WO2014108109A2 - It-shirt - Google Patents

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Publication number
WO2014108109A2
WO2014108109A2 PCT/DE2013/000791 DE2013000791W WO2014108109A2 WO 2014108109 A2 WO2014108109 A2 WO 2014108109A2 DE 2013000791 W DE2013000791 W DE 2013000791W WO 2014108109 A2 WO2014108109 A2 WO 2014108109A2
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WIPO (PCT)
Prior art keywords
shirt
individual
training
data
database
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PCT/DE2013/000791
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German (de)
French (fr)
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WO2014108109A3 (en
Inventor
Heiko WEIHRAUCH
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Wesp Gmbh
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Publication date
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Publication of WO2014108109A2 publication Critical patent/WO2014108109A2/en
Publication of WO2014108109A3 publication Critical patent/WO2014108109A3/en

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q9/00—Arrangements in telecontrol or telemetry systems for selectively calling a substation from a main station, in which substation desired apparatus is selected for applying a control signal thereto or for obtaining measured values therefrom
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D1/00—Garments
    • A41D1/002—Garments adapted to accommodate electronic equipment
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/30—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to physical therapies or activities, e.g. physiotherapy, acupressure or exercising

Definitions

  • rr-shirt iT-Shirt is a combination of t-shirt, smartphone and semantically working information retrieval model online database, which provides an analysis and monitoring of the
  • the carrier's cardiovascular system allows the wearer to over his
  • iT-Shirt is a combination of t-shirt, smartphone and semantically working
  • Control system consisting of a T-shirt with integrated textile electrodes, which is connected to a local measuring and control unit via micro USB push button interface and communicates via the mobile phone network with a web server, which compares with an information retrieval model database and thus the
  • Training control allows. Through the entire system, the permanent determination and control of the physiological stress of persons, before, during and after exercise is possible.
  • the receiver constantly analyzes and compares the wearer's physiology data with an information retrieval model database on the Internet and provides the wearer with audible and visual feedback on control of endurance training based on its current physiological values and information stored in the database.
  • Heart rate monitors such as heart rate monitors, mobile ECG or pulse and
  • Respiratory measuring systems are unsuitable for this purpose, as they represent, due to the usual design, a complicated and disturbing applications for the athlete. They consist of a pulse belt, as a transmitter that has to be strapped to the chest or electrodes that need to be glued to the skin and a watch as a receiver, which is like a normal one
  • Wrist watch can be worn.
  • the transmitter measures the heart rate and transmits it via radio technology to the clock, the receiver.
  • a mask In the case of the respiratory measuring systems, a mask must also be worn. None of the existing systems enables permanent, real-time evaluation of the recorded parameters and direct processing into individual training recommendations.
  • the standard offers the following problems: The user must wear in addition to his training clothing a strap or electrodes or invest, which is perceived as disturbing. Transmitter (chest strap for heart rate monitor) and receiver (heart rate monitor) must each be supplied separately with power (batteries). The application of straps or electrodes affects bodily functions such as breathing and transpiration as well as the movement sequences.
  • Transmitter chest strap for heart rate monitor
  • receiver heart rate monitor
  • the application of straps or electrodes affects bodily functions such as breathing and transpiration as well as the movement sequences.
  • the existing systems do not provide a permanent real-time evaluation with individual physiological analysis and training control based thereon, since they are not based on an information retrieval database system that works semantically.
  • the existing systems do not provide continuous data storage and processing that allows longitudinal and cross-sectional evaluation of user data.
  • the sensors for detecting the physiological parameters are integrated into the textile and are thus superior to the systems available in terms of wearing comfort, adaptability and flexibility. By integrating the system into the textile, the sensor is not perceived as such but as normal sportswear.
  • the use of multimodal and redundant sensors enables the acquisition of several physiological parameters.
  • the multimodal acquisition and analysis of several physiological parameters with redundant sensors based on different measurement principles increases the accuracy of the determination of the physiological load.
  • the system offers a biofeedback system with continuous interindividual and intraindividual real-time analysis of the physiology data and subsequent training control based on an information retrieval online database system which works semantically. This technological innovation in the online system enables the longitudinal and cross-sectional evaluation of all user data in real time. This leads to the automatic creation of a individual physiological profile, in which significant deviations are recorded, defined and classified and used directly for the modification of the training recommendations, which are transformed into visual and acoustic signals that are understandable to the user.
