50results about How to "Improve driving vision" patented technology

The invention relates to a control method and system for an electrically adjustable vehicle-mounted device and a vehicle. The method includes the steps that images of the sitting position of a drivershot by a camera are obtained; the position of a seat of the driver is adjusted according to the images of the sitting position, and thus the adjusted position of the seat of the driver is matched with the physique of the driver; and the position of a rearview mirror and / or the position of a steering wheel are / is adjusted according to the adjusted position of the seat of the driver. According to the embodiments, the seat, the rearview mirror and the steering wheel can be automatically adjusted to the position most suitable for the driver, and the required steps when the driver adjusts can further be simplified.

The invention relates to a vehicle side rear view mirror intelligent regulation control system and a vehicle side rear view mirror intelligent regulation control method. The vehicle side rear view mirror intelligent regulation control system comprises a central processing unit as well as an in-vehicle camera, a vehicle weighing sensor, a steering wheel corner sensor, a reverse gear sensor and a first driving circuit and a second driving circuit, which are connected with the central processing unit; the first driving circuit is connected with an upper motor and a lower motor of the vehicle side rear view mirror; the second driving circuit is connected with a left motor and a right motor of the vehicle side rear view mirror; and the in-vehicle camera is mounted in front of a driver's seat or mounted obliquely in front of the driver's seat. The control method is as follows: the angle of the vehicle side rear view mirror is timely regulated according to the space position change of the driver and the change of vehicle traveling state, as a result, the vehicle side rear view mirror is regulated to the optimal angle, blind zones and dead angles are eliminated, the driver always keeps the optimal driving view, and comfort and safety of the vehicle driving are improved.

The invention discloses a 20000-container-class environment-friendly container ship and an intelligent management method thereof. The ship uses a wide-shallow design, uses a double-island layout structure in which a cabin and a living area are separated, uses cargo holds having large openings, is equipped with a binding system with an external binding function, and is equipped with an energy-efficient power system. In addition, the ship uses an intelligent one-person forebridge and intelligent navigation system, and uses a series of environmental protection measures. The ship is novel in structural design, can greatly increase the container load to a great extent, can hold containers of various specifications, has a high environment-friendly level and high intellectualized degree, can realize remote real-time monitoring and management, and is a large-scale environment-friendly container ship using intelligent management.

The invention relates to a vehicle lamp follow-up control method based on the steering wheel angle and the vehicle roll angle. A vehicle lamp follow-up control device is provided. The vehicle lamp follow-up control device comprises an ECU control unit, a steering wheel angle sensor, a vehicle roll angle sensor, an AD conversion circuit, a steering gear and a headlamp execution mechanism. The ECU control unit controls the steering gear to rotate according to acquired steering wheel angle information and vehicle roll angle information. The steering gear is connected with the headlamp execution mechanism. The headlamp execution mechanism is connected with headlamps. The vehicle lamp follow-up control device controls the light irradiation direction of the headlamps through rotation of the steering gear. Vision blind zones of drivers during running along curves are eliminated. The driving vision field of the drivers is expanded. The traffic safety is remarkably improved. The probability of accident occurrence is reduced.

The present application relates to the technical field of safe vehicle driving in rainy and snowy days, and more particularly to an automotive door window glass heater, an automotive door window glassautomatic heating device and an automotive door window glass automatic heating method. The automotive door window glass heater includes two electrodes, two conductive elastic members, and a pluralityof heating mechanisms. The two electrodes have opposite polarities and are disposed on the door windows of the automobile. The two conductive elastic members correspond to the two electrodes respectively. Each conductive elastic member has an elastic free end. A certain gap is arranged between the elastic free end of each conductive elastic member and the corresponding electrode. The heating mechanisms are mounted on the door window glass of the automobile and are configured to heat the door and window glass. When the door window glass of the automobile are closed, the door window glass drives the positive and negative poles of the heating mechanisms to electrically touch the two conductive elastic members respectively, and force the elastic free ends of the two conductive elastic membersto be abutted against the two corresponding electrodes respectively. The automotive door window glass heater can eliminate the water and snow on the door window glass, improves the view of a road during changing a lane or turning in the rainy and snowy days, and improves the safety of the driving.

