CN102462491A - Intelligent wireless human body blood pressure monitoring system, monitor and monitoring method - Google Patents
Intelligent wireless human body blood pressure monitoring system, monitor and monitoring method Download PDFInfo
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- CN102462491A CN102462491A CN2010105312410A CN201010531241A CN102462491A CN 102462491 A CN102462491 A CN 102462491A CN 2010105312410 A CN2010105312410 A CN 2010105312410A CN 201010531241 A CN201010531241 A CN 201010531241A CN 102462491 A CN102462491 A CN 102462491A
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Abstract
The invention discloses an intelligent wireless human body blood pressure monitor, which mainly comprises a central controller for controlling peripheral equipment and data processing operation, a blood pressure monitoring module for reading blood pressure information of patients, a display screen for displaying blood pressure information, a subscriber identity module (SIM) card for storing communication network information and user authentication information, a global position system (GPS) module for reading current position information, a radial frequency transmission module for transmitting related information to outside communication networks, a key group for operation, a memory for storing and controlling logic programs, a battery pack for providing working capacity, and a power supply management module for converting voltage of the battery pack and management. When the monitor disclosed by the invention is used, related monitoring information can be actively transmitted to a disease control center to accomplish a complete monitoring process and acquire an optimal rescue time when a patient needs rescue. Meanwhile, the invention also discloses a monitoring method of the intelligent wireless human body blood pressure monitor and a monitoring system using the monitor.
Description
Technical field
The present invention relates to medical instruments field, in particular, relate to a kind of intelligent radio human blood-pressure monitor system, monitor and monitoring method thereof.
Background technology
Along with China gets into the aging stage, the blood pressure high-risk group also increases thereupon, for confirming and guarantee that the blood pressure of blood pressure high-risk patient is in the normal pressure value scope that therefore the daily monitoring to patient's blood pressure is absolutely necessary.Current; Be in the different situations of being in hospital or recuperating at home according to all kinds of patients among the blood pressure high-risk group; Also there is polytype in the Blood pressure monitor that is used for patient's blood pressure is carried out daily measurement monitoring, mainly comprises the special-purpose Blood pressure monitor that medical institutions use and the portable Blood pressure monitor of domestic.
Wherein, Existing comparatively accurate on the market portable Blood pressure monitor utilizes computer that patient's blood pressure is sampled, analyzed and judges; Feel that uncomfortable, timing arrives or occurring in the process that monitor is being guarded measuring when unusual the patient; Button or other calling sets transmission information on the portable blood pressure instrument of passing through that the patient is spontaneous; And through network this information transmission is given with monitor and to set up the Center for Disease Control (CDC) that link, to guarantee accurately patient's current information and current location to be informed Center for Disease Control (CDC), with the monitoring of completion to patient's blood pressure.
But when adopting existing portable blood pressure instrument, the network of setting up between itself and the Center for Disease Control (CDC) need could be set up through computer or phone, is not very portable; More important disadvantages is that existing portable blood pressure instrument needs the spontaneous transmission information of patient; In case and the patient happens suddenly hypertension etc. when dangerous; Patient's consciousness and behavior all can weaken thereupon; Can not be effectively, spontaneous completion transmission of Information timely, make information can't be sent to Center for Disease Control (CDC) effectively, timely, thereby cause missing patient's best rescue time.
Summary of the invention
In view of this; The invention provides a kind of intelligent radio human blood-pressure monitor system, monitor and monitoring method thereof; Weaken and spontaneously effectively, in time to accomplish the information transmission because of patient's self consciousness or behavioral competence to overcome existing equipment, thereby make the patient miss the problem of best rescue time.
For realizing above-mentioned purpose, the present invention provides following technical scheme:
A kind of intelligent radio human blood-pressure monitor comprises:
To the central controller that each module in the intelligent radio human blood-pressure monitor is controlled, data analysis is handled;
The blood pressure monitoring module that reads patient's blood pressure information that links with said central controller respectively; The display screen that shows said blood pressure information; The SIM Subscriber Identity Module of the storing communication network information and user's authentication information; Read the GPS global location module of said intelligent radio human blood-pressure monitor current location; Send the radiofrequency emitting module of said blood pressure information through communication network; The key groups of operation-interface is provided; Store the memory modules of said intelligent radio human blood-pressure monitor working procedure;
For said intelligent radio human blood-pressure monitor provides the set of cells of working power, according to the power management module of the said set of cells of management.
