61results about How to "Monitor physical condition" patented technology

The invention provides wearable equipment, an air conditioner control device, an air conditioner control method and an air conditioner. The wearable equipment comprises a detection unit, a calculation unit, a conversion unit and a sending unit, wherein the detection unit is used for detecting the breathing frequency, body temperature and / or infrared heat generating amount of a user, the calculation unit is connected with the detection unit, and is used for converting the infrared heat generating amount into the heat radiating amount of the user, and calculating the difference between the heat radiating amount and the standard heat radiating amount, the conversion unit is connected with the detection unit and the calculation unit, and is used for converting the difference value into a heat radiating signal, and converting the breathing frequency and / or body temperature into a body function signal, and the sending unit is connected with the conversion unit, and is used for sending the heat radiating signal and / or the body function signal to the outside. By adopting the technical scheme, the running temperature of the air conditioner is adjusted according to the detected body condition information of the user, so the temperature adjusting of the air conditioner is more accurate, and then the temperature is suitable for different populations with different body conditions.

The invention discloses an intelligent multi-parameter physiological state monitoring system. The intelligent multi-parameter physiological state monitoring system comprises a multi-parameter physiological state wearable instrument and a mobile terminal, wherein the whole multi-parameter physiological state wearable instrument is in the shape of a flat strip, can be worn on the head of a human body and is used for receiving commands sent by the mobile terminal and sending collected physiological data to the mobile terminal, and the mobile terminal is used for receiving the physiological and physical data sent by the multi-parameter physiological state wearable instrument and displaying and storing the physiological and physical data. Compared with the prior art, the intelligent multi-parameter physiological state monitoring system has the advantages that multiple physiological and physical parameter circuits are integrated in a quite small space of the wearable instrument, integrated silicone rubber flat strip-shaped packaging is achieved, the technical requirement for wearing can be met, and the continuous working time is long due to the ultra-low power consumption design; due to the fact that the universal mobile terminal such as a smart phone can serve as a data collection and display terminal, data can be transmitted to a health Internet of Things server or a health management database.

The invention provides intelligent wearing equipment for a driver of a motor vehicle, and a method and a system for evaluating. The intelligent wearing equipment for the driver of the motor vehicle comprises a sensing module, a central processing unit, a communication module and an executing module, wherein the sensing module is connected with the central processing unit; the central processing unit is connected with the communication module and the executing module; the sensing module is used for sensing the state of the motor vehicle and / or the driver to generate sensing data, and sending the sensing data to the central processing unit; the central processing unit is used for processing the sensing data to generate processing data, and sending the processing data to the communication module; the communication module is communicated with a mobile terminal, and is used for sending the processing data to the mobile terminal, receiving terminal data from the mobile terminal, and sending the terminal data to the central processing unit; the central processing unit is used for processing the terminal data, generating an executing instruction, and sending the executing instruction to the executing module; the executing module is used for generating the feedback to the driver according to the executing module.

The invention relates to the technical field of home service equipment fabrication and relates to aged-supporting auxiliary mechanical equipment, in particular to an intelligent aged-supporting accompany robot. According to the intelligent aged-supporting accompany robot, the robot head top is provided with a six-microphone annular array for voice input, the head and the back are provided with cameras for obtaining simple image information, video call and photographing, the robot shoulder is provided with a binocular camera for obtaining a depth image in a space, the left and right sides of the robot waist are provided with stereophonic sound dual speakers convenient for sound transmission, the front portion of the robot waist is provided with an RGB-D camera for providing partial image depth information, the robot legs are provided with a laser radar for detecting objects existing in the space and establishing a space two-dimensional map, the bottom of the robot is provided with a wheel hub motor for providing moving power, and touch sensors are arranged to the portions comprising the robot head, the shoulder, hands and double ears. The intelligent aged-supporting accompany robotis ingenious in main body structural design, high in intelligence and integration degree, friendly in application environment and broad in market prospect.

The invention discloses an intelligent medicine service system based on the Internet of things and its working method. The system includes a medicine box, a hospital system platform and an intelligentbracelet; the intelligent bracelet is used for users to wear, the medicine box includes a medicine box body, and the medicine box body is provided with a controller, a touch screen, a key module anda first wireless communication module; the intelligent bracelet includes a microprocessor, a display screen, a vibration module, a body temperature module, a blood pressure detection module, a heart rate detection module and a second wireless communication module, wherein the body temperature module is used for detecting the temperature of the human body, the blood pressure detection module is used for detecting the blood pressure of the human body, and the heart rate detection module is used for detecting the heart rate of the human body; the controller is electrically connected with the touch screen, the key module and the first wireless communication module respectively, and the microprocessor is electrically connected with the display screen, the vibration module, the body temperaturemodule, the blood pressure detection module, the heart rate detection module and the second wireless communication module respectively. The system can remind the users to take medicines when it is time for taking the medicines and monitor the physical conditions of the users after the users take the medicines.

