94results about How to "Not distracting" patented technology

The present invention is a network conference system and method based on three-dimensional technology, which belongs to the field of virtual reality technology, the field of three-dimensional technology, and also belongs to the field of electronic commerce. This system conducts meetings in a virtual space, which solves the problem that the video network meeting lacks the sense of meeting scene and interaction, and easily leaks the image privacy of the participants. At the same time, it does not rely on video data, and avoids the problem that the meeting effect is easily affected by the network. The feature of the system is that the participants control the virtual characters to enter the 3D virtual meeting room to participate in the meeting through the Web browser, and complete the real meeting through the control of the 3D characters and items and UI (User Interface) operations, including construction, switching dynamic The meeting room environment, the nature of construction meetings, dynamic sharing of files, synchronous operation of 3D objects with complex structures, etc. The system is easy to use and highly secure, providing an instant and three-dimensional conference platform for participants distributed all over the world.

The invention relates to an intelligent vehicle-mounted system for realizing safe operation through Bluetooth key triggering and a control method. The vehicle-mounted system comprises a Bluetooth triggering device, an intelligent vehicle-mounted device and a cloud server, wherein the Bluetooth triggering device is suitable for being mounted at a driver seat or a preset position close to the driver seat, and is used for producing a voice wake-up instruction and sending the same through a Bluetooth way; the intelligent vehicle-mounted device is in Bluetooth connection with the Bluetooth triggering device and is used for receiving the voice wake-up instruction and starting a voice system according to the voice wake-up instruction, as well as collecting a voice control instruction input by a user and sending the same in a manner of wireless communication; the cloud server is in wireless communication with the intelligent vehicle-mounted device, and is used for receiving the voice control instruction, recognizing the voice control instruction and sending a recognizing result to the intelligent vehicle-mounted device, so as to enable the intelligent vehicle-mounted device to execute operation corresponding to the recognizing result. According to the intelligent vehicle-mounted system and the control method, provided by the invention, vehicle-mounted voice control can be realized, the using operation is convenient and the driving safety can be improved.

The invention relates to a method for the dynamic adaptation of body support for a person seated in an adaptive vehicle seat based on the current speed and the storage data about the current road direction. According to the invention, comfortableness can be improved and the attention on the traffic situation can be distracted as less as possible. A path that is most likely to be driven along by a vehicle is predicted in the driving process. A body support suitable for the path predicted to be most likely driven can be adapted when a vehicle is passing a curve with the tail end being shorter than the predicted path.

The objective of the invention lies in providing a road condition information processing method and equipment. Specifically, the method comprises the steps: obtaining a road surface image, and recognizing a suspected road condition event through the road surface image; obtaining vehicle running information when the suspected road condition event happens; carrying out the further confirmation of the suspected road condition event according to the vehicle running information, and obtaining a reliable road condition event. Because the direct automatic recognition of the road condition event through the road surface image is liable to be wrong, the method further employs vehicle running information. For example, the above vehicle running information is very likely to happen when there is a foreign matter if the severe braking and anti-collision early warning information is obtained at the same time, thereby indicating that the possibility that there is a foreign matter at a road segment is high, and confirming that the suspected road condition event is a reliable road condition event based on the above. Therefore, the method can automatically recognize the road condition event quickly and accurately in a driving process, cannot distract the attention of a driver, and improves the driving safety.

The invention discloses a virtual instrument system, which comprises a navigation device, a display module, a voice module, a first controller and a memorizer, wherein the navigation device is used for navigation, and the display module is used for displaying various information; the voice module is used for voice prompt; and the first controller is used for processing the navigation information of the navigation device and controlling the display module to display and the voice module to carry out corresponding voice broadcast; and the memorizer is used for providing internal memory for the first controller. The navigation device, the display module, the voice module, the memorizer and a second controller are respectively connected with the first controller. As the virtual instrument system adopts the navigation device, the display module, the first controller, the voice module, the memorizer, a CAN (Controller Area Network) receiving-transmitting module, a sensor detection module, the second controller and a backlight regulating module, a virtual instrument not only can display running parameters about the car running state but also can display the real-time navigation information, the attention of a driver is not divided, the driver needs not to lean to one side or turn to view or inquire the navigation information, and the safety in the driving process is increased.