Preferably, comprise in the said blood pressure monitoring module: can tie the oversleeve on patient's arm; Link to the air pump of said oversleeve inflation and the air valve of giving said oversleeve venting with said oversleeve; The air pump driver module that links with said air pump, the one valve driving module that links with said air valve; The microprocessor that links said air pump driver module and air valve driver module and control;
With pressure and the fluctuation in the said oversleeve of said oversleeve link detection, and this pressure and fluctuation converted into the pressure transducer of the signal of telecommunication; Said pressure transducer is through the low pass filter of link, and the analog-digital converter of said low pass filter link, the said signal of telecommunication is sent to said microprocessor resolves.
Preferably, when said microprocessor was controlled said air pump driver module and driven said air pump and give said oversleeve inflation, the force value in said pressure transducer detects said oversleeve stopped inflation when arriving 240 preset millimetress of mercury.
Preferably, said radiofrequency emitting module comprises: any one among GSM, GPRS, CDMA, CDMA2000, WCDMA, the TD-SCMDA or combination in any.
Preferably, also comprise: said power management module obtains voltage through external charger said intelligent radio human blood-pressure monitor is supplied power.
Preferably, the battery in the said set of cells is lithium electronics or lithium polymer battery.
A kind of intelligent radio human blood-pressure monitor system comprises:
Intelligent radio human blood-pressure monitor; Be used to sample, analyzing and processing and judgement patient's blood pressure information; And occur initiatively sending the current blood pressure information of patient when unusual, and said intelligent radio human blood-pressure monitor current position information to Center for Disease Control (CDC) at blood pressure information;
Center for Disease Control (CDC) is used to receive said blood pressure information and said positional information;
Communication network is used to link said intelligent radio human blood-pressure monitor and Center for Disease Control (CDC), and transmits said blood pressure information and said positional information.
A kind of monitoring method of intelligent radio human blood-pressure monitor comprises:
When timing reaches preset value, read patient's blood pressure information, and show in real time;
Read intelligent radio human blood-pressure monitor current position information, when reading successfully, said positional information and original position information are replaced;
Judge that whether said blood pressure information surpasses preset warning value, if not, triggering timing again then; If, then utilize patient's integrated information, Center for Disease Control's information, the network information and the current said blood pressure information that reads, the said positional information known in advance to carry out editing and processing, obtain current monitoring information;
Send said monitoring information to Center for Disease Control (CDC) and accomplish current monitoring.
Preferably, comprising: when reading the failure of said positional information, directly carry out and judge that whether said blood pressure information is above presetting this step of warning value.
Preferably, the systolic pressure and the diastolic pressure that comprise blood pressure in the said preset warning value; Wherein, said systolic pressure is 200 millimetress of mercury, and said diastolic pressure is 120 millimetress of mercury.
Can know via above-mentioned technical scheme; Compared with prior art, the invention discloses a kind of intelligent radio human blood-pressure monitor system, monitor and monitoring method thereof, this intelligent radio human blood-pressure monitor is through initiatively sampling, analysis and judgement; And when patient's dysarteriotony, initiatively independently send prompting message or information warning to Center for Disease Control (CDC); Promptly real-time when patient's dysarteriotony, quick, accurate, objective current blood pressure information and current position information with the patient is sent to Center for Disease Control (CDC), thereby conveniently in case of emergency, makes medical personnel make corresponding preparation according to the blood pressure information that gets access to; In time rush towards the scene according to getting access to patient's current location information simultaneously; Not only can guarantee the monitoring daily, and in case of emergency, the patient is in the best rescue time patient's blood pressure.In addition, the disclosed monitor of the present invention does not need external telephone set or computer to carry out the network transmission, and is therefore more portable with existing apparatus in comparison, makes things convenient for patient's use.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below; Obviously, the accompanying drawing in describing below only is embodiments of the invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to the accompanying drawing that provides.
Fig. 1 is the structural representation of the disclosed intelligent radio human blood-pressure of embodiment of the invention monitor;
Fig. 2 is the structural representation of the disclosed blood pressure monitoring module of the embodiment of the invention;
Fig. 3 is the structural representation of the disclosed intelligent radio human blood-pressure of embodiment of the invention monitor system;
Fig. 4 is the monitoring method flow chart of the disclosed intelligent radio human blood-pressure of embodiment of the invention monitor.
