10results about How to "Realize intelligent interaction" patented technology

The invention discloses a vehicle headlight control method and device, a vehicle and a storage medium, and the method comprises the steps: judging whether a driver has a fatigue driving condition or not, taking the judgment condition as a judgment condition for controlling a vehicle headlight, and if it is determined that the driver has the fatigue driving condition, controlling the vehicle headlight; if not, namely, the judgment condition for controlling the vehicle headlight is met, it is judged that the state of the driver meets the requirement for controlling the vehicle headlight, and the projection module is controlled to project a preset projection image in front of the running vehicle so as to warn the driver; a driver or a passenger can conveniently, timely and clearly check the fatigue driving condition of the driver, so that the driver can timely recover attention to driving or timely stop for rest; therefore, by means of the control method for the vehicle headlight, the safety of vehicle driving can be improved, the display form of the vehicle headlight can be enriched, intelligent interaction can be achieved, and the overall science and technology feeling and the intelligent feeling of the vehicle can be improved.

This invention discloses a multi-functional induction cooker human-computer interaction system and method based on multi-module collaboration, relating to the field of induction cooker temperature control interaction technology. The system includes analyzing the cooking effects of different cooking modes on ingredients under cooking curve data; determining the target cooking mode of the induction cooker; analyzing the deviation between the temperature collected by the induction cooker and the temperature of the ingredients under the target cooking mode; analyzing the cooking status of the ingredients under different temperature curves of the target cooking mode; correcting and optimizing the temperature curve of the target cooking mode in the cooking curve data to obtain the target cooking curve data; controlling the cooking temperature in the induction cooker; and using the induction cooker to interact with the user. This not only reduces the probability of cooking failure by the induction cooker but also effectively ensures the quality of the ingredients after cooking, enhancing the interactivity between the induction cooker and the user, making the cooking of the multi-functional induction cooker more in line with the user's actual needs.

The invention discloses a vehicle headlamp control method and device, a vehicle and a storage medium, a vehicle headlamp comprises an illumination module used for illumination and a projection module used for projection, and the vehicle headlamp control method comprises the steps that whether the vehicle is in a target driving scene or not is judged; if yes, the projection module is controlled to project a width line used for representing the width of the vehicle body in front of the running vehicle. According to the invention, after the vehicle is determined to be in the target driving scene, the projection module is controlled to project the width line used for representing the width of the vehicle body in front of the driving of the vehicle, so that a visual safety area is delimited in front of the vehicle, a driver and pedestrians are helped to visually know the current driving road section, vehicle road safety guidance is provided for the pedestrians, and the driving safety is improved. According to the vehicle headlamp display method, the vehicle headlamp display mode is enriched, meanwhile, the driving safety is improved, intelligent interaction is achieved, and then the overall science and technology feeling and the intelligent feeling of the vehicle are improved.

The invention discloses a vehicle headlight control method and device, a vehicle and a storage medium, and the method comprises the steps: receiving path navigation information planned by a user, taking the path navigation information as a projection basis for a vehicle headlight, and carrying out the projection of the vehicle headlight according to the received path navigation information planned by the user. The control module is used for controlling the projection module to project path navigation information in front of the running vehicle, so that a driver can conveniently, timely and intuitively check the path navigation information, determine a driving path and adjust a driving mode according to the path navigation information, and avoid congestion, obstacle, maintenance or accident road sections; therefore, by means of the control method for the vehicle headlight, the smoothness and safety of vehicle driving can be improved, the display form of the vehicle headlight can be enriched, intelligent interaction can be achieved, and the overall science and technology feeling and the intelligent feeling of the vehicle can be improved.

The invention discloses an immersive active interaction system and method for an intelligent cabin. The system comprises a multi-mode synchronous sensing array, a scene-emotion joint large model and an immersive active execution engine. Wherein the multi-modal synchronous sensing array is used for collecting multi-modal cabin adjustment related data, and the output end of the multi-modal synchronous sensing array is connected to the scene-emotion joint large model; the scene-emotion joint large model is used for generating an interaction strategy according to data sensed by the multi-mode synchronous sensing array, the output end of the scene-emotion joint large model is connected to the immersive active execution engine, and the immersive active execution engine is used for executing the interaction strategy. The method has the advantages that by fusing multi-mode sensing, deep learning and synchronous control, the intelligent cockpit can be matched with the current driving state and automatically control the cockpit, and interactive control of the intelligent cockpit and the driving state is achieved.

