56results about How to "Real-time monitoring of physical condition" patented technology

The invention relates to the field of electronic devices, and discloses a humidity sensor, an electronic device and a respiration detection system and method. The humidity sensor is made of a sensitive thin film material sensitive to water vapor, response time can be greatly shortened, response amplitude is increased, several seconds to several minutes of the response time of a humidity sensor in the prior art are shortened below 0.1 second, the humidity (water vapor content) in environment gas can be measured, and real-time respiration monitoring is possible. Furthermore, the humidity sensor is adopted in the electronic device or the respiration detection system, the water vapor content in respiration can be monitored in real time, and therefore physical conditions are monitored and the guidance is provided for respiration exercise.

The invention relates to a system and method for monitoring an engineering project operation site. The system comprises an information collecting device, a local area network router and a background server. The information collecting device is connected with the local area network router in a wireless mode, collects project site video and picture information, device information and worker's body information, and sends the information to the local area network router. The local area network router is connected with the information collecting device and the background server, receives the project site video and picture information, the device information and the worker's body information sent by the information collecting device and sends the information to the background server. The background server is connected with the local area network router, receives the project site video and picture information, the device information and the worker's body information sent by the local area network router and performs checking and supervision. The human cost can be reduced, the goal of supervising the operation site is achieved, the supervision efficiency is improved, the safety of the operation site is guaranteed to the largest degree, and the potential risk is eliminated.

The invention discloses a physical activity monitoring system and belongs to the technical field of physical activities. The physical activity monitoring system comprises an image and sound collection system. The output end the image and sound collection system is electrically connected with the input end of a single-chip microcomputer, the input end of the single-chip microcomputer is electrically connected with the output end of a monitoring system, and the output end of the monitoring system is electrically connected with the input ends of a remote control system, a warning system and a memory storage module. The physical activity monitoring system can detect body temperature, blood pressure, heartbeat, pulse, distance and speed of an athlete in the sports process; when the athlete's physical information has a large difference and the athlete's physical health is threatened, a driving module drives a warner to give an alarm, the single-chip microcomputer transmits the athlete's physical information and image and sound information on an athletic field to a remote terminal, so that the athlete's physical conditions can be monitored in real time, and the physical activity monitoring system is good in monitoring effect and convenient to use.

The invention discloses a driving control system and method for persons driving while intoxicated and feeling uncomfortable. An alcohol sensor, a pulse sensor and a body temperature sensor are utilized for monitoring the blood alcohol concentration, the pulse condition and the body temperature condition of a driver respectively. When it is detected that the blood alcohol concentration inside the driver exceeds a threshold value, a central processing unit controls a relay switch to cut off a sparking plug circuit, an automobile engine stops operation and meanwhile an audio file is played. When the pulse fluctuation or the body temperature fluctuation of the driver exceeds the normal range, the central processing unit controls an audio player to play a relevant prompt audio file. The driving control system and method for the persons driving while intoxicated and feeling uncomfortable are used for eradicating drunk driving behaviors and monitoring whether the body conditions of the driver meet the driving conditions or not and are of great significance in maintaining the traffic order and guaranteeing the life and property safety of people.

A health management system comprises a health wristband and a processing module, wherein the health wristband is worn on a wrist of a user and used for acquiring user's physiological parameters and storing user's personal information; and the processing module is used for receiving the user's physiological parameters acquired by the health wristband, comparing the acquired user's physiological parameters with corresponding health indexes, judging whether the user is in a healthy, sub-healthy or ill condition according to the comparison result, and sending the analysis result to the mobile phone of a contact person appointed by the user according to the user's personal information stored in the health wristband of the user. The health management system can monitor in real time and learn about the health condition of the user at the first moment; and by adoption of the health management system, children can particularly monitor the physical conditions of the aged with acute diseases, of older ages or with poor physical condition in real time even in remote places, so that the body health of the user is better guaranteed.

The invention provides a method and device for monitoring physical agility in a physical education teaching process, wherein the method comprises the following steps of: acquiring target item type information of an underway physical education item in the physical education teaching process; acquiring a physical agility demand value corresponding to the target item type information; acquiring physiological sign information of each student in the physical education teaching process; determining the physical agility value of each student according to the physiological characteristic information of each student; judging whether the physical agility value of each student is lower than the physical agility demand value; and carrying out alarm prompt when the physical agility value of any studentis determined to be lower than the physical agility requirement value. Through the technical scheme, the physical condition of each student can be monitored in real time according to different sportsitem types, so that the adjustment can be carried out in time, and accidents can be avoided to the greatest extent.