The specific embodiment
For quote and know for the purpose of, the explanation of the technical term that hereinafter uses, write a Chinese character in simplified form or abridge and sum up as follows:
SIM: Subscriber Identity Module, Subscriber Identity Module;
GPS:Global Positioning System, global positioning system;
GSM:Global System for Mobile Communications, global system for mobile communications;
GPRS:General Packet Radio Service, the general packet radio service technology;
CDMA:Code Division Multiple Access, CDMA;
WCDMA:Wideband Code Division Multiple Access, WCDMA;
TD-SCDMA:Time Division-Synchronous Code Division Multiple Access, TD SDMA.
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
The embodiment of the invention discloses a kind of intelligent radio human blood-pressure monitor (hereinafter to be referred as Blood pressure monitor); See also accompanying drawing 1, mainly comprise: central controller 101, blood pressure monitoring module 102, LCDs 103, SIM 104, GPS module 105, radiofrequency emitting module 106, key groups 107, internal memory 108, power management module 109 and set of cells 110.
Wherein, central controller 101 is the core maincenter of this Blood pressure monitor, and blood pressure monitoring module 102, LCDs 103, SIM 104, GPS module 105, radiofrequency emitting module 106, button 107 and internal memory 108 directly link with central controller 101.
Mainly form in the central controller 101 by Clock Managing Unit, MIMD kernel, universal input/output interface, analog interface unit, timing unit etc.When this Blood pressure monitor carries out control; By central controller 101 be responsible for to its each module that links or the control of equipment; And the processing of the data analysis on each module or the equipment, and judging patient's blood pressure just often, regularly send monitoring information according to the timing of timing unit to Center for Disease Control (CDC); And when judging that patient's blood pressure is undesired, initiatively send prompting message or warning message to Center for Disease Control (CDC).
Blood pressure monitoring module 102 is used for driving, controlling, and adopts the oscillographic method detection technique to read patient's blood pressure information.With this blood pressure information, and the information relevant with this blood pressure information is sent to central controller 101, handled by it, and returns process information.
Display screen 103 is used to show the above-mentioned blood pressure information that obtains, and promptly shows the blood pressure information that the patient is current in real time.In addition, can also show on this display screen 103 when patient or medical worker utilize key groups 107 to carry out associative operation, by the actions menu of the correspondence of display screen 103.
Need to prove that display screen 103 is a LCDs in embodiment disclosed by the invention, but the present invention is not limited to this, this display screen 103 also can be the cold light display screen.
SIM 104; Be used for the storing communication network information; And the relevant information of mobile communication network operator and the patient's who uses this Blood pressure monitor information; And in the process that this Blood pressure monitor is guarded the patient, obtain user's authentication information through the authentication of corresponding mobile communication network operator.And above-mentioned communication network information and user's authentication information carried out combined treatment, constitute current corresponding SIM information.
GPS module 105; Utilize the signal that satellite sent in its built-in satellite signal receiving antenna receiving world locational system; The parsing that utilizes the analysis chip in the GPS module 105 to be correlated with to the received signal again; Main process calculating according to corresponding GPS location algorithm, obtains the positional information of current this Blood pressure monitor for resolving the information such as direction, angle and speed that provide in the signal that receive.
Radiofrequency emitting module 106 is communication interfaces of this Blood pressure monitor and mobile communication network operator; Be used for current monitoring information is sent to Center for Disease Control (CDC); Make Center for Disease Control (CDC) obtain the current blood pressure situation of patient timely; So that make corresponding reflection, or send corresponding instruction.
Need to prove; Comprise in the current monitoring information that this Blood pressure monitor utilizes radiofrequency emitting module 106 to send: patient's integrated information, the Center for Disease Control's information of knowing storage in the memory modules 108 in advance; By the network information of obtaining in the SIM 104; And the current blood pressure information of patient that reads by blood pressure monitoring module 102, the positional information of current this Blood pressure monitor that obtains by GPS module 105.Editor's combination of above-mentioned information then has central controller 101 to accomplish.
In addition; Said radiofrequency emitting module 106 can rely on multiple basic communication transmission technology when sending current monitoring information to Center for Disease Control (CDC), promptly the formation of this radiofrequency emitting module 106 can be any one or the combination in any among GSM, GPRS, CDMA, CDMA2000, WCDMA, the TD-SCMDA.
