29 results about "Rain sensor" patented technology

The application discloses a kind of intelligent wiper control method and system, car, wherein method includes obtaining wiper switch signal and vehicle information on vehicle CAN bus;Based on wiper switch signal, it is judged whether to start the automatic control of wiper;After judging to start the automatic control of wiper, the theoretical wiping speed of wiper is calculated based on the vehicle information read on vehicle CAN bus, and the wiper motor is controlled according to the theoretical wiping speed of wiper.The application has the advantages that the rain sensor is cancelled, the purpose of low-cost wiper control is realized, the control of wiper is realized through logic control, and the cost of wiper control is saved.

The utility model discloses a bench based on solar power supply relates to the field of public facilities, to solve the inconvenient use of prior art under the severe weather condition. The bench board upper end face groove installs solar panel, and the bench board lower end one side installs the storage box, and the storage box installs the singlechip, inverter and battery, and solar panel, inverter and battery are electrically connected in proper order, the bench board upper end is close to the storage box one side and is equipped with the rainwater sensor, and the output of rainwater sensor is connected with the input of singlechip, the bench rear end is equipped with the rain -proof subassembly, and the rain -proof subassembly includes first side fixed plate, and the first side fixed plate between two installs the rolling up pole along the output shaft end of drive box, and the rain -proof canopy is rolled up outside the rolling up pole, and the other end of rain -proof canopy is fixed with fixed shaft.

This utility model belongs to the field of open-pit mine slope stability early warning technology, specifically relating to an open-pit mine slope stability early warning device, including a base, a fastening bolt movably connected to the inner wall of the base, a fixing rod fixedly connected to the upper middle part of the base, a rain sensor fixedly installed at the upper end of the fixing rod, a support rod fixedly connected to the middle part of the fixing rod, a GNSS displacement monitor fixedly installed on the lower left side of the support rod, and a support frame fixedly connected to the right end of the support rod, with an auxiliary mechanism provided on the support frame. This solution utilizes a photovoltaic panel for photoelectric conversion. Driven by a motor, the illumination angle of the photovoltaic panel can be adaptively adjusted. Through the action of a slot, a locking block, and a spring, the driven end can be limited, thereby positioning the deflection angle of the photovoltaic panel and improving its stability.

The application discloses a vehicle wiper abnormality processing method and related equipment, which can be applied to the technical field of vehicles. After a rain sensor, an image generation component and an abnormality prompt component are pre-installed in a vehicle, after it is determined that a wiper in the vehicle is started, rain amount data collected by the rain sensor and including the rain amount on the windshield of the vehicle is acquired as real-time rain amount data, and an image collected by the image generation component and including the image of the wiper on the windshield of the vehicle after the wiper performs a wiper operation is acquired as a surface image, then the performance state of the wiper is analyzed according to the real-time rain amount data, or the performance state of the wiper is analyzed according to the surface image, or the performance state of the wiper is analyzed according to the real-time rain amount data and the surface image, and then the abnormality prompt state of the abnormality prompt component is controlled according to the performance state analysis result, so that the vehicle owner can complete the replacement or cleaning operation of the wiper in time without experience, and the driving safety of the vehicle is effectively improved.

The utility model is suitable for rainfall measurement technical field provides a kind of anti-blocking tipping bucket rain gauge, including tipping bucket rain sensor body, the inner wall of tipping bucket rain sensor body is fixedly installed with support rod, support plate is welded on the support rod, the top of support plate is fixedly installed with electric telescopic rod, the output rod of electric telescopic rod is fixedly installed with box body;Filter screen for blocking blockage is fixedly installed on the box body, the filter screen is contacted with the inner wall of tipping bucket rain sensor body;Cleaning mechanism for cleaning blockage is assembled on the box body.The anti-blocking tipping bucket rain gauge provided in the scheme solves the problem that the impurities intercepted by the filter screen in the existing tipping bucket rain sensor need to be manually cleaned by staff, which causes time-consuming and laborious cleaning, and the problem of easy delay in cleaning.

