36 results about "Personal health monitoring" patented technology

Multiple health profiles from multiple personal health monitoring systems are compiled. The multiple personal health monitoring systems each monitor a current health profile including physical parameters and environmental parameters indicative of the current health of one of multiple users. The physical parameters and environmental parameters of each of the multiple health profiles are compared to determine health affecting factors for the multiple users, such that health affecting factors of public health are audited.

A personal monitoring device has a sensor assembly configured to sense physiological signals upon contact with a user's skin. The sensor assembly produces electrical signals representing the sensed physiological signals. A converter assembly, integrated with, and electrically connected to the sensor assembly, converts the electrical signals generated by the sensor assembly to a frequency modulated inaudible ultrasonic sound signal. The ultrasonic signal is demodulated from an aliased signal produced by undersampling.

Disclosed is an apparatus and methodology for providing a personal wellness monitor (PWM) that may be used to measure and store physiological parameters indicative of sustained activity by a User. Data collected by the PWM may be correlated over time with relation to a particular activity mode. Activity modes monitored may include walking, sleeping, exercising, or other activities. The User may be alerted by the PWM as predetermined physiological parameters are reached. Data from the PWM may be uploaded to a Data Center and stored for analysis and historical record in a central database, accessible by the User. The User's historical record may be pertinent in determining changes in health and wellness.

The present invention is a personal health monitoring system which interactively delivers treatment stimuli and compiles a chronological history of a patient's health. The invention includes personal health diaries for direct measurement of physiological measurement as well as collection subjective responses. The personal health diaries also deliver educational content and health related reminders. The personal health diaries are remotely configured to deliver patient specific display of the treatment information. Patient response information, timing signals are routinely transmitted to the central monitoring system. The central monitoring system is programmed to automatically alert caregivers and family members when responses fall outside patient defined normal ranges. Caregivers and family members can interactive with the central monitoring system to provide updated treatment information as well as personal inspirational content. Through education and appropriate intervention the present invention can improve and maintain the patient's health and extend their independent lifestyle.

The invention relates to a portable personal health monitor and a method thereof for monitoring personal health. The portable personal health monitor comprises a hand-held shell structure which is internally provided with an input unit, a storage unit, a processing unit and an output unit, wherein the input unit is used for inputting user personal information and data information related to nutrition, at least one database for storing data information with different purposes is supported by the storage unit, the processing unit is used for processing the data information according to user commands and a plurality of preset function programs, and the output unit is used for outputting the information according to processed result data and an appointed output mode.

A personal monitoring device has a sensor assembly configured to sense physiological signals upon contact with a user's skin. The sensor assembly produces electrical signals representing the sensed physiological signals. A converter assembly, integrated with, and electrically connected to the sensor assembly, converts the electrical signals generated by the sensor assembly to a frequency modulated inaudible ultrasonic sound signal. The ultrasonic signal is demodulated from an aliased signal produced by undersampling.

A device, system and method for personal health monitoring based on multitude-points environmental data is disclosed. a plurality of indoor sensing devices and a plurality of outdoor sensing devices may be connected to a network to allow bidirectional communication between the sensing devices and a central server, and between the sensing devices themselves, over a communication network such as the internet. According to one method of the disclosed invention, a source of pollutions may be detected by comparing the levels of pollution sensed by different neighboring sensing devices and recommendations as to how to reduce the exposure to sensed pollutants may be sent to end users.

The invention provides a system and a method for monitoring personal health, wherein the system comprises a physiological parameter measuring device for measuring various physiological parameters of amonitored person and sending the measured physiological parameter data; a data processing device for receiving the physiological parameter data sent by the physiological parameter measuring device, storing the physiological parameter data to a local personal health file, sending the physiological parameter data to a health monitoring center server, and receiving health state diagnosis results sent by a health monitoring center server; and a health monitoring center server for receiving the physiological parameter data of the monitored person sent by the data processing device, updating the local stored personal health file, receiving the health state diagnosis results input by the doctor based on the personal health file information and sending the health state diagnosis results to the data processing device. The system can acquire a plurality of physiological parameters of a human body, and the health state diagnosis results from the doctor can be given after the physiological parameters are sent to the health monitoring center.

