CN104083162A - Patient physiological feature data monitoring system and operating method thereof - Google Patents
Patient physiological feature data monitoring system and operating method thereof Download PDFInfo
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- CN104083162A CN104083162A CN201410349329.9A CN201410349329A CN104083162A CN 104083162 A CN104083162 A CN 104083162A CN 201410349329 A CN201410349329 A CN 201410349329A CN 104083162 A CN104083162 A CN 104083162A
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Abstract
The invention relates to a patient physiological feature data monitoring system and an operating method of the patient physiological feature data monitoring system. The patient physiological feature data monitoring system comprises a monitoring client side and a monitoring terminal. The monitoring client side comprises a monitoring front end used for collecting patient physiological feature data. The monitoring client front end comprises a processor unit, and a sensor group used for detecting the patient physiological feature data. The signal collecting end of the processor unit is connected with the signal output end of the sensor group. The processor unit is further connected with a network communication slave module. The monitoring client side is suitable for uploading the patient physiological feature data to the monitoring terminal through the network communication slave module. The monitoring terminal comprises a server used for storing the physiological feature data. The server receives the patient physiological feature data through a network communication master module and establishes a database. According to the patient physiological feature data monitoring system and the operating method of the patient physiological feature data monitoring system, the patient physiological feature data are collected by the sensor group, so that the patient physiological feature data monitoring system and the operating method of the patient physiological feature data monitoring system have the advantage that data detection is comprehensive. In addition, the patient database is established, corresponding WEB pages are established at the same time, and therefore a personal terminal has access to the patient physiological feature data conveniently.
Description
Technical field
The present invention relates to the monitoring of patient physiological characteristic field, particularly a kind of patient physiological characteristic Monitoring and Service System and method of work thereof.
Background technology
Along with scientific and technological development, information-based, intelligentized direction that medical treatment is also marched toward gradually.It is intelligent that the equipment that patient's physiological characteristic data is monitored also tends to, for doctor and nurse provide convenience to patient's monitoring.But, most of monitoring equipments are the single a certain physiological characteristic data of patient is monitored, can not be than more comprehensively patient's different aspect being made to corresponding monitoring, if need many-sided monitoring, the armarium needing is many and assorted, causes the armarium scarcity of resources of some hospital.
Wired communication network that most armarium monitoring system adopts, need to drop into a large amount of costs and build communication network, and more for building, recurrent population's hospital network communication line sets up more difficult, and cost is high.
Armarium monitoring system great majority adopt the pattern of client and server to monitor patient's physiological characteristic data, but this pattern relies on client to process data message to a great extent, once the situations such as client software experience is viral, hardware is destroyed all need maintenance and the upgrading of the system that re-starts, required cost is very high; Adopt the pattern of client and server to be conventionally based upon on LAN basis, rely on special server to be connected with data base, be subject to the restriction ratio of region larger, the scope using is little.Because being based upon centralized mechanical type, this pattern carries out date processing, so poor with user's interactivity; Secondly, high to setting up platform requirement in this pattern, programmer is required high, so cause system development costs very high.
Physiological characteristic data monitoring system requires high to Real-time Feedback, most of physiological feature monitoring systems can be good at the parameter of monitoring to transmit, and but can not judge and make effective feedback according to corresponding information, remind in time patient.
Summary of the invention
The object of this invention is to provide a kind of patient physiological characteristic monitoring system, it has overcome traditional monitoring system, and Monitoring Data is single, and the data technical problem that cannot upload onto the server.
In order to solve the problems of the technologies described above, the invention provides a kind of patient physiological characteristic monitoring system, it is characterized in that, comprise: monitoring client, monitor terminal, described monitoring client comprises: for gathering the front monitoring front-end of patient physiological characteristic, this front monitoring front-end comprises processor unit, for detection of the sensor group of patient physiological characteristic, the signals collecting end of described processor unit is connected with the signal output part of described sensor group, and described processor unit is also connected from module with network communication; Described monitoring client is suitable for uploading patient physiological characteristic to monitor terminal by network communication from module, described monitor terminal comprises: for storing the server of physiological characteristic data, the described patient physiological characteristic that this server is suitable for receiving according to network communication primary module is set up database.
Further, in order to realize pulse, electrocardio, blood pressure, temperature data monitoring, described sensor group comprises: pulse transducer, EGC sensor, pressure transducer, body temperature trans.
Further, in order better to make the output data of sensor meet the input numerical range of processor unit; Described monitoring client also comprises: for inputing to the Circuit tuning of described processor unit after the signal of each sensor acquisition is adjusted, this Circuit tuning comprises: filter circuit, amplifying circuit, the buffer circuit of series connection successively.
Further, in order better to realize human-computer interaction function, described monitoring client also comprises human-computer interaction module, and this human-computer interaction module is connected with described processor unit, and by communication network from described server calls database.
Further, do not installing on the basis of client, check patient physiological characteristic for the ease of individual, improve interactivity, in described server, have WEB presentation layer, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic, has improved the compatibility of individual terminal devices.