The embodiment of the invention provides a vehicle control processing method, and a terminal. A vehicle driver wears intelligent wearable equipment. The method comprises the following steps that: obtaining the vital sign data, which is collected by the intelligent wearable equipment, of the driver; analyzing the vital sign data of the driver to generate a corresponding vehicle control instruction; and through an Internet of Vehicles, sending the vehicle control instruction to a vehicle where the driver is positioned to control the vehicle to carry out a preset operation indicated by the vehicle control instruction, wherein the vehicle control instruction comprises one of a driving mode switching instruction, a brake control instruction, a refueling control instruction, a turning control instruction, a vehicle window control instruction, a multimedia control instruction, a power control instruction and a help calling control instruction. When the method is adopted, vehicle control processing safety can be improved.

The invention provides a vital sign monitoring device; vital sign information is monitored on the basis of a bending loss principle, optical phase fading and polarization influences can be reduced, and vital signs such as respiration and heartbeat signals can be monitored more accurately; by arrangement of a small-core-diameter optical fiber, optical fiber bending change is caused by tiny vibration caused by extrusion caused by respiration and heartbeat, obvious intensity modulation can be carried out on optical signals in the small-core-diameter optical fiber with more sensitive bending loss,optical power changing along with correlation of respiration and heartbeat is output at the output end of a sensing optical fiber, the sensitivity is higher, and the accuracy is better; hard lines are arranged, so that the sensitization effect can be achieved.

The invention discloses a sport activity monitoring system. The sport activity monitoring system comprises a wrist wearing part, a waistband box, a camera and other equipment arranged in a sport field, and a mobile regulation and control terminal in wireless communication with the camera and other equipment. The wrist wearing part comprises a monitoring wristband and an emitter, a pulse sensor, a temperature sensor and an interphone are arranged inside the monitoring wristband, the pulse sensor is arranged at one end of the monitoring wristband, the temperature sensor is arranged in the middle of the monitoring wristband, the interphone is arranged at one side of the monitoring wristband, and wearing buttons are arranged at the two ends of the monitoring wristband. A lithium battery, an accelerometer, a gyroscope, a magnetometer, a second RF antenna, an RSSI module and a passive RFID chip are arranged inside the waistband box. The sport activity monitoring system can monitor the physical and sport conditions of an athlete through different monitors, records the entire sport process through the camera and other equipment and sends data to the mobile terminal in a wireless mode for storage and evaluation.

The invention discloses a modular interference based vital sign monitoring device. The modular interference based vital sign monitoring device comprises a laser source, a first optical fiber, an optical fiber sensing module, a second optical fiber, a photovoltaic conversion module, a vital sign signal extraction and analysis module, a display module and an alarm module. Two ends of the first optical fiber are connected with an output end of the laser source and an input end of the optical fiber sensing module respectively. Two ends of the second optical fiber are connected with an output end of the optical fiber sensing module and an input end of the photovoltaic conversion module respectively. An output end of the photovoltaic conversion module is connected with an input end of the vitalsign signal extraction and analysis module. An output end of the vital sign signal extraction and analysis module is connected with the display module and the alarm module. The modular interference based vital sign monitoring device has advantages of simple structure, high sensitivity, high comfort, high electromagnetic interference resistance, convenience in use and the like, and real-time monitoring of physical conditions of a user is realized.

The invention relates to a wearable vital sign monitoring device. A laser light source of the wearable vital sign monitoring device is used for emitting laser to a sensing optical fiber; two ends of the sensing optical fiber are respectively connected with a laser light source and a photoelectric conversion module; the sensing optical fiber is bent after bearing the pressure of pulse or breathingor heartbeat movement of a human body, and a laser signal transmitted in the sensing optical fiber is lost at a bent part and is modulated based on a bending loss principle; the photoelectric conversion module is used for converting the modulation signal of the laser bending loss output by the sensing optical fiber into an electric signal representing the pulse or breathing or heartbeat movement of the human body; and a vital sign signal extraction module is used for extracting the corresponding human body pulse or breath or heartbeat frequency from the electric signal representing the human body pulse or breath or heartbeat movement. According to the invention, the vital sign information of the human body can be accurately monitored in real time.

