279 results about "Health profile" patented technology

The present invention describes a method and system for achieving high availability in a networked computer system. In particular, the method for achieving high-availability is executed in a networked computer system. The networked computer system includes nodes connected by a network. The method includes using high-availability-aware components to represent hardware and software in the networked computer system, managing the components to achieve a desired level of redundancy, and monitoring health of the networked computer system, including health of components and nodes. The method further includes detecting a failure in the networked computer system. Failures detected by the method include failures of a component and / or node. Finally, the method includes recovering from the failure by performing an appropriate failure recovery procedure.

A system for dispensing a customised nutritional serving is made up of ingredients stored within a device incorporating the system. The device has a controller in whose memory is stored an inventory of the ingredients available in the device, their compositions and properties and customer profile data. The controller is programmed to formulate a serving which best matches the customised serving selected by the customer within constraints set by the programming taking into account the inventory of ingredients and the health profile of the customer. The customer is then presented with the selected serving and either accepts it or modifies it. The device is then programmed to prepare and dispense the final selection.

A user-based monitoring system includes a remote user-based subsystem with at least one display and at least two microprocessor-based units in communication with each other. The microprocessor-based units are selected from a group consisting of a data management unit, a personal computer, a handheld device or a user monitoring device. The subsystem is configured to facilitate collection of user-related data. The system also has at least one central server remotely located from and configured for two-way communication with the user-based subsystem so that it can receive and deliver signal communications to and from the user-based subsystem the system also has at least one authorized user computer remotely located from, and configured for two-way signal communication with, the central server to receive user-related data collected by a remote user-based subsystem and allow an authorized user to communicate with the central server. The system is suited, amongst others, for monitoring remotely the health of a system user.

A system for dispensing a customized nutritional serving is made up of ingredients stored within a device incorporating the system. The device has a controller in whose memory is stored an inventory of the ingredients available in the device, their compositions and properties and customer profile data. The controller is programmed to formulate a serving which best matches the customized serving selected by the customer within constraints set by the programming taking into account the inventory of ingredients and the health profile of the customer. The customer is then presented with the selected serving and either accepts it or modifies it. The device is then programmed to prepare and dispense the final selection.

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.

It becomes possible for a user to check his / her own health state at a desired place without visiting inspection agencies. Furthermore, it becomes possible for a user to conveniently check his / her own health state. First, a user collects body fluid to be a measurement object, such as blood, saliva, and urine. Then, the collected body fluid is introduced to the chip (101) as a sample. Then, the sample is made to act on a detection reagent which acts on a specific component in the sample to generate a predetermined detection reaction. This chip (101) is set to the mobile terminal (127). A measurement unit (151) of the mobile terminal (127) measures an amount of a specific component in the sample by means that product of reaction is quantitated by an optical method or the like. The mobile terminal (127) transmits the measurement value to an analysis center (153).

Provided are embodiments of systems, computer medium and computer-implemented methods for monitoring the health of an employee. A method for monitoring the health of an employee including collecting health data corresponding to at least one of biometric health data and biomechanical health data for an employee acquired via a plurality of health sensors located throughout the employee's workstation, determining a health profile for the employee based at least in part on the collected health data, and serving, to an employee computer for display, health profile content comprising an avatar configured to communicate information relating to the health profile for the employee. The plurality of health sensors including at least one of biometric sensors and biomechanical sensors.

A system and method for generating a health profile by processing and mapping health care data for an individual or a group of individuals, to identify categorical associations of health care data and predict occurrences of associated categories of such data. The system comprises a plurality of central networks that communicate with a remote device through a global electronic network. Data is retrieved through the global electronic network and processed by a remote device to create a map of the health status of an individual or a group of individuals. The health profile can be used to manage the treatment and health of an individual or a group of individuals. The health profile may be encoded on an integrated circuit chip or a card having a magnetic strip.

A system for selecting an active control path link as a communication link between a control shelf and a controlled shelf in a multi-shelf network element is provided. The system includes a first and a second control path links connecting the control shelf to the controlled shelf. The system also includes an assessment module adapted to assess health of transmissions sent through each of the first and the second control path link and a selection module associated with the assessment module. The selection module is adapted to select the active control path link as either of the first and the second control path link utilizing a health report relating to the first and the second control path link generated by the assessment module.

