8results about How to "Improve driving vision" patented technology

The invention discloses an intelligent automobile lamp assembly which is used in the technical field of automobile lamps and comprises a sensor module, an instrument prompting module, a processing module, an intelligent light control module and an executing mechanism. The sensor module is used for collecting key data of a vehicle state and an external environment; the instrument prompting module is used for displaying the state of the vehicle lamp system and information related to driving in real time; the processing module is used for analyzing the vehicle state and the key data of the external environment and generating a vehicle lamp adjusting strategy; the intelligent light control module is used for receiving the vehicle lamp adjusting strategy and converting the vehicle lamp adjusting strategy into a specific control instruction; and the execution mechanism is used for executing the control instruction and adjusting the brightness and direction of the vehicle lamp based on the control instruction. Based on the fuzzy logic reasoning method, complex and fuzzy data input can be processed, the vehicle lamp adjustment strategy is flexibly generated according to different driving conditions, and vehicle lamp adjustment has better scene adaptability.

The utility model provides a tricycle frame structure and a tricycle, belongs to the technical field of tricycles, and solves the technical problems that a front window frame of an existing tricycle shields the view field, driving safety is affected, and the service life of a ceiling is short. The tricycle frame structure comprises a base, a connecting frame is obliquely connected to the position, close to a tricycle head, of the base, a front seat frame and a rear seat frame are further connected to the base, the front seat frame is connected with a tricycle top frame through two first connecting rods, the tricycle top frame and the rear seat frame are connected through two second connecting rods, and a front tricycle window is jointly connected between the tricycle top frame and the connecting frame. A damping device is connected to the position, corresponding to the rear seat frame, of the bottom of the base and comprises a wheel frame, two connecting blocks are oppositely arranged on the wheel frame, the wheel frame is connected with the bottom of the base through a damping assembly, and the damping assembly comprises a spring and a damper. The tricycle comprises a tricycle frame structure, a roof rack is connected with a ceiling, and the two first connecting rods and the two second connecting rods are each provided with a soft protective curtain in a matched mode.

The invention discloses a ship provided with a distributed superstructure. A cab (1) and a crew living area (2) are arranged on the ship, the cab is arranged at the bow of the ship, and the crew living area is arranged at the stern of the ship. The cab is arranged on a mooring area at the stem; the cab is arranged in a stand column supporting mode, and the cab is connected with the ship body structure through welding. A driving console is arranged in the cab, and a host remote control system, a steering engine remote control system, an indication system, a communication system, a ventilation system and a fire extinguishing system are arranged; the crew living area is connected with the ship body structure through welding; and a sailor room, a sailor office, a kitchen restaurant, a washing room, a drying room and a recreation room are arranged in the sailor living area. According to the ship, the cab can have a good driving sight, crew can live in a relatively stable environment, and therefore daily work and rest of the crew are guaranteed.

This application relates to the field of vehicle windshield wiper technology, and more particularly to a vehicle windshield wiper structure and a vehicle. The vehicle windshield wiper structure includes a wiper body, an air jet mechanism, a swivel sensor, and an air compressor. The air jet mechanism includes a main air duct and multiple air jet ducts, the main air duct being connected to the multiple air jet ducts and the air compressor. The swivel sensor detects the rotation angle of the wiper body, and the air compressor provides compressed air to each air jet duct through the main air duct for cleaning a preset area. By incorporating an air jet mechanism and a swivel sensor on the wiper body, this application allows the air jet mechanism to eject compressed air when the rotation angle of the wiper body is greater than or equal to a preset rotation angle. This compressed air is then used to clean a preset area outside the actual wiping area of ​​the wiper body, thereby expanding the wiper's wiping range and improving its wiping efficiency, ultimately enhancing the driver's field of vision and improving driving safety.

The application discloses a rearview mirror lens position control method and related device, the method comprises the following steps: acquiring the current position of the rearview mirror lens in the X-axis direction and the Y-axis direction respectively, acquiring the working voltage of the driving motor in the X-axis direction and the Y-axis direction in the rearview mirror lens adjusting system, according to the current position and the target position of the rearview mirror lens in the X-axis direction and the Y-axis direction, the working voltage and the pre-marked inertia overshoot distance of the driving motor in the X-axis direction and the Y-axis direction under different working voltages, controlling the driving motor to drive the rearview mirror lens to move alternately in the X-axis direction and the Y-axis direction in sequence, realizing the voltage-related overshoot compensation, inhibiting the axis crosstalk error caused by the interference between the driving motors in the X-axis direction and the Y-axis direction, improving the two-axis consistency, reducing the error between the electric adjustment result and the target position of the rearview mirror lens position, further improving the rearview mirror lens position adjustment precision, and thus improving the driving field of view and comfort.

The invention discloses a magnetic suspension driving panoramic view angle automobile, and relates to the technical field of automobiles, the magnetic suspension driving panoramic view angle automobile comprises an automobile body, a roof of the automobile body is made of hemispherical panoramic tempered glass, and an anti-rolling frame connected with the automobile body is arranged on the inner side of the hemispherical panoramic tempered glass; flying wing doors hinged to the hemispherical panoramic tempered glass are arranged at the tops of the two sides of the hemispherical panoramic tempered glass, sliding grooves are formed in the two sides of the hemispherical panoramic tempered glass, telescopic sunshade gauze is arranged outside the hemispherical panoramic tempered glass, and the bottom of the telescopic sunshade gauze is in sliding connection with the sliding grooves. According to the rear-drive type magnetic suspension driving panoramic view angle automobile, through the panoramic tempered glass design, the driving view field is greatly expanded, and the driving pleasure is improved. The combination of the magnetic suspension tires and the rubber track not only improves the driving stability, but also enhances the off-road performance. The innovative repulsive force design of the driving tires and the magnets effectively reduces friction, and the running speed is increased.

This application discloses a method, system, and vehicle for adjusting the driving posture of a vehicle. The method includes: a control processing module acquiring the driver's body characteristic information and comparing the body characteristic information with adjustment sample parameters in a storage module to obtain recommended data; the control processing module sending the recommended data to a rearview mirror adjustment drive module, a seat adjustment drive module, and a steering wheel adjustment drive module, respectively, and adjusting the rearview mirror, seat, and steering wheel according to the recommended data; after the adjustment is completed, a display module and a voice module respectively remind the driver to check key points of the vehicle; the control processing module receives the target verification result of the driver's check of key points of the vehicle according to the verification reminder, and obtains the target driving posture. This application makes precise adjustments to the vehicle based on the driver's information, so that the driver is in the optimal driving posture, which is more conducive to enhancing driving confidence and safety.

The electronic rearview mirror comprises a rearview mirror shell sleeve, an upper shell, a lower shell, a base, a first lens assembly and a second lens assembly, the rearview mirror shell sleeve is provided with a first viewport and a second viewport, the upper shell and the lower shell are installed in the rearview mirror shell sleeve, the base is connected to the side face of the shell, and a connecting support is arranged in the base to fix the rearview mirror to a vehicle body. The first lens assembly can rotate vertically and is driven by a first motor. The second lens assembly can rotate horizontally and is driven by a second motor through a gear, and a wiring groove is designed to facilitate the laying of wires to the lens assembly without affecting the rotation of the lens. According to the electronic rearview mirror, by means of the unique double-rotating-lens design, flexible adjustability, convenient installation and maintenance, optimized user experience and enhanced sealing performance and durability, a new benchmark is established for the automobile industry, and safer, more comfortable and more efficient driving experience is provided for a driver.