The invention relates to a navigation display system, which comprises a navigation device, a projection module and a remote control module. The navigation device is provided with a screen and is positioned in a front area of a driver seat. The projection module is pivoted to the navigation device, and thus the projection module can rotate relative to the navigation device so as to project an imagedisplayed by the screen to a projection screen. The remote control module is arranged on a direction control unit so as to drive and control the navigation device.

The invention discloses a wiper motor gear assembly which comprises a turbine (1) rotated through a motor, a return piece (2) fixed on one end surface of the turbine (1) and a wafer (3) in sliding contact with the return piece (2) when the return piece (2) rotates. The wafer (3) comprises multiple conducting plates. When the return piece (2) rotates to any of an original startup position, an initial operating stroke position and an operating stroke destination position, the conducting plates in the wafer (2) are in electrical contact or electrical isolation with the return piece (2), so that corresponding signals of the return piece (2) at a position where the return piece (2) is positioned can be formed. In addition, the invention further discloses a wiper and a vehicle containing the wiper motor gear assembly. After the wiper motor gear assembly is mounted on the vehicle, secondary reset of the wiper can be realized, good driving vision of a driver can be accordingly guaranteed, and security of vehicle driving can be improved.

The invention discloses an automobile data recorder capable of broadening the visual field of drivers. The automobile data recorder is composed of a pedestal, a support bar, a camera module, a display module, a data communication module, and a sensor; the camera module can be disassembled and installed quickly, and is arranged on the top of an automobile via the pedestal and the support bar; the display module is capable of sending sound and storing video, and is fixedly arranged on a front part in the automobile; the data communication module is connected with the camera module and the display module, and is provided with electricity via an USB interface or a cigar lighter interface in the automobile; and the sensor is arranged on the automobile door of the driver's side, or under the seat cushion of the driver. The automobile data recorder is simple and convenient for using; advantages of automobile data recorders, interior mirrors, and driving periscope systems are combined in relatively low cost, and disadvantage are avoided; and driving safety is improved in an active manner and a passive manner.

The invention discloses a single spiral arch and a suspension cable combined bridge structure system, comprising a bridge deck system, a spiral arch, a sling and a suspension cable; the single spiralarch and the suspension cable combined bridge structure system comprises a bridge deck system, a spiral arch, a sling and a suspension cable. A single spiral arch is longitudinally wound around the bridge deck system, and the bottom of the spiral arch is supported on the pile caps under the bridge deck system. A support is arranged at the bottom of the lateral surface of the bridge deck system, and the support is supported on the support located on the inner side of the spiral arch. The upper end of the sling is fixedly connected with the spiral arch dome above the bridge deck system, and thelower end is fixedly connected with the longitudinal central axis of the bridge deck system. The suspension cables arranged on both sides of the bridge deck system are anchored on the spiral arch andthe ends of the bridge deck system correspondingly. The utility model has the advantages of beautiful shape, good driving field of vision, convenient construction, and safe and stable overall structure.

The invention discloses a vehicle driving environment adjusting method, system and equipment and a medium. The method comprises the following steps: receiving an opening signal of a driver side vehicle door; collecting a first image of a user through a first image sensor; identifying and obtaining identity information of the user according to the first face image; extracting driving environment configuration data associated with the user from a storage unit according to the identity information of the user; sending a control signal to a controller of each component so as to configure the corresponding component according to initial state data. By using the method, the image sensor is arranged on the B column of the vehicle to obtain the face image of the user, and the driving environment configuration data corresponding to the user are configured according to face recognition so as to set all the components of the vehicle; after the user enters the vehicle, an observation position of an inside rear-view mirror is adjusted through the image sensor arranged on the inside rear-view mirror, so that a good driving sight of the user is improved.

