of swivel ring contact lampshade inner wall, in the process of assembling clamping, utilize the contact pressure between bulb and lampshade in the process of clamping, make spring stretch deformation, utilize the elastic force generated after deformation, cooperate inner top mechanism to adjust the position of lampshade, make the center position of lampshade and bulb correspond, avoid clamping assembly position deviation to cause clamping position misplacement, lead to bulb and lampshade appear fracture, simultaneously, the rotation of swivel ring reduces frictional resistance, avoid scratching lampshade.

A device and method for detecting the gas content of a two-phase flow of oil and gas using a halogen lamp light source are disclosed. The method includes the following steps: Step 1: Turn on the halogen lamp light source and inject the prepared two-phase flow of oil and gas to be tested into the pipeline through a three-way valve according to the pre-calibrated gas content. Step 2: Turn on the peristaltic pump to uniformly fill the pipeline with the two-phase flow of oil and gas to be tested, then turn off the peristaltic pump. A first collimating lens is connected to the halogen lamp light source via a first optical fiber to receive the incident light emitted by the halogen lamp light source. A spectrometer is connected to the second collimating lens via a second optical fiber to receive the outgoing light of the two-phase flow of oil and gas passing through the flow cell. The spectrometer records the spectral information in a computer. Step 3: Repeat steps 1 and 2 until the spectral information of all calibrated gas contents is obtained. Step 4: Establish a prediction model using the spectral information. Specifically, a principal component regression (PCR) model for detecting the gas content of the two-phase flow of oil and gas is established to predict the gas content of the two-phase flow.

A TC wafer to which a thermocouple is attached is heated by irradiation of light from a halogen lamp, and the temperature of the TC wafer is measured by the thermocouple. The actual temperature of the TC wafer measured by the thermocouple is converted into a voltage value using a voltage conversion table. When a TC wafer is measured by an emission thermometer, a voltage value output from the emission thermometer is acquired. The emissivity is estimated on the basis of a voltage value obtained by converting the actual temperature of the TC wafer and a voltage value output from the emission thermometer, and the emissivity is set in the emission thermometer. Since the emissivity is estimated on the basis of the voltage value obtained by directly converting the actual temperature of the TC wafer measured by the thermocouple, it is possible to quickly and accurately estimate the emissivity.

The utility model discloses a reflection spectrum detection instrument, which relates to the field of spectrum detection, and comprises an integrating sphere fixedly arranged on the left side surface of a shell; the heat dissipation cover is fixedly arranged in the shell; the lamp holder is fixedly mounted at the bottom of the central groove of the heat dissipation cover; the halogen lamp is fixedly mounted on the lamp holder; the light gathering cover is arranged in the central groove of the heat dissipation cover and is positioned above the lamp holder; the end cover is fixedly mounted on the heat dissipation cover; the spectrograph is fixedly installed in the shell, and the spectrograph is connected with an interface at the lower end of the right side of the integrating sphere through an optical fiber; and the handle is fixedly mounted on the bottom surface of the shell. The device is simple in structure, low in cost and convenient to carry, reflection spectrum detection of an object can be effectively realized, the detection reliability and stability are good, and the accuracy of a detection result is ensured.

The invention provides an intelligent electric control inclined dome near-infrared light source calibration system. The system comprises a rack, a console, a vertical electric lifter and a dome light source. The inclined dome light source is an integrally-formed cone, and four halogen lamp cups are evenly distributed on the inclined face and used for guaranteeing the uniformity of the light source. The inclined dome light source is installed on a horizontal moving sleeve frame, the horizontal position can be adjusted, a horizontal moving sleeve is connected with a vertical electric lifter, and the electric lifter is adjusted by measuring the height of a detection sample through a distance measuring sensor so as to adapt to the detection environment. A voltage-stabilized power supply is matched to prevent spectrum drift of the light source, and the controller adjusts the power of the light source and the distance between the light source and the sample according to signals of the distance measuring sensor. The method is used for solving the influence of a near-infrared detection system on detection of surface dazzle light, mirror reflection and unnecessary shadows of crops with different sizes, ensuring the uniformity of a light source and reducing spectral noise interference caused by uneven illumination.

The invention provides a technology capable of improving uniformity of in-plane temperature distribution of a substrate. The invention relates to a susceptor, a heat treatment apparatus, and a susceptor manufacturing method. A semiconductor wafer held on a susceptor is irradiated with light from below by a halogen lamp and preheated, and then the semiconductor wafer is irradiated with flash light from above by a flash lamp. In a holding plate (75) of the susceptor, a processing region (95) and a non-processing region (96) are provided in a mixed manner in a region facing a high-temperature region of the semiconductor wafer, said high-temperature region being a region at or above a predetermined temperature in a temperature distribution generated on the semiconductor wafer when irradiated with light. The machining region (95) and the non-machining region (96) have a circular ring shape alternately provided in a concentric circle shape. The processing area (95) is subjected to sand blasting, so that the processing area (95) becomes a rough surface, and the non-processing area (96) is not processed. As a result, the transmittance of the processing region is reduced, and the amount of light irradiated to the high-temperature region of the semiconductor wafer is reduced, thereby improving the uniformity of the in-plane temperature distribution of the semiconductor wafer (W).