Biological Information Monitoring System

• US 20090030289A1
• Filed: 12/27/2005
• Published: 01/29/2009
• Est. Priority Date: 12/28/2004
• Status: Abandoned Application

• Current Assignee: Intellectual Property Bank Corp.
• Original Assignee: Intellectual Property Bank Corp.
• Inventors: Katayama, Noritada, Kurosawa, Nobuyoshi, Kawaguchi, Nobuaki
• Application Number:
  US11/794,347
• Publication Number:
  US 20090030289A1
• Time in Patent Office: Days
• US Class Current: 600/301
• CPC Class Codes: A61B 2560/0242 adapted to measure environmental factors, e.g. temperature, pollution
• CPC Class Codes: A61B 2560/0412 Low-profile patch shaped housings
• CPC Class Codes: A61B 5/0008 Temperature signals
• CPC Class Codes: A61B 5/02055 Simultaneously evaluating both cardiovascular condition and temperature

Abstract

The present invention provides a biological information monitoring system capable of determining a physical abnormality at its earliest stage with higher accuracy than conventional methods by detecting biological information at multiple positions of the body of a subject.

The biological information monitoring system according to the invention comprises a plurality of biological information sensor modules to be attached to at least one set of positions of upper and lower bodies, upper and lower extremities, ventral and dorsal surfaces, complementary upper and lower parts and complementary front and back parts of the body of a subject, which biological information sensor modules each incorporate a biological information sensor for detecting the biological information and a wireless-enabled communication means capable of communicating the biological information, in which a determination means for determining an abnormality by comparing the biological information detected by the biological information sensor incorporated in one of the biological information sensor modules itself with another biological information received by the communication means in the other biological information sensor module.

Claims

1-11. -11. (canceled)

12. A biological information monitoring system comprising a plurality of biological information sensor modules, at least one of said biological information sensors being attached to a relatively upper part of a body and at least one of said biological information sensors being attached to a relatively lower part of the body or at least one of said biological information sensors being attached to the ventral surface of the body and at least one of said biological information sensors being attached to the dorsal surface of the body, said biological information sensor modules each having a biological information sensor for detecting the biological information and a wireless-enabled communication means capable of communicating the biological information, wherein a determination means for determining an abnormality by comparing the biological information detected by said biological information sensor incorporated in one of said biological information sensor modules with another biological information received by said communication means in the other biological information sensor module.

13. The biological information monitoring system claimed in claim 12, wherein said biological information detected by said biological information sensor is at least one of information of body surface temperature, pulse, blood pressure, myoelectric potential, sounds, image, positional information, physical motion, and inclination.

14. The biological information monitoring system claimed in claim 12, wherein said biological information sensor is a temperature sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection temperature and the minimum detection temperature of said temperature sensor is 3 to 5°

C. or more.

15. The biological information monitoring system claimed in claim 12, wherein said biological information sensor is a pulse sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection pulse rate and the minimum detection pulse rate of said pulse sensor is 7 beats or more per minute.

16. The biological information monitoring system claimed in claim 12, wherein said biological information sensor is a blood-pressure sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection blood pressure and the minimum detection blood pressure of said blood-pressure sensor is 10 mmHg or more.

17. The biological information monitoring system claimed in claim 12, wherein said biological information sensor module has a warning means to issue a warning when said determination means detects an abnormality.

18. The biological information monitoring system claimed in claim 12, wherein at least one of said plurality of biological information sensor modules has a communication means capable of communicating to the outside the determination result from said determination means, and further comprising an external electronic device disposed outside said biological information sensor modules and capable of receiving the determination result notified from said communication means.

19. The biological information monitoring system claimed in claim 12, wherein at least one of said plurality of biological information sensor modules has a memory for storing at least one of the determination result from said determination means and the biological information measured by said biological information sensor.

20. The biological information monitoring system claimed in claim 12, further comprising an electronic device for transmitting data to said biological information sensor modules by wireless communication, wherein said determination means makes abnormality determination referring to said data transmitted from said electronic device.

21. The biological information monitoring system claimed in claim 18, featured in that said communication means for communicating with the outside serves to notify an identification signal identified with respect of each biological body attached with said biological information sensor modules along with the determination result, and said external electronic device serves to read said identification signal with said determination result to identify the living body issuing said determination result.

22. The biological information monitoring system claimed in claim 12, featured by determining physical abnormality, a relationship between the physical abnormality and external environment or evaluation of a motion effect, or analyzing motion characteristics by data mining.

23. A system for anticipating prediction of deep vein thrombosis or acute pulmonary thromboembolism, comprising a plurality of biological information sensor modules, at least one of said biological information sensors being attached to a relatively upper part of a body and at least one of said biological information sensors being attached to a relatively lower part of the body or at least one of said biological information sensors being attached to the ventral surface of the body and at least one of said biological information sensors being attached to the dorsal surface of the body, said biological information sensor modules each having a biological information sensor for detecting the biological information and a wireless-enabled communication means capable of communicating the biological information, wherein a determination means for determining an abnormality by comparing the biological information detected by said biological information sensor in one of said biological information sensor modules with biological information received by said communication means in the other biological information sensor modules, and said biological information sensor is a temperature sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection temperature and the minimum detection temperature of said temperature sensor is 3 to 5°

C. or more.

24. A system for anticipating prediction of deep vein thrombosis or acute pulmonary thromboembolism, comprising a plurality of biological information sensor modules, at least one of said biological information sensors being attached to a relatively upper part of a body and at least one of said biological information sensors being attached to a relatively lower part of the body or at least one of said biological information sensors being attached to the ventral surface of the body and at least one of said biological information sensors being attached to the dorsal surface of the body, said biological information sensor modules each having a biological information sensor for detecting the biological information and a wireless-enabled communication means capable of communicating the biological information, wherein a determination means for determining an abnormality by comparing the biological information detected by said biological information sensor in one of said biological information sensor modules with biological information received by said communication means in the other biological information sensor modules, and said biological information sensor is a pulse sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection pulse rate and the minimum detection pulse rate of said pulse sensor is 7 beats or more per minute.

25. A system for anticipating prediction of deep vein thrombosis or acute pulmonary thromboembolism, comprising a plurality of biological information sensor modules, at least one of said biological information sensors being attached to a relatively upper part of a body and at least one of said biological information sensors being attached to a relatively lower part of the body or at least one of said biological information sensors being attached to the ventral surface of the body and at least one of said biological information sensors being attached to the dorsal surface of the body, said biological information sensor modules each having a biological information sensor for detecting the biological information and a wireless-enabled communication means capable of communicating the biological information, wherein a determination means for determining an abnormality by comparing the biological information detected by said biological information sensor in one of said biological information sensor modules with biological information received by said communication means in the other biological information sensor modules, and said biological information sensor is a blood-pressure sensor, and said determination means serves to make an abnormality determination when a difference between the maximum detection blood pressure and the minimum detection blood pressure of said blood-pressure sensor is 10 mmHg or more.