Need to prove; There is the corresponding unit that is used to send and receive corresponding information at Blood pressure monitor disclosed by the invention; Therefore the phone of peripheral hardware computer or linked network no longer, thus the obstruction that moves this Blood pressure monitor reduced, make this Blood pressure monitor more convenient to carry.
Key groups 107 is Man Machine Interfaces of this Blood pressure monitor, is used to offer the operation-interface of patient to this Blood pressure monitor, also can be described as operation interface.
Memory modules 108, the program when being used for storing central controller 101 operations of this Blood pressure monitor, and other presupposed informations and relevant patient information, the relevant information of Center for Disease Control (CDC).Wherein, can store multiple basic working procedure, for example: basic working procedure such as PSRAM+NOR flash, SRAM+NORflash, SDRAM+NAND flash, SDRAM+NOR flash, PSRAM+NAND flash.
Set of cells 110 is as energy storage device, and stored energy can be supported the energy of this Blood pressure monitor when the disengaging charger works long hours, and is this Blood pressure monitor necessary working power is provided.In addition; Set of cells 110 adopts lithium ion or lithium polymer battery, adopts the bigger energy of smaller volume storage, thereby has reduced the volume and weight of this Blood pressure monitor; Make its more existing Blood pressure monitor be more prone to carry, promptly strengthened the Portability that changes Blood pressure monitor.
Power management module 109, be used for the voltage in the set of cells 110 through high-effect voltage conversion circuit, convert the required specific voltage of each functional module work to.Wherein, the voltage conversion circuit in the power management module 109 can be general voltage conversion circuit, also dynamical voltage conversion circuit.What in power management module 109 disclosed by the invention, adopt is high-effect voltage conversion circuit, not only can increase the efficient of voltage transitions but also can improve whole Blood pressure monitor power-efficient, reduce this Blood pressure monitor power consumption, prolong working time of this Blood pressure monitor.
In addition, the disclosed power management module 109 of the present invention is also supported to obtain voltage to system's power supply or to battery charge from external charger.
For the work process of the structrual description that makes the disclosed intelligent radio human blood-pressure of the present invention monitor and core is clearer, need further explain.See also accompanying drawing 2; Structural representation for the blood pressure monitoring module 102 in the Blood pressure monitor disclosed by the invention mainly comprises: oversleeve 201, air pump 202, air pump driver module 203, air valve 204, one valve driving module 205, pressure transducer 206, low pass filter 207, analog-digital converter (A/D conversion) 208 and microprocessor 209.
Wherein, it is the basic supporting body that detects patient's blood pressure information that oversleeve 201 can be tied on patient's arm, promptly passes through the measure of the change patient's of oversleeve 201 current blood pressure information.
In addition, air pump driver module 203 also is linked with microprocessor 209 respectively with one valve driving module 205, by microprocessor 209 these two driver modules of control.Wherein, when microprocessor 209 control air pump driver modules 203 drove air pumps 202 and give oversleeve 201 inflations, the force value pressure transducer 206 detects oversleeve 201 in arrived preset force value, promptly stopped to inflate during 240 millimetress of mercury.Need to prove that this preset pressure value is not fixed, can set through the key groups among Fig. 1 according to specific circumstances by medical worker or patient.
Systolic pressure that gets access to the most at last and diastolic pressure, promptly patient's current blood pressure information is sent in the central controller 101 (shown in Fig. 1), in central controller 101, the systolic pressure that gets access to and diastolic pressure and preset warning value is compared judgement.Comprise preset systolic pressure and preset diastolic pressure in this warning value, preset 200 millimetress of mercury that are set to of systolic pressure in the present invention, preset 120 millimetress of mercury that are set to of diastolic pressure.Need to prove that the value of preset in the present invention systolic pressure and preset diastolic pressure can be set through the key groups among Fig. 1 by medical worker or patient according to specific circumstances, the present invention is not limited to this.