The invention discloses a wearable intelligent seat. The wearable intelligent seat comprises a left body side part and a right body side part which are symmetric about the center line of a human body, wherein each body side part comprises a shoe shell, a shank shell and a thigh shell, the shoe shell and the shank shell are connected through pins, the shank shell and the thigh shell are connected through pins, and limiting parts are arranged on the peripheries of the connection positions and limit the relative rotation angle between the shoe shell and the shank shell and the relative rotation angle between the shank shell and the thigh shell. Each shank shell is made in a profile of a shank of the human body, covers the front side and the inner side of the shank and wraps the shank horizontally; each thigh shell is made in a profile of a thigh of the human body, covers the inner side and the rear side of the thigh and gradually wraps the thigh from the inner side of the lower part of the thigh to the outer side of the upper part of the thigh in a spiral manner; the tightness of the shoe shells, the shank shells and the thigh shells can be adjusted through fastening cloth straps. The seat is further provided with a temperature sensor and a pulse sensor which are used for monitoring the body condition of a user. The wearable intelligent seat is suitable for relieving body pain caused by long-time standing.

The invention discloses an intelligent pension service software system. The intelligent pension service software system comprises a mobile terminal and a control unit arranged in the mobile terminal; the intelligent pension service software system is further provided with built-in software, a monitoring apparatus, a call centre and a data file centre; the built-in software is arranged in the mobile terminal by wireless mobile signals; the built-in software is connected electrically with an emergency button in the mobile terminal; the built-in software comprises a management interface, a management module and relational data; the built-in software is connected with the monitoring apparatus by wireless connection; the monitoring apparatus comprises an electro cardiscope monitor, a glucometer, a blood pressure meter and a blood oxygen meter; the call centre comprises an alarming device and a display screen; and the alarm device and the display screen are connected electrically. The intelligent pension service software system is applicable for old people's homes; the design is reasonable and the operation is simple; and the system has great market promotion value.

The invention discloses a special electrocardiograph monitoring apparatus for pediatric nursing. The special electrocardiograph monitoring apparatus comprises an apparatus bench, an electrocardiograph monitor on one side of the upper surface of the apparatus bench, a first wire passing conduit on one side of the electrocardiograph monitor, and a nursing pad on one end of the first wire passing conduit. The electrocardiograph monitor and an electrocardiograph sensor monitor electrocatdiogram of a patient. The electrocardiograph sensor can be bounded onto the body of the patient through the nursing pad, thereby preventing falling off of the electrocardiograph sensor. A blood pressure sensor and a blood pressure measuring instrument detect the blood pressure of the patient to prevent occurrence of emergency accidents of the patient. A heating wire and a temperature sensor are arranged on the electrocardiograph monitoring apparatus, wherein the temperature sensor monitors the body temperature of the patient, and the heating wire keeps the patient warm. The special electrocardiograph monitoring apparatus has the advantages of simple structure and convenient operation. The special electrocardiograph monitoring apparatus can monitor the electrocatdiogram of a patient and can be more tightly bounded on the body of the patient, so that physical conditions of the patient can be monitored at any time.

The invention proposes a vital sign monitoring device and method based on multiple optical fiber sensing assemblies. According to the invention, the multiple optical fiber sensing assemblies are arranged to form the vital sign monitoring device, and on the basis of effectively increasing a detection range, the optical fiber sensing assemblies are smaller in specification and easy to transport, store and carry; an effective detection range can be expanded to the whole lying area when a user sleeps and has a rest, so that the user can select any direction and any area to have a rest when having a rest, and the user is more convenient and non-inductive to use; a sleeping posture of the user, a position of the user in the bed and whether overturning exists or not can be monitored in real time, and sleeping quality analysis can be better conducted; multiple BCG signals can be measured at the same time, the multiple signals are processed, noise can be effectively reduced, algorithm calculation is facilitated, and therefore more accurate vital sign data are obtained; vital sign data of two persons can be monitored, and the device and method are more suitable for common families.

The invention discloses an auxiliary care device for elderly people with an alarm function, and relates to the technical field of care equipment. The device comprises a main controller at home, a security room, a family mobile phone terminal and an intelligent hand ring, a wireless transmitter is arranged in the main controller, a wireless receiver is arranged in the security room, the main controller is wirelessly connected with the wireless receiver and the family mobile phone terminal, the main controller is electrically connected with an indoor environment monitoring controller and an indoor alarm controller, and the indoor environment monitoring controller is electrically connected with a CO concentration monitor, an air humidity sensor, an air quality monitor and a smoke and fog monitor. According to the device, not only the physical condition of the elderly can be monitored well, but also the family condition of the elderly when the elderly is at home alone can be monitored, andthe elderly going out alone can be promptly informed to the district security or the elderly family, omni-directional auxiliary care for the elderly is conducted, and the security of the elderly living alone is improved.