  • Smartphone and online database server information can be provided and retrieved.
  • this data is stored and retrieved according to meaning and content.
  • Control system with networked sensors enables intelligent, permanent, reliable and sports medical training control by the continuous longitudinal and cross-sectional evaluation of all physiological stress parameters in real time.
  • the system consists of 3 system components
  • the digital local unit with connectors for push-button micro-USB cable which captures, amplifies, stores and makes the biosignals available to the online server via internet connection and the information prepared by the information retrieval database in, understandable to the user , converts visual and acoustic signals.
  • the Information Retrieval Database on a web server, in which the recorded biosignals are inter-and intraindividually analyzed according to meaning and content and are made available as training information of the digital local unit.
  • Body size and physiological prerequisites such as age and condition learns an individual training control in real time, which always takes into account the current physiological condition (strain) of the user, so a biofeedback system, which can provide the more accurate information, the more it is used.
  • Fig. 2 schematic representation of the interface T-shirt and local unit via micro-USB push-button cable
  • Fig. 1 shows schematically how the system works in the complex.
  • various textile sensors (4) are integrated at selected positions.
  • Measurement principles different physiological parameters and pass them on to the local digital unit (2).
  • This unit transmits the data over the mobile network to the web application server (5) on which the evaluation cluster (3) is installed. There, the comparison with the Physiologiereferenz Scheme (6). From this, the
  • Training control data transmitted back to the local digital unit (2), which converts them into user-understandable acoustic and visual signals.
  • Fig. 2 shows schematically that the interface between T-shirt (1) with the local digital unit (2) represents the micro-USB push-button cable (7).

Abstract

It-shirt is a combination of a T-shirt, a smartphone and a semantic information retrieval model online database which is available online as a cloud and allows the analysis and monitoring of the cardiovascular system of the wearer with the purpose of informing the wearer on his state of health and of controlling the cardiovascular training. The physiological data of the T-shirt wearer are analyzed and additionally compared to a reference database in which not only the data of the wearer himself but of all other wearers are processed to be able to give feedback to the wearer on his current physiological state.

Description

Beschreibung  description
rr-Shirt iT-Shirt ist eine Kombination von T-Shirt, Smartphone und semantich arbeitender Information Retrieval Modell Online Datenbank, welche eine Analyse und Überwachung des  rr-shirt iT-Shirt is a combination of t-shirt, smartphone and semantically working information retrieval model online database, which provides an analysis and monitoring of the
Herz-Kreislauf- System des Trägers ermöglicht, um den Träger über seinen  The carrier's cardiovascular system allows the wearer to over his
Gesundheitszustand zu informieren und das Herz-Kreislauf-Training zu steuern. iT-Shirt ist eine Kombination von T-Shirt, Smartphone und semantich arbeitender  To inform health status and to control cardiovascular training. iT-Shirt is a combination of t-shirt, smartphone and semantically working
Information Retrieval Modell Online Datenbank, welche eine Analyse und Überwachung des Herz-Kreislauf-System des Trägers ermöglicht, um den Träger über seinen Information Retrieval Model Online database, which allows an analysis and monitoring of the carrier's cardiovascular system to the carrier via his
Gesundheitszustand zu informieren und das Herz-Kreislauf-Training zu steuern. To inform health status and to control cardiovascular training.
Es ist ein intuitiv applizierbares, kompaktes, mobiles sowie ubiquitäres Mess- und It is an intuitively applicable, compact, mobile and ubiquitous measurement and
Steuerungssystem, bestehend aus einem T-Shirt mit integrierten textilen Elektroden, welches mit einer lokalen Mess- und Steuereinheit via Micro USB Druckknopf Schnittstelle verbunden ist und über das Mobiltelefonnetz mit einem Webserver kommuniziert, welcher den Abgleich mit einer Information Retrieval Modell Datenbank und somit die Control system, consisting of a T-shirt with integrated textile electrodes, which is connected to a local measuring and control unit via micro USB push button interface and communicates via the mobile phone network with a web server, which compares with an information retrieval model database and thus the
Trainingssteuerung ermöglicht. Über das Gesamtsystem wird die permanente Bestimmung und Steuerung der physiologischen Beanspruchung von Personen, vor, während und nach sportlicher Betätigung, ermöglicht. Training control allows. Through the entire system, the permanent determination and control of the physiological stress of persons, before, during and after exercise is possible.