The invention discloses a voice message sending method and system based on vehicle WeChat. A first vehicle physical button used for starting vehicle WeChat recording is arranged in advance; a WeChat voice chat object is selected, whether the first vehicle physical button is pressed down or not is detected in real time, and when the first vehicle physical button is pressed down, the mobile phone WeChat performs recording through a vehicle microphone; when it is detected that the first vehicle physical button is released, recording ends, a recorded audio file is sent to the selected WeChat voice chat object. When a driver drives a vehicle, the driver can easily and conveniently operate and control the WeChat to achieve voice chat, the first vehicle physical button is used for controlling voice recording and arranged on a steering wheel, the user does not need to free a hand for operation, the attention of the driver is not distracted and travelling safety is not affected.

The invention provides a vehicle-mounted terminal radio station music collecting method and a multimedia data processing system. The vehicle-mounted terminal radio music collecting method comprises the following steps that when a vehicle-mounted terminal radio plays radio station music, a vehicle-mounted terminal extracts an audio clip, and a radio station music information request for obtaining music information corresponding to the audio clip is formed; the music information corresponding to the audio clip is obtained through a cloud server, and therefore an audio file corresponding to the radio station music is obtained from the Internet. According to the vehicle-mounted terminal radio station music collecting method, the audio clip of the radio station music is obtained through the vehicle-mounted terminal, the music information corresponding to the radio station music is obtained through the cloud server, the audio file corresponding to the radio station music is downloaded from the Internet based on the music information, and therefore the purpose of the radio station music collection is achieved. Even if a user does not know the music information of the radio station music, the user can also collect radio station music which the user likes. Therefore, the user experience of the vehicle-mounted terminal is improved.

The invention relates to the field of food transportation, in particularly, to live fish transporting information system, establishing method and their application. The method comprises information collecting, information transmission, information processing, comprehensive decision making, information storing and information outputting. The information includes fish life sign information, fish transportation cabin's micro environment information, outside large environment information, vehicle information, and transaction information. The information processing includes standardizing and converting the originally collected data into standardized data and carrying out comprehensive calculations based on the standardized data. The comprehensive decision making includes the control on the parameters of the fish transportation cabin's micro environment information. The information storing is used for making the above information database sheets so that it can be stored. According to the invention, comprehensive information becomes available. For the mobile information acquisition and transmission in real time, the remote monitoring and managing and through remote control, a driver does not have to do special operations, thus making him or her attentive enough to their driving.

The invention relates to a device and method for character or command input controlled by teeth. The device comprises a collecting module for collecting brain electromyographic signals of tooth action states, a wireless sending module, a wireless receiving module, a signal processing module and a character or command input displaying module. According to the device and method for character or command input controlled by the teeth, the brain electromyographic signals produced by the tooth action states are collected, data processing is conducted on the collected signals, and the signals are converted into control commands. Due to the fact that tooth control is convenient, simple, comfortable, quite, real-time, accurate, and free of interference (free of influence of speech of a user or external speech, and free of influence of body actions of the user), has multiple tasks, has no damage, does not cause distraction of the user, is suitable for most people and the like, tooth input can be used as effective supplement and replacement of manual input and speech input.

The invention discloses a method and a system for reading in-vehicle infotainment WeChat received audio information. The method includes the steps: presetting a first in-vehicle infotainment physical button for starting an in-vehicle infotainment WeChat read audio file; opening a voice information dialog box when an in-vehicle infotainment WeChat receives voice information; selecting and playing the first received unread audio file in the voice information dialog box when detecting that the first in-vehicle infotainment physical button is pressed down. A driver can control the audio file received by the WeChat to be played through the first in-vehicle infotainment physical button when driving a car, the first in-vehicle infotainment physical button is arranged on a steering wheel, separate operation of the driver is omitted, and the attention of the driver is not diverted.

The invention discloses a voice control navigation and panorama multi-screen display method and system which control panorama pictures to be displayed on a rearview mirror box display and control navigation pictures to be displayed on an on-board host computer display through voice commands. In addition, the voice control navigation and panorama multi-screen display method and system can achieve control of the two displays simply and conveniently without manual operation of drivers, do not divert attention from the drivers and ensures driving safety.

The invention relates to a tooth-controlled smart home system. According to the invention, electromyographic signals generated by teeth chattering actions are acquired by using EmotivEPOC; acquired signals are converted into control commands through data processing; then the control commands are used for controlling smart home devices. The tooth-controlled smart home system provided by the invention is capable of generating up to 18 different teeth chattering states; the 18 commands also can be combined to form more commands. As the teeth chattering actions are convenient, simple, comfortable, quiet, real-time, accurate and interference-resistant, capable of executing multiple tasks without distraction, suitable for most people, and the like, and the tooth-controlled smart home system can be effectively jointed with an existing smart home system to provide a brand new control way for the smart home system, and also provides people with an efficient and convenient smart home environment.