The invention discloses an old people action monitoring system, comprising a data collection device, a data processing module, a community information service application platform, a service module and a plurality of database. The data processing module is connected to the data collection device and the community information service application platform; the plurality of databases are connected to the community information service application platform; the data collection device is used for collecting information and transmitting the information to the data processing module; the data collection device comprises an RFID module, a GPS module, a GIS module, a camera and a blood pressure meter; the service module is connected to the community information service application platform; the plurality databases comprise a community information database and a GIS databases, and also comprises a storage module which is connected to the community information application platform and is used for storing data information. The beneficial effects of the invention are that the old people movement monitoring system can grasp the location and moving tendency of the old people.

The invention provides a wearable intelligent device, a use method of the same and driving safety control method based on the wearable intelligent device, and driving safety can be improved. The wearable intelligent device comprises a wearable device body. A human body monitoring unit, a temperature sensing unit, a six-axis motion sensing unit, a data conversion unit, a central control unit, a two-dimensional code generation unit, a wireless communication unit, an electronic ink display unit, a reminding unit and a power supplying unit supplying power for each unit are arranged on the wearable device, wherein the human body monitoring unit, the temperature sensing unit and the six-axis motion unit are respectively connected with the central control unit via the data conversion unit; the central control unit is further connected with the wireless communication unit, the two-dimensional code generation unit and the reminding unit; the two-dimensional code generation unit is connected with a display screen arranged on the surface of the wearable device body via the electronic ink display unit; the wearable device body further has a two-dimensional code generation button; and the two-dimensional code generation button is connected with the two-dimensional code generation unit.

The invention relates to an intelligent walking aiding device. The intelligent walking aiding device comprises left and right support frames, telescopic sleeves, a connecting frame, main and auxiliaryarmrest sleeves, monitoring bracelets, obstacle sensors and a human face identifier, wherein the connecting frame is connected with the left and right support frames, the left and right support frames are stepped brackets, the main and auxiliary armrest sleeves respectively sleeve the horizontal high position and the horizontal low position of the left and right support frames, the monitoring bracelets are hung to the main and auxiliary armrest sleeves, the human face identifier is clamped to the connecting frame through a support base, and two obstacle sensors are arranged and are fixedly connected to the front ends of the left and right support frames. The intelligent walking aiding device has the functions of human face recognition, obstacle reminding, emergency circumstance alarming and locating, and the like, compared with the common walking aiding device, the walking aiding device provided by the invention is more intelligent, safer and more humanized.

The invention discloses an intelligent medical disease monitoring and early warning system based on big data, which comprises a body temperature acquisition module, a heartbeat acquisition module, a breath acquisition module, a blood oxygen acquisition module, a reaction acquisition module, a data receiving module, a data processing module, a master control module and an alarm sending module. The body temperature acquisition module is used for acquiring real-time body temperature information of a patient, the heartbeat acquisition module is used for acquiring real-time heartbeat information of the patient, the breath acquisition module is used for acquiring real-time breath frequency information of the patient, and the blood oxygen acquisition module is used for acquiring blood oxygen concentration information of the patient; the data receiving module is used for receiving the real-time body temperature information, the real-time heartbeat information, the real-time breath frequency information, the blood oxygen concentration information and the reaction speed information of the patient. According to the invention, alarm information can be sent out in time when the body of a patient is abnormal, and the system is more worthy of application and popularization.

The invention belongs to the technical field of intelligent wearable equipment, and discloses an intelligent voice information control system, method and device for old people. The method is characterized by realizing functions of making a call and surfing the internet through an SIM card, and achieving emergency calling; monitoring health condition and the sleep quality of the old people in realtime through a sensor, and notifying the health data in a voice broadcast mode; sensing the change of the acceleration at the moment of falling through an acceleration sensor to monitor the dangerouscondition of the old people and recognize falling, and notifying family members or nearby hospitals through modes of network information sending and telephone notification; carrying out positioning through a remote positioning module; and checking the remote positioning information and health monitoring data of the old people in the mobile internet. The device adopts voice recognition technology,is convenient to operate and various in functions, is additionally provided with practical functions such as positioning, voice communication and falling alarm on the basis of traditional mobile phonefunctions, and is convenient to carry, long in standby time, and can realize hearing protection.