Es besteht aus einem T-Shirt, in welches textile Sensoren eingearbeitet sind, die direkt über eine Micro USB Druckknopf Schnittstelle mit einem digitalen Empfänger verbunden sind. Der digitale Empfänger ist mit dem Internet verbunden. Die Software auf dem digitalen It consists of a T-shirt, in which textile sensors are incorporated, which are directly connected via a micro USB push button interface with a digital receiver. The digital receiver is connected to the Internet. The software on the digital
Empfänger analysiert und vergleicht die Physiologiedaten des Trägers ständig mit einer Information Retrieval Modell Datenbank im Internet und gibt dem Träger akustische und visuelle Rückmeldung zur Steuerung des Ausdauertrainings auf Basis seiner aktuellen physiologischen Werte und der in der Datenbank gespeicherten Informationen. The receiver constantly analyzes and compares the wearer's physiology data with an information retrieval model database on the Internet and provides the wearer with audible and visual feedback on control of endurance training based on its current physiological values and information stored in the database.
Problematiken und Lösungen Issues and solutions
Klassische Herzfrequenzmesser wie Pulsuhren, mobile EKG oder Puls- und Classic heart rate monitors such as heart rate monitors, mobile ECG or pulse and
Atemmesssysteme sind hierzu ungeeignet, da sie, aufgrund der üblichen Bauart, eine für den Sportler komplizierte und störende Applikationen darstellen. Sie bestehen aus einem Pulsgurt, als Sender der um die Brust geschnallt werden muss oder Elektroden die auf die Haut aufgeklebt werden müssen und einer Uhr als Empfänger, die wie eine übliche Respiratory measuring systems are unsuitable for this purpose, as they represent, due to the usual design, a complicated and disturbing applications for the athlete. They consist of a pulse belt, as a transmitter that has to be strapped to the chest or electrodes that need to be glued to the skin and a watch as a receiver, which is like a normal one
Armbanduhr getragen werden kann. Der Sender misst die Herzfrequenz und übermittelt sie per Funktechnik an die Uhr, den Empfänger. Bei den Atemmessystemen muss zusätzlich noch eine Maske getragen werden. Keines der bestehenden Systeme ermöglicht eine, permanente Echtzeitauswertung der erfassten Parameter und direkte Verarbeitung zu individuellen Trainingsempfehlungen. Wrist watch can be worn. The transmitter measures the heart rate and transmits it via radio technology to the clock, the receiver. In the case of the respiratory measuring systems, a mask must also be worn. None of the existing systems enables permanent, real-time evaluation of the recorded parameters and direct processing into individual training recommendations.
Alle bisher auf dem Markt bestehenden Systeme sind lediglich Monitoringsysteme, welche nicht auf einem Information Retrieval Datenbanksystem basieren, dass semantisch arbeitet. All systems previously available on the market are merely monitoring systems that are not based on an information retrieval database system that works semantically.
