CN107257366A - A kind of Mobile medical system based on mobile terminal - Google Patents
A kind of Mobile medical system based on mobile terminal Download PDFInfo
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- CN107257366A CN107257366A CN201710421035.6A CN201710421035A CN107257366A CN 107257366 A CN107257366 A CN 107257366A CN 201710421035 A CN201710421035 A CN 201710421035A CN 107257366 A CN107257366 A CN 107257366A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/025—Services making use of location information using location based information parameters
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W84/00—Network topologies
- H04W84/18—Self-organising networks, e.g. ad-hoc networks or sensor networks
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Abstract
The invention provides a kind of Mobile medical system based on mobile terminal, including patient information transceiver module, mobile intelligent terminal and medical service center based on mobile sensor node network, described mobile intelligent terminal is connected with medical service center telecommunication, patient information transceiver module is used to gather conditions of patients information by mobile sensor node network, and conditions of patients information is sent to medical service center.In the present invention, state of an illness information transfer can be given long-range medical service center by user by mobile intelligent terminal and patient information transceiver module, and medical service center can also be that patient carries out teletherapy by ambulatory medical device, and intelligence is convenient.
Description
Technical field
The present invention relates to medical field, and in particular to a kind of Mobile medical system based on mobile terminal.
Background technology
Current people are continuously increased to the demand of medical treatment, however, the informationization of medical institutions, procedure program need to be carried
It is high.The reason for causing this situation mainly has：Data between user and medical institutions can not intercommunication；Hospital internal, hospital and visitor
Family communication effectiveness is not ideal enough；Between medical institutions, the medical treatment data of same patient, personal health archives can not be shared.Simultaneously
The complexity that Mobile solution is related to the diversity of technology and implemented, also gives the portable medical of " ubiquitous " to set to a certain extent
Obstacle is put.The function of some existing portable medical Information System Solutions is relatively easy, can not really realize in real time
Mobile solution, can more or less be limited by geographically, and the intelligence degree and opening of system also have much room for improvement.
The content of the invention
In view of the above-mentioned problems, the present invention provides a kind of Mobile medical system based on mobile terminal.
The purpose of the present invention is realized using following technical scheme：
There is provided a kind of Mobile medical system based on mobile terminal, including the patient based on mobile sensor node network
Signal dispatcher module, mobile intelligent terminal and medical service center, described mobile intelligent terminal and medical service center are long-range
Communication connection, patient information transceiver module is used to gather conditions of patients information by mobile sensor node network, and by patient
State of an illness information is sent to medical service center.
Beneficial effects of the present invention are：User can believe the state of an illness by mobile intelligent terminal and patient information transceiver module
Breath is transferred to long-range medical service center, and medical service center can also be that patient's development is remotely controlled by ambulatory medical device
Treat, intelligence is convenient.
Brief description of the drawings
Using accompanying drawing, the invention will be further described, but the embodiment in accompanying drawing does not constitute any limit to the present invention
System, for one of ordinary skill in the art, on the premise of not paying creative work, can also be obtained according to the following drawings
Other accompanying drawings.
The structured flowchart of Fig. 1 present invention；
Fig. 2 is the connection block diagram of mobile intelligent terminal of the present invention.
Reference：
Patient information transceiver module 1, mobile intelligent terminal 2, medical service center 3, remote communication module 10, display module
20th, conditions of patients Data Enter module 30, image data acquisition module 40.
Embodiment
The invention will be further described with the following Examples.
A kind of Mobile medical system based on mobile terminal provided referring to Fig. 1, Fig. 2, the present embodiment, including based on movement
Patient information transceiver module 1, mobile intelligent terminal 2 and the medical service center 3 of sensor node network, described intelligent movable
Terminal 2 is connected with medical service center 3 telecommunication, and patient information transceiver module 1 is used to pass through mobile sensor node network
Conditions of patients information is gathered, and conditions of patients information is sent to medical service center 3.
Preferably, described mobile intelligent terminal 2 includes remote communication module 10 and display module 20, and described is long-range logical
Letter module 10 is used to make mobile intelligent terminal 2 access Wide Area Network to carry out data interaction and transmission, institute with medical service center 3
The display module 20 stated is used for the various information that the running status for showing mobile intelligent terminal 2 and medical service center 3 push.