The invention discloses a vehicle headlight control method and device and a vehicle, the vehicle headlight comprises an illumination module used for illumination and a projection module used for projection, and the vehicle headlight control method comprises the steps that when it is recognized that there is a pedestrian on a vehicle driving route and the distance between the pedestrian and the vehicle is within a set range, the projection module is used for projection; detecting whether a marking image used for indicating pedestrians to pass exists on the front road or not; if not, the projection module is controlled to project a projection image used for assisting the pedestrians in crossing the road in front of the vehicle. According to the invention, the projection image used for assisting the pedestrian to cross the road can be projected in front of the vehicle to serve as the guidance for the pedestrian to cross the road, so that the pedestrian can safely and quickly cross the road when the vehicle gives way, and the safety and convenience of the pedestrian to cross the road are improved; the display form of the vehicle headlight is enriched, intelligent interaction of the vehicle is achieved, and the overall science and technology feeling and the intelligent feeling of the vehicle can be improved.

The invention relates to the technical field of hydrogen storage, in particular to a multistage solid hydrogen storage system and method based on photo-thermal regulation and control and temperature difference utilization, and the system comprises a photo-thermal conversion cavity, at least one part of the photo-thermal conversion cavity is a light-transmitting window, the inner surface of the photo-thermal conversion cavity is provided with a solar energy absorption coating, and the solar energy absorption coating is used for receiving and converting solar radiation energy into heat energy; and the first-stage hydrogen storage container is arranged in the photo-thermal conversion cavity so as to directly or indirectly receive heat. According to the system, free solar energy is directly used as a primary heat source in the hydrogen desorption process, and the night low-temperature environment is used as a natural cold source in the hydrogen absorption process, so that the traditional electric heating and mechanical refrigeration modes are fundamentally abandoned, the operation energy consumption is greatly reduced and even eliminated, and the energy consumption is reduced. Meanwhile, the hydrogen desorption and heat absorption process of the system is coupled with solar heating in the daytime, the hydrogen absorption and heat release process is coupled with environment cooling at night, and intelligent switching between natural heating and natural cooling is achieved.

The utility model discloses a kind of automobile interactive atmosphere lamp, including circuit board, lamp body component, control module, sensor group and interactive interface unit, the lamp body component is used to provide light source and realizes light effect output, the control module is connected with lamp body component, and light mode is handled and executed, the sensor group is connected with control module, for collecting in-car environmental parameter and user behavior information, the interactive interface unit is connected with control module, for expanding the functional range of light system.The utility model's automobile interactive atmosphere lamp is integrated by multiple sensors and interactive module, realizes intelligent interaction with in-car environment and user behavior, can automatically adjust light effect according to environmental parameter and user demand.Meanwhile, high-brightness LED chip and optimized optical design are adopted, and the brightness and uniformity of light are improved.

The present application relates to the technical fields, especially to a multi-modal intelligent wearable device, which comprises a main body, the main body is provided with a wearing space and a sound outlet, wherein the multi-modal intelligent wearable device is configured to be capable of switching between a first size state and a second size state or being used respectively; in the first size state, a user's arm or finger can be accommodated in the wearing space to realize wearing fixation of the main body relative to the user's limb; in the second size state, at least part of the structure of the main body can be placed in the user's concha cavity, and the sound outlet is arranged towards the user's external auditory canal to output sound to the user. The device adopts a highly integrated monomer structure design, can switch between the first size state and the second size state or be used independently according to the user's demand, so as to realize seamless fusion of the motion health monitoring and audio interaction functions.

The utility model provides a dual-mode Bluetooth electric mower instrument, which comprises a shell, a liquid crystal screen and an internal circuit module, and realizes intelligent interaction and high-efficiency management by integrating an MCU (Microprogrammed Control Unit) control chip, a dual-mode Bluetooth module, CAN (Controller Area Network) bus communication, a quiescent current control circuit and a data storage circuit. The instrument displays the operation state in real time through a liquid crystal screen, supports Bluetooth connection with mobile equipment for remote control, and cooperates with other ECUs of the electric mower through a CAN bus. The quiescent current control circuit reduces the standby power consumption to a microampere level, and the EEPROM stores key data to ensure that the key data are not lost in power failure. The instrument solves the problems that traditional equipment is poor in interactivity and high in power consumption, and is suitable for household and commercial electric mowers.