t den Standardangeboten ergeben sich folgende Probleme: Der Nutzer muss zusätzlich zu seiner Trainingsbekleidung einen Gurt oder Elektroden tragen bzw. anlegen, was als störend empfunden wird. Sender (Brustgurt für Pulsuhr) und Empfänger (Pulsuhr) müssen jeweils separat mit Strom (Batterien) versorgt werden. Die Applikation von Gurten oder Elektroden beeinträchtigt Körperfunktionen wie Atmung und Transpiration sowie die Bewegungsabläufe. Von den bestehenden Systemen wird immer nur ein einzelner physiologischer Parameter erfasst und dieser wird auf statistischen Daten basierend verwertet. Die bestehenden Systeme bieten keine permanente Echtzeitauswertung mit individuell physiologischer Analyse und darauf basierender Trainingssteuerung, da sie nicht auf einem Information Retrieval Datenbanksystem basieren, welches semantisch arbeitet. Die bestehenden Systeme bieten keine kontinuierliche Datenspeicherung und - Verarbeitung, die eine Längs- und Querschnitt Evaluation der Nutzerdaten ermöglicht. t der Erfindung werden folgende Lösungen geboten: Die Sensoren zur Erfassung der physiologischen Parameter sind in die Textilie integriert und sind somit den marktverfügbaren Systemen in Bezug auf Tragekomfort, Adaptivität und Flexibilität überlegen. Durch die Integration des Systems in die Textilie wird der Sensor nicht als solches wahrgenommen sondern als normale Sportbekleidung. Durch den Einsatz von multimodalen und redundanten Sensoren wird die Erfassung mehrerer physiologischer Parameter möglich. Durch die multimodale Erfassung und Analyse mehrerer physiologischer Parameter mit redundanten und auf unterschiedlichen Messprinzipien basierenden Sensoren, wird die Genauigkeit der Bestimmung der physiologischen Beanspruchung erhöht. Das System bietet ein Biofeedbacksystem mit kontinuierlicher inter- und intraindividueller Echtzeitahalyse der Physiologiedaten und darauf aufbauender Trainingssteuerung, auf Basis eines Information Retrieval Online-Datenbanksystems, welches semantisch arbeitet. Diese technologische Neuerung im Online System ermöglicht die Längs- und Querschnitts- Evaluation aller Nutzerdaten in Echtzeit. Die führt zur automatischen Erstellung eines individuellen physiologischen Profils, bei welchem signifikante Abweichungen erfasst, definiert sowie klassifiziert und direkt für die Modifikation der Trainingsempfehlungen genutzt werden, die in visuelle und akustische Signale, für den Anwender verständlich, umgewandelt werden. The standard offers the following problems: The user must wear in addition to his training clothing a strap or electrodes or invest, which is perceived as disturbing. Transmitter (chest strap for heart rate monitor) and receiver (heart rate monitor) must each be supplied separately with power (batteries). The application of straps or electrodes affects bodily functions such as breathing and transpiration as well as the movement sequences. Of the existing systems, only a single physiological parameter is ever recorded and this is exploited based on statistical data. The existing systems do not provide a permanent real-time evaluation with individual physiological analysis and training control based thereon, since they are not based on an information retrieval database system that works semantically. The existing systems do not provide continuous data storage and processing that allows longitudinal and cross-sectional evaluation of user data. t the invention the following solutions are offered: The sensors for detecting the physiological parameters are integrated into the textile and are thus superior to the systems available in terms of wearing comfort, adaptability and flexibility. By integrating the system into the textile, the sensor is not perceived as such but as normal sportswear. The use of multimodal and redundant sensors enables the acquisition of several physiological parameters. The multimodal acquisition and analysis of several physiological parameters with redundant sensors based on different measurement principles increases the accuracy of the determination of the physiological load. The system offers a biofeedback system with continuous interindividual and intraindividual real-time analysis of the physiology data and subsequent training control based on an information retrieval online database system which works semantically. This technological innovation in the online system enables the longitudinal and cross-sectional evaluation of all user data in real time. This leads to the automatic creation of a individual physiological profile, in which significant deviations are recorded, defined and classified and used directly for the modification of the training recommendations, which are transformed into visual and acoustic signals that are understandable to the user.
6. Diese Technik bietet gegenüber bestehenden Systemen erstmals eine semantisch 6. This technique offers a semantic to existing systems for the first time
wachsende Datenbank, da von beiden Hardwarekomponenten (lokale Einheit wie  growing database because of both hardware components (local unit like
Smartphone und Online-Datenbankserver) Informationen zur Verfügung gestellt und abgerufen werden. Zudem werden diese Daten nach Bedeutung und Inhalt gespeichert und abgerufen.  Smartphone and online database server) information can be provided and retrieved. In addition, this data is stored and retrieved according to meaning and content.