The invention discloses a forklift device with a high degree of freedom. The forklift device with the high degree of freedom comprises a car body and a lifting mechanism for up-and-down loading and unloading cargoes, wherein a steering mechanism for supporting, moving and steering the car body is arranged on the lower part of the car body; a rotation frame mechanism is connected between the car body and the lifting mechanism and is fixedly connected with the lifting mechanism; the rotating frame mechanism is rotatably connected with the car body; the lifting mechanism rotates around the car body through the rotating frame mechanism; a groove matched with the car body is formed in the rotation frame mechanism; at least one roller is arranged on each of two opposite side surfaces of the groove; annular rail grooves are formed in the opposite upper and lower surfaces of the car body; the rollers can be rotatably arranged in the annular rail grooves; and the rotation frame mechanism rotates relative to the annular rail grooves through the rollers. Through the cooperation of the lifting mechanism, the steering mechanism and the rotation frame mechanism, the adjustment of a forklift in multiple degrees of freedom is realized, and the forklift is good in flexibility, high in obstacle avoidance capacity, and capable of meeting the requirement of a complicated carrying environment for modern logistics storage.

The invention discloses a rear view mirror bracket for a mining dump vehicle, belonging to the technical field of mining machinery. The rear view mirror bracket comprises a main frame, a support frame, a vertical plate and an adjusting device, wherein the bottom end of the main frame is fixedly connected with a deck of a dump vehicle, and two connecting plates are sequentially arranged at the upper end of the main frame along the main frame; the support frame is U-shaped, and two opened ends of the support frame are movably assembled to the connecting plates through mounting plates in a manner of rotating around the main frame in a horizontal plane; and the upper and lower ends of the vertical plate are connected with a rear view mirror assembly through a bending component, the vertical plate is movably connected with the adjusting device in a manner of moving in the vertical direction, and the adjusting device is movably assembled to an upper arm of the support frame in manners of rotating around the upper arm of the support frame and horizontally moving. According to the rear view mirror bracket, the multi-angle adjustment of a rear view mirror can be conveniently realized, and the optimal driving visual field is provided for a driver of the mining dump vehicle.

The invention discloses a passenger car illumination curve supplementary lighting control system. The system has two supplementary lighting modes, namely, a first mode that a corner lamp luminescent source is combined and mounted with a fog lamp is suitable for low-velocity driving city roads, and a second mode that a dipped headlight is used for supplementary lighting is suitable for high-velocity curve driving roads. The system monitors the switching on / off information of a steering lamp and the corner sensor information of a steering wheel in real time to judge whether a vehicle is in curve driving; if a steering lamp at one side is switched on, and / or the corner of the steering wheel is greater than a set value, a supplementary lighting lamp is automatically lightened on and a corresponding supplementary lighting mode is started; when the speed is smaller than or equal to 40 KM / H, the system adopts the city supplementary lighting mode, and the corner lamp luminescent source is adopted for supplementary lighting; when the velocity is greater than 40 KM / H, the high-velocity supplementary lighting mode is adopted, and the dipped headlight at one side of the curve is adopted for supplementary lighting, the view of driving at night is increased, and the driving safety is improved.

An ocean reef automatic mine laying launching vehicle special for a teenager defense-related science and technology study comprises a base, an atoll circular rail, rail wheel systems, a communication system, a hydraulic transmission system, a driving cab, an artillery automatic ammunition filling device, a radar driving system, an accumulator set, a power transmission device, a machine gun, an artillery, a projection-type underwater sonar detecting device, a fire-control radar, a command room, a mine launching distance controller, a mine laying system launching unit, a mine storage device, an electric generator, a tail cover protective plate and an artillery launching controlling system. The ocean reef automatic mine laying launching vehicle serves as a new-type mine laying means for arranging a mine obstacle in a modern war, blockade mine laying can be conducted on the periphery of an important military target of a troop stationed on reefs, the mine laying speed is high and mine laying is uniform. In addition, as a model special for the teenager defense-related science and technology study, the ocean reef automatic mine laying launching vehicle has realistic and profound strategic significance for improving defense-related accomplishment knowledge of teenagers and guiding the teenagers to bravely take part in the defense-related science and technology study career in China.

The invention provides an intelligent control vehicle lamp system and a control method thereof. The system comprises a plurality of sensing modules used for sensing the driving state or the driving environment of a vehicle, a decision module used for generating corresponding control instructions according to data analysis of the sensing modules, and a high-beam and low-beam integrated optical matrix which is used for responding to a control instruction of the decision-making module to carry out light conversion. The control method comprises the following steps: acquiring data of a vehicle driving state or a driving environment in real time, and analyzing the data according to a preset rule to generate a corresponding control instruction; and driving the high-beam and low-beam integrated optical matrix to perform light conversion. Decision rules are designed according to the view and lighting requirements in the driving process, on-off, high-beam and low-beam switching, brightness adjustment, color temperature adjustment and the like of the vehicle lamp are automatically achieved according to different driving scenes, the good driving view is guaranteed, and meanwhile hidden dangers caused by vehicle meeting and improper lamplight operation in rainy and foggy weather are avoided; and the driving experience is well improved.

