1092results about How to "Improve human-computer interaction" patented technology

Methods and systems for interfacing with multi-point input devices employ various techniques for controlling displayed images, including 2D and 3D image translation, scale/zoom, rotation control and globe axis tilt control. Various techniques employ three or more simultaneous inputs, changes in characteristics of those inputs, and pressure sensing, among other things.

A smart home interaction system is presented. It is built on a multi-modal, multithreaded conversational dialog engine. The system provides a natural language user interface for the control of household devices, appliances or household functionality. The smart home automation agent can receive input from users through sensing devices such as a smart phone, a tablet computer or a laptop computer. Users interact with the system from within the household or from remote locations. The smart home system can receive input from sensors or any other machines with which it is interfaced. The system employs interaction guide rules for processing reaction to both user and sensor input and driving the conversational interactions that result from such input. The system adaptively learns based on both user and sensor input and can learn the preferences and practices of its users.

Methods and systems for interfacing with multi-point input devices employ various techniques for controlling displayed images, including 2D and 3D image translation, scale/zoom, rotation control and globe axis tilt control. Various techniques employ three or more simultaneous inputs, changes in characteristics of those inputs, and pressure sensing, among other things.

The invention provides an automotive anti-collision radar system with two receiving antennas and an operating method. The automotive anti-collision radar system is provided with the two independent receiving antennas and an independent transmitting antenna, wherein the two independent receiving antennas and the independent transmitting antenna are connected into a radio-frequency signal processing module respectively. A central control processing part comprises a PS module and a PL module, wherein the PS module comprises a system submodule, a data processing submodule and a clock submodule, and the PL module comprises a modulating signal generation submodule, an algorithm submodule, a phase-locked loop submodule and a control submodule. An output device comprises a displayer, an alarm device and an emergency braking device. The operating method includes the steps of transmitting modulation triangular waves, allowing the two receiving antennas to collect real echo signals and virtual echo signals respectively, calculating distance information, speed information and azimuth information of targets through a MUSIC algorithm and target pairing, transmitting results to the PS module for synchronous display and directly controlling the alarm device and the braking device. Through the automotive anti-collision radar system with the two receiving antennas and the operating method, target azimuth can be obtained, the multi-target judging ability is improved, the computing speed is high, cost is low, reliability is high, and the automotive anti-collision radar system is simplified in structure, convenient to maintain, easy to upgrade and capable of reducing cost.

The invention discloses a senile dementia monitoring system based on a healthy service robot. The senile dementia monitoring system based on the healthy service robot comprises the healthy service robot, an intelligent terminal and a cloud server. The healthy service robot comprises a robot body, a main control unit, a human-computer interaction unit and a medical detection unit; the human-computer interaction unit is connected with the main control unit and comprises a tablet computer, and the tablet computer is arranged in front of the chest of the robot body; the medical detection unit is connected with the main control unit and comprises a brain electrical detection device which is independent of the robot body, and the brain electrical detection device is connected with the intelligent terminal and the tablet computer through Bluetooth signals; the intelligent terminal and the tablet computer are connected with the cloud server through the mobile Internet, and data interaction between the intelligent terminal and the tablet computer is achieved through wireless signals. By means of the senile dementia monitoring system based on the healthy service robot, automatic auxiliary diagnosis and treatment of senile dementia can be achieved, the diagnostic accuracy is improved, prevention and early detection of the senile dementia are facilitated, the pathogenetic condition is mitigated from exacerbating, and the purpose of healing is achieved.

The invention provides a smart watch assorted with smart glasses and a using method of the smart watch. The smart watch comprises a start unit, an information acquisition unit, a microprocessor unit, a wireless communication unit, a touch control unit and a power supply unit. The start unit is used for starting the smart watch; the information acquisition unit is used for acquiring outside data information; the microprocessor unit is used for receiving and processing the data information acquired by the information acquisition unit; the wireless communication unit is connected with the microprocessor unit, and meanwhile connected with the smart glasses through a wireless network and served as data transmission between the microprocessor unit and the smart glasses; the touch control unit is connected with the microprocessor unit and used for controlling information displayed in the smart glasses so as to realize man-machine interaction with the smart glasses; the power supply unit is used for supplying power for the above units. Since the smart watch can be assorted with the smart glasses, functions of both can be combined to complete functions which are important to users and cannot be completed independently.