Dieses intuitiv applizierbare, kompakte, mobile sowie ubiquitäres Mess- und This intuitively applicable, compact, mobile as well as ubiquitous measurement and
Steuerungssystem mit vernetzter Sensorik ermöglicht eine intelligente, permanente, zuverlässige und sportmedizinische Trainingssteuerung durch die kontinuierliche Längs- und Querschnitts-Evaluation aller physiologischen Beanspruchungsparameter in Echtzeit. Control system with networked sensors enables intelligent, permanent, reliable and sports medical training control by the continuous longitudinal and cross-sectional evaluation of all physiological stress parameters in real time.
Das System besteht aus 3 Systemkomponenten The system consists of 3 system components
1. Das T-Shirt mit den integrierten textilen Sensoren und der Zuleitungen zur Schnittstelle, die Druckknopf-Micro-USB-Verbindung. 1. The T-shirt with the integrated textile sensors and the leads to the interface, the push-button micro-USB connection.
2. Der digitalen lokalen Einheit mit Anschlüssen für Druckknopf-Micro-USB-Kabel, welche die Biosignale erfasst, verstärkt, speichert und via Internetverbindung dem Online-Server zur Verfügung stellt und die von der Information Retrieval Datenbank aufbereiteten Informationen in, für den Anwender verständliche, visuelle und akustische Signale umwandelt. 2. The digital local unit with connectors for push-button micro-USB cable, which captures, amplifies, stores and makes the biosignals available to the online server via internet connection and the information prepared by the information retrieval database in, understandable to the user , converts visual and acoustic signals.
3. Der Information Retrieval Datenbank auf einem Webserver, in welchem die aufgezeichneten Biosignale nach Bedeutung und Inhalt inter- und intraindividuell analysiert und werden und als Trainingsinformationen der digitalen lokalen Einheit zur Verfügung gestellt werden. 3. The Information Retrieval Database on a web server, in which the recorded biosignals are inter-and intraindividually analyzed according to meaning and content and are made available as training information of the digital local unit.
Mit der Erfindung wird zudem erreicht, dass jeder unabhängig von Körpergewicht, With the invention it is also achieved that everyone regardless of body weight,
Körpergröße und physiologischen Voraussetzungen wie Alter und Kondition eine individuelle Trainingssteuerung in Echtzeit erfährt, die immer die momentane physiologische Verfassung (Beanspruchung) des Nutzers berücksichtigt, also ein Biofeedbacksystem, welches umso genauere Informationen zur Verfügung stellen kann, je mehr es genutzt wird. Body size and physiological prerequisites such as age and condition learns an individual training control in real time, which always takes into account the current physiological condition (strain) of the user, so a biofeedback system, which can provide the more accurate information, the more it is used.
Ein Ausführungsbeispiel der Erfindung wird an Hand der Zeichnungen 1 und 2 erläutert: Fig. 1, schematische Darstellung der Funktionalität An embodiment of the invention will be explained with reference to the drawings 1 and 2: Fig. 1, schematic representation of the functionality
Fig. 2 schematische Darstellung der Schnittstelle T-Shirt und lokale Einheit via Micro-USB- Druckknopf-Kabel Fig. 2 schematic representation of the interface T-shirt and local unit via micro-USB push-button cable
In den Figuren wird schematisch die Anwendung dargestellt. Fig. 1 zeigt schematisch wie das System im Komplexen funktioniert. In das T-Shirt (1) sind an ausgewählten Positionen verschiedene textile Sensoren (4) integriert. Diese erfassen über verschiedene In the figures, the application is shown schematically. Fig. 1 shows schematically how the system works in the complex. In the T-shirt (1) various textile sensors (4) are integrated at selected positions. These record over different
Messprinzipien verschieden physiologische Parameter und leiten diese weiter an die lokale digitale Einheit (2). Diese Einheit überträgt die Daten über das Mobilfunknetz an den Webanwendungsserver (5) auf dem der Auswertungsscluster (3) installiert ist. Dort erfolgt der Abgleich mit der Physiologiereferenzdatenbank (6). Von dieser aus werden die Measurement principles different physiological parameters and pass them on to the local digital unit (2). This unit transmits the data over the mobile network to the web application server (5) on which the evaluation cluster (3) is installed. There, the comparison with the Physiologiereferenzdatenbank (6). From this, the
Trainingssteuerungsdaten zurück an die lokale digitale Einheit (2) übertragen, welche sie in für den Nutzer verständliche akustische und visuelle Signale umwandelt. Training control data transmitted back to the local digital unit (2), which converts them into user-understandable acoustic and visual signals.
