CN108231184A - A kind of medical terminal design method based on embedded technology - Google Patents
A kind of medical terminal design method based on embedded technology Download PDFInfo
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- CN108231184A CN108231184A CN201611135618.4A CN201611135618A CN108231184A CN 108231184 A CN108231184 A CN 108231184A CN 201611135618 A CN201611135618 A CN 201611135618A CN 108231184 A CN108231184 A CN 108231184A
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Abstract
The invention discloses a kind of medical terminal design methods based on embedded technology, the described method comprises the following steps：The first step builds Embedded Hardware Platform；Second step builds the software environment of an embedded system development on Ubuntu 12.04；Third walks, and analyzes the software configuration of android system, realizes the software transplanting of android system kernel and upper strata frame module；4th step, four big component of analysis Android application programs, builds application development platform.The medical terminal design method based on embedded technology of the present invention, this termination set physiological parameter acquisition, internet function can acquire the electrocardio, pulse and temperature data of human body in one, then by WiFi by data remote transmission to medical institution server；These data are extracted for medical institutions, to do subsequent processing and analysis.
Description
Technical field
The present invention relates to a kind of medical terminal design methods based on embedded technology, belong to medical and health services internet
Technical field.
Background technology
With the rapid development of Modern Sensor Technology and development of Mobile Internet technology, people's health consciousness constantly enhances, first
The secondary Remote Monitoring Technology for aviation is widely used in the fields such as health care, tele-medicine；Either in theoretical research
In upper or practical application, tele-medicine development speed is very startling；Development and social progress with science and technology, far
Journey medical treatment will become the new trend of future medicine development, will solve insufficient medical resource, chronic disease detection, disease prevention
Effective way；Current existing medical system fears hardly possible and meets growing medical demand, and the burden of entire society also can be therewith
It aggravates；The rapid development of another aspect development of Mobile Internet technology, electronic communication and semiconductor technology will be beaten for tele-medicine
Lower solid foundation, the foundation of unified international standard system also can provide convenience for tele-medicine.At present, existing inspection
Survey instrument, which only has patient to go into hospital, could use, and be mostly based on desktop computer, and of high cost, volume is big, and movement is dumb, and
It is mostly external product, costly, just strong purchase uses cost of equipment for generally only large and medium-sized medical institutions；It is but general
On the one hand long and deep friendship between two families front yard is difficult to pay the medical treatment expense that when the river rises the boat goes up, on the other hand since work, family need to live for a long time again
Institute receives monitoring；Along with the development of mobile Internet and the progress of sensor technology, the tele-medicine of separate type will become can
Energy；So-called separate type is exactly that monitoring and diagnosis separate, and user only needs using terminal equipment to detect body physiological
Then detection data is sent to tele-medicine mechanism by parameter by internet, medical institutions can be by analyzing these data
To make diagnosis to patient；This is exactly to solve the problems, such as these current effective way；It can buy what family used on the market at present
Medical treatment detection device type is various, but they belong to low-end product, and processing capacity is limited, and interface is unfriendly, therefore designs low
Cost, household small, powerful, convenient, flexible, that data remote transmission can be realized between family and medical institutions
Medical terminal is of practical significance.
Invention content
To solve the above problems, the present invention proposes a kind of medical terminal design method based on embedded technology, this end
End integrates physiological parameter acquisition, internet function, can acquire the electrocardio, pulse and temperature data of human body, then pass through
WiFi is by data remote transmission to medical institution server；These data are extracted for medical institutions, to do subsequent processing
And analysis.
The medical terminal design method based on embedded technology of the present invention, the described method comprises the following steps：
The first step builds Embedded Hardware Platform, according to physiology signal amplitude it is small, easily set respectively by the feature of noise jamming
Count acquisition and the filter circuit of electrocardio, pulse and temperature signal；By test, parameters can be met the requirements；
Second step, studies resource in the hardware configuration and piece of s5pv210 processors, and the excellent of analysis mainstream embedded OS lacks
Point selects android system as operation system of software；Using a PC, it is embedding on Ubuntu 12.04 to build one
The software environment of embedded system exploitation, for developing and transplanting Android operation system；
Third walks, for s5pv210 processors Booting sequence and system hardware resources, based on Uboot2014.07 version design departments
Unite bootstrap Boot Loader；WiFi module based on 88WW8686, the wireless network of exploitation and transplanting based on Android
Partial software module；The software configuration of analysis android system, realization android system kernel and upper strata frame module
Software transplanting, by test, system can trouble-free operation on a hardware platform, network can also be connected；
4th step, four big component of analysis Android application programs, builds application development platform, is developed and cured using Eclipse
Terminal program is treated, the functions such as acquisition, preservation, display and the remote transmission of physiological parameter is realized, is finally built in PC machine
Tomcat virtual servers, terminal establish connection using Scoket technologies and server, data remote transmission are realized, after facilitating
Continuous analysis and processing.