The invention discloses an induction method of a three-dimensional (3D) online induction system for mechanical equipment dismounting. The induction system comprise an eyeglass-type augmented reality helmet, a hand position tracking device and a computer, wherein the augmented reality helmet is provided with two display screens and two cameras; and wireless communication can be realized among the augmented reality helmet, the hand position tracking device and the computer. An induction method for realizing the three-dimensional online induction system for mechanical equipment dismounting comprises the following steps of: 1, transforming a virtual assembly model; 2, initializing the induction system; 3, recognizing the dismounting purpose; 4, generating induction information; 5, overlapping the induction information; and 6, repeating the steps 3-5 until the online product induction is finished. The method disclosed by the invention has the characteristics of accurate induction information, strong universal capability and convenience in carrying, and can be used for realizing the 3D online induction driven by requirements of operators, current situations of tasks and dismounting history and realizing the integration of product 3D design and dismounting induction.

The invention discloses a breathing lamp realization method based on a mobile terminal and the mobile terminal. The method comprises the following steps that corresponding breathing lamp display colors and corresponding priorities are set in advance for each kind of unread messages on the mobile terminal for prompting users; when the mobile terminal receives the unread messages, the preset breathing lamp display colors and the priorities corresponding to the unread messages are found, and the breathing lamps are controlled to display different colors at different flicker frequencies according to the priorities. The invention provides the realization method of customizing the breathing lamps according to different messages and the mobile terminal, and the goal of reflecting different states of a mobile phone through the breathing lamps with different colors in the standby or screen-off state of the mobile phone can be realized.

The invention belongs to the field of optical parameter measurement in tissue optics research, and relates to a multi-wavelength tissue optical parameter trans-construction method based on a neural network. The method comprises: using double integrating sphere technology and a high-sensitivity photoelectric detector to collect reflected light and transmitted light on the surface of a tested sample, and using a method of relative measurement to obtain the reflectivity, diffuse transmittance and collimation transmittance of the sample; using a Monte Carlo method to establish a mapping model of a tissue optical parameter (mua, mus and g) to a measurement amount (Rd, Td and Tc); establishing a BP neural network containing two buried layers, and adopting a gradient descent weight learning function to train a BP network; and predicting the optical parameter of the measured sample through the (Rd, Td and Tc) obtained by measurement in real time, wherein an input signal of the neural network is (Rd, Td and Tc), and an output signal is (mua, mus and g). The invention provides a device adopted by the method at the same time. The method provided by the invention can quickly and accurately measure the tissue optical parameters under multi-wavelength.

The invention discloses a cap integrated with 3D identifying and a 3D identifying method of the cap. The head portion where the cap is placed has the best balance anti-shock advantages of a human body and great seeing and hearing sense organ collection. The cap integrates infrared 3D identifying and combines environment modeling and gesture identifying with a head-wearing computer, a wireless network and a displayer, environment 3D modeling enhancing in reality, map marking on Internet of Things and bare-hand operation are perfected, the purposes that a network is where things are in Internet of Things, free marking is carried out on the things, and bare-hand operation which accords with human engineering is carried out on the things are achieved, man-machine interaction which enhances visual images in reality is achieved, and the cap is a developing trend in the future.

The invention discloses an online fault diagnosis method for a hydraulic system. A sensor network (2) and an industrial personal computer (3) are used for acquiring a signal of a key position of the hydraulic system (1). Meanwhile, a system model is established for the hydraulic system (1), and fault injection simulation is carried out to obtain a simulation result serving as fault simulation data in a fault simulation module (6). The key characteristic information of the data provided by a data reading module (4) is found by a data characteristic extraction module (5), and fault diagnosis is carried out through a fault diagnosis module (7). A fault positioning module (8) can be used for positioning the fault according to fault information obtained by the fault diagnosis module (7), and providing a fault diagnosis result, fault causes, a detection flow and fault elimination measures, which are all displayed on a human-computer interface (9). According to the method, the false fault alarm rate is reduced, the capacities such as early warning are improved, and the method plays an important role in improvement of the reliability of the hydraulic system of product equipment.

The invention discloses a novel lower extremity exoskeleton rehabilitation training device and a training method; in accordance with problems on efficiently and safely recovering the walking capacity of lower extremities of a patient, enhancing the adaptability of the training device and other problems in a human lower extremity rehabilitation training process, the rehabilitation training device disclosed by the invention can achieve all-directional rehabilitation training with five freedom degrees of motion on the human lower extremities. The rehabilitation device is added with angle, displacement and pressure sensors, and by detecting related motion parameters of the patient, self-adaptive adjustment is achieved; and since lower extremity exoskeleton, width regulating and height regulating mechanisms and an anti-gravity treadmill are subjected to modular design, training intensity and amplitude can be regulated in accordance with the figure of the rehabilitation patient as well as a rehabilitation progress, so that adaptability is enhanced. By integrating the designed lower extremity exoskeleton on the anti-gravity treadmill, the comfort of the patient in the rehabilitation training is enhanced, and meanwhile, the effect of the rehabilitation training is improved as well.