The present invention provides a novel multi-parameter monitoring bracelet. The novel multi-parameter monitoring bracelet comprises wristbands, a connecting buckle, a switch, a display screen, a pulse sensor, a blood oxygen sensor, a gesture sensor, a control device, a blood glucose monitoring sensor and a battery. The wristbands are connected through the connecting buckle. The switch is arranged at the left side of the display screen. The pulse sensor is arranged at the right side of the display screen. The blood oxygen sensor is arranged at the right side of the pulse sensor. The gesture sensor is arranged at the right side of the blood oxygen sensor. The control device is arranged at the right side of the gesture sensor. The blood glucose monitoring sensor is arranged at the right side of the control device. Through arrangement of the display screen, the pulse sensor, the blood oxygen sensor, the gesture sensor, the control device and the blood glucose monitoring sensor, real-time monitoring and positioning can be achieved, the physical condition of a carrier is fed back, the carrier can conveniently and visually know the physical condition of the carrier, the intelligent degree is increased, and personal safety is guaranteed.

The invention discloses a pulse monitoring system based on a micro fluid sensor. The micro fluid sensor is arranged on an inner side of a wristband, the micro fluid sensor inducts a pressure change of a waist artery when approaches the position of the waist artery, the resistance value is changed, an alternating voltage signal is connected with the outer portion of the micro fluid sensor, with the resistance value changes, an output voltage of the micro fluid sensor changes, after an amplification by an amplifier and a filtering by a filtration module are conducted, the output voltage is input in a comparator, the output voltage and the predetermined threshold level are compared, and then the throb of a pulse is determined and at the same time a counter counts the throb of the pulse, the statistic result is input in unit time in a control module, so that the display of a display module and the reception of a terminal are controlled; the test precision is high, the bulk of the system is small, the extendibility is strong, and the system is suitable for carrying.

The invention discloses a live pig health monitoring device based on multiple sensors, which belongs to the technical field of livestock health monitoring. The problems that an existing live pig monitoring device is not suitable for small breeding farmers, and the use cost is high are solved. The device comprises a body temperature monitoring unit, a step number monitoring unit, a data processingunit and a data transmission unit, wherein the body temperature monitoring unit is used for monitoring body temperature data of live pigs; the step number monitoring unit is used for monitoring the walking step number of the live pigs; the data processing unit is used for preprocessing the body temperature data and the walking step number to obtain the preprocessed body temperature in a preset time period and the preprocessed movement step number in the preset time period; and the data transmission unit is used for transmitting the body temperature in the preset time period and the movement step number in the preset time period to a monitoring terminal. The device is used for live pig health state monitoring.

The invention discloses a health monitoring system for the old. The health monitoring system for the old comprises an ornament and a health monitoring module integrated in the ornament; the ornament is provided with a lifting ring, the health monitoring module comprises a data acquisition device which is connected with a controller through a signal processing circuit, and the data acquisition device comprises a tumble data acquisition device and a physical health data acquisition device; the controller is further connected with a signal teletransmission module, a positioning device and an alarm device; the physical health data acquisition device comprises a temperature acquisition device, a blood pressure acquisition device, a heart rate acquisition device and an electrocardio acquisition device. According to the health monitoring system for the old, the wearing mode of the health monitoring system is diverse, and real-time monitoring on the health condition and tumble condition of the old can be achieved.

The invention discloses a pair of ultraviolet nurse shoes based on a remote control system. Each nurse shoe comprises a vamp and a sole which is connected to the vamp, wherein a heel is arranged at the back end of the sole; the vamp comprises an outer layer and a liner; a cavity is formed between the outer layer and the liner; an ultraviolet disinfecting lamp is arranged in the cavity; a blood pressure sensor is arranged on the inner wall of a heel upper of the vamp; the blood pressure sensor is connected to a controller which is embedded in a groove in the sole; the controller is connected to a data acquisition unit by virtue of a wireless communication module; the data acquisition unit is connected to a microprocessor; the microprocessor is connected to a data memory; the microprocessor is additionally connected to a remote monitoring terminal by virtue of a cloud server side; and the controller is connected to a switch circuit of the ultraviolet disinfecting lamp.

