141results about How to "Guaranteed light intensity" patented technology

The invention provides a face image detection apparatus. An in-vehicle face image detection apparatus (1) operates as follows. A projector (4) projects light. A capture controller (24) settles a capturing condition to capture a predetermined region including a face of an occupant. A capturing portion (5) captures the predetermined region based on the capturing condition. An environment light detection portion (3) detects environment light radiated to the vehicle or occupant. An operation mode determination portion (21) determines a first mode where intensity of the environment light is greater than a threshold or a second mode where the intensity is not greater than the threshold. A light emission pattern setup portion (22) settles a light emission pattern for a light source of the projector based on the operation mode. A projector controller (23) controls the projector to activate the light source based on the light emission pattern.

The invention discloses a dimming desk lamp and an automatic dimming method thereof, and relates to an automatic dimming lamp fitting and a method for automatically regulating the illumination light intensity of the lamp fitting. The dimming desk lamp is provided with a base, a vertical post, an illumination device, a light intensity sensor, a keyboard, a singlechip and a driver; the lower end of the vertical post is arranged at the rear part of the base; the upper end of the vertical post is provided with a swing rod capable of swinging horizontally, and the front end of the swing rod is provided with the illumination device; the upper surface at the front part of the base is provided with an A light intensity sensor and a B light intensity sensor; three input ports of the singlechip are respectively connected with the keyboard, the A light intensity sensor and the B light intensity sensor; and according to the light intensity signals of the A light intensity sensor and the B light intensity sensor, the singlechip automatically calculates the immediate light intensity of the reading surface for users, controls the electricity energy transmitted to the illumination device by the driver by combining the light intensity set value of the reading surface of the users provided by the keyboard, and maintains the light intensity of the reading surface of the users to be at the set level. According to the invention, the position of the illumination device can be dimmed, and the light intensity of the reading surface can be stabilized automatically.

The invention provides a telegraph pole umbrella for electric power overhaul. The telegraph pole umbrella for the electric power overhaul comprises an umbrella rib and an umbrella cover which covers the umbrella rib. The umbrella rib comprises N arc-shaped hoops, supporting rods and elastic anti-slip layers, wherein the N arc-shaped hoops are sequentially connected in an end-to-end mode along the same horizontal plane, the supporting rods are arranged on the outer cambered surfaces of the arc-shaped hoops, and the elastic anti-slip layers are arranged on the inner cambered surfaces of the arc-shaped hoops. In the N arc-shaped hoops, a fastening slipknot is arranged between a pair of adjacent arc-shaped hoops, and other adjacent arc-shaped hoops are connected in a hinge joint mode. The supporting rods are arranged below the horizontal plane, an acute angle is formed between a straight line in which the length direction of the supporting rods lie and the horizontal plane. The telegraph pole umbrella for the electric power overhaul has the advantages of being scientific in design, good in rainproof effect, convenient to install, store and carry, and good in light transmission.

The invention discloses a Ficus carica rapid vegetative propagation method, which can solve the problem that the cutting and transplanting survival rate is low during cutting seedling cultivation of the Ficus carica, the transplanted seedlings are not health and strong, and the cultivation time is long in the prior art. The Ficus carica rapid vegetative propagation method is cutting seedling cultivation and includes the following steps: cutting seedling bed preparation, cutting medium preparation, cutting scion selection, cutting scion pruning, cutting scion chemical solution treatment, cutting, after-cutting management. In an early stage after cutting, leaves of cutting scions are sprayed with water for many times each day till the leaves are wet, and the cutting scions are transplanted. The Ficus carica rapid vegetative propagation method is simple, is easy to operate, can perform propagation of the Ficus carica, is high in cutting and transplanting survival rate, is healthy and strong in transplanted seedlings, and is short in cultivation time.

The invention discloses an automobile headlight production process which comprises the following steps: (1) selecting a material; (2) mounting a frame; (3) implementing point welding on a molybdenum plate; (4) implementing pressure sealing and forming holes; (5) highlighting hydrogen; (6) exhausting air; (7) welding; (8) inspecting a finished product. The automobile headlight production process is reasonable and simple in step, reasonable in material selection, low in cost, high in quality and applicable to popularization in the automobile lamp industry, the process procedures are greatly simplified, most importantly, the service life of the automobile lamp is prolonged due to addition of a rare gas xenon, and due to addition of a reinforcing ring, faults such as welding off of the automobile lamp because of vibration are avoided.

The invention discloses a novel double-layer vehicle lamp device and a control method thereof. The novel double-layer vehicle lamp device comprises a lamp holder A, a lamp holder B, a dipped headlightA, a dipped headlight B, a servo motor A, a servo motor B, a vehicle lamp angle sensor A, a lamp holder C, a lamp holder D, a dipped headlight C, a dipped headlight D, a servo motor C, a servo motorD, a vehicle lamp angle sensor B, a high beam A, a lamp holder E, a high beam B, a lamp holder F, a vehicle speed sensor, a steering wheel angle sensor, an infrared night vision camera and a master switch which are correspondingly connected with an ECU. The ECU receives detection information obtained by the vehicle lamp angle sensor A, the vehicle lamp angle sensor B, the vehicle speed sensor, thesteering wheel angle sensor and the infrared night vision camera, and controls the four dipped headlights, the two high beams, the four servo motors and the infrared night vision camera according tothe driving condition of a vehicle. The novel double-layer vehicle lamp device and the control method thereof can improve driving safety and avoid traffic accidents to the greatest extent.