Provided are embodiments of systems, computer medium and computer-implemented methods to monitor the health of an employee. A method for monitoring the health of an employee while the employee is located in an employee workstation including collecting, from a plurality of biometric and biomechanical sensors disposed throughout an employee workstation, health data indicative of biometric and biomechanical characteristics of the employee. The plurality of biometric and biomechanical sensors adapted to sense biometric and biomechanical characteristics of the employee and output corresponding health data indicative of the biometric and biomechanical characteristics of the employee. The method including determining an employee health profile based at least in part on the collected health data, generating a health plan for the employee based at least in part on the health profile, and displaying health content including the employee health profile and the health plan for the employee.

The aging of population and the continuous rise in the number of chronic disease crowd have become prominent problems for the present society. A nonprofessional person, however, cannot do anything about the vital sign data detected at home. According to a health service platform system based on real-time monitoring, original vital sign data detected by a health detector is sent to a cellphone on which health monitoring software is preinstalled (health cellphone) in a wireless or Bluetooth manner; the vital sign data is received and displayed by the cellphone, and is transmitted to the health service platform through the Internet; a result is created through analysis and processing, and a personal health profile is created; the analysis result and a health hint are fed back to the health cellphone; a professional instruction can be given timely by a remote client (doctor) through logging in the health service platform; health management information can also be acquired by a user or a relative through logging in the health service platform. The personal health profile serves as a basis for health tendency analysis, and can judge health tendency timely through dynamic analysis of historical data, so as to assist in preventing the occurrences of major illness and emergency illness.

Methods and systems for measuring mechanical property of a vascular wall and a method and system for determining health of a vascular structure are provided wherein local deformation of a vessel wall resulting from physiologic pressures with altered transmural forces is measured. A non-invasive free-hand ultrasound scanning-procedure was performed to apply external force, comparable to the force generated in measuring a subject's blood pressure, to achieve higher strains by equalizing the internal arterial baseline pressure. When the applied pressure matched the internal baseline diastolic pressure, strain and strain rate increased by a factor of 10 over a cardiac cycle. Radial arterial strain was assessed in the vessel wall over the entire deformation procedure using a phase-sensitive, two-dimensional speckle-tracking algorithm. An elastic modulus reconstruction procedure was developed to estimate the non-linear elastic properties of the vascular wall.

Disclosed is a method for evaluating a health status of mechanical equipment. Firstly, status data of main components on mechanical equipment are collected by a sensor, and feature extraction is performed to obtain feature parameters. Then, noise data and fault data are extracted by an outlier detection algorithm, and only the fault data are retained. Subsequently, dimension reduction processing is performed to obtain a feature vector for final evaluation. Finally, equipment status evaluation is performed, a self-organizing map neural network model is established by health status data and failure status data, rate impact factors of each group of data to be evaluated are calculated by an entropy weight theory, and the rate impact factors are introduced into a neural network to perform health factor calculation. The present invention implements overall status evaluation for mechanical equipment, provides a basis for health maintenance of the mechanical equipment, and avoids unnecessary economic losses.

A method for configuring a bottom hole assembly from a plurality of formation evaluation tools, includes: creating a health history for each tool of the plurality of formation evaluation tools; ranking the resulting plurality of health histories according to health; and selecting at least one tool for the bottom hole assembly according to a ranking for the at least one tool. A system and a computer program product are also provided.

A system, method, and apparatus is provided for computerized management of the databases relating to phenotypic health assessment and genomic mapping and genetic screening of animals. Multiple remote users can access a computer network connected with a central database processing resource for managing the data There is appropriate security and payment of appropriate fees for accessing and retrieving data Users may input data relating to animal health, lifespan, and genetic background, and obtain reports relating to phenotypic health assessment of a particular animal subject or animal group, and genotypic characteristics of a particular subject or animal group to which this subject belongs. The central computer database processing resource stores phenotypic data and genotypic data relating to animals and analyzes their relationship according to predetermined criteria. The input of data and reporting of data is preferably electronic, or through fax or voice communication. The analysis of the health assessment database and genetic database can be automatic and / or in part manually interpreted by experts related to the central database processing resources.