For the blood pressure monitoring module 102 in the disclosed intelligent radio human blood-pressure of the present invention monitor is done further understanding, be elaborated for example below:
After the patient was bundled in the oversleeve 201 of instrument on the arm, at first microprocessor 209 control air pump driver modules 203 drove air pumps 202 and give oversleeve 201 inflations, behind certain pressure (default setting is 240 millimetress of mercury), stop to pressurize; Then microprocessor 209 control one valve driving modules 205 drive air valve 204 to oversleeve 201 venting; When air pressure arrives to a certain degree; Blood flow passes through blood vessel, and has certain wave of oscillation, and Sasser propagates into pressure transducer 206 through trachea; Pressure transducer 206 is real-time detects pressure and the fluctuation in the oversleeve 201 and converts this pressure and fluctuation to the signal of telecommunication; Through low pass filter 207 filtering high frequency background noises,, obtain the corresponding quantization index and be sent to microprocessor 209 and resolve again through analog-digital converter 208 conversions.
Along with gas in the oversleeve 201 is progressively emitted, Sasser begins increasing, and because oversleeve 201 is more and more loose with contacting of arm, pressure transducer 206 detected pressure and fluctuation are also more and more littler.Then, selecting the maximum moment of fluctuation by microprocessor 209 is reference point, is the basis with this point, and seeking forward is the fluctuation point of peak value 0.45, confirms systolic pressure; Seeking backward is the fluctuation point of peak value 0.75, confirms diastolic pressure.At last, again the blood pressure information that gets access to is sent to central processing unit 101.Need to prove that microprocessor 209 also receives the information that central processing unit 101 sends.
Judge that in central processing unit 101 systolic pressure and the diastolic pressure that get access to surpass when presetting systolic pressure and preset diastolic pressure respectively; Judge that by radiofrequency emitting module 106 (shown in Fig. 1) this moment need be to Center for Disease Control's transmission prompting message or information warning; To accomplish monitoring to the daily blood pressure of patient; And initiatively sample, analyze, judge and independently send prompting message or information warning to Center for Disease Control (CDC) when patient's dysarteriotony through this Blood pressure monitor; Solved in the prior art because during patient's dysarteriotony, self consciousness or behavioral competence weaken can not the spontaneous button that effectively, in time triggers on the existing equipment, thereby makes existing equipment can't accomplish the information transmission; Promptly can't the existing blood pressure information of patient be sent to Center for Disease Control (CDC), thereby cause the patient to miss the problem of best rescue time.
Therefore; Through Blood pressure monitor disclosed by the invention not only can be in real time, fast, accurately, objectively the blood pressure information that the patient is current is sent to Center for Disease Control (CDC); And initiatively independently send prompting message or information warning during patient's dysarteriotony to Center for Disease Control (CDC); The current blood pressure information and the current position information that are about to the patient are sent to Center for Disease Control (CDC), thereby conveniently in case of emergency, make medical personnel make corresponding preparation according to the blood pressure information that gets access to; In time rush towards the scene according to getting access to patient's current location information simultaneously; Not only can guarantee the monitoring daily, and in case of emergency, the patient is in the best rescue time patient's blood pressure.
The invention described above discloses a kind of intelligent radio person monitoring appearance; The invention also discloses a kind of monitor system on this basis based on this intelligent radio person monitoring appearance; Providing concrete embodiment below is elaborated; See also accompanying drawing 3, mainly comprise: intelligent radio person monitoring appearance 301, Center for Disease Control (CDC) 302 and communication network 303.
Intelligent radio human blood-pressure monitor 301; Be used to sample, analyzing and processing and judgement patient's blood pressure information; And occur initiatively sending the current blood pressure information of patients when unusual, and said intelligent radio human blood-pressure monitor current position information to Center for Disease Control (CDC) 302 at blood pressure information.
Center for Disease Control (CDC) 302 is used to receive said blood pressure information and said positional information.
Intelligent radio person monitoring appearance 301 in the disclosed intelligent radio person monitoring of this embodiment of the invention system, its structure is consistent with the disclosed intelligent radio person monitoring of the invention described above embodiment appearance with operation principle, repeats no more here.
The invention described above discloses a kind of intelligent radio human blood-pressure monitor; On the basis of above-mentioned disclosed Blood pressure monitor; The invention also discloses a kind of monitoring method based on this intelligent radio person monitoring appearance; Provide concrete embodiment below and be elaborated, see also accompanying drawing 4, mainly may further comprise the steps (related equipment or module sees also accompanying drawing 1 when execution in step):
Step S401 activates the blood pressure monitoring, and the triggering timing device begins to carry out timing.
When utilizing the disclosed Blood pressure monitor of the invention described above that the patient is carried out blood pressure monitoring, at first activate and promptly open this Blood pressure monitor, when activating the blood pressure monitoring, the timing of starting working of the central processing unit 101 inner timers in this Blood pressure monitor.
