DK9500380U3 - Device for wireless measurement of physical and chemical blood values - Google Patents
Device for wireless measurement of physical and chemical blood values Download PDFInfo
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- DK9500380U3 DK9500380U3 DK9500380U DK9500380U DK9500380U3 DK 9500380 U3 DK9500380 U3 DK 9500380U3 DK 9500380 U DK9500380 U DK 9500380U DK 9500380 U DK9500380 U DK 9500380U DK 9500380 U3 DK9500380 U3 DK 9500380U3
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- DK
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- blood
- measurement
- sensor
- wireless measurement
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Description
DK 95 00380 U3DK 95 00380 U3
Denne frembringelse angår et system til trådløs måling af menneskers og dyrs fysiske og kemiske blodværdier.This generation relates to a system for wireless measurement of human and animal physical and chemical blood values.
Systemet opdeles i 2 fysiske dele: A. En sensor, som befinder sig på/i menneskets/dyrets ekstremiteter, placeret hensigtsmæssigt af hensyn til virkemåden.The system is divided into 2 physical parts: A. A sensor located on / in the extremities of the human / animal, appropriately positioned for the purpose of operation.
B. Et måleapparat, som kan spændes på mennesket/dyret til modtagelse af data fra sensoren.B. A measuring device that can be clamped on the human / animal to receive data from the sensor.
Dette måleapparat tænkes påmonteret efter samme princip som et armbåndsur, dvs. let at bringe med for mennesket/dyret, men kan også være et apparat, som holdes i hånden.This measuring device is thought to be mounted on the same principle as a wristwatch, ie. easy to carry for the human / animal, but can also be a device that is held in the hand.
Baggrund:Background:
Ved de normale anerkendte metoder til måling af blodets fysiske og kemiske værdier udtages en blodprøve, som f. eks. sker ved at stikke en kanyle ind i mennesket/dyret eller ved at stikke med en nål/en lille kniv for at få en bloddråbe.In the normal recognized methods for measuring the physical and chemical values of the blood, a blood sample is taken, for example by inserting a cannula into the human / animal or by inserting a needle / small knife to obtain a drop of blood.
Denne fremgangsmåde kan være uhensigtmæssig, specielt hvis der ønskes flere data pr. tidsenhed, (f. eks. time eller dag).This approach can be inconvenient, especially if more data is required per unit of time, (e.g., hour or day).
For at imødegå dette har jeg derfor opsat følgende princip for bestemmelse af blodets fysiske og kemiske værdier:To counter this, I have therefore set up the following principle for determining the physical and chemical values of the blood:
Funktion:Function:
Blodets fysiske og kemiske værdier bliver registreret af sensoren, som derefter efter ønske bliver overført til måleapparatet ved f. eks. tryk på en knap.The physical and chemical values of the blood are recorded by the sensor, which is then, if desired, transmitted to the measuring device by, for example, pressing a button.
Beskrivelse af principperne for ovennævnte frembringelse:Description of the principles of the above generation:
En sensor indopereres f. eks. i en arm (ekstremitet), hvor denne sensor så kan overføre data til en "modtager" via signaler på en frekvens, som kan godkendes til dette formål.For example, a sensor is inducted into an arm (extremity) where this sensor can then transmit data to a "receiver" via signals at a frequency that can be approved for this purpose.
Dette princip vil f. eks. kunne gøre livet lettere for diabetikere, som f. eks. er afhængige af, at deres blodsukkerprocent ikke kommer udenfor visse rammer. Ved en måling vil man let kunne bestemme, om der f. eks skal doseres mere eller mindre insulin i forbindelse med et måltid mad m.m.This principle could, for example, make life easier for diabetics, who, for example, depend on their blood sugar percentage not to fall outside certain limits. In a measurement, it will be easy to determine whether, for example, more or less insulin should be dosed in connection with a meal food etc.
2 DK 95 00380 U32 DK 95 00380 U3
Da overførslen sker trådløst kan man altså let og hurtigt måle f. eks. blodsukkerprocenten og tilsvarende vigtige bloddata.As the transfer takes place wirelessly, you can easily and quickly measure, for example, the blood sugar percentage and correspondingly important blood data.
Systemet vil altså kunne være af stor hjælp for mange grupper af mennesker.The system will thus be of great help to many groups of people.
Teknik:Technique:
Sensor:Sensor:
Sensoren, som indopereres i f. eks. en arm skal kunne måle via en giver. Denne skal afgive informationer til en lille sender, som er sammenbygget med giveren, således at der kan udsendes data på bestilling via den eksterne "modtager" (måleapparatet). Da der sendes data via ekstern bestilling, må der også være en lille modtager i sensoren.The sensor, which is implanted in eg an arm, must be able to measure via a sensor. This must provide information to a small transmitter, which is built with the encoder, so that data can be transmitted on order via the external "receiver" (measuring device). Since data is sent via external order, there must also be a small receiver in the sensor.
Måleapparat: Måleapparatet vil bestå af en lille sender, som kan aktivere sensoren i mennesket/-dyret og dermed afkalde data fra denne. Måleapparatet indeholder derfor også en modtager, som modtager data fra sensoren.Meter: The meter will consist of a small transmitter which can activate the sensor in the human / animal and thus call out data from it. The measuring device therefore also contains a receiver which receives data from the sensor.
Data konverteres efter modtagelse til at vise de ønskede resultater.Data is converted upon receipt to display the desired results.
Man kunne tænke sig, at der ønskes: 1. data kontinuerligt 2. data med givne tidsintervaller 3. helt tilfældige dataYou might want to: 1. data continuously 2. data at given time intervals 3. completely random data
For at kunne tilfredsstille disse muligheder må der stilles krav til måleapparatet. Dette kunne være digitalt, som f. eks. et armbåndsur eller et stopur.In order to satisfy these possibilities, requirements must be set for the measuring device. This could be digital, such as a wristwatch or stopwatch.
Programmering til at frembringe de ovennævnte 3 tilstande skal være mulige.Programming to generate the above 3 modes should be possible.
Forsyning:Supply:
Sensoren tænkes forsynet via et lille lithiumbatteri, alternativt via en anordning, som tilføres energi via senderen i måleapparatet. Der overføres en ladning, som kan bringe måleapparatet i drift i en given tid efter aktivering. Denne tid skal kunne sikre, at data kan overføres mindst 2 gange efter afsendelse fra måleapparatet.The sensor is thought to be supplied via a small lithium battery, or alternatively via a device which is supplied with energy via the transmitter in the measuring apparatus. A charge is transmitted which can put the meter into operation for a given time after activation. This time must be able to ensure that data can be transmitted at least 2 times after dispatch from the measuring device.
(Det er lettere at skifte batteri(er) i et måleapparat end i en indopereret sensor).(It is easier to change the battery (s) in a measuring device than in an implanted sensor).
Claims (3)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
DK9500380U DK9500380U3 (en) | 1996-01-03 | 1996-01-03 | Device for wireless measurement of physical and chemical blood values |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
DK9500380U DK9500380U3 (en) | 1996-01-03 | 1996-01-03 | Device for wireless measurement of physical and chemical blood values |
Publications (1)
Publication Number | Publication Date |
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DK9500380U3 true DK9500380U3 (en) | 1996-02-23 |
Family
ID=8155332
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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DK9500380U DK9500380U3 (en) | 1996-01-03 | 1996-01-03 | Device for wireless measurement of physical and chemical blood values |
Country Status (1)
Country | Link |
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DK (1) | DK9500380U3 (en) |
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1996
- 1996-01-03 DK DK9500380U patent/DK9500380U3/en not_active IP Right Cessation
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