The invention is a system for dispensing a customised nutritional serving made up of ingredients stored within a device incorporating the system. The device has a controller in whose memory is stored an inventory of the ingredients available in the device, their compositions and properties and customer profile data. The controller is programmed to formulate a serving which best matches the customised serving selected by the customer within constraints set by the programming taking into account the inventory of ingredients and the health profile of the customer. The customer is then presented with the selected serving and either accepts it or modifies it. The device is then programmed to prepare and dispense the final selection.

Embodiments of the present invention provide improved aquaculture products and methods of producing such aquaculture products by incorporating healthier lipids containing stearidonic acid and gamma linolenic acid into the aquaculture feed. This in turn improves the health profile of the aquatic animals promoting growth and limiting commercial losses. Furthermore, embodiments of the present invention provide methods for producing said products. In one embodiment of the invention, an aquaculture animal may be fed a feed comprising a transgenic plant product. In other embodiments of the invention, cold water fish meat, warm water fish meat, and crustacean meat products comprising SDA, GLA, EPA, and DHA are disclosed. In further embodiments of the invention, other aquaculture feed products comprising SDA, and GLA are disclosed.

The invention relates to the field of sensing technology application, in particular to a sensing device for monitoring animal physiological behavior signals in real time and a method for carrying out judgment and classification on animal oestrus and physical conditions. The sensing device comprises a flexible sensing assembly worn on the body of an animal, a wireless network transmitting system and an upper computer on a monitoring center. The flexible sensing assembly comprises minitype sensing function modules for measuring the exercise amount, the temperature, the blood pressure and the electrocardio of the animal, all signals collected by the sensing function modules are transformed, processed and then sent into a minitype storage, and then the signals are uploaded to the upper computer of the monitoring center through the wireless network transmitting system. The minitype sensing function modules, a minitype power supply module, a microcontroller, the minitype storage and a minitype wireless sensor are all arranged on a strap-shaped flexible substrate and are covered by a thin film layer. The whole system is small in size, soft, flexible, convenient to use, suitable for carrying out long-term real-time monitoring on daily activities and physical conditions of animals, capable of accurately judging oestrus behaviors and physiological conditions and is beneficial to supervision of the whole production and circulation process of livestock.

A system for controlling a wind turbine is disclosed. A system includes a light source and a beam scanner to scan the light pulses over the wind turbine. The system further receives backscattered light pulses and subsequently, provides a signal corresponding to the light pulses. The system adjusts a threshold of the signal based on a normalized value of a detected peak value of the signal. The system associates a time of flight with each of the received backscattered light pulse. The system generates an image of the wind turbine based on the time of flight associated with the light pulses and subsequently, compares the generated image with at least one known image of the wind turbine. The system generates a health profile of the wind turbine based on the comparison and subsequently, change one or more parameters of the wind turbine based on the health profile.

An apparatus, system, and method for presentation of a natural history and the progression pathway of a disease is presented. In one embodiment, the apparatus an input / output adapter configured to receive information to generate a health profile for an individual. The apparatus may also include a processor configured to retrieve a disease progression map comprising one or more disease progression states from a data storage device, and determine a disease progression state associated with the individual in response to the health profile. In a further embodiment, the apparatus may include a display adapter coupled to the state determination module, the display module configured to display a graphical representation of the disease progression state with reference to the disease progression map.

A system and method for configuring and monitoring devices utilizing a power line network is provided herein. Each network device (e.g., programmable logic controller, machine, or sensor) contains a power line interface to facilitate communication over a power line network. The power line interfaces contain at least one unique identifier to distinguish the interface and its associated network device from other devices on the same network and thereby enable device message exchange. The ubiquity of power lines in an industrial environment or any environment for that matter provides an accommodating medium of communication, which the subject invention exploits to set-up, configure, and program industrial control devices connected thereto. Furthermore, the subject invention can utilizes power lines after configuration, during system operation, or upon device failure to monitor, diagnose, and / or predict the health of a system device.