The invention relates to a lip reading technology based lip language input method, mainly aims at Chinese characters in common use and Arabic numerals, belongs to the intelligent computer identification technology, is a typical image mode analysis, understanding and classified calculation problem and relates to multiple subjects of mode identification, computer vision, intelligent human-computer interaction, cognitive science and the like. Shot mouth lip movement video is subjected to key frame extraction, normalizing processing is performed for extracted images by utilizing gray processing, median filtering, dynamic threshold binarization processing and scanning for noisy point removal, then eigenvectors are extracted to obtain parameters with lip characteristics and are matched with a lip model library to identify the images as a Chinese phonetic alphabet sequence, and finally an input method module is combined to obtain corresponding Chinese characters or Arabic numerals.

The invention provides an intelligent traffic flow congestion dispersal method through vehicle group autonomous cooperative scheduling. An intelligent vehicle-mounted terminal and a wireless communication module are integrated, a cooperative scheduling algorithm optimization index and vehicle driving parameter acquisition and processing process is built according to a vehicle following model in the case of traffic flow congestion, the optimization index reflects the vehicle group passing efficiency, the intelligent vehicle-mounted terminal and an adjacent vehicle build a wireless communication network, a guiding instruction is generated according to the cooperative scheduling algorithm and the protocol, a vehicle queuing position and estimated passing time are provided for a driver through a man-computer interface, and the driver is guided to select a proper speed and a proper direction. The method of the invention has the advantages of low cost, high terminal integration, simple mounting, high sensitivity, quick response speed and the like, and is applicable to various motor vehicles, such as freight cars, buses and cars, which run in traffic dense areas such as urban areas and freeways.

The invention provides a monitoring robot. The monitoring robot comprises a smart phone and a robot platform, wherein the smart phone comprises a communication module, a camera, a man-machine interaction module, a processing module and a signal transmission module. The robot platform comprises a motion component for driving the robot platform to move, a fixing device for fixing the smart phone, a control device for controlling the work of the robot platform, a signal transmission device exchanging signals with the smart phone, and a bearing device for bearing the motion component, the fixing device, the control device and the signal transmission device. The smart phone and the robot platform transmit information by the signal transmission module and the signal transmission device, the man-machine interaction module and the communication module receive control signals, and the processing module processes the control signals so as to control the work of the camera and control the work of the robot platform via the signal transmission module. By virtue of the combination of the smart phone and the robot platform, the monitoring robot has the advantages of being excellent in man-machine interaction and low in cost.

An embodiment of the invention discloses a robot interaction method and device, equipment and a storage medium. The method comprises the following steps: interaction emotion of a user is determined according to user interaction information input by the user; an emotion control command matched with the interaction emotion is generated, and feedback information matched with the user interaction information is acquired; the emotion control command is executed when the feedback information is provided for the user, wherein the emotion control command is used for controlling a robot to execute a set interaction action and or show set interaction expression. According to the embodiment of the invention, the robot can make corresponding emotion response according to the interaction emotion of theuser, emotional communication between the robot and the user is improved, intelligence of the robot is improved, man-machine interaction effect is improved, user experience is improved, and the applicable range is wide.

The invention relates to a multiprotocol intelligent gateway based on narrowband Internet of Things, and an implementation method thereof. The multiprotocol intelligent gateway based on narrowband Internet of Things includes a low power consumption unit and a high performance unit, wherein the low power consumption unit includes a low power consumption controller, a solar cell panel, a power management module for managing the power supply mode and the cell state information, an NB-IOT module for receiving the information from a cloud server, a LoRa module for acquiring the field LoRa node information in a local LPWAN, and a signal acquisition conditioning module; the low power consumption controller is communicated with the power management module, the NB-IOT module and the LoRa module bidirectionally; and the high performance unit includes a high performance controller, an RS485 interface module for connecting RS485 nodes, a man-machine interface module for connecting a computer serial port or a serial port liquid crystal screen, a GPS interface module, a data memory module and an ethernet interface module. The multiprotocol intelligent gateway based on narrowband Internet of Things utilizes the mode of coordination of the low power consumption unit and the high performance unit, thus effectively solving the coordination problem of low power consumption and high performance under a plurality of application scenes.