Fig. 2 zeigt schematisch, dass die Schnittstelle zwischen T-Shirt (1) mit der lokalen digitalen Einheit (2) das Micro-USB-Druckknopf-Kabel (7) darstellt. Fig. 2 shows schematically that the interface between T-shirt (1) with the local digital unit (2) represents the micro-USB push-button cable (7).

Claims

Schutzansprüche: iT-Shirt iT-Shirt ist eine Kombination von T-Shirt, Smartphone und semantich arbeitender Information Retrieval Modell Online Datenbank, welche eine Analyse und Überwachung des Herz-Kreislauf-System des Trägers ermöglicht, um den Träger über seinen Gesundheitszustand zu informieren und das Herz-Kreislauf-Training zu steuern. Protection claims: iT-Shirt iT-Shirt is a combination of T-shirt, smartphone and semantically working Information Retrieval Model Online database, which allows analysis and monitoring of the wearer's cardiovascular system to inform the wearer about his health status and to control cardiovascular training.
1. Trainingssteuerungssystem für das sportmedizinische Herz-Kreislauf-Training in Form eines T-Shirts (1) mit integrierten textilen Sensoren (4) in spezieller Anordnung und Sensorik, sowie einer Schnittstelle zu einer lokalen digitalen Erfassungs- und Steuerungseinheit (2), welche mit einer Webservereinheit(5) kommuniziert, die eine intra- und interindividuelle Quer- und Längsschnitt - Datenanalyse und -aufbereitung (3) mit Hilfe einer Information Retrieval Modell Datenbank (6) durchführt. dadurch gekennzeichnet, dass es als T-Shirt (1) intuitiv applizierbar und mit redundaten textilen Sensoren (4) ausgestattet ist, die eine multimodale Erfassung physiologischer Parameter ermöglichen und dass es mit einer digitalen lokalen Datenerfassungseinheit (2) und einem Webserver (3) mit angeschlossener Information Retrieval Modell Datenbank (6) vernetzt ist und auf Grund der Kommunikation der beiden Hardwaresysteme (2+3) somit eine individuelle 1. Training control system for sports medical cardiovascular training in the form of a T-shirt (1) with integrated textile sensors (4) in a special arrangement and sensors, as well as an interface to a local digital detection and control unit (2), which with a web server unit (5) communicates, which performs an intra- and inter-individual cross and longitudinal data analysis and processing (3) using an information retrieval model database (6). characterized in that it is intuitively applicable as a T-shirt (1) and equipped with redundant textile sensors (4), which allow a multimodal detection of physiological parameters and that it with a digital local data acquisition unit (2) and a web server (3) connected Information Retrieval Model database (6) and therefore an individual due to the communication of the two hardware systems (2 + 3)
Trainingssteuerung ausgehend von den spezifischen, aktuellen physiologischen Daten, also der individuellen körperlichen Beanspruchung, in Echtzeit als Biofeedbacksystem ermöglicht. Die Sensoren (4) werden über die lokale digitale Einheit (2) mit Strom versorgt und benötigen keine separate Energieversorgung. Training control based on the specific, current physiological data, ie the individual physical stress, in real time as a biofeedback system allows. The sensors (4) are powered by the local digital unit (2) and do not require a separate power supply.
2. iT-Shirt nach Anspruch 1, dadurch gekennzeichnet, das die multimodalen und redundanten textilen, auf unterschiedlichen Messprinzipien basierenden Sensoren (4) die Erfassung mehrerer, verschiedener physiologischer Parameter ermöglichen und somit eine höhere Genauigkeit der Bestimmung der physiologischen Gesamtbeanspruchung ermöglichen. 2. iT-shirt according to claim 1, characterized in that the multimodal and redundant textile, based on different measuring principles sensors (4) allow the detection of several different physiological parameters and thus allow a higher accuracy of the determination of the physiological total stress.