The invention discloses a rear view mirror bracket for a mining dump vehicle. The rear view mirror bracket comprises a main frame, a support frame and an adjusting device, wherein the bottom end of the main frame is fixedly connected with a deck of a dump vehicle, an upright pillar extending towards the side surface is arranged at the upper end of the main frame, and two connecting plates are sequentially arranged at the upper and lower parts of the vertical part of the upright pillar; and the support frame comprises a transverse rod and a vertical rod vertically connected with the transverse rod, two ends of the vertical rod are movably assembled to the connecting plates through two mounting plates in a manner of rotating around the axis of the upright pillar in a horizontal plane, and a rear view mirror assembly is movably assembled to the support frame through the adjusting device in a manner of rotating around the axis of the transverse rod in a vertical plane. According to the rear view mirror bracket, the multi-angle adjustment of a rear view mirror can be conveniently realized, and the optimal driving visual field is provided for a driver of the mining dump vehicle.

The invention relates to an automobile steering auxiliary lighting system and a lighting method. The auxiliary lighting system comprises a time sequence control device, a headlamp switch, headlamps, asteering lamp switch, steering lamps and front fog lamps. The time sequence control device is used for receiving a headlamp turning-on control signal and a steering lamp turning-on control signal, sending the headlamp turning-on control signal and the steering lamp turning-on control signal to the headlamps and the steering lamps correspondingly to lighten the headlamps and the steering lamps andmemorizing the light emitting state of the headlamps and the light emitting state of the steering lamps, and sending a front fog lamp turning-on control signal to the front fog lamps to lighten the front fog lamps when receiving the headlamp turning-on control signal and then receiving the steering lamp turning-on control signal; the headlamp switch is used for sending the headlamp turning-on control signal to a control module; the headlamps are used for receiving the headlamp turning-on control signal and emitting light; the steering lamp switch is used for sending the steering lamp turning-on control signal to the control module; the steering lamps are used for receiving the steering lamp turning-on control signal and emitting light; and the front fog lamps are used for receiving the front fog lamp turning-on control signal and emitting light.

The invention provides a forward fork lift with a wide field of view. The forward fork lift comprises a door frame and a frame which are connected, wherein an electrical system is arranged at the bottom of the frame, a seat device is arranged on the frame, all operating button switches are integrated on a right handle of a frame seat, transparent tempered glass is arranged at the top of the frame,and a power battery at the bottom of the frame adopts a lithium battery; and the door frame adopts a wide-field-of-view door frame with a biased middle cylinder. The forward fork lift has the advantages as follows: the structural design is reasonable, the operating field of view is wide, and the operation is safe and convenient.

The invention provides a three-way stacking forklift with a portal capable of moving laterally and moving along with rotation. The forklift comprises a pallet fork, a pallet fork frame, a portal framesystem, a bridge frame assembly, a lateral moving sliding frame, a forklift body system and a rotating shaft, the pallet fork frame is movably installed on the portal frame system, the lateral movingsliding frame is fixedly installed at the front end of the forklift body system, the bridge frame assembly is movably installed on the lateral moving sliding frame, and the portal frame system is rotationally installed on the bridge frame assembly. The bridge frame assembly is not lifted along with the pallet fork by laterally moving the sliding frame, therefore, the actual lifting weight of thethree-way stacking forklift with the same lifting tonnage is reduced by nearly more than half compared with that of the traditional manual descending three-way stacking forklift, so the loss of the energy consumption of the assembly can be effectively reduced; the gantry system is fixed on the forklift body system and can rotate and laterally move along with the fork instead of being fixed on theforklift body system, so that the gantry system rarely shields the sight of a driver in the process of forking and stacking cargoes, and the forklift is excellent in driving view and high in safety.

