76results about How to "Add interactive function" patented technology

The invention relates to wearable intelligent equipment and a detection data processing method thereof. The method comprises that when first wearable intelligent equipment detects that second wearable intelligent equipment, which is bound to the first wearable intelligent equipment in advance, exists in a preset range, the first wearable intelligent equipment establishes communication connection with the second wearable intelligent equipment; and the first wearable intelligent equipment analyzes detection data obtained within the period of communication connection to obtain an analysis result. The analysis result can represent state information when wearers of the first and second wearable intelligent equipment are together, function of the wearable intelligent equipment is expanded, and the intelligent level of application of the wearable intelligent equipment is improved.

The invention discloses an ROS-based catering robot and a use method thereof. The ROS-based catering robot comprises a main control robot base, a Kinect vision sensor, a raspberry pi, a bracket, an LCD, a tray and a workstation PC. According to the use method of the ROS-based catering robot, initialization is carried out; a system is started; a workstation controls a robot to walk and establishesan indoor environment map; the established two-dimensional map is loaded in a 3D visualization tool RVIZ; a destination is set in the LCD; and an accessible trajectory is obtained on the basis of global path planning and local path planning, so that a navigation task can be completed. With the use method of the ROS-based catering robot of the invention adopted, the autonomous food delivery of therobot can be realized; a human-machine interaction function can be enhanced; the ability of the robot to cope with emergencies can be improved; and functions such as autonomous navigation and autonomous obstacle avoidance in a navigation process can be realized.

The invention belongs to the field of an artificial intelligence health management system, and particularly relates to a personalized physique health terminal service system based on artificial intelligence. According to the personalized physique health terminal service system, through acquiring parameters of user physique related health indexes such as heart rate, blood pressure, body temperatureand pulse information, and performing data analysis on each acquired parameter, and performing parameter contrasting on a system prestored physique model, accurate health guidance information of theuser is generated. Furthermore data structure problemization is performed on the periodical physique parameter of the user. Physique health management AI performs data analysis of questioning and answering on the user. Chart analyzing and early-warning are performed on problems with high wrong frequency and the problems without improvement in a system blind area early-warning module. Personalizeddisplaying information and early-warning information are fed back through the physique health management AI, thereby improving system interactivity, detecting and actively reminding the user of self physique monitoring and improvement, and realizing higher understanding degree of the user to the self physique and improvement in a long time period.

The invention provides a vehicle-mounted terminal based on information sharing. The vehicle-mounted terminal comprises a vehicle information collection module, a road recognition, road surface information collection and obstacle recognition module, a positioning module, a gyroscope and a communication module. The invention further provides a method for information sharing through the vehicle-mounted terminal. The method includes a five-layer algorithm. On the basis of a vehicle information collection device and through the communication module and a server, collected data are processed in a layered manner, and the vehicle-mounted terminal is applied to and serves clients in various different scenes, so that the clients are enabled to acquire more own vehicle information, other vehicle information and road information, and all traffic participants using software and hardware of a system are enabled to clearly know traffic environment conditions that they participate in all the time.

The invention applies to the technical field of internet of things, and discloses a method and a system for video interaction of the internet of things. The method includes following steps: collecting video of objects on the internet of things; identifying the objects of the internet of things, which are displayed in the video; translating operation for the objects displayed in the video into operation content of the objects on the internet of things, which are corresponding to the objects displayed in the video; sending the operation content to the objects on the internet of things for execution; displaying the newest status of the objects on the internet of things after the objects on the internet of things execute the operation content. When the method and the system for the video interaction of the internet of things are used, interactive functions can be newly added on the video of the internet of things by collecting the video of the internet of things onto a user side and directly using the video on the user side as an interactive interface of a user and the objects on the internet of things, and therefore development cost of the interactive functions of the user and the objects on the internet of things is reduced, intuition and figurativeness of interaction of the user and the objects on the internet of things are improved, complexity of the interaction of the user and the objects on the internet of things is reduced, and interaction feeling of the user is improved.