The present application relates to the field of vehicle control, in particular to a control method of a vehicle automatic induction control system and a vehicle. When the vehicle is in a charging state, the function running state of the automatic induction control system is first detected, breaking through the limitation that the prior art cannot carry out targeted processing for the charging stationary scene. Based on the detected function running state, the corresponding energy consumption optimization strategy is obtained, which can realize differentiated energy saving management and control in the charging scene, and avoid the problem of unreasonable management and control caused by unified control. According to the matched energy consumption optimization strategy, the corresponding control action is executed, which can reduce unnecessary operation of the automatic induction control system under the charging stationary working condition, effectively reduce the power consumption. At the same time, it can slow down the wear and tear of the automatic induction control system and improve the problem of component life consumption. At the same time, reasonable control of the operation of the automatic induction control system can reduce the noise interference caused by the operation of the rain sensor, and improve the experience of the people waiting for charging in the vehicle.

This application provides a windshield wiper control method, a windshield wiper system, and a vehicle, relating to the field of electronic control technology. The method includes: acquiring data detected by a rain sensor and a perception sensor, the perception sensor including at least one of radar and a vision sensor; determining a target scene based on the data detected by the rain sensor and the perception sensor, the target scene being at least one of a heavy rain scene, a light rain scene, a foreign object attachment scene, and a no-rain scene; and issuing a control command to instruct the wiper blades to execute the wiping mode corresponding to the target scene. This application, by combining and processing the detection data from the rain sensor and the perception sensor, can improve detection accuracy, thereby solving the problems of difficult and false wiping, and improving the user experience.

Device (1) for cleaning at least one vehicle part (5), wherein at least one active aerodynamic element (3) is provided, and the active aerodynamic element (3) is designed to redirect the airflow such that the at least one vehicle part (5) can be cleaned, characterized in that a rain sensor is provided for controlling the aerodynamic element, by which rain can be detected, wherein the rainwater can be used for cleaning by being redirected by the active aerodynamic element (3), wherein it can be deduced from the vehicle speed whether cleaning is possible, and wherein it can be determined with the help of the sensors in the vehicle whether this rain was caused by spray and is therefore unsuitable for cleaning, or whether this rain was caused by natural rain and is therefore suitable for cleaning.

The invention relates to a motor vehicle comprising a windshield, at least one windshield wiper and a rain sensor, said windshield wiper being capable of presenting a sweeping frequency, said vehicle comprising a control for the driver to control the sweeping frequency of the windshield wiper, characterized in that said vehicle comprises an interior camera configured to determine a windshield obstruction rate, the vehicle comprising a guidance device configured to indicate to the driver that he must increase the sweeping frequency of the windshield wiper via the control when the obstruction rate is greater than a first predetermined threshold value or that he must decrease the sweeping frequency of the windshield wiper via the control when the obstruction rate is less than a second predetermined threshold value.The invention also relates to a real-time guidance method for regulating the wiper sweep frequency of a motor vehicle. Figure from the abstract: Fig. 1.

This invention discloses a comprehensive testing system and method for resisting lidar interference in vehicle-mounted rain sensors, relating to the field of automotive sensor testing technology. The system includes a control system, an electromagnetic compatibility anechoic chamber, a vehicle body glass angle simulation device, a wiper loading mechanism, a rain simulation system, a lidar interference simulation device, a multi-degree-of-freedom vibration table, an ambient light simulation device, a temperature and humidity control device, and a multi-channel data acquisition system. This invention can simultaneously replicate complex environments such as vehicle installation posture, wiper operation, continuous adjustable rainfall, multi-source lidar interference, road vibration, and light, temperature, and humidity within a highly shielded anechoic chamber. It completes dry-state benchmark, single / dual interference source dynamic and static, rain coupling, vibration coupling, and multi-factor orthogonal combination tests. Through high-precision synchronous acquisition and data processing, it generates calibration maps and outputs interference thresholds, safety boundaries, and environmental compensation parameters, achieving a comprehensive, accurate, and automated evaluation of the lidar interference resistance performance of rain sensors. This solves the problems of traditional tests being unable to reproduce complex vehicle operating conditions and lacking sufficient quantitative assessment.