3. iT-Shirt nach einem der vorhergehenden Ansprüche, dadurch gekennzeichnet, dass es mit einer lokalen Mess- und Steuereinheit (2) via Micro USB Druckknopf Schnittstelle (7); verbunden ist, die als Eingabeeinheit sowohl eine Erfassung der gemessenen Parameter als auch als Ausgabeeinheit eine akustische und visuelle Darstellung der aufbereiteten Parameter ermöglicht und das in Echtzeit. 3. iT-shirt according to one of the preceding claims, characterized that it communicates with a local measurement and control unit (2) via micro USB pushbutton interface (7); which, as an input unit, enables detection of the measured parameters as well as output unit as an acoustic and visual representation of the processed parameters, and in real time.
4. iT-Shirt nach einem der vorhergehenden Ansprüche, dadurch gekennzeichnet, dass die erfassten Parameter von der lokalen digitalen Einheit (2) über das Mobilfunknetz an einen Webserver (5) übermittelt werden, welcher als Auswertungscluster (3) alle Daten mit einer Information Retrieval Modell Datenbank (6) einer intra- und interindividuelle Quer- und Längsschnitt - Datenanalyse unterzieht und auf dieser Basis ein individuelles 4. iT-shirt according to one of the preceding claims, characterized in that the detected parameters are transmitted from the local digital unit (2) via the mobile network to a web server (5), which as evaluation cluster (3) all data with an information retrieval Database (6) undergoes an intra- and inter-individual cross and longitudinal data analysis and on this basis an individual
physiologisches Nutzerprofil erstellt und in Echtzeit signifikante Abweichungen erfasst, definiert sowie klassifiziert und direkt als Modifikation der Trainingsempfehlungen in visuelle und akustische Signale, für den Anwender verständlich, umwandelt und als Physiological user profile created and recorded in real time significant deviations, defined and classified and directly as a modification of the training recommendations in visual and audible signals, understandable to the user, converts and as
Trainingssteuerungsdaten zurück an die lokale digitale Einheit (2) über das Mobilfunknetz übermittelt. Training control data transmitted back to the local digital unit (2) via the mobile network.
5. iT-Shirt nach einem der vorhergehenden Ansprüche, dadurch gekennzeichnet, dass die erfassten Parameter auf einen Webserver (5) gespeichert werden, damit sie der Information Retrieval Modell Datenbank (6) als Datenbasis für die intra- und interindividuelle Quer- und Längsschnitt - Datenanalyse zur Verfügung stehen und die Datenbasis semantisch erweitern. So stehen zum einen mehr adäquate Daten für den intraindividuellen Vergleich zur Verfügung und für den einzelnen Stammnutzer kann eine präzisere Längsschnittanalyse durchgeführt werden und es stehen mehr Daten für den interindividuellen Vergleich zur Verfügung, um für Einsteiger eine präzisere Klassifizierung auf Grund der 5. iT-shirt according to one of the preceding claims, characterized in that the captured parameters are stored on a web server (5) so that they the information retrieval model database (6) as a database for intra- and inter-individual cross and longitudinal section - Data analysis are available and semantically expand the database. On the one hand, more adequate data is available for the intraindividual comparison and a more precise longitudinal analysis can be carried out for the individual root user and more data is available for the interindividual comparison in order to give the newcomers a more precise classification based on the
Querschnittsanalysen zu liefern. Nur so kann ein individuelles, detailliertes, sportmedizinisch präzises Physiologieprofil von jedem einzelnen Nutzer erstellt werden, um signifikante Abweichungen exakt definieren und das Training in Echtzeit modifizieren zu können. To provide cross-sectional analyzes. Only in this way can an individual, detailed, sports medical precise physiology profile be created by each individual user in order to precisely define significant deviations and to be able to modify the training in real time.
PCT/DE2013/000791 2012-12-22 2013-12-13 It-shirt WO2014108109A2 (en)

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DE102012025345.1 2012-12-22
DE102012025345.1A DE102012025345A1 (en) 2012-12-22 2012-12-22 iT-Shirt is an intuitive, compact, mobile and ubiquitous measurement and control system, consisting of a T-shirt with integrated textile electrodes, which is equipped with a local measuring and control unit via micro USB pushbutton interface; is connected and communicates via the mobile telephone network with a web server, which allows the comparison with a reference database and thus the training control. Through the entire system, the permanent determination and control of the physiological stress of persons, before, during and after exercise is possible.

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