The invention relates to an integrated self-service nucleic acid detection device and an application method thereof. The device comprises a cassette, a reaction chip and an elastic membrane, wherein piston chambers, a sample receiving chamber, a reagent chamber and a recovery chamber are formed on the cassette; two reaction cells are formed on the upper surface of the reaction chip; the elastic membrane is used for bonding the reaction chip at the bottom of the cassette; the sample receiving chamber and the reagent chamber communicate with one reaction cell through a first one-way valve structure; and the reagent chamber and the recovery chamber communicate with the other reaction cell through a second one-way valve structure. According to the integrated self-service nucleic acid detectiondevice, all processes of nucleic acid detection can be completed only through simple four-step push and pull actions of push rods, professional training and special laboratory conditions are not needed, devices, such as a pipette and a temperature cycling instrument are not needed, the operation steps of nucleic acid detection are greatly simplified, the requirements for operating personnel and operation places are reduced, the integrated self-service nucleic acid detection device can be popularized and applied in families and community clinics, and real-time screening detection during epidemic prevention and control and daily personal health monitoring are achieved.

The invention relates to a family health monitoring and diagnosis system based on a television system. The family health monitoring and diagnosis system comprises a set top box and a television box matched with the set top box and further comprises one or more family/personal health monitoring sensing devices, the health monitoring sensing devices are in communication connection with the set top box, the set top box is connected with a network communication system, the health monitoring sensing devices are in wired communication connection or wireless communication connection with the set top box, wireless communication connection is Bluetooth communication and/or Wi-Fi communication connection, the health monitoring sensing devices comprise an electronic sphygmomanometer, a blood glucose meter, an electronic scale, electrocardiogram equipment, an oximeter, a waist tape and the like, the network communication system is connected with one or more monitoring and diagnosis centers, and the monitoring and diagnosis centers comprise community health service centers and/or medical centers. According to the family health monitoring and diagnosis system based on the television system, by the utilization of an existing communication network, people can perform body health condition detection and obtain high-quality medical service without going out.

The invention discloses an epidemic prevention and control information system for coping with emergent events of public health. The system comprises a personal user subsystem, a staff user subsystem and an enterprise gatekeeper user subsystem, wherein the personal user subsystem is used by a user for managing epidemic prevention and control information of himself; the staff user subsystem is usedby staff for managing epidemic prevention and control information of each user in jurisdictions; and the enterprise gatekeeper user subsystem is used by enterprise gatekeepers for checking in-out applications submitted by non-enterprise employees. The system can manage detection information of foreign personnel during an epidemic situation, facilitate statistics of monitoring information and statistics of stopover places of foreign personnel, so response measures can be immediately taken in the case of definite diagnosis of people, people contacting an object with definite diagnosis and stopover regions of the object can be immediately obtained, and a data basis is provided for preventing the spreading of the epidemic situation. Personal users use the system to monitor personal health conditions and report and manage co-residents and activity tracks in specified days; and enterprise gatekeepers use the system to manage entry and exit conditions of non-enterprise employees.

The invention relates to a preparation method of a flexible wearable strain sensor. The preparation method is low in production cost, simple in process, and green and the environmentally-friendly; thespecific surface areas of fibers are increased in manners of stretching, dip-coating and polymerization, so that more conductive matters are loaded on the fibers, and the conductivity of the fibers and the resistance stability after stretching are enhanced; secondly, a dispersing agent added in a carbon nano-tube dispersing solution can be taken as a doping agent in the pyrrole polymerization process, and conjugated double bonds of the doping agent can increase the solubility of a carrier and improve the conductivity of pyrrole. Moreover, carbon nano-tubes act as nano-particles, and the specific surface area when polypyrrole is in contact with the carbon nano-tubes is increased, so that the bonding force between the polypyrrole and the carbon nano-tubes is enhanced, a composite conductivenetwork cannot be destroyed in the stretching process and maintains a stable state. Therefore, not only is the large strain range of the flexible strain sensor met, but also the high sensitivity is maintained, and a foundation is laid for human-machine interface interaction, personal health monitoring and treatment.

Described herein is an apparatus for characterizing an analyte in breath and related method. The apparatus comprises an interactant that is configured to interact with the analyte in breath to generate a change in thermal energy relative to a base thermal energy. The apparatus further comprises a piezoelectric system that is coupled to the interactant, comprises at least one piezoelectric material having a material property, and generates a signal that comprises information useful in characterizing the analyte in breath. The signal is in response to a change in a material property of the piezoelectric material. The change in the material property is in response to the change in thermal energy. The apparatus may be used for a variety of applications such as, for example, personal health monitoring, clinical diagnostics, safety and law enforcement monitoring, and others.

