CN103258132A - RFID system using lithium-ion battery power supply and storing hypertension information of single human body - Google Patents
RFID system using lithium-ion battery power supply and storing hypertension information of single human body Download PDFInfo
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- CN103258132A CN103258132A CN2013101720518A CN201310172051A CN103258132A CN 103258132 A CN103258132 A CN 103258132A CN 2013101720518 A CN2013101720518 A CN 2013101720518A CN 201310172051 A CN201310172051 A CN 201310172051A CN 103258132 A CN103258132 A CN 103258132A
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Abstract
The invention relates to an RFID system using lithium-ion battery power supply and storing hypertension information of a single human body, and belongs to the technical field of application of internet of things. An arm band is bound on an arm of a person, a wireless measurement blood pressure gauge, a transmitting antenna, a first lithium-ion battery and a first electric lead are installed on the arm band, the first lithium-ion battery provides electricity for work for the wireless measurement blood pressure gauge and the transmitting antenna through the first electric lead, the hypertension information sensed by the arm band and the wireless measurement blood pressure gauge is sent to an RFID electronic tag through the transmitting antenna, the RFID electronic tag receives the hypertension information and stores the hypertension information, when the RFID electronic tag passes through an identification range of a reader-writer, a second lithium-ion battery provides electricity for the RFID reader-writer through a second electric lead, the RFID reader-writer automatically reads out the hypertension information appointed to be identified in the RFID electronic tag in a non-contact mode, the hypertension information is input into an RFID information service system through a data line, analysis, processing and storage are carried out on the hypertension information, meanwhile, the hypertension information is input into a printer through a data line, and paper reports are printed out.
Description
Technical field
The present invention relates to the rfid system of the high blood pressure information of the electric bill of store human body of powering of lithium, belong to the Internet of Things applied technical field.
Background technology
The hypertensive patient of China has surpassed 200,000,000 people, and not only the hypertensive patient among the elderly is many, and the hypertensive patient of young and middle-aged philtrum is also increasing.The morbidity of high blood pressure and coronary heart disease, cerebro-vascular diseases is closely related, and annual number because of cardiovascular and cerebrovascular disease death accounts for 40% of total death toll, occupies the first place of all kinds of causes of the death.Because the level of IT application of prevention and control high blood pressure has much room for improvement, present many hypertensive patients' hypertension awareness, treatment rate, control rate are all not high, and the prevention and control effect of high blood pressure is not ideal enough.
The blood pressure standard of using according to World Health Organization's suggestion is: all normal adult systolic pressures should be less than or equal to 140mmHg, and diastolic pressure is less than or equal to 90mmHg.During diagnosis hypertension, must repeatedly measure blood pressure.Because a people's blood pressure is subjected to the influence of many factors such as environment, diet, spirit, age, blood pressure can change constantly, high blood pressure has many types, the medicine for the treatment of high blood pressure also has numerous species, how to improve informationization, scientific level that measurement, statistics, diagnosis, prevention and control level and the high blood pressure of high blood pressure are suited the remedy to the case, become many families and individual urgent problem.
Summary of the invention
The objective of the invention is to overcome deficiency of the prior art, the rfid system of the high blood pressure information of the lithium bill of store human body that electricity is powered is provided.
At present, the mercury pillar survey meter of blood pressure that doctor's great majority in the hospital are operated is by hand measured blood pressure to the hypertensive patient, rely on receiver to listen to the information of systolic pressure and diastolic pressure, read the numerical value that mercury pillar survey meter of blood pressure shows then, demonstrate,prove with the hypertensive measurement result of literature record in the case history that patient holds.Because being each doctor of section, case history card puts down in writing patient see a doctor observation, the inspection of multiple disease, the shared minute book for the treatment of, it or not single minute book of planting disease of putting down in writing high blood pressure inspection and diagnosis and treatment situation specially, the doctor when diagnosing a disease next time, the literature record that need browse, search all previous measured of relevant high blood pressure and cure, very inconvenient.