The invention discloses a helmet and an interaction method through the helmet. The helmet comprises a body, a fixing body, an audio input device, an audio processing device and an audio output device, wherein the fixing body is connected with the body and used for keeping the relative position relationship between the helmet and the head and a user so that the user can wear the helmet through the fixing body; the audio input device is arranged on the body and / or the fixing body and used for receiving voice information of the user; the audio processing device is connected with the audio input device, arranged on the body and / or the fixing body and used for processing the voice information and obtaining content information related to the voice information, and the content information comprises searching information related to the voice information and / or response information related to the voice information; the audio output device is connected with the audio processing device and used for outputting the content information so that human ears can hear sound signals corresponding to the content information.

The invention relates to a smart wearable electronic device and a smart communication system with the same. The smart wearable electronic device includes a communication module and a prompt module. The communication module is used for receiving control instructions sent by an external electronic device. The prompt module is used for generating prompt information on the basis of the control instructions received by the communication module. The smart wearable electronic device and the smart communication system with the same can receive external signals and generate corresponding prompt information without distracting attention of users, and avoid potential safety hazard during use.

The invention provides a navigation prompting method and device which are used for solving the following problem: no matter which driveway is the navigation object on, the existing navigator prompts all monitor units in front of the vehicles, and thus, can not implement precise prompting, thereby disturbing the attention of the driver. The method comprises the following steps: determining the current number of road and number of driveway of the navigation object according to the current position coordinates of the navigation object and prestored electronic map data; determining the type of monitor unit of the current driveway; and when the distance between the navigation object and the monitor unit on the current driveway reaches the previous prompting distance, sending corresponding prompting information according to the type of the current driveway or the monitoring type of the monitor unit on the current driveway. According to the technical scheme, the corresponding prompting information can be sent according to the type of the current driveway of the navigation object or the monitoring type of the monitor unit on the current driveway, thereby implementing precise prompting without disturbing the attention of the driver.

The invention relates to an intelligent control system and method for car windows. The intelligent control system comprises a car window controller, a driver seat car window motor, a co-driver seat car window motor, a left-rear side car window motor, a right-rear side car window motor, a driver seat car window control switch, a co-driver seat car window control switch, a left-rear side car windowcontrol switch and a right-rear side car window control switch, all the car window motors are connected with the car window controller through wires correspondingly, and the car window controller is connected with all the car window control switches through wires correspondingly. The intelligent control system is characterized in that the car window controller is connected with a car body controlunit through a bus, the car body control unit is connected with a car window mode signal controller through a bus, the car window mode signal controller is used for selecting different car window opening and closing modes, and car window opening and closing mode signals are sent to the car window controller through the car body control unit to control all the car window motors to work.

A line-shaped wire storing and transferring device is provided. The device includes a driving mechanism covered by a case, a wire cutting mechanism, and a bobbin winder. Wherein, the case includes an upper case and a lower case. The upper case and the lower case are matched and capable of buckling together. The case includes a rectangle portion, a bulge portion, a position portion, a position pole, and an incoming line groove and an outgoing line groove connected by a recess groove. The driving mechanism includes a pressure pole, a main gear strung by a main axle and resisted by a second elastic element, a rotating wheel engaging with the main gear, and a rolling wheel clamped by the rotating wheel and a anti-reverse-rotation device. The wire cutting mechanism includes a cutter shelf and a cutter. The bobbin winder includes a center hole and a bobbin slot.

The invention provides a navigation prompting method and device which are used for solving the following problem: the navigator can not have the effective prompting effect due to early or late prompting time, or can not perform necessary prompting according to the monitoring type of the monitor unit, or give prompts irrelevant to the current traveling road to disturb the attention of the driver. According to the technical scheme, the previous prompting distance is determined according to the monitoring type information of the monitor unit on the current traveling road and the type information of the current traveling road; and when the distance between the navigation object and the monitor unit on the current traveling road reaches the previous prompting distance, the corresponding prompting information is sent out according to any of the current state information of the navigation object, the type information of the current traveling road and the monitoring type information of the monitor unit on the current traveling road. The invention avoids early or late prompting time, thereby achieving the effect of effective prompting; the invention performs prompting according to the monitoring type of the monitor unit; and the invention avoids prompting irrelevant to the current traveling road.