This invention provides a method / process of determining a personal dietary supplement profile of vitamins, minerals, amino acids, enzymes, herbs, and other nutritional supplements for an individual based on information from a health questionnaire and comparing the individual's health information to an ideal health profile in a computer data base. Optionally, information provided by physical examination and laboratory studies can be incorporated into the method / process of determining the dietary supplement profile. The profile can be further defined by listing commercially available products that provide the suggested dietary supplements.

An electronic health records system that allows a user to register with the electronic health records system by entering identification information and medical information. The system authorizes a user to access the electronic health records system subsequent to registering, and allows a user to obtain, responsive to a request from the user, electronic immunization records for the user from an immunization registry of a first state. The system provides the user the ability to send the certified immunization record or COVID-19 health status record to a third-party requester that requires the record by law. The system also provides third party requesters with the necessary back-end enterprise software needed to receive the certified digital immunization records from large numbers of subscribers.

A system and method which provides a non-volatile memory management system with the ability to monitor the health of a corresponding non-volatile memory and to safeguard data stored within the non-volatile memory when data integrity is at risk. The monitoring and safeguarding is provided via a crisis reliability mode module which monitors the health of a corresponding non-volatile memory and to enters a crisis reliability mode of operation when data integrity within the non-volatile memory is at risk.

These solutions concern transforming a communication network into a scalable network to also automate personalized rapid healthcare support. They integrate biometric identification capabilities into a network entity of, or a resource communicably connectible with, a serving network by using computers to mediate biometric identification and location data. Network operators will provide always on enhanced emergency connectivity for mobility and roaming for user equipment to leverage biometric identification for rapid healthcare support and to produce a unified result set, without risk of undue disclosure of raw biometric data or of selected portions of health profile information. These techniques also support personalized, urgency-supported, healthcare to optimize biometrically-link identifiers / network keys (PUSH TO BLINK), even over a visited operator's IP services. Some facilitate backwardly compatibility across 2G, 3G, 4G, and other networks, whether a mission critical communication, even one with intermodal content via backhaul, is sent via a network that is wireless in any part, or not.

A wearable device for comprehensive bio-monitoring of physiologic metrics to determine metabolic, pulmonary and cardiac function and oxygen saturation measurements from breathing mask apparatuses. The device non-invasively monitors the physiologic profile of the subject, and is capable of detecting physiologic changes, predicting onset of symptoms, and alerting the wearer or another person or system. In some embodiments, the device comprises both a wearable sensor suite and a portable gas composition and flow analysis system. In preferred embodiments, it comprises a miniaturized non-invasive sensor suite for detecting physiologic changes to detect dangerous breathing or other health conditions. The acquired physiologic profile is used to generate alarms or warnings based on detectable physiological changes, to adjust gas delivery to the subject, alter mission profiles, or to transfer control of the craft or other duties away from a debilitated subject. The device is compact, portable, vehicle independent and non-encumbering to the subject.

The present invention discloses a service monitoring and fault quick locating method by adopting a self-check mechanism. the method is characterized in that it comprises steps of making the hybrid codes of self-check service request identification information and self-check service request start time information form a virtual user key ID, generating a self-check service request through the virtual user key ID, a service supporting system processing the self-check service request, collecting system feedback results triggered by the self-check service request, at the same time, searching in logs of each service processing link of the service supporting system by using the virtual user key ID as a searching key word, finally, according to the system feedback result and the searching result, comparing related situations of normal service requests, judging the health state of the system and locating the system fault points. According to the present invention, service monitoring and fault quick-positioning of the service supporting system can be realized on the basis of least alteration of the original system, therefore, outlay cost of a corporation can be reduced and the method has a high practicability.

An automated system for use by pharmacies, clinics or health care institutions which provides health information that comprises disease state information, the system having:a) a clinic computer having access to medical information containing a medication profile for the patient, andb) a remote computer having access to a drug-disease databaseThe disease state information being determined by a process where the clinic computer analyzes the medication information, creating a data packet comprising drug products being used, associating a unique identification number (UIDN) to the patient and data packet, and transmitting the UIDN and data packet to the remote computer. The remote computer then cross-referencing the drug products contained within said data packet with individual disease states and identifying disease state information that is relevant to be provided to a patient.