The radio burglary protection system includes anti-theft detectors installed in the rooms, magnetically controlled anti-theft inductors on doors and windows, site processing device, alarm device, CCD cameras in stalled in the rooms, and cell phone connected to the site processing device via communication network. The site processing device including signal receiving module, alarm output module, radio transceiving module, image collecting module and alarm starting module is used in receiving alarm confirming information from the cell phone, sending out alarm signal, sending command to the CCD cameras and starting the alarm module. The cell phone is provided with alarm information receiving module and alarm confirming module. The present invention has good man-machine interaction property and high alarm accuracy.

The invention discloses an application method and system of a two-dimension code. The method comprises the following steps of: connecting a first terminal with a service terminal in a communication manner; generating the two-dimension code for a link address between the first terminal and the service terminal; scanning the two-dimension code through a second terminal in order to acquire the link address of the two-dimension code; connecting the second terminal with the service terminal through the link address; and storing a file to the service terminal. By adopting the application method and system of the two-dimension code, exchanging data between the two terminals can be effectively avoided, the file required by the first terminal is directly uploaded to the service terminal by the second terminal, so that the operation time of a user can be saved, and the user experience can be improved.

The invention provides a wearable assistance finger based on myoelectric control. The wearable assistance finger comprises an under-actuated simulated human finger, a magnetic coupling interface, a rehabilitation assistance connector, a myoelectric collecting array, a servo motor and a control system, wherein the under-actuated simulated human finger adopts a mixed driving mode of connecting rod driving and driving tendon driving, and the requirement of moving the patient finger joints is sufficiently met. Meanwhile, a control method of the wearable assistance finger based on myoelectric control is provided. The wearable assistance finger has the advantages of simple structure, light weight and good reliability. A force sensor and a position sensor are connected onto a driving tendon, the force and the position for driving the finger to move can be obtained through the telescopic movement of the driving tendon, and the quantification index can be provided for the rehabilitation process. The wearable assistance finger has the advantages that the structure is simple, the cost is low, the operation and the wearing are convenient, the man-machine interaction performance is good, the obstruction caused by muscle and joint rigidity can be effectively overcome, the patient can obtain effective rehabilitation treatment, and better application prospects are realized in the fields of finger rehabilitation and the like.

The invention discloses an instructive six-degree-of-freedom carrying manipulator, which comprises a supporting seat, a waist, a manipulator upper limb, a waist rotating joint, a big arm lifting joint, a forearm lifting joint, a forearm rotating joint, a wrist lifting joint, a wrist longitudinal rotating joint and a control system; the waist comprises a U-shaped base which is coaxial with the supporting seat; a big arm, a forearm driving crank, a forearm rib and an elbow joint form a parallelogram mechanism; a vertical side plate of the U-shaped base is provided with a driving mechanism for driving the forearm driving crank to rotate to form the forearm lifting joint taking the elbow joint as a rotating fulcrum; rotating axes of the forearm rotating joint, the wrist lifting joint and the wrist longitudinal rotating joint are crossed at a common point. After the structure is adopted, the instructive six-degree-of-freedom carrying manipulator is compact in structure, high in driving torque and convenient to disassemble, and can be controlled by a mobile phone in real time; moreover, the control system is open, so man-machine interaction is good; an object can be placed at an expected position and attitude in space.

The invention discloses a control method and device of an air conditioner, a storage medium and an air conditioner. The method comprises acquisition parameters collected by a data acquisition sensor carried by the air conditioner; and the acquisition parameters comprise at least one of the windshield target, the air guide plate position, the indoor heat exchanger temperature, the indoor relative humidity, the indoor temperature, the air outlet temperature, an air inlet temperature, an air outlet temperature, an outer machine complete machine current, an inner machine complete machine current and a running time; according to the collection parameters, the operation parameters of the air conditioner are determined; the operation parameters, which comprises at least one of the heat exchange,the complete machine power, the energy efficiency and the overall power consumption. According to the scheme, the power consumption of the air conditioner in the prior art can be solved, the problem that the operation difficulty is large due to the fact that more temperature sensors and pressure sensors which are not arranged in the air conditioner need to be additionally arranged in the calculation process of refrigerating capacity and energy efficiency, so that the effect of reducing the operation difficulty is achieved.