The invention discloses a bridge structure system combined with a single spiral arch and suspension cables, which includes a bridge deck system, a spiral arch, suspension cables and suspension cables; The bottom of the spiral arch below is supported on the pile cap; there is a support at the bottom of the side of the bridge deck system, and the support is supported on the support on the inner side of the spiral arch; the upper end of the sling is fixed on the The top of the spiral arch above the system, and the lower end is fixed at the longitudinal axis of the bridge deck system; the suspension cables arranged on both sides of the bridge system are correspondingly anchored on the spiral arch and the end of the bridge system. The invention has beautiful appearance, good driving vision, convenient construction and safe and stable overall structure.

The present application relates to the technical field of vehicle safety driving in rainy and snowy days, in particular to a heater for door and window glass of an automobile, an automatic heating device and an automatic heating method thereof. The automobile door and window glass heater includes two electrodes, two conductive elastic parts and several heating mechanisms. The polarities of the two electrodes are opposite and are arranged on the door and window of the car, and the two conductive elastic parts correspond to the two electrodes respectively. The conductive elastic parts have elastic free ends, and there is a certain gap between the elastic free ends of each conductive elastic part and the corresponding electrodes. The heating mechanism is installed on the door and window glass of the car and is used to heat the door and window glass. When the door and window glass closes the car door and window, the positive and negative poles of the heating mechanism driven by the door and window glass respectively electrically touch the two conductive elastic parts, and press the elastic free ends of the two conductive elastic parts to respectively bear against the corresponding two electrodes. The application can eliminate water stains and snow accumulation on door and window glass, improve driving vision when merging and turning in rainy and snowy days, and improve driving safety.

The invention relates to an intersection-passing driver operation prompting device oriented to petrol saving. A power supply module is connected with a power supply end of a controller through a power supply harness; the video output end of a camera is connected with the signal input end of the controller through a data harness; the signal output end of the controller is connected with the signal input end of a display device through a data harness; the signal output end of a GPS (Global Positioning System) antenna is connected with the signal input end of the controller through a data harness. The intersection-passing driver operation prompting device oriented to petrol saving is simple in structure, and is convenient to mount; the display time of a signal lamp can be well displayed through the display device to remind a driver of the deadline of the signal lamp; moreover, an intersection-passing most-petrol-saving running speed can be displayed, so that the driver can conveniently take a measure of passing through an intersection in an accelerating way or braking.

The invention relates to a vehicle side rear view mirror intelligent regulation control system and a vehicle side rear view mirror intelligent regulation control method. The vehicle side rear view mirror intelligent regulation control system comprises a central processing unit as well as an in-vehicle camera, a vehicle weighing sensor, a steering wheel corner sensor, a reverse gear sensor and a first driving circuit and a second driving circuit, which are connected with the central processing unit; the first driving circuit is connected with an upper motor and a lower motor of the vehicle side rear view mirror; the second driving circuit is connected with a left motor and a right motor of the vehicle side rear view mirror; and the in-vehicle camera is mounted in front of a driver's seat or mounted obliquely in front of the driver's seat. The control method is as follows: the angle of the vehicle side rear view mirror is timely regulated according to the space position change of the driver and the change of vehicle traveling state, as a result, the vehicle side rear view mirror is regulated to the optimal angle, blind zones and dead angles are eliminated, the driver always keeps the optimal driving view, and comfort and safety of the vehicle driving are improved.

The invention provides an adjustment method, device and automobile of an exterior rearview mirror. The method for adjusting the exterior rearview mirror includes: obtaining a preset inclination angle of the vehicle exterior rearview mirror when the pre-stored preset vehicle weight is obtained; obtaining the current vehicle weight; judging the total vehicle weight after comparing the current vehicle weight with the preset vehicle weight. Whether the change in vehicle weight exceeds a set threshold, if the change in vehicle weight exceeds the set threshold, adjust the inclination angle of the exterior rearview mirror in the vertical direction on the basis of the preset inclination angle according to the change in vehicle weight . The adjustment method of the exterior rearview mirror of the present invention greatly reduces the tediousness for the driver to adjust the exterior rearview mirror, can perform position compensation adjustment according to the change of the weight of the whole vehicle, and eliminates the blind spot and the visual field of the exterior rearview mirror caused by the change of the weight of the whole vehicle. dead end. When the weight of the vehicle changes, the driver can maintain the best driving vision of the exterior rear-view mirror without repeating the operation, which improves the driving comfort, safety and intelligence.