The present invention adopts the rfid system of the high blood pressure information of the electric bill of store human body of powering of lithium, the pressure that blood in the blood vessel of people's arm inside forms vascular wall in flowing can produce small influence to the degree of tightness of the arm band on the arm that is bundled in the people, pressure transducer in the arm band experience that pressure produces the time when big the variation of little physical quantity can convert the variation of electric signal to, thereby corresponding the variation takes place in the electronic signal that has influence on the wireless measurement blood pressure instrument pressure inside sensor that is installed on the arm band, and by emitting antenna electronic signal is sent in the air, the needed work electricity consumption of wireless measurement blood pressure instrument and emitting antenna by the lithium ion battery first by conductor wire first supply electric power.Electronic tag has certain frequency of operation, can receive the electromagnetic wave of the transmission antennas transmit of wireless measurement blood pressure instrument, after the built-in aerial of electronic tag receives electromagnetic wave, can import and store the high blood pressure information of a large amount of single human bodies in the IC chip of electronic tag inside.Be positioned at the near field region of reader antenna radiation when electronic tag, electronic tag obtains work capacity by the inductive coupling mode, rfid interrogator automatically with the noncontact mode with agreement identification in the RFID electronic tag, a large amount of, continuous high blood pressure measurement, diagnosis, treatment information read out, and by data line high blood pressure information is imported the RFID information service system and analyze, handle, store, print the papery report by data line input printer simultaneously.Thereby make a large amount of, continuous high blood pressure information obtain storing and using, be of value to quick diagnosis and the accurate medication of high blood pressure.
In order to solve the problems of the technologies described above, the present invention is achieved by the following technical solutions:
The rfid system of being formed the high blood pressure information of the electric bill of store human body of powering of lithium by the arm band 2 on the arm 1 that is installed in the people, wireless measurement blood pressure instrument 3, emitting antenna 4, lithium ion battery first 5, conductor wire first 6, RFID electronic tag 7, built-in aerial 8, IC chip 9, rfid interrogator 10, lithium ion battery second 11, conductor wire second 12, data line 13, RFID information service system 14, printer 15 jointly;
Hold-down arm band 2 on people's arm 1, at arm band 2 lithium ion battery first 5, conductor wire first 6 and wireless measurement blood pressure instrument 3 are installed, at wireless measurement blood pressure instrument 3 emitting antenna 4 is installed, built-in aerial 8 and IC chip 9 are installed in inside at RFID electronic tag 7, lithium ion battery second 11 and conductor wire second 12 and read-write equipment are installed in inside at rfid interrogator 10, place RFID information service system 14 and printer 15 below rfid interrogator 10;
Wireless measurement blood pressure instrument 3 is connected with lithium ion battery first 5 by conductor wire first 6, read-write equipment in the rfid interrogator 10 is connected with lithium ion battery second 11 by conductor wire second 12, rfid interrogator 10 is connected with RFID information service system 14 by data line 13, and RFID information service system 14 is connected with printer 15 by data line 13.
Lithium ion battery first 5 and lithium ion battery second 11 are LiFePO4 ion battery or LiMn2O4 ion battery or cobalt acid lithium ion battery.
RFID electronic tag 7 is passive-type electronic tag or active electronic tag or semi passive type electronic tag.
Compared with prior art, the invention has the beneficial effects as follows: 1. the RFID electronic tag of hypertensive patient's special use can store the information of a large amount of, continuous measurement, diagnosis, treatment high blood pressure, as long as suitable rfid interrogator is arranged, can read the high blood pressure information in the RFID electronic tag at any time, be conducive to the hypertensive patient and carry out long-term, treatment accurately, the variation of control high blood pressure.2. the lithium ion battery volume is little, and capacity is big, and the use of can charging is repeatedly wanted environmental protection, fast many compared with the one-shot battery that uses in the old-fashioned electronic sphygmomanometer, can cause environmental pollution.3. read write line is analyzed the high blood pressure information input RFID information service system of single human body, handle, store by data line, the long preservation that both had been conducive to the high blood pressure information of single human body, also be conducive to the high blood pressure information that the doctor grasps single human body comprehensively, and work out best medical scheme according to information.4. owing to grasp the high blood pressure information of single human body comprehensively, can accurately select kind and the dosage of the medicine for the treatment of high blood pressure at the occurring degree of the type of high blood pressure and high blood pressure for use, carry out the rational use of medicines, be conducive to reduce medical treatment cost and improve medical effect.5. existing survey meter of blood pressure can not transmit high blood pressure information by radio communication, wireless measurement blood pressure instrument among the present invention can send to certain limit with electric signal by radio communication, the high blood pressure information of single human body is sent out, realize information mutual communication and the network management of high blood pressure diagnosis and treatment, created condition for using the high blood pressure crowd in the certain zone of Internet of Things new technology management.
Description of drawings
Fig. 1 is structural representation of the present invention.