The invention discloses a novel courtesy light control system, and belongs to the field of automotive lighting control. The novel courtesy light control system comprises a radio frequency signal processing module, a control module, a left/right headlight driving chipset and a pixel type LED headlight, and the radio frequency signal processing module and the control module are connected by a CAN bus. The control module is connected with the left/right headlamp driving chipset through a UART bus. The left/right headlight driving chipset is electrically connected to the pixel type LED headlight.An identifiable area of the radio frequency signal processing module is divided into coverage areas of LED beads in the pixel type LED headlight. Compared with a traditional courtesy light, the technical scheme has a more scientific and technological sense, an interactive function between human and car is increased, a feeling of "being noticed by the car" is given to owners, meanwhile, compared with a technical scheme of controlling a motor to enable the light spot to move, the novel courtesy light control system has the advantages of longer service life, higher response speed, lower cost andthe like.

The invention relates to an infrared ultrasonic three-dimensional positioning based somatosensory interaction device which comprises a three-dimensional signal transmitting terminal and a wearing typesignal receiving terminal, wherein the three-dimensional signal transmitting terminal comprises an infrared transmitting module, an ultrasonic transmitting module, a nine-axis state recognition module and a 2.4G wireless module; the wearing type signal receiving terminal comprises an ultrasonic wave receiving module, an infrared receiving module, a nine-axis posture module, a myoelectric sensor,a 2.4G wireless module and a Bluetooth module. The device is small and simple in structure, convenient to carry over, diverse in wearing mode and precise in positioning as a three-dimensional all-direction ultrasonic wave emitter is used; due to introduction of posture recognition and myoelectric recognition, the experience effect of somatosensory interaction is improved, and a man-machine interaction function is improved.

The embodiment of the invention provides a terminal. The terminal comprises an establishing unit, a first obtaining unit, a first generating unit and a sending unit. The establishing unit is used for establishing network connection between the establishing unit and a second terminal. The first obtaining unit is used for obtaining physiological parameters of a user, the first generating unit is used for generating information of the user based on the physiological parameters of the user, and the sending unit is used for sending the information of the user to the second terminal. The terminal can send corresponding information of the user according to different physiological parameters of the user.

The embodiment of the invention provides an information exchanging method. The method comprises the steps of establishing network connection between a first terminal and a second terminal; acquiring physiological parameters of a user by the first terminal; generating user information according to the physiological parameters of the user by the first terminal; transmitting the user information to the second terminal by the first terminal. By adopting the information exchanging method, the corresponding user information can be transmitted according to different user physiological parameters.

The invention provides a dynamic interaction method and a dynamic interaction system of a CMMB (China Mobile Multimedia Broadcasting) mobile television, aiming to provide a dynamic interaction function based on rich media at a CMMB mobile television terminal. In the method, dynamic rich media scene description data and rich media content elements are carried in a CMMB multiplexing frame of a server end, and the CMMB multiplexing frame is sent to a mobile terminal from the server through a CMMB downlink channel; the CMMB multiplexing frame is received at the mobile terminal, and the rich media scene description data and the rich media content elements in the CMMB multiplexing frame are extracted; then the rich media content elements are combined into a rich media form according to the rich media scene description data and presented to a terminal user; and a remote interaction event generated by the user through operation at the terminal can be sent to the server from the mobile terminal through a cellular net interaction channel.

The invention discloses a control method for calling. Wherein, firstly, setting configuration information for calling on communication terminal contained at least control option; when receiving calling, showing the control option and treating according to current option. This invention also discloses an opposite communication terminal to realize control calling. This invention can treat calling flexibly according to current state, and avoids adding system complexity to control calling and upgrading device.

The invention provides a mobile terminal and bicycle interacting method. A circuit system of a bicycle comprises a main control unit, a Bluetooth unit, an NFC unit and a power supply unit. The method comprises the steps that a bicycle NFC associated application program of a mobile terminal is set; the mobile terminal scans the NFC unit of the bicycle and reads the content of the NFC unit of the bicycle, wherein the content of the NFC unit at least contains the address of the Bluetooth unit and the support function of the bicycle; the mobile terminal builds the Bluetooth connection between the mobile terminal and the bicycle according to the address of the Bluetooth unit; according to the support function of the bicycle and the application program associated with the mobile terminal, the mobile terminal opens the associated application program and builds the connection between the mobile terminal and the bicycle. After the mobile terminal and bicycle interacting method is adopted, the Bluetooth communication between the mobile terminal and the bicycle can be built through NFC, the connection between the corresponding function of the mobile terminal and the bicycle can be opened according to the function configured by the bicycle, in this way, the interactive functions of the bicycle can be expanded, and the user experience of navigation, audio frequency entertainment and safety during riding is enhanced.