The present invention relates to the intelligent wearing equipment field, in particular to a public place health condition monitoring and alarming system. The public place health condition monitoring and alarming system of the present invention comprises a control server, a plurality of terminals, a plurality of routers and multiple sets of wireless sensing devices, each wireless sensing device comprises a sensing module, a wireless module and a power distribution and supply module, and the control server comprises a processing module, a display screen, an input device and an alarming module. The public place health condition monitoring and alarming system of the present invention can monitor the physical feature conditions of the monitored objects in the public places real-timely and sends out alarm when the abnormity occurs.

The invention belongs to the technical field of wheelchairs, and in particular relates to a wheelchairs. The invention aims at solving problems of existing wheelchairs which are low in intelligence, low in comfort and low in safety. In order to solve the technical problems, the wheelchair provided by the invention comprises a seat main body, a main wheel, a subordinate wheel, a controller, a touchdisplay screen, a temperature controller, a heating wire block, monitoring equipment, a communication device, a locating module, a first driving motor and a second driving motor. The wheelchair provided by the invention has the effects of being high in intelligence degree, high in comfort and strong in safety.

The invention belongs to the field of medical supplies, and particularly provides a medical intelligent shoe. The medical intelligent shoe comprises a heel part (1), wherein an intelligent control device (2) is mounted on the heel part (1). The medical intelligent shoe solves the problem that the conventional monitoring device is simplex in function and inconvenient to carry, and has the functions of remotely monitoring a patient, positioning the patient at any time and monitoring the body condition of the patient.

The invention provides a vital sign monitoring device and method. By means of an unbalanced structure of an unbalanced sagnac ring, the phase difference of two paths of light in the ring is not zero under the condition of no vibration, equivalently, the output light power of the output end of the unbalanced sagnac ring is raised in advance, the change of the phase difference can be displayed moreeasily, and dynamic response to vibration signals is facilitated. When vibration occurs, the unbalance of an unbalanced sagnac ring cavity is further increased, the phase shift of two paths of oppositely propagated optical signals is increased, after interference of a coupler, the output end outputs a signal modulated by vibration, and at the moment, the unbalanced sagnac ring is also quite sensitive to small-amplitude vibration and is suitable for vital sign detection.

The invention discloses a multifunctional locating bracelet. The multifunctional locating bracelet comprises a watch head and a watch band; a solar cell panel is arranged on the watch band; a storagebattery, a GPS tracer, a health monitor, a microprocessor, a call button, and a sound generating mechanism are arranged on the watch head; the GPS tracer and the health monitor are connected with themicroprocessor respectively; intercommunication between the microprocessor and a monitoring center is realized; intercommunication between the microprocessor and assigned mobile phone terminals is realized through the GPS tracer. The multifunctional locating bracelet possesses GPS monitoring functions, is capable of realizing accurate locating of the positions of users and preventing losting, possesses health monitoring function, is capable of monitoring the body situations of users, and is provided with a calling device, so that emergency calling can be realized when users are in danger; solar energy is adopted for electric generation, energy is saved, the multifunctional locating bracelet is friendly to the environment. The multifunctional locating bracelet is portable, is convenient forcarrying by users, is capable of reducing wearing discomfortableness and antipathy of users, and is high in comfort level.

The invention belongs to the field of medical supplies, and in particular provides a medical intelligent bracelet. The bracelet comprises an annular body (1), wherein the annular body (1) is provided with a piece of intelligent control device (2). The medical intelligent bracelet solves the problem of inconvenient individual carrying of the existing monitoring device, and has the functions of remote monitoring on the patients, positioning on the patients at any time, and monitoring on the patient's physical condition.

The invention discloses a health monitoring system and method, and a router. A data collection module of the health monitoring system identifies a human body by using a Wi-Fi signal to generate user identity information and corresponding human body data information, and then a data analysis module stores and analyzes the human body data information, generates health data information and displays the health data information, so that a user can conveniently, quickly and intelligently monitor human body health conditions.

The invention provides an intelligent moving headband, comprising a headband body, wherein the headband body comprises a waterproof layer and a decorative layer, and the waterproof layer is arranged inside the decorative layer. The monitoring device comprises at least one of a pulse sensing unit and a pedometer unit, and further comprises a wireless transmission unit, a data processing and storageunit, a pulse sensing unit, a pedometer unit and a wireless transmission unit electrically connected with the processing unit. The wireless transmission unit is communicatively connected with a datareading unit, and the data reading unit is a mobile terminal device. The monitoring device arranged in the waterproof layer can monitor the pulse when the wearer moves, and the pedometer can check theexercise amount and calculate the physical energy consumption, so that the fitness exercise can be planned according to the health and the physical energy condition.