As preferred embodiment, the Acquisition Circuit of the electrocardiosignal in the first step, can be effective using AD8232
Inhibit noise jamming, prevent distorted signals.
The present invention compared with prior art, the medical terminal design method of the invention based on embedded technology, this end
End integrates physiological parameter acquisition, internet function, can acquire the electrocardio, pulse and temperature data of human body, then pass through
WiFi is by data remote transmission to medical institution server；These data are extracted for medical institutions, to do subsequent processing
And analysis.
Specific embodiment
The medical terminal design method based on embedded technology of the present invention, the described method comprises the following steps：
The first step builds Embedded Hardware Platform, according to physiology signal amplitude it is small, easily set respectively by the feature of noise jamming
Count acquisition and the filter circuit of electrocardio, pulse and temperature signal；By test, parameters can be met the requirements；
Second step, studies resource in the hardware configuration and piece of s5pv210 processors, and the excellent of analysis mainstream embedded OS lacks
Point selects android system as operation system of software；Using a PC, it is embedding on Ubuntu 12.04 to build one
The software environment of embedded system exploitation, for developing and transplanting Android operation system；
Third walks, for s5pv210 processors Booting sequence and system hardware resources, based on Uboot2014.07 version design departments
Unite bootstrap Boot Loader；WiFi module based on 88WW8686, the wireless network of exploitation and transplanting based on Android
Partial software module；The software configuration of analysis android system, realization android system kernel and upper strata frame module
Software transplanting, by test, system can trouble-free operation on a hardware platform, network can also be connected；
4th step, four big component of analysis Android application programs, builds application development platform, is developed and cured using Eclipse
Terminal program is treated, the functions such as acquisition, preservation, display and the remote transmission of physiological parameter is realized, is finally built in PC machine
Tomcat virtual servers, terminal establish connection using Scoket technologies and server, data remote transmission are realized, after facilitating
Continuous analysis and processing.
Wherein, the Acquisition Circuit of the electrocardiosignal in the first step uses AD8232, can effectively inhibit noise jamming, prevents
Stop signal is distorted.
The medical terminal design method based on embedded technology of the present invention, this termination set physiological parameter acquisition, internet
Function can acquire the electrocardio, pulse and temperature data of human body in one, then by WiFi by data remote transmission to medical treatment
Authority server；These data are extracted for medical institutions, to do subsequent processing and analysis.
Above-described embodiment is only the better embodiment of the present invention, therefore all structures described according to present patent application range
It makes, the equivalent change or modification that feature and principle are done, is included in the range of present patent application.
Claims (2)
1. a kind of medical terminal design method based on embedded technology, which is characterized in that the described method comprises the following steps：
The first step builds Embedded Hardware Platform, separately designs acquisition and the filter circuit of electrocardio, pulse and temperature signal；Through
Test is crossed, parameters can be met the requirements；
Second step, studies resource in the hardware configuration and piece of s5pv210 processors, and the excellent of analysis mainstream embedded OS lacks
Point selects android system as operation system of software；Using a PC, it is embedding on Ubuntu 12.04 to build one
The software environment of embedded system exploitation, for developing and transplanting Android operation system；
Third walks, for s5pv210 processors Booting sequence and system hardware resources, based on Uboot2014.07 version design departments
Unite bootstrap Boot Loader；WiFi module based on 88WW8686, the wireless network of exploitation and transplanting based on Android
Partial software module；The software configuration of analysis android system, realization android system kernel and upper strata frame module
Software transplanting, by test, system can trouble-free operation on a hardware platform, network can also be connected；
4th step, four big component of analysis Android application programs, builds application development platform, is developed and cured using Eclipse
Terminal program is treated, the functions such as acquisition, preservation, display and the remote transmission of physiological parameter is realized, is finally built in PC machine
Tomcat virtual servers, terminal establish connection using Scoket technologies and server, data remote transmission are realized, after facilitating
Continuous analysis and processing.
2. the medical terminal design method according to claim 1 based on embedded technology, which is characterized in that described first
The Acquisition Circuit of electrocardiosignal in step uses AD8232, can effectively inhibit noise jamming, prevent distorted signals.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611135618.4A CN108231184A (en) | 2016-12-12 | 2016-12-12 | A kind of medical terminal design method based on embedded technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611135618.4A CN108231184A (en) | 2016-12-12 | 2016-12-12 | A kind of medical terminal design method based on embedded technology |
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| Publication Number | Publication Date |
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| CN108231184A true CN108231184A (en) | 2018-06-29 |
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| CN201611135618.4A Pending CN108231184A (en) | 2016-12-12 | 2016-12-12 | A kind of medical terminal design method based on embedded technology |
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2016
- 2016-12-12 CN CN201611135618.4A patent/CN108231184A/en active Pending
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Application publication date: 20180629 |