Step S402 when timing reaches preset value, reads patient's blood pressure information.
Step S403, display of blood pressure information in real time.
After execution in step S401 picks up counting; When timing reaches preset value; Execution in step S402 and step S403 read patient's blood pressure information by central processing unit 101 controlling blood pressure monitoring modules 102, and the blood pressure information that reads is shown on display screen 103 in real time.Wherein, Can under the guidance of medical worker, set the preset value in the timer; Mainly be to utilize key groups 107 to set according to patient's self situation; Default generally speaking value is 10 minutes, can certainly be 15 minutes, and the present invention is not limited in this to the setting of preset value in the timer.
Step S404 reads intelligent radio human blood-pressure monitor current position information, and whether judgement reads successful, if success, then execution in step S405; If get nowhere, then execution in step S406.
Step S405 replaces current said positional information that reads and original position information.
During execution in step S404; Attempt obtaining this Blood pressure monitor current position information by central processing unit 101 control GPS modules 105; Because satellite-signal and this Blood pressure monitor present position are not the current location information that can read this Blood pressure monitor at every turn, therefore need judge whether to obtain success; If the success execution in step S405, by central processing unit 101 with this Blood pressure monitor updating location information that successfully gets access in internal memory 108.
Step S406 judges whether said blood pressure information surpasses preset warning value, if not, then transfers execution in step S409; If then transfer execution in step S407.
Upgrading positional information; Perhaps read after the positional information failure, all need judge the blood pressure information that is obtained before, so execution in step S406; Judge whether this blood pressure information surpasses preset warning value; Should comprise preset systolic pressure and preset diastolic pressure in the preset warning value, preset 200 millimetress of mercury that are set to of systolic pressure in the present invention, preset 120 millimetress of mercury that are set to of diastolic pressure.Need to prove that the value of preset in the present invention systolic pressure and preset diastolic pressure can be set through key groups 107 by medical worker or patient according to specific circumstances, be not limited in above-mentioned value for preset the present invention of warning value.
Step S407 utilizes patient's integrated information, Center for Disease Control's information, the network information and the current said blood pressure information that reads, the said positional information known in advance to carry out editing and processing, obtains current monitoring information.
Step S408 sends said monitoring information to Center for Disease Control (CDC) and accomplishes current monitoring.
Step S409 waits for that timing arrives, and returns execution in step S401.
When execution in step S406 judges concerning between the blood pressure information obtain and the preset warning value, when blood pressure information surpasses preset warning value, continue to wait for the timing arrival, return execution in step S401 then; When blood pressure information surpasses preset warning value; Central processing unit 101 carries out editing and processing according to patient's integrated information, Center for Disease Control's information, SIM information, the network information and the current said blood pressure information that reads, the said positional information known in advance, obtains current monitoring information.Execution in step S408 should monitoring information be sent to Center for Disease Control's (Center for Disease Control (CDC) determines information reminding, continues monitoring or sends rescue personnel's Emergency Assistance according to patient's situation itself) again, accomplish the control to the daily blood pressure of patient.
In sum:
Through the disclosed intelligent radio human blood-pressure of the invention described above monitor system, monitor and monitoring method thereof; Through initiatively sampling, analyze, judge and initiatively independently send prompting message or information warning when patient's dysarteriotony to Center for Disease Control (CDC); Not only solved in the prior art because the button that the patient can not spontaneously effectively, in time trigger on the existing equipment is accomplished the information transmission; Can't current blood pressure information be sent to Center for Disease Control (CDC); Thereby cause the patient to miss the problem of best rescue time; But also can be in real time, fast, accurately, objectively the blood pressure information that the patient is current is sent to Center for Disease Control (CDC), and can patient's current position information be sent to Center for Disease Control (CDC), thereby make things convenient for the medical personnel scene that in case of emergency arrives in the very nick of time.
Each embodiment adopts the mode of going forward one by one to describe in this description, and what each embodiment stressed all is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.For the disclosed device of embodiment, because it is corresponding with the embodiment disclosed method, so description is fairly simple, relevant part is partly explained referring to method and is got final product.