The invention provides an image processing method, apparatus and device, and a user interface system. The method comprises the steps of obtaining a first image corresponding to a current scene; obtaining a first geographic position corresponding to the first image, and associating the first image with the first geographic position; and adding a first tag to the first geographic position of a map, wherein the first tag is used for representing that the first geographic position is associated with the first image. When a user determines that a geographic position is shot, the operation complexity is low.

The invention discloses a flight control method in an airplane asymmetric mounting mode. The method comprises: S1, the mass m of an asymmetric mounting object and a distance delta y to a symmetric plane of an airplane are obtained from an avionics system; S2, an accelerometer collects an airplane normal overloading value n in real time; S3, asymmetric rolling moment is calculated; S4, according to the rolling moment obtained at the S3, a compensation value for suppressing the rolling moment by using an aileron or a multifunctional spoiler is calculated; and S5, a flight control system drives the aileron or the multifunctional spoiler to make deflection based on the calculation result obtained at the S4 and the rolling moment generated by deflection of the aileron or the multifunctional spoiler cancels the rolling moment generated by asymmetric mounting. According to the invention, the method has the following beneficial effect: on the condition of asymmetric mounting of the airplane, the rolling can be suppressed automatically without manul involvement of any pilot, so that the work load of the pilot is reduced.

The invention relates to a system, a method and a vehicle used for removing an obstacle view angle of a vehicle A column, wherein the system comprises a camera device that is set at the outside of the vehicle for shooting the left-front direction of the vehicle and outputting the shooting signals, an optical sensor that is mounted inside the vehicle for detecting a head portion position of a driver and a view angle of an A column and outputting the sensor signals, a projecting device that is set inside the vehicle for projecting the received images to the A column, a processor that is mounted inside the vehicle and that is connected to the camera device, the optical sensing device and the projecting device for receiving the camera signals and the sensor signals; the view angle of the driver that is blocked by the A column is calculated based on the sensor signals; and an obstacle view angle image blocked by the A column is selected out from the camera signals based on the view angle and the obstacle view angle image is transmitted to the projecting device, so as to display the obstacle view angle image on the A column in a projection way. By adopting the system provided herein, the occurrence of car accidents caused by the problem of the driver view angle can be prevented effectively.

The invention discloses a bluetooth bridging system for an on-board environment. A first bluetooth module and a second bluetooth module arranged inside a navigation box are respectively connected with a third bluetooth module arranged inside an on-board host computer and a fourth bluetooth module arranged inside a cellphone to form the bluetooth bridging system. The real-time connection of bluetooth of the cellphone and the bluetooth of the on-board system and the real-time connection of the bluetooth of the cellphone and the bluetooth of the navigation box can be achieved without switching through a user, and voice navigation of the navigation box, voice communication of the cellphones and music playing of the on-board system can be achieved through data transmit of bluetooth of the navigation box, bluetooth of the cellphone and bluetooth of the on-board system. Besides, the cellphone, the navigation box and the on-board host computer can establish connection directly or indirectly through the bluetooth, user switching is not needed when the bluetooth is used, concentration of a driver thus is not distracted and car travelling is safer.

The invention discloses a driving environment panoramic display system and method. Four cameras are arranged at the left portions and the right portions of the front portion and the back portion of a vehicle body respectively, an image of the environment in front of the vehicle body, an image of the environment behind the vehicle body, an image of the environment on the left of the vehicle body and an image of the environment on the right of the vehicle body are correspondingly collected through the four cameras, then the images of the environments are spliced to obtain a panoramic image, and the panoramic image is output and displayed to be observed by a driver. Panoramic image display is provided in a vehicle, the driver can obtain the information of all the environments on the periphery of the vehicle body through a single display screen, the driver does not need to obtain the environment information respectively, the attention of the driver is not diverted, and the driving safety is guaranteed.

The present invention relates to a tooth-controlled smart home system. Electromyographic signals generated by teeth chattering actions are acquired by using EmotivEPOC, acquired signals are converted into control commands through data processing, and then the control commands are used for controlling smart home devices. The tooth-controlled smart home system provided by the invention is capable of generating up to 18 different teeth chattering states, and the 18 commands also can be combined to form more commands. As the teeth chattering actions are convenient, simple, comfortable, quiet, real-time, accurate and interference-resistant, capable of executing multiple tasks without distraction, suitable for most people, and the like, and the tooth-controlled smart home system can be effectively jointed with an existing smart home system to provide a brand new control way for the smart home system, and also provides people with an efficient and convenient smart home environment.