The present invention provides a rear-view mirror capable of displaying an object in various environments and a control method thereof. The rear-view mirror and the control method thereof according to a preferred embodiment of the present invention may: when a vehicle is being driven and the rear-view mirror is in a display mode, assess a driving environment by using an illuminance sensor, a rain sensor, weather information, and the like; and when the driving environment is determined to be an environment such as night, heavy rain, heavy snow, or fog in which a user's field of view is obstructed and it is difficult for the user to identify an object via the rear-view mirror, synthesize a color image capturing the area behind the vehicle with at least one of an infrared image and a thermal image and display the synthesized image on a display of the rear-view mirror, thereby enabling the user to easily identify an object displayed on the rear-view mirror in various driving environments.

This invention discloses a method for controlling the backlight of an in-vehicle display, a vehicle, and a storage medium. By integrating a dual-sensor architecture combining sunlight and rain sensors with an in-vehicle light sensor, the actual vehicle scene is first determined based on external light data and the system's day / night mode. Then, a theoretical brightness value is calculated based on a scene-matched illumination reference curve combined with internal light data, which is then converted into a target hardware brightness value. The backlight is then controlled to gradually adjust from the current brightness to the target brightness in preset steps. This solution achieves scene-driven precise brightness decision-making and smooth output control, effectively solving the technical problems of scene misjudgment and sudden brightness changes in traditional solutions. It significantly improves the adaptive adjustment capability of screen brightness under different driving environments, balancing information readability and visual comfort.

The invention relates to a rain sensor for motor vehicles that precisely detects rain intensity and dirt accumulation on the windshield. The sensor uses modulated light beams emitted by LEDs or laser diodes and guided through the windshield. Changes caused by raindrops or dirt are detected by photodetectors and analyzed by a control unit consisting of a computer system with a CPU and memory. The control unit processes the signals and derives measured values ​​for the probability of rain and the windshield's attenuation. Additionally, the sensor supports encrypted communication, software updates, and integration into modern networked vehicle systems. Its modular design allows for adaptation to various vehicle models and environmental conditions.The rain sensor is future-proof and ready for integration into intelligent and autonomous vehicle systems, thus ensuring high precision and reliability under various weather conditions.

The utility model provides a garbage incineration plant initial rainwater collection system relates to rainwater processing's technical field, including rainwater well that rainwater pipe network intercommunication, rainwater well inside is provided with rainwater sensor, rainwater well is respectively connected with early stage rainwater collection pond and later stage rainwater collection pond, and rainwater well is provided with first electric valve on the pipeline that is connected with early stage rainwater collection pond, and rainwater well is provided with second electric valve on the pipeline that is connected with later stage rainwater collection pond, rainwater sensor is connected with time relay through signal, detects rainfall signal and transmission, time relay is respectively connected with first electric valve, second electric valve signal, according to preset time control valve action, first electric valve and second electric valve still have valve control box through signal connection, solved the technical problem that manual operation is not in time, and PLC needs additional pipeline, reached with existing rainwater pipe network, reduced manual operation, effectively collected and handled initial rainwater, reduced pollutant emission's technical effect.