Embodiment
At people's arm binding arm band, at the arm band wireless measurement blood pressure instrument, emitting antenna, lithium ion battery first and conductor wire first are installed.The lithium ion battery first provides the work electricity consumption by the conductor wire first to wireless measurement blood pressure instrument and emitting antenna.The high blood pressure information of arm band and the perception of wireless measurement blood pressure instrument sends to the RFID electronic tag by emitting antenna and receives and store.When electronic tag passes through the identification range of read write line, lithium ion battery second is powered to rfid interrogator by conductor wire second, rfid interrogator automatically reads out with the high blood pressure information of noncontact mode with agreement identification in the RFID electronic tag, and by data line high blood pressure information is imported the RFID information service system and analyze, handle, store, print the papery report by data line input printer simultaneously.
Embodiment during following the present invention incites somebody to action by reference to the accompanying drawings is further described:
The rfid system of being formed the high blood pressure information of the electric bill of store human body of powering of lithium by the arm band 2 on the arm 1 that is installed in the people, wireless measurement blood pressure instrument 3, emitting antenna 4, lithium ion battery first 5, conductor wire first 6, RFID electronic tag 7, built-in aerial 8, IC chip 9, rfid interrogator 10, lithium ion battery second 11, conductor wire second 12, data line 13, RFID information service system 14, printer 15 jointly;
Hold-down arm band 2 on people's arm 1, at arm band 2 lithium ion battery first 5, conductor wire first 6 and wireless measurement blood pressure instrument 3 are installed, at wireless measurement blood pressure instrument 3 emitting antenna 4 is installed, built-in aerial 8 and IC chip 9 are installed in inside at RFID electronic tag 7, lithium ion battery second 11 and conductor wire second 12 are installed in inside at rfid interrogator 10, place RFID information service system 14 and printer 15 below rfid interrogator 10;
Wireless measurement blood pressure instrument 3 is connected with lithium ion battery first 5 by conductor wire first 6, rfid interrogator 10 is connected with lithium ion battery second 11 by conductor wire second 12, rfid interrogator 10 is connected with RFID information service system 14 by data line 13, and RFID information service system 14 is connected with printer 15 by data line 13.
Lithium ion battery first 5 and lithium ion battery second 11 are LiFePO4 ion battery or LiMn2O4 ion battery or cobalt acid lithium ion battery.
RFID electronic tag 7 is passive-type electronic tag or active electronic tag or semi passive type electronic tag.
Arm binding arm band the people, grasp suitable elasticity during binding, during the blood vessel of blood flow in arm, blood in flowing can produce certain pressure to vascular wall, this pressure can have influence on the elasticity of arm band, at the arm band wireless measurement blood pressure instrument is installed, the inside of arm band and wireless measurement blood pressure instrument is equipped with a plurality of highly sensitive pressure transducers, the variation of pressure transducer energy perception arm band upward pressure physical quantity, and the variation of pressure physical quantity is converted to the variation of electric signal, at the wireless measurement blood pressure instrument emitting antenna is installed, emitting antenna sends to electric signal in the air.After built-in aerial in the electronic tag receives electric signal, with the high blood pressure data information memory that comprises in the electric signal in the IC chip of electronic tag inside.Between rfid interrogator and the RFID electronic tag communication function is arranged.Rfid interrogator can obtain the high blood pressure data message in the electronic tag, and by data line high blood pressure data message input is analyzed, handles, stored based on the RFID information service system of computing machine, print papery by data line input typewriter for special work simultaneously and check hypertensive report.
That the hypertensive patient holds, as to write a large amount of high blood pressure data messages electronic tag is big compared with the high blood pressure data message amount that the case history card that uses now in the hospital, lean on the hand-written medical records of doctor contains, being convenient to the doctor reads and transmits, be convenient to the hypertension state of an illness that the doctor grasps patient comprehensively, take out the hypertension treatment scheme that is fit to single human body special requirement.
It is as follows now to enumerate embodiment:
Embodiment one:
At people's arm binding arm band, at the arm band wireless measurement blood pressure instrument, emitting antenna, LiFePO4 ion battery first and conductor wire first are installed.LiFePO4 ion battery first provides the work electricity consumption by the conductor wire first to wireless measurement blood pressure instrument and emitting antenna.The high blood pressure information of arm band and the perception of wireless measurement blood pressure instrument sends to passive-type RFID electronic tag by emitting antenna and receives and store.When passive-type RFID electronic tag passes through the identification range of read write line, LiFePO4 ion battery second is powered to rfid interrogator by conductor wire second, rfid interrogator automatically reads out with the high blood pressure information of noncontact mode with agreement identification in the RFID electronic tag, and by data line high blood pressure information is imported the RFID information service system and analyze, handle, store, print the papery report by data line input dedicated printer simultaneously.