The invention discloses wearable neonatal jaundice phototherapy apparatus. The wearable neonatal jaundice phototherapy apparatus comprises a fabric substrate, a lateral light-emitting optical fiber, optical fiber couplers, fiber bundles, a mainframe module, sleeve holes, buttons and connecting ropes. The mainframe module comprises a power source, a brightness adjusting display, a light source timer, a light source brightness adjuster and a light source. According to the wearable neonatal jaundice phototherapy apparatus, lateral light-emitting optical fiber fabrics are applied to medical treatment, and a zero-distance, large-area, directional, nondestructive, low-energy-consumption and low-cost neonatal jaundice phototherapy scheme is provided.

The invention relates to a light guide structure, a light-emitting assembly, a light-emitting device and a vehicle. The light guide structure comprises a structure body, a light receiving surface, a light splitting surface, a deflection reflection surface and a light emitting surface. Light emitted by a light source outside the structure body of the light guide structure is collimated by the lightreceiving surface to form collimated light, and the collimated light is transmitted to the light splitting surface in the structure body in the approximately parallel direction, is received and reflected by a main light splitting surface to form main split light, and is received and reflected by a side light splitting surface to form side split light; the side split light is received by the deflection reflection surface on the transmission path and is further reflected to form side emission light; and the side emission light and the main split light penetrate through the light emitting surface and emit light to the outside of the structure body to form illumination. After being collimated and guided by the light guide structure, the light can be completely emitted from the preset light emitting surface to form a shape, the light cannot be freely scattered outwards, a light emitting area of 30-40 mm can be uniformly illuminated by utilizing a single light source, and the energy of thelight source can be more effectively utilized.

Provided is a sensor lamp control method. When power is on, a sensor lamp senses ambient light intensity real time, if the ambient light intensity is lower than 100 Lux, the lamp is turned on and maintains lowest illumination, and the brightness of the lowest illumination is 10% to 20% of the complete-turning-on brightness of the lamp; when the presence of people or vehicles is sensed, the brightness of the lamp is raised to the complete-turning-on brightness, and when the people and the vehicles pass by, the brightness of the lamp is lowered to the lowest illumination and the lowest illumination is maintained; when the lamp is on and the presence of the people or the vehicles is sensed at the same time, the lamp is turned on in a two-stage manner, i.e., when the people and the vehicles pass by, the brightness of the lamp is lowered to the lowest illumination and the lowest illumination is maintained; and when the lamp maintains the lowest illumination, the lamp determines whether to carry out complete turning-off according to the real-time sensed ambient light intensity, if the ambient light intensity is equal to or more than 100 Lux, then the lowest illumination is cancelled and the lamp is completely turned off, and if the ambient light intensity is lower than 100 Lux, then the lamp maintains the lowest illumination, if the ambient light intensity is equal to or more than 100 Lux, then the lamp is not turned on. Compared to the prior art, the sensor lamp control method has the following advantages: it is not easy for people to encounter with such untoward effects as dazzling, or temporary blindness, or eye aches and the like, the energy consumption is relatively low, and the method can be used on occasions requiring certain illumination intensity to be ensured.

The invention relates to a method for detecting cladding quality based on coaxial powder feeding equipment of a laser displacement sensor, which comprises the steps that firstly, a servo motor moves according to a motion trail specified by a processing program; secondly, a controller compares the machine tool actual coordinate position, which is fed back by a servo motor encoder, of a cladding head relative to a cladding workpiece with the workpiece signal position monitored by the laser displacement sensor, whether the position deviation of the machine tool actual coordinate position and theworkpiece signal position exceeds a preset deviation range of signals collected by the laser displacement sensor or not is judged, and then signal processing is automatically conducted; meanwhile, thecontroller compares the machine tool actual coordinate position, which is fed back by the servo motor encoder, of the cladding head relative to the cladding workpiece with the pre-planned instructionposition of the servo motor, judges whether the position deviation of the machine tool actual coordinate position and the pre-planned instruction position exceeds the preset automatic adjustment deviation range of the servo motor or not, and then automatically adjusts the servo motor. The detection method disclosed by the invention can realize ultra-stable high-precision measurement on all workpieces which are difficult to detect.

The invention relates to an energy-saving control device for the lighting system of rail transit train compartments. The lighting device includes a light sensor and an automatic voltage regulator. input. Compared with the prior art, the present invention can solve the serious waste of electric energy of the lighting system in the train when the train is running on the viaduct or the ground track, and the unscientific energy-saving method of the lighting system in the train compartment causes the loss of the lighting equipment in the train to be aggravated, and the life of the equipment is seriously shortened In order to ensure that the light intensity in the compartment is always maintained within a certain range of appropriate values, try to avoid the waste of electric energy caused by the unnecessary intensity value of the lighting and the loss caused by frequent switching of fluorescent lamps.

The invention discloses a solar power generation integrated roof for a green building, and relates to the technical field of green buildings. The solar power generation integrated roof for the green building comprises a green building body, an adjusting mechanism, a cleaning mechanism and an irrigation mechanism are arranged above the green building body, and a water storage tank is fixedly mounted at the top of the green building body. According to the solar power generation integrated roof for the green building, through cooperative use of a mounting transverse plate, a mounting plate, a limiting groove, a moving block, a brush, a threaded rod, a first umbrella-shaped gear, a motor, a rotating shaft and a second umbrella-shaped gear, a solar panel is brushed, the solar panel is prevented from being used for a long time, so that dust and bird feces are prevented from being accumulated on the surface of the solar panel, the using effect of the solar panel is prevented from being affected, and the light energy absorbing effect of the solar panel is guaranteed; and meanwhile, the solar panel can be conveniently brushed, practicability is high, and application and popularization are facilitated.