Preferably, described mobile intelligent terminal 2 also includes conditions of patients Data Enter module 30, image data acquisition mould
Block 40；Described conditions of patients Data Enter module 30 supplies user's typing conditions of patients information；Described image data acquisition mould
Block 40 is used to obtain the view data related to user's state of an illness；Described conditions of patients information and view data are through telecommunication mould
Block 10 is sent to medical service center 3.
The Mobile medical system that the above embodiment of the present invention is set so that user can be by mobile intelligent terminal 2 and trouble
State of an illness information transfer is given long-range medical service center 3 by person's signal dispatcher module 1, and medical service center 3 can also be by shifting
Dynamic Medical Devices are that patient carries out teletherapy, and intelligence is convenient.
Preferably, the mobile sensor node network includes multiple mobile sensor nodes carried for patient and position
Put and mutually carry out data transmission between fixed static sensor node, each mobile sensor node, constitute delay-tolerant net
Network, each static sensor node constitutes connected network, and static sensor node and the movable sensor section in communication range
Point communication；
When described mobile sensor node detects abnormal conditions of patients information, medical service center 3 is to intelligent sliding
Dynamic terminal sends warning message, and warning message includes position and the patients with abnormal state of an illness information of mobile sensor node, mobile to pass
Sensor node is self-positioning according to the instruction of medical service center 3 progress, specifically includes：
(1) position when, mobile sensor node according to the transmission signal intensity set one set in the cycle using T as when
Between be spaced to static sensor node and continuously transmit Location Request packet, the form of Location Request packet is { IDM,NM,
γM, T }, wherein, IDMFor the label of mobile sensor node, NMThe positioning sent for the mobile sensor node within the cycle please
Ask data packet number, γMRepresent row of the Location Request packet of this transmission in the Location Request packet of all transmissions
Row sequence number；
(2) when static sensor node receives Location Request packet for the first time, N is persistently receivedM× T time,
When often receiving a Location Request packet, detect and record corresponding signal strength indication value, if some positioning please
When asking the packet not receive, it is 0 to set corresponding signal strength indication value, and static sensor node receives positioning please
Ask after the completion of packet, construction feedback data packet is sent to the mobile sensor node, and described feedback data packet form isWherein, IDsRepresent the label of the static sensor node, xs,
ysFor the position coordinates of the static sensor node,For the signal strength indication value recorded successively；
(3) mobile sensor node is received after all feedback data packets, and location Calculation, tool are carried out according to feedback data packet
Body includes：
1) the static sensor node for having sent feedback data packet is set as N1It is individual, any two of which static sensor node
A node pair is constituted, is formed altogetherIndividual node pair；
2) signal strength indication value in feedback data packet, calculates mobile sensor node and node centering two is quiet
The distance ratio of state sensor node；
If 3) distance ratio of node pair is less than the fractional threshold of setting, by two static sensor sections of the node centering
The position coordinates of point is extracted, and the position coordinates (x, y) of mobile sensor node is calculated according to the following formula：
In formula,Represent that i-th of distance ratio is less than first static sensor of node centering of the fractional threshold of setting
The lateral attitude coordinate of node,Represent that i-th of distance ratio is less than second static state of node centering of the fractional threshold of setting
The lateral attitude coordinate of sensor node,Represent that i-th of distance ratio is less than the node centering first of the fractional threshold of setting
The lengthwise position coordinate of individual static sensor node,Show that i-th of distance ratio is less than the node centering of the fractional threshold of setting
The lengthwise position coordinate of second static sensor node,Represent that distance ratio is less than the node pair of the fractional threshold of setting
Number.
In correlation technique, for mobile sensor node, conventional localization method is, by getting multiple stationary nodes
To the signal strength indication value between mobile node, mobile node is calculated the distance between to multiple stationary nodes, Ran Houli
With three side positioning modes or centroid algorithm, built according to the distance between the coordinate of stationary nodes, mobile node to multiple stationary nodes
Vertical equation group, finally solves the coordinate position of mobile node；This preferred embodiment calculates mobile pass using above-mentioned location algorithm
The coordinate of sensor node, relative to the localization method in the correlation technique, calculating process is simple, greatly reduces amount of calculation, transports
Calculate speed fast, the location efficiency of mobile sensor node is improved, so as in time send the position coordinates of itself to doctor
Service centre 3 is treated, being easy to being capable of automatic alarm, implementation forepart intervention in patient's unexpected abnormality situation.