This invention relates to the field of intelligent connected vehicle testing technology, and more particularly to a rain simulation control method and system for testing the expected functional safety of vehicles. The method includes the following steps: S1, setting the target rainfall intensity and system control cycle; S2, acquiring rainfall data using multiple rain sensors arranged along the test tunnel. k S2: Calculate multiple measured values ​​within a control cycle, and obtain real-time water pressure values ​​through a pressure sensor installed in the rainfall unit; S3: Determine the current average rainfall intensity based on the measured values ​​from multiple rain sensors; S4: Based on the difference between the target rainfall intensity and the current average rainfall intensity, and by integrating the real-time water pressure values, generate a drive control signal for the high-pressure water pump in the rainfall unit using a composite control strategy combining feedforward and feedback control; S5: Repeat steps S2 to S4 until the rain simulation task ends. This invention provides accurately quantifiable and stable environmental conditions for SOTIF testing.

The present application relates to the technical field of vehicle-mounted rainfall sensor, and particularly relates to a rainfall sensor automatic calibration control method and a computer readable storage medium, comprising the following steps: S1. Calibration triggering: when the vehicle is powered on or a dynamic update condition is detected, a main control unit automatically starts a calibration process; wherein the dynamic update condition comprises a hardware state change and a rainfall detection deviation exceeding a threshold value; S2. Calibration implementation: firstly, sampling saturation of an ADC sampling module is eliminated, then an ADC sampling value of the ADC sampling module is stabilized within a preset interval, and finally the main control unit calculates and solidifies final driving parameters, the driving parameters comprising driving current and gain parameters; S3. Data storage: after the calibration is completed, a storage module saves this time's calibration data in real time, the calibration data comprising the final driving parameters and validity identification. The present application can adapt to complex vehicle-mounted environments, realize power-on automatic calibration, avoid calibration abnormalities, and support fast reuse of historical calibration parameters after hibernation and wake-up.

This utility model discloses an intelligent lawnmower instrument, including a main control module, an ultrasonic sensor communication circuit, a rainwater collection module, an LCD screen module, a main power supply module, a power on / off detection module, a serial port receiving and transmitting module, a dual data storage module, a button backlight module, and a button module. This utility model can detect the position and distance of obstacles using an ultrasonic sensor and the amount of rainfall using a rainwater sensor, and intuitively display environmental information and operating status on the LCD screen. The circuit structure is compact and highly integrated, effectively improving the lawnmower's adaptability and safety in complex environments and rainy conditions.

A rain and sewage shunting device, comprising a valve assembly and a solar assembly; the valve assembly comprises a filter housing, an electric valve and a connecting flange; the electric valve is connected with the drainage pipeline of the rainwater well through the connecting flange; the filter housing is arranged on the outer periphery of the electric valve and the connecting flange, and the side wall of the filter housing is provided with filter mesh holes; the solar assembly comprises a control box, a solar panel, a water collecting tank and a rainwater sensor; the control box is suspendedly installed above the side of the rainwater well, and the control box is provided with a control panel and a charging battery; the solar panel is obliquely arranged on the front side of the control box, the water collecting tank is horizontally installed on the front side of the bottom edge of the solar panel, and the rainwater sensor is installed on the top surface of the water collecting tank; the control panel is used for receiving the signal of the rainwater sensor and controlling the opening and closing of the electric valve. Therefore, the existing rainwater well can be upgraded, and whether the rainwater well is connected with the drainage pipeline is automatically controlled according to whether it rains, so as to solve the existing public health safety hidden danger.

This invention provides a structure for a moisture-proof online partial discharge monitoring IED for transformers, belonging to the field of transformer partial discharge monitoring technology. It includes a monitor body and multiple rectangular openings on its end walls. Symmetrically distributed guide rods are provided at both ends of the monitor body's inner cavity. A sealing plate is slidably connected between two guide rods at the same end. Each sealing plate has multiple through openings, which are respectively configured to cooperate with adjacent rectangular openings on the same side. Several rain sensors are installed on the monitor body. The rectangular openings are all inclined downwards from the inside out. A driving component for raising and lowering the sealing plate is provided on the monitor body. A dehumidifying component is provided inside the monitor body for dehumidifying its interior. This invention ensures the sealing reliability of the equipment under extreme weather conditions through rapid physical sealing triggered by rain sensors. It also utilizes passive heat dissipation via heat exchange plates and cooling fins, allowing for heat dissipation even in a sealed state.