A system for urine analysis and personal health monitoring includes a testing box, including a testing chamber, a camera aperture, and a test slot, a color pattern chart, including a bar code, a base color calibration strip, a test result area, and a test lookup area; a diagnostic analysis server, and a diagnostic analysis device, including a processor, a memory, an input output, a diagnostic manager, a camera manager, an image analyzer, a camera calibrator, and a camera; such that the diagnostic analysis device captures an original image of the testing chamber interior with a test strip inserted, and analyzes a diagnostic portion of the original image and calculates a test result. Also disclosed is a method for diagnostic analysis, including installing color pattern chart, depositing sample, inserting test strip, capturing image, performing color calibration, reading barcode, extracting test strip image, performing color conversion, and calculating test result.

The invention provides a fall detection method, comprising the following steps: 1) receiving data collected by a three-axis acceleration sensor fixed on the chest of a human body, and judging whether the human body changes from an upright state to a horizontal state according to the three-axis acceleration value; 2) When judging that the human body changes from an upright state to a horizontal state, judge whether the human body is in a near-horizontal state for a long time according to the Z-axis acceleration value of a subsequent period of time; The difference value judges whether the human body falls. The invention also provides a corresponding wearable monitoring device. The fall discrimination scheme of the present invention is particularly suitable for devices worn on the chest, and has low computational complexity, strong real-time performance and high judgment accuracy. The wearable monitoring device of the present invention combines the functions of electrocardiogram detection and fall detection, helps to better monitor personal health, and at the same time reduces the volume and cost of the product, and the device is simple and easy to wear.

The invention relates to the technical field of intelligent bath, in particular to an intelligent central management system of the personal health Internet of Things. The intelligent central management system comprises an intelligent closestool, wherein the intelligent closestool comprises fingerprint recognition and face recognition and contains an embedded urinalysis system and an embedded feces detection system; and the intelligent closestool is externally connected with a sports bracelet and is externally connected with an electrocardiograph detection system and is externally connected with a blood detection system and a weight and height measurement system. through the system, the intelligent closestool and the external connection detection tool are connected and mutually communicated with a big database to realize data exchange, the analysis of environment for an influence on regional population health can be realized through long-time data accumulation, the analysis of the food for the influence on regional population health can be realized, and the analysis of the influence on living way habits can be realized. Through a mode of ''product+service'', an innovative personal health monitoring and personal rehabilitation service is provided for users, and a disease occurrence probability is lowered.

The invention belongs to the field of electronic communication, and relates to personal health monitoring equipment and a monitoring method. The personal health monitoring equipment comprises a central processing module, a personal health information sensing module, a communication module and a display module, wherein the central processing module comprises a central processor, a general purpose input/output (GPIO) interface, press keys and a memory; the central processor is used for outputting control information and inputting state information through the GPIO interface; the press keys are connected with the central processor to input commands or parameters; the memory is used for storing programs and various data, and automatically storing and using the programs or the data; the personal health information sensing module is used for collecting various body feature signals through a sensor module; the communication module is used for transmitting data with a local terminal. The personal health monitoring equipment has the advantages that the size of the monitoring terminal is greatly reduced by an embedding technique; the power consumption is obviously decreased, and the use time is prolonged; the body health information can be detected and identified at any time; the daily monitoring of sensitive people and the remote consultation of sudden incidents are performed by a wireless networking technique.

A system for urine analysis and personal health monitoring includes a testing box, including a testing chamber, a camera aperture, a visual check aperture, and a test slot, an interchangeable color pattern chart, including a bar code, a base color calibration strip, a test result area, and a test lookup area; a diagnostic analysis server, and a diagnostic analysis device, including a processor, a diagnostic manager, a camera manager, an image analyzer, a camera calibrator, and a camera; such that the diagnostic analysis device captures an original image of the testing chamber interior with a test strip inserted, and analyzes a diagnostic portion of the original image and calculates a test result. Also disclosed is a method for diagnostic analysis, including installing interchangeable color pattern chart, depositing sample, inserting test strip, capturing image, performing color calibration, reading bar code, extracting test strip image, performing color conversion, and calculating test result.

The invention provides a big data-based personal health monitoring system. The health of a user is efficiently monitored in real time and at a high precision by means of a central processing unit, a temperature sensor, a signal processing circuit, a pulse monitoring sensor, a blood pressure monitoring sensor, a blood fat monitoring sensor, an oral image acquisition module, an image processing module, a wireless transmission unit, a medical institution database, a user terminal, a display unit, a storage unit and a positioning unit. In combination with the technologies of sensors, wireless communication and the like, the temperature signal, the pulse signal, the blood pressure signal, the blood lipid signal, the position information and the image information of the user can be monitored. According to the invention, the big data-based personal health monitoring system is simple in structure, good in universality, high in integration level, low in cost, good in real-time performance, highin detection precision, easy to maintain, high in intelligence, good in expandability and the like.