Preferably, the signal strength indication value in feedback data packet, calculates mobile sensor node and section
The distance ratio of point two static sensor nodes of centering, is specifically included：
(1) signal intensity that two static sensor nodes of node centering are recorded is represented according to log path loss model
Indicated value difference：
In formula,Represent j-th of node centering, first, second static sensor node in kth time respectively
The signal strength indication value recorded during Location Request packet is received, ρ is the path loss index of log path loss model,First, second static sensor node of respectively j-th node centering receives Location Request data in kth time
Random noise during bag；
(2) signal strength indication value that two static sensor nodes of calculate node centering are recorded according to the following formula is poor
The big small probability of value：
In formula,Represent that the signal intensity that j-th of node centering, two static sensor nodes are recorded refers to
The big small probability of indicating value difference, count () is counting function, for calculatingWhen number of times, NKFor static state
The quantity for the signal strength indication value that sensor node is recorded；
(3) withAs standardized normal distribution probability, corresponding expectation is determined by standardized normal distribution table
Value, using the desired value as two static sensor nodes of mobile sensor node and j-th of node centering distance ratio.
This preferred embodiment provides the distance ratio of mobile sensor node and two static sensor nodes of node centering
The quick calculation of value, the calculation is weighed two static sensor nodes by normal distribution statistical method and recorded
Signal strength indication value difference and described distance ratio between relation, can quickly, more be accurately obtained distance than
Value, is advantageously implemented the mobile sensor node positioning of flexible robust, so as to contribute to the quick obtaining patient of medical service center 3
Particular location, realize in time treatment, it is ensured that patient safety.
Preferably, before mobile sensor node is according to feedback data packet progress location Calculation, first feedback data packet is entered
Row filtering, if the signal strength indication value in feedback data packet meets following equation, is rejected to the feedback data packet：
In formula, count () is counting function, for calculating satisfaction respectivelyWhen signal intensity
Indicated value number,Represent f-th of signal strength indication value, N in b-th of feedback data packet that mobile sensor node is receivedT
For the signal strength indication value maximum of setting, NBThe letter that b-th of the feedback data packet received for mobile sensor node has
The quantity of number strength indicator value.
This preferred embodiment the signal strength indication value using feedback data packet move sensor node localization it
Before, undesirable feedback data packet is rejected in advance, some signal intensities larger by ectocine can be reduced
Influence of the indicated value to location Calculation, so as to be conducive to improving the positioning precision of mobile sensor node, realizes patient location
It is accurately positioned.
Finally it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than to present invention guarantor
The limitation of scope is protected, although being explained with reference to preferred embodiment to the present invention, one of ordinary skill in the art should
Work as understanding, technical scheme can be modified or equivalent substitution, without departing from the reality of technical solution of the present invention
Matter and scope.
Claims (6)
1. a kind of Mobile medical system based on mobile terminal, it is characterized in that, including the trouble based on mobile sensor node network
Person's signal dispatcher module, mobile intelligent terminal and medical service center, described mobile intelligent terminal and medical service center are remote
Journey is communicated to connect, and patient information transceiver module is used to gather conditions of patients information by mobile sensor node network, and will suffer from
Person's state of an illness information is sent to medical service center.
2. a kind of Mobile medical system based on mobile terminal according to claim 1, it is characterized in that, described mobile intelligence
Energy terminal includes remote communication module and display module, and described remote communication module is used to make mobile intelligent terminal access wide area
Network with medical service center to carry out data interaction and transmission, and described display module is used for the fortune for showing mobile intelligent terminal
The various information that row state and medical service center push.
3. a kind of Mobile medical system based on mobile terminal according to claim 2, it is characterized in that, described mobile intelligence
Energy terminal also includes conditions of patients Data Enter module, image data acquisition module；Described conditions of patients Data Enter module
For user's typing conditions of patients information；Described image data acquisition module is used to obtain the picture number related to user's state of an illness
According to；Described conditions of patients information and view data is sent to medical service center through remote communication module.