The application relates to the technical field of rain sensor metrological detection, and discloses a rain sensor simulation detection device and method and a preparation method of a composite light measuring film, wherein the optical rain sensor simulation detection device comprises an optical rain sensor, a composite light measuring film and a controller, the optical rain sensor comprises an outer cover and an infrared emitter and an infrared receiver arranged in the outer cover; the composite light measuring film is attached to the surface of the outer cover, the scattering coefficient of the composite light measuring film to infrared light is 0.5 cm ‑1 to 3.5 cm ‑1 ; the controller is electrically connected with the infrared receiver; infrared light is emitted through the infrared emitter, the infrared light is received by the infrared receiver after multiple reflections and scattering at the attached interface of the outer cover and the composite light measuring film, and the controller determines the rain amount according to the light energy intensity of the infrared light received by the infrared receiver. The application uses the composite light measuring film to replace the traditional rain showering or water spraying equipment, is flexible to use, simple to operate and significantly reduces the use cost.

The utility model discloses a rain sensor shield with heat dissipation dustproof structure relates to rain sensor shield technical field, the utility model discloses a sensor is provided with support rod on the surface fixed connection of sensor, the top of sensor is provided with adjustable assembly, adjustable assembly includes the rotation lever, and one end of rotation lever is through in the side of support rod, and the circumferential surface of rotation lever is fixedly connected with the protection cover, and one end of rotation lever is fixedly connected with the gear, the utility model discloses the mutual cooperation between the gear, electric telescopic link etc. Component between adjustable assembly inside has realized that the protection cover can be adjusted can according to actual needs cover or uncover sensor, reduces the time of sensor exposure outside to effectively prevent the damage of outside environment to sensor, not only has improved the protection performance of sensor, has prolonged the service life of sensor, can also guarantee its working stability and accuracy under various environmental conditions.

This application discloses a two-wheeled electric vehicle headlight color temperature adjustment system and a two-wheeled electric vehicle, relating to the field of electric vehicle headlights. The two-wheeled electric vehicle includes a rain sensor, a body controller, a microcontroller, a cold light driving circuit, a warm light driving circuit, and a headlight assembly. The terminal establishes a data communication connection with the first input terminal of the body controller via a wireless communication module. The second input terminal of the body controller is electrically connected to the output terminal of the rain sensor, and the output terminal of the body controller is electrically connected to the input terminal of the microcontroller. The first output terminal of the microcontroller is electrically connected to the input terminal of the warm light driving circuit, and the second output terminal of the microcontroller is electrically connected to the input terminal of the cold light driving circuit. The input terminal of the headlight assembly is electrically connected to the output terminals of the cold light driving circuit and the warm light driving circuit, respectively. This application achieves an organic unity of lighting performance and environmental adaptation through a dual-channel color temperature adjustment system.

This invention relates to the field of vehicle technology and discloses a windshield wiper control method, device, and vehicle. The windshield wiper control method includes: if any rain signal detected by any rain sensor unit meets a preset wiping threshold but does not meet the requirements for entering continuous wiping mode, then controlling the windshield wiper to perform a wiping action; determining a comprehensive rainfall value based on the rainfall signal collected by at least one rain sensor unit; and adjusting the intermittent wiping interval of the windshield wiper according to the comprehensive rainfall value. This invention can improve the timeliness of windshield wiper wiping, thereby ensuring the driver's driving safety.