The method of describing in conjunction with embodiment disclosed herein or the step of algorithm can be directly with the software modules of hardware, processor execution, and perhaps the combination of the two is implemented.Software module can place the storage medium of any other form known in random access memory (RAM), internal memory, read only memory (ROM), electrically programmable ROM, electrically erasable ROM, depositor, hard disk, moveable magnetic disc, CD-ROM or the technical field.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments among this paper.Therefore, the present invention will can not be restricted to these embodiment shown in this paper, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (10)
1. an intelligent radio human blood-pressure monitor is characterized in that, comprising:
To the central controller that each module in the intelligent radio human blood-pressure monitor is controlled, data analysis is handled;
The blood pressure monitoring module that reads patient's blood pressure information that links with said central controller respectively; The display screen that shows said blood pressure information; The SIM Subscriber Identity Module of the storing communication network information and user's authentication information; Read the GPS global location module of said intelligent radio human blood-pressure monitor current location; Send the radiofrequency emitting module of said blood pressure information through communication network; The key groups of operation-interface is provided; Store the memory modules of said intelligent radio human blood-pressure monitor working procedure;
For said intelligent radio human blood-pressure monitor provides the set of cells of working power, according to the power management module of the said set of cells of management.
2. monitor according to claim 1 is characterized in that, comprises in the said blood pressure monitoring module: can tie the oversleeve on patient's arm; Link to the air pump of said oversleeve inflation and the air valve of giving said oversleeve venting with said oversleeve; The air pump driver module that links with said air pump, the one valve driving module that links with said air valve; The microprocessor that links said air pump driver module and air valve driver module and control;
With pressure and the fluctuation in the said oversleeve of said oversleeve link detection, and this pressure and fluctuation converted into the pressure transducer of the signal of telecommunication; Said pressure transducer is through the low pass filter of link, and the analog-digital converter of said low pass filter link, the said signal of telecommunication is sent to said microprocessor resolves.
3. monitor according to claim 2; It is characterized in that; When said microprocessor was controlled said air pump driver module and driven said air pump and give said oversleeve inflation, the force value in said pressure transducer detects said oversleeve stopped inflation when arriving 240 preset millimetress of mercury.
4. monitor according to claim 1 is characterized in that, said radiofrequency emitting module comprises: any one among GSM, GPRS, CDMA, CDMA2000, WCDMA, the TD-SCMDA or combination in any.
5. monitor according to claim 1 is characterized in that, also comprises: said power management module obtains voltage through external charger said intelligent radio human blood-pressure monitor is supplied power.
6. monitor according to claim 1 is characterized in that, the battery in the said set of cells is lithium electronics or lithium polymer battery.
7. an intelligent radio human blood-pressure monitor system is characterized in that, comprising:
Intelligent radio human blood-pressure monitor; Be used to sample, analyzing and processing and judgement patient's blood pressure information; And occur initiatively sending the current blood pressure information of patient when unusual, and said intelligent radio human blood-pressure monitor current position information to Center for Disease Control (CDC) at blood pressure information;
Center for Disease Control (CDC) is used to receive said blood pressure information and said positional information;
Communication network is used to link said intelligent radio human blood-pressure monitor and Center for Disease Control (CDC), and transmits said blood pressure information and said positional information.
8. the monitoring method of an intelligent radio human blood-pressure monitor is characterized in that, comprising:
When timing reaches preset value, read patient's blood pressure information, and show in real time;
Read intelligent radio human blood-pressure monitor current position information, when reading successfully, said positional information and original position information are replaced;
Judge that whether said blood pressure information surpasses preset warning value, if not, triggering timing again then; If, then utilize patient's integrated information, Center for Disease Control's information, the network information and the current said blood pressure information that reads, the said positional information known in advance to carry out editing and processing, obtain current monitoring information;
Send said monitoring information to Center for Disease Control (CDC) and accomplish current monitoring.
9. method according to claim 8 is characterized in that, comprising: when reading the failure of said positional information, directly carry out and judge that whether said blood pressure information is above presetting this step of warning value.
10. method according to claim 8 is characterized in that, comprises the systolic pressure and the diastolic pressure of blood pressure in the said preset warning value; Wherein, said systolic pressure is 200 millimetress of mercury, and said diastolic pressure is 120 millimetress of mercury.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103876723A (en) * | 2014-04-01 | 2014-06-25 | 江苏理工学院 | Method of obtaining blood pressure value by noninvasive radial artery wave calculating pulse wave transmission time |
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