The invention relates to the technical field of the medial facility and in particular to a multi-functional sickbed. The multi-functional sickbed comprises a bed frame and a bed plate installed on the bed frame. The bed frame comprises a bed tail guard plate, a bed head guard plate, a side frame, bed legs, a transfusion rod, a camera, a processor, and a wireless communication module. The bed plate comprises a middle plate, an upper plate, a lower plate, a left plate, a right plate, a lifting rod, and a driving motor. The lifting of the upper plate, the lower plate, the left plate and the right plate can be completed by the lifting rod. Sitting and turning over of a patient can be assisted to be completed, a mobile intelligent device is communicated by the wireless communication module, the lifting of the lifting rod is controlled by the mobile intelligent device, and the body situation of the patient is monitored in real time.

The invention discloses a pet nursing and accompanying system. The pet nursing and accompanying system comprises a monitoring projection module, a monitoring module, an exercise amount analysis module and a feeding module, and is characterized in that the monitoring projection module is used for remote observation and interactive accompanying of a cat by an owner, the monitoring module is used for tracking and positioning the cat and detecting the physical condition of the cat, the exercise amount analysis module is used for analyzing and judging the exercise amount of the cat in the exercise period, the feeding module is used for reasonably feeding the cat in a timing and amount-controlled mode, the monitoring projection module and the monitoring module are both in network connection with the exercise amount analysis module, the exercise amount analysis module is electrically connected with the feeding module, the monitoring projection module comprises a camera module, a projection module and a loudspeaker module, the camera module is used for shooting transmitted real-time pictures, the projection module is used for regularly projecting laser to the main activity range of the cat. The pet nursing and accompanying system has the characteristics that interaction modes are enriched, and the cat food intake can be controlled.

The invention discloses a Pemp personal safety defense system which comprises a control unit. The signal input end of the control unit is electrically connected with the signal output end of a detecting unit. The data input end of the control unit is electrically connected with the data output end of an audio module. The power supply input end of the control unit is electrically connected with thepower supply output end of a power supply module. The signal input end of the control unit is electrically connected with the signal output end of a positioning module. The control end of the controlunit is bidirectionally and electrically connected with the electric control end of a communication unit. The communication unit and a service background are connected with a cloud serve. The controloutput end of the control unit is electrically connected with the electric control end of an alarm module. The Pemp personal safety defense system can monitor the body condition of a user and can supply a reasonable dirt suggestion and an excise plan and to-be-examined items in a hospital, thereby effectively ensuring high personal safety of the user and realizing high popularization value.

The invention relates to a system for monitoring physical ability of a player, in particular to a system for analyzing the conditions of physical abilities of football players in a training practice and a match. The system comprises a movement distance signal acquisition device for a player arranged on each player body at the match, a movement signal tracking receiving device arranged on a player, namely a substitute, and a physical ability state analyzing device for a player, wherein the movement distance signal acquisition device can acquire the movement distance of each player at the field and send a signal to the movement signal tracking receiving device, and the movement signal tracking receiving device can send the received movement distance signal of each player to the physical ability state analyzing device for the player. The system mainly solves the prior technical problem that the analysis and the detection of the physical abilities of the players are only performed in advance, while the real-time monitoring and alarm of the physical abilities of the players in the training practice and the match can not be performed, can assist a coach in reasonably tracking and analyzing the physical abilities of the players in the training practice and the match, so as to make the most reasonable adjustment.

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 belongs to the field of emergency rescue, which discloses an automatic monitoring system for plateau railway rescuing personnel and vehicles. The system consists of front end data acquisition equipment and a back end support system, wherein the front end data acquisition equipment comprises a probe for detecting the blood pressure and the pulse of the rescuing personnel, an RFID card, a PDA and a GPS. The probe for detecting the blood pressure and the pulse of the rescuing personnel is connected with the RFID card, and are worn on the rescuing personnel. The PDA reads information of the RFID card to acquire information on the physical condition of the rescuing personnel. The GPS acquires information on the geological position of the vehicles. The back end support system comprises an on-site rescue command system, a decision support system and a rescue resources management system. The automatic monitoring system for the plateau railway rescuing personnel and the vehicles has the advantages of carrying out real time tracking and monitoring in the whole process, ensuring the safety of the rescuing personnel and the transportation of the vehicles, providing more comprehensive and more accurate real time information on emergency rescue, and reliably guaranteeing the next decision for rescue command.