This invention relates to the field of sponge city technology and discloses a sponge city rainwater diversion and discharge device, comprising: a diversion component capable of storing and discharging rainwater collected from outdoors; a switching mechanism capable of diverting the initial dirty rainwater and the later-stage clean rainwater collected into an external dirty water tank and a clean water tank, respectively; and a sealing component capable of opening and closing the pipe between the diversion component and the dirty water tank according to the amount of rainfall entering the diversion component and the duration of continuous water inflow. This sponge city rainwater diversion and discharge device, through the water flow impact triggering mechanism of the switching mechanism, can simultaneously adapt to different rainfall scenarios such as light rain, moderate rain, and heavy rain, without the need for additional rain sensors or electronic control detection equipment. Even under continuous light rain, it can accurately distinguish between initial dirty water and later-stage clean water, preventing clean rainwater from mixing into the sewage system and improving water resource recovery rate.

This utility model relates to a self-cleaning solar street light for construction sites, including a light pole, a light body, a photovoltaic panel, and a bracket; it also includes: a slider, slidably connected to the photovoltaic panel, with a brush at the bottom; an air duct, installed on the slider; a nozzle, with an air outlet on the air duct corresponding to the nozzle and connected to the air inlet of the nozzle; a slider drive mechanism; an air pump, installed on the light pole, with its air outlet connected to the air duct; and a control unit, including a controller and a rain sensor. The advantages are: by setting a rain sensor, rainwater is used to clean the photovoltaic panel on rainy days. Simultaneously, a nozzle and a push-pull battery iron are added. A strategy is input into the controller to periodically start the air pump and push-pull battery iron on non-rainy days. After the push-pull battery iron starts, the brush detaches from the photovoltaic panel, and the nozzle sprays air onto the surface of the photovoltaic panel. During the movement of the slider, the nozzle blows away dust particles adhering to the surface of the photovoltaic panel, achieving dry cleaning of the photovoltaic panel.

The utility model discloses a kind of killing mechanisms of pest trapping and killing device, including fixed bottom plate, further including rain cover, rain sensor is provided on the rain cover, waterproof cloth is fixedly connected with the rain cover bottom end, the waterproof cloth bottom end is fixedly connected with connecting ring, power supply is arranged in the rain cover, the rain cover bottom end is provided with synchronous drive motor, a kind of killing mechanisms of pest trapping and killing device, by rain cover, waterproof cloth, rain sensor, connecting ring, and threaded rod, to make automatic triggering waterproof cloth lower, completely cover power grid and light absorption lamp, avoid rainwater directly contact electrical components, prevent short circuit, leakage and other safety hazards, prolong the service life of equipment, when setting rainfall, first cut off power grid power supply, delay power supply after rain stops, avoid electrification when rainwater is not completely drained, further guarantee equipment safety.

The utility model discloses a rainwater detection circuit, rainwater sensor and self -moving device, rainwater detection circuit includes: first voltage divider branch, second voltage divider branch, switch module, first voltage divider branch's first end is connected second voltage divider branch, the second end of first voltage divider branch is connected through switch module is used for connecting power supply, rainwater detection probe is arranged in series in first voltage divider branch, and the first end of first voltage divider branch is used for output rainwater detection signal. The utility model has solved the problem that the existing self -moving device is easy to cause equipment damage in the rainwater weather and carries out the operation.

The application relates to the technical field of rain-sensing support rod production equipment, and discloses a rain-sensing support rod blanking die, which comprises a top plate and a mounting seat, the bottom surface of the top plate is fixedly connected with equidistantly arranged guide columns, and the upper surface of the top plate is fixedly connected with an extension rod. The rain-sensing support rod blanking die is provided with a pressing plate, a spring one, a positioning wheel and other components, material is placed on the lower die seat, the positioning wheel is used for positioning the two sides of the material, when the extension rod drives the upper die module and the upper die seat to descend, the pressing plate first contacts the surface of the material, the connecting rod and the sliding plate are lifted, the spring one is stretched at the moment, the device can position the side edges of the material through the positioning wheel, the material can be compacted through the pressing plate, displacement of the material caused by vibration or shearing force during the stamping process is prevented, the stability during material forming is improved, the generation of defective products is reduced, and the forming efficiency is improved.