The invention provides a vehicle, a rear-view display device thereof and a control method of the rear-view display device. The rear-view display device comprises a camera module, a transmission module, an image processor, and a display module; the camera module at least comprises a first camera, a second camera, a third camera and a fourth camera, the first camera collects images of the left side of the vehicle to obtain a first image, the second camera performs image acquisition on the right side of the vehicle to obtain a second image, the third camera performs image acquisition on the rear side of the vehicle to obtain a third image, and the fourth camera performs image acquisition on the front side of the vehicle to obtain a fourth image; the image processor performs splicing processing on the first to fourth images according to the parameters and the installation positions of the first to fourth cameras to remove image overlapping so as to obtain a panoramic image; and the display module is used for displaying the panoramic image. Therefore, the functions of the automobile data recorder and the rearview mirror can be realized at the same time, so that a driver can better and more comprehensively master the conditions around the automobile.

The invention discloses an inflatable raincoat, which comprises a raincoat body, a rain cap and a water shield; the rain cap is connected to the raincoat body; The female surface of the Velcro is bonded on the top; the water shield and the rain cap are bonded by the male surface of the Velcro and the female surface of the Velcro. In addition, the advantage of using Velcro for the water shield (cap brim) is that it can be dismantled and installed at will, and pasted for use. It is convenient for storage and is not easy to be folded, so that the driver can provide a better driving vision. Better ensure the safety of drivers. Thereby, the cost expenditure is reduced to a certain extent; the overall design structure is simple and novel, has strong practicability, and is easy to popularize and use.

The invention provides a windscreen wiper based on sensing to solve the problems of aging and blocking of an existing windscreen wiper water sprayer. The windscreen wiper based on sensing comprises a windscreen and a windscreen wiper assembly, wherein a cleaning part is formed on the contact face of the windscreen wiper assembly and the windscreen. A liquid supply pipe is arranged on the windscreen wiper, the liquid inlet end of the liquid supply pipe is communicated with a first liquid pumping device, and the liquid outlet end of the liquid supply pipe is communicated with the cleaning part. The input end of the first liquid pumping device is communicated with a first liquid storing box. The windscreen wiper based on sensing has the advantages that the windscreen is cleaned by arranging a pipeline on the windscreen wiper, and the problems of aging and blocking of the existing windscreen wiper water sprayer are solved; furthermore, a light type sensing device is adopted in the windscreen wiper, dirty marks such as oil stains on the windscreen can be accurately judged and automatically removed, it is ensured that safe cleaning can be conducted in the vehicle driving process, and a good vehicle driving view is ensured.

The invention relates to the technical field of windshields, and discloses an anti-fog deicing automobile windshield which comprises heat insulation seats symmetrically arranged up and down, front glass is arranged between the upper heat insulation seat and the lower heat insulation seat, rear glass is arranged on the inner side of the front glass, a certain gap is formed between the front glass and the rear glass, a center rod is arranged in the gap between the front glass and the rear glass, and an elastic body is arranged in the middle of the center rod. When the device is used, a traditional front windshield can be replaced, the device has the liquid heating function, a good driving view can be provided for a driver; in addition, the mode that liquid makes direct contact with the front windshield for heating is adopted by the device, the heat conduction efficiency is high; and compared with traditional air conditioner gas heating, the device has the advantages that the ice dissolving speed is obviously increased, the demisting and deicing speed is high, and energy consumption is small.

A driving recorder for enlarging the driver's field of vision is composed of a base, a support rod, a camera module, a display module, a data communication module and a sensor. A camera module capableof being quickly removed and installed is mounted on the roof through a base and a support bar; A display module capable of making sound and storing video is fixed in a front position in the vehicle;A data communication module is connected with a camera module and a display module and receives power from a USB interface or a cigarette lighter interface in the vehicle. One sensor is installed atthe driver's side door position or under the driver's seat cushion. The invention can integrate the advantages of the driving recorder, the interior rear-view mirror and the driving latent looking system in a simple, easy-to-use and low-cost manner, eliminate the disadvantages, and improve driving safety from two aspects of active and passive.