Embodiment two:
At people's arm binding arm band, at the arm band wireless measurement blood pressure instrument, emitting antenna, LiMn2O4 ion battery first and conductor wire first are installed.LiMn2O4 ion battery first provides the work electricity consumption by the conductor wire first to wireless measurement blood pressure instrument and emitting antenna.The high blood pressure information of arm band and the perception of wireless measurement blood pressure instrument sends to semi passive type RFID electronic tag by emitting antenna and receives and store.When semi passive type RFID electronic tag passes through the identification range of read write line, LiMn2O4 ion battery second is powered to rfid interrogator by conductor wire second, rfid interrogator automatically reads out with the high blood pressure information of noncontact mode with agreement identification in the RFID electronic tag, and by data line high blood pressure information is imported the RFID information service system and analyze, handle, store, print the papery report by data line input dedicated printer simultaneously.
Claims (3)
1. the rfid system of the high blood pressure information of a bill of store human body of lithium electricity power supply, it is characterized in that, by the arm band (2) on the arm that is installed in the people (1), wireless measurement blood pressure instrument (3), emitting antenna (4), lithium ion battery first (5), conductor wire first (6), RFID electronic tag (7), built-in aerial (8), IC chip (9), rfid interrogator (10), lithium ion battery second (11), conductor wire second (12), data line (13), RFID information service system (14), printer (15) is formed the rfid system of the high blood pressure information of the electric bill of store human body of powering of lithium jointly;
Arm (1) the people is gone up hold-down arm band (2), at arm band (2) lithium ion battery first (5), conductor wire first (6) and wireless measurement blood pressure instrument (3) are installed, at wireless measurement blood pressure instrument (3) emitting antenna (4) is installed, built-in aerial (8) and IC chip (9) are installed in inside at RFID electronic tag (7), lithium ion battery second (11) and conductor wire second (12) and read-write equipment are installed in inside at rfid interrogator (10), place RFID information service system (14) and printer (15) in the below of rfid interrogator (10);
Wireless measurement blood pressure instrument (3) is connected with lithium ion battery first (5) by conductor wire first (6), read-write equipment in the rfid interrogator (10) is connected with lithium ion battery second (11) by conductor wire second (12), rfid interrogator (10) is connected with RFID information service system (14) by data line (13), and RFID information service system (14) is connected with printer (15) by data line (13).
2. the rfid system of the high blood pressure information of a bill of store human body of lithium according to claim 1 electricity power supply, it is characterized in that described lithium ion battery first (5) and lithium ion battery second (11) are LiFePO4 ion battery or LiMn2O4 ion battery or cobalt acid lithium ion battery.
3. the rfid system of the high blood pressure information of a bill of store human body of lithium electricity according to claim 1 power supply is characterized in that described RFID electronic tag (7) is passive-type electronic tag or active electronic tag or semi passive type electronic tag.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013101720518A CN103258132A (en) | 2013-05-12 | 2013-05-12 | RFID system using lithium-ion battery power supply and storing hypertension information of single human body |
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| CN2013101720518A CN103258132A (en) | 2013-05-12 | 2013-05-12 | RFID system using lithium-ion battery power supply and storing hypertension information of single human body |
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Citations (7)
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2013
- 2013-05-12 CN CN2013101720518A patent/CN103258132A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10302188A (en) * | 1997-04-25 | 1998-11-13 | Matsushita Electric Ind Co Ltd | Remote health care terminal and health information management device |
| US20020180605A1 (en) * | 1997-11-11 | 2002-12-05 | Ozguz Volkan H. | Wearable biomonitor with flexible thinned integrated circuit |
| US20050132796A1 (en) * | 2003-12-19 | 2005-06-23 | George Brookner | Radio frequency tagging for indicia printing and product information |
| CN1804853A (en) * | 2004-09-01 | 2006-07-19 | 微软公司 | Architecture, programming model and api |
| US20070194936A1 (en) * | 2006-02-14 | 2007-08-23 | Seiko Epson Corporation | Contactless communication scheme and contactless communication system |
| CN101706849A (en) * | 2009-12-11 | 2010-05-12 | 天津港宏科技有限公司 | Self-help physical examination system and self-help physical examination method |
| CN102232828A (en) * | 2010-04-01 | 2011-11-09 | 陈浩然 | Wireless multi-parameter local/remote real-time monitoring system |
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Application publication date: 20130821 |