The invention discloses a POV display interaction method and system. According to the invention, a one-dimensional LED linear array is used for light emitting and light sensation detection. The display effect of a two-dimensional pattern image is obtained through high-speed rotation of a one-dimensional LED linear array. Light sensation input is conducted through a lighting tool, and the one-dimensional LED linear array detects a light sensation signal input by the lighting tool in real time and generates change feedback on the displayed two-dimensional pattern image to achieve light sensationinteraction. Meanwhile, the one-dimensional LED linear array is remotely driven to work by adopting wireless resonance power supply to perform display and interaction functions. The method and the system are low in implementation cost, compact and simple in circuit and wide in application range, and can be applied to various indoor and outdoor display interaction occasions.

The invention discloses an auxiliary communication method capable of sharing a self screen general situation and a mouse position on real time interaction communication platform. The method comprises steps that, 1, a small video playing interface is added to the real time interaction communication platform, and the video playing interface can be semi-transparent; 2, after the real time interaction communication platform is opened to realize normal connection with an opposite part, the two parts respectively capture the self computer screen and the mouse location position; 3, self screen capture images are reduced by multiple times in proportion or not in proportion to become small images which are transmitted to the opposite part; 4, coordinate parameters of each self mouse are converted into corresponding parameters in the small images, and the corresponding parameters in the small images are then transmitted to the opposite part; 5, the both parts can display the screen general situation and the mouse location position of the opposite part; and 6, matching of different transmission directions can be applied to a multi-person communication platform.

An interactive object grabbing machine is provided to overcome the poor interaction the of the conventional object grabbing machine. The interactive object grabbing machine includes a housing, a grabbing device, a touch control device and a processing unit. The housing has a chamber. The grabbing device is mounted in the chamber and includes an actuating unit and a claw. The actuating unit is configured to drive the claw to operate. The touch control device is configured to output a graphical user interface capable of receiving a plurality of touch control instructions. The touch control device generates a plurality of interactive modes according to the touch control instructions. The processing unit is connected to the grabbing device and the touch control device. The processing unit controls the actuating unit according to the interactive modes. A control method of the interactive object grabbing machine is also disclosed.

The invention discloses a control system and method based on three-phase load balancing. The hardware design of a three-phase load balancing system is introduced in details; and the hardware designs of all modules are demonstrated in details based on providing of an overall design frame of the system. In introduction of a signal monitoring module, the process of collection and processing of three-phase six-channel electrical signals of a low-voltage distribution network and calculation of the three-phase unbalancing degree are demonstrated from three parts including a signal monitoring moduledesign, an A/D conversion circuit design, and a data processing circuit design. In introduction of a communication module, a DSP and a single-chip microcomputer as well as communication modes of the single-chip microcomputer and an actuator are explained mainly. In introduction of a control module, power electronic switching devices used by the actuator as well as the control principle of the bidirectional thyristor by the optocoupler are described and the commutation process and interlocking of the actuator are demonstrated in details. Under adjustment of the three-phase load balancing system, the low-voltage distribution network can work stably.

An embodiment of the invention provides a voice control method of negative-pressure therapy equipment. The voice control method includes: receiving voice control signals of operating personnel; performing voice recognition on the voice control signals and acquiring voice keywords; matching the voice keywords with a stored voice control database and controlling the negative-pressure therapy equipment according to matching results. The voice control method has the advantages that the operating personnel can operate the equipment without contacting with the negative-pressure therapy equipment, and contactless control over the negative-pressure therapy equipment within a certain distance can be realized; in the second place, contact of the operating personnel with the negative-pressure therapy equipment is reduced, and risk of pollution of the equipment or therapy links are lowered; in addition, the interaction function and usability of the negative-pressure therapy equipment are improved, and operation of users is facilitated.