The embodiment of the invention discloses a vehicle control method and related equipment, and relates to the technical field of electric vehicles. The method comprises the steps: determining the working condition type in the vehicle driving process according to the accelerator pedal opening degree and / or the accelerator pedal opening degree change rate; and determining whether the front motor and the rear motor execute driving control according to the working condition type. According to the scheme, through the step of determining the working condition type in the vehicle driving process according to the accelerator pedal opening degree and / or the accelerator pedal opening degree change rate, the current working condition type can be timely and accurately obtained; through the step of determining whether the front motor and the rear motor execute driving control or not according to the working condition type, the driver does not need to autonomously switch the driving modes. The method is used for vehicle control and mainly solves the problem that potential safety hazards exist when the driver needs to guarantee the dynamic property and economical efficiency of the vehicle at present.

The invention discloses an automobile dashboard based on internet of things, including that box, push assembly, Scale and pointer, the adjusting assembly is installed on one side of the box body, A teeth are arrange on both sides correspond to each other, the clamping block is connected with the box body through a second connecting rod, the fixing assembly is fixed on one side of the box body, thepushing assembly is installed on one side of the outer wall of the box body, the cleaning assembly is installed on one side of the inner wall of the box body, As that fix block is pushed by the firstmotor, the position of the fix block can be adjusted, As that bayonet block is rotate in the bayonet, Adjust the angle, By adjusting for a wide range of population groups, A sunshade plate is arrange, and that sunshade plate is adjusted accord to the external environment, so that the driver cannot observe the data of the instrument panel body well, water is sprayed through a pump, and under the action of a servo motor, the rocker is driven to clean the instrument panel body, and the dust accumulation for a long time is cleaned up, so that the driver is more convenient to read the data.

The embodiment of the invention provides a video filtering method and device, electronic equipment and a storage medium. The video filtering method comprises the steps of extracting a target area of each frame of image in a to-be-filtered video through a pre-trained image segmentation network; performing dynamic background modeling on each frame of image in the to-be-filtered video to obtain a general background image of the to-be-filtered video, wherein the general background image does not include the to-be-filtered object; extracting a target background image corresponding to the target area from the universal background image, wherein the target background image and the target area have the same shape; and replacing the target area with the target background image so as to filter the target area. By replacing the target area with the target background image corresponding to the target area in the universal background image, the content of the original target area is not displayed any more, and no new element is added, and the attention of the user is not distracted, so that the user experience is improved.

The invention provides a portable orchard manual operation information automatic recording device and method, and relates to the field of automatic identification technology. The portable orchard manual operation information automatic recording device comprises an RFID electronic tag storing an electronic identification code and an operation process information automatic recording device, wherein the RFID electronic tag is in wireless communication connection with the operation process information automatic recording device, and the RFID electronic tag comprises an electronic identification code storage chip and an antenna I. The orchard manual operation information automatic recording method comprises the steps that an orchard work operation name is set and stored, the operation process information automatic recording device acquires the electronic identification code of the RFID electronic tag installed on a fruit tree, and then the electronic identification code, orchard work operation time and the orchard work operation name form an electronic work record, and the electronic work record is stored. The portable orchard manual operation information automatic recording device and method solve the problems that recorded information is lost or inaccurate in orchard operation and an existing PDA and other portable handheld equipment are small in use range and high in cost.

The invention provides a checkerboard type road micro-energy collecting system, comprising an energy collecting mechanism, a transmission mechanism, a generator and an electrical storage device. The energy collecting mechanism is characterized in that a front road board, a middle road board and a back road board are sequentially mounted at the upper part of a road pit; the middle road board is in clearance fit with the front road board and the back road board; a vertical rack is fixedly arranged at the bottom of the middle road board; and the bottom of the middle road board is further connected with the bottom of the front road board through two resetting springs. The transmission mechanism is characterized in that the rack at the bottom of the middle road board is engaged with a gear; an upper belt wheel which is coaxial with the gear is connected with a lower belt wheel through a belt; the lower ends of a left rocker and a right rocker are fixedly matched with a shaft of the lower belt wheel; holes at the upper ends of the left rocker and the right rocker are matched with a pin shaft; a hole of the pin shaft is matched with a shaft of a connecting rod of a crank and connecting rod mechanism; and a disk-shaped shaft of the crank and connecting rod mechanism is connected with an input shaft of the generator. The checkerboard type road micro-energy collecting system has no visual influence on a driver, and is beneficial to traffic security; and the generation efficiency is higher, so that individual and stable power is supplied to a street lamp, a signal lamp and the like on a road.