4. a kind of Mobile medical system based on mobile terminal according to claim 1, it is characterized in that, the mobile sensor
Device meshed network includes the static sensor node that multiple mobile sensor nodes carried for patient and position are fixed, each
Mutually carry out data transmission between mobile sensor node, constitute delay-tolerant network, each static sensor node, which is constituted, to be connected
Open network, and static sensor node communicates with the mobile sensor node in communication range.
5. a kind of Mobile medical system based on mobile terminal according to claim 4, it is characterized in that, described mobile biography
When sensor node detects abnormal conditions of patients information, medical service center sends warning message, report to mobile intelligent terminal
Alert information includes position and the patients with abnormal state of an illness information of mobile sensor node, and mobile sensor node is according in medical services
The instruction progress of the heart is self-positioning, specifically includes：
(1) when positioning, mobile sensor node is set in the cycle using T as between the time according to the transmission signal intensity set at one
Every continuously transmitting Location Request packet to static sensor node, the form of Location Request packet is { IDM,NM,γM, T },
Wherein, IDMFor the label of mobile sensor node, NMThe Location Request data sent for the mobile sensor node within the cycle
Bag quantity, γMRepresent arrangement sequence number of the Location Request packet of this transmission in the Location Request packet of all transmissions；
(2) when static sensor node receives Location Request packet for the first time, N is persistently receivedM× T time, often connects
When receiving a Location Request packet, detect and record corresponding signal strength indication value, if some positioning please
When asking the packet not receive, it is 0 to set corresponding signal strength indication value, and static sensor node receives positioning please
Ask after the completion of packet, construction feedback data packet is sent to the mobile sensor node, and described feedback data packet form isWherein, IDSRepresent the label of the static sensor node, xs,
ysFor the position coordinates of the static sensor node,For the signal strength indication value recorded successively；
(3) mobile sensor node is received after all feedback data packets, and location Calculation, specific bag are carried out according to feedback data packet
Include：
1) the static sensor node for having sent feedback data packet is set as N1It is individual, any two of which static sensor node composition
One node pair, is formed altogetherIndividual node pair；
2) signal strength indication value in feedback data packet, calculates two static biographies of mobile sensor node and node centering
The distance ratio of sensor node；
If 3) distance ratio of node pair is less than the fractional threshold of setting, by two static sensor nodes of the node centering
Position coordinates is extracted, and the position coordinates (x, y) of mobile sensor node is calculated according to the following formula：
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In formula,Represent that i-th of distance ratio is less than first static sensor node of node centering of the fractional threshold of setting
Lateral attitude coordinate,Represent that i-th of distance ratio is less than second static sensor of node centering of the fractional threshold of setting
The lateral attitude coordinate of node,Represent that i-th of distance ratio is less than first static state of node centering of the fractional threshold of setting
The lengthwise position coordinate of sensor node,Show that i-th of distance ratio is less than the node centering second of the fractional threshold of setting
The lengthwise position coordinate of static sensor node,Represent that distance ratio is less than the number of the node pair of the fractional threshold of setting
Mesh.
6. a kind of Mobile medical system based on mobile terminal according to claim 5, it is characterized in that, described basis is anti-
Present the signal strength indication value in packet, calculate mobile sensor node and two static sensor nodes of node centering away from
From ratio, specifically include：
(1) represent that the signal intensity that two static sensor nodes of node centering are recorded is indicated according to log path loss model
Value difference value：
In formula,Represent that j-th of node centering, first, second static sensor node is received in kth time respectively
The signal strength indication value recorded during Location Request packet, ρ is the path loss index of log path loss model,First, second static sensor node of respectively j-th node centering receives Location Request data in kth time
Random noise during bag；
(2) two static sensor nodes of calculate node centering are recorded according to the following formula signal strength indication value difference
Big small probability：
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In formula,Represent the signal strength indication value that j-th of node centering, two static sensor nodes are recorded
The big small probability of difference, count () is counting function, for calculatingWhen number of times, NKFor static sensor
The quantity for the signal strength indication value that device node is recorded；
(3) withAs standardized normal distribution probability, corresponding desired value is determined by standardized normal distribution table, will
The desired value as two static sensor nodes of mobile sensor node and j-th of node centering distance ratio.
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| CN107257366B (en) | 2020-02-07 |
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