Further, in order better patient to be monitored and comparing, described server also stores normal index data base, and this data base comprises the normal index data of physiological feature.
On the basis of above-mentioned a kind of patient physiological characteristic monitoring system, the present invention also provides a kind of method of work of patient physiological characteristic monitoring system, wherein, described patient physiological characteristic monitoring system comprises: monitoring client, monitor terminal, described monitoring client is suitable for gathering patient physiological characteristic, and upload patient physiological characteristic to monitor terminal by communication network, described monitor terminal is set up database according to the patient physiological characteristic receiving.
Further, in order to facilitate patient and medical personnel to check patient physiological characteristic, have WEB presentation layer in the server in described monitor terminal, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic; Personal terminal conducts interviews or revises described database by accessing described WEB presentation layer; Utilize web page browsing physiological characteristic data convenient, efficient, can reduce the high feature of development and maintenance cost in CS framework.
Further, in order to judge therapeutic effect, described server also stores normal index data base, and this data base comprises the normal index data of physiological feature; Described database and normal index data base's physiological feature index is contrasted, if patient physiological characteristic is extremely back to abnormal results monitoring client, is convenient to patient and checks; By described monitoring client input patient's treatment information, and the physiological characteristic data in patient physiological characteristic and normal index data base is compared, judge therapeutic effect.
Technique scheme of the present invention has the following advantages compared to existing technology: the present invention is by sensor group acquisition testing patient physiological characteristic, and it comprises: pulse, electrocardio, blood pressure, temperature data monitoring, have the comprehensive feature of Data Detection; And by monitor terminal, received patient physiological characteristic is set up to database, set up the corresponding WEB page, so that personal terminal conducts interviews simultaneously; The present invention can facilitate medical personnel to check patient's real time information, and takes corresponding therapeutic scheme according to patient's physiological feature, and hommization more, has certain application prospect.
Brief description of the drawings
For content of the present invention is more likely to be clearly understood, below the specific embodiment by reference to the accompanying drawings of basis, the present invention is further detailed explanation, wherein
The structured flowchart of patient physiological characteristic monitoring system described in Fig. 1;
The circuit block diagram of Circuit tuning described in Fig. 2.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention more cheer and bright, below in conjunction with detailed description of the invention and with reference to accompanying drawing, the present invention is described in more detail.Should be appreciated that, these descriptions are exemplary, and do not really want to limit the scope of the invention.In addition, in the following description, omitted the description to known features and technology, to avoid unnecessarily obscuring concept of the present invention.
Embodiment 1
As shown in Figure 1, a kind of patient physiological characteristic monitoring system, comprise: monitoring client, monitor terminal, described monitoring client comprises: for gathering the front monitoring front-end of patient physiological characteristic, this front monitoring front-end comprises processor unit, for detection of the sensor group of patient physiological characteristic, the signals collecting end of described processor unit is connected with the signal output part of described sensor group, and described processor unit is also connected from module with network communication; Described monitoring client is suitable for uploading patient physiological characteristic to monitor terminal by network communication from module, described monitor terminal comprises: for storing the server of physiological characteristic data, this server receives described patient physiological characteristic by network communication primary module, sets up database.
Described sensor group comprises: the pressure transducer of the pulse transducer of monitoring of pulse, the EGC sensor of cardioelectric monitor, monitoring of blood pressure, the body temperature trans of temperature monitoring; Wherein, 4 sensors that adopt, are respectively Pluse sensor pulse transducer, HKD-10 EGC sensor, mountain valley sensor, PyroCoupleM series sensor, all have high accuracy, highly sensitive feature, can accurately measure patient's physiological characteristic data.
As shown in Figure 2, described monitoring client also comprises: for inputing to the Circuit tuning of described processor unit after the signal of each sensor acquisition is adjusted, this Circuit tuning comprises: filter circuit, amplifying circuit, the buffer circuit of series connection successively.
Wherein, filter circuit carries out corresponding filtering by basic high-order Active RC filter circuit, and the burr of the signal to input is removed; Then the signal after filtering is sent into amplifying circuit.
Amplifying circuit is for the signal gathering is amplified, employing be two-stage amplify be respectively preamplifier that noise coefficient is less, according to the main amplifier of system requirements.Preamplifier requires as high-gain, high impedance, higher common mode rejection ratio, low noise, low drift, and AD8236 is as conventional instrument amplifier chip, has the features such as zero-crossing distortion, high common mode rejection ratio, is usually used in armarium; Main amplifier is for to requiring input voltage range to determine that the multiple that is converted into the manageable voltage range of core processor by small-signal transforms accordingly according to core processor, it adopts chip I NA333, this chip is designed by Ti company, has the rail-to-rail instrument precision amplifier of micro-power consumption zero shift.
Buffer circuit, for avoiding the impact of rear end digital circuit on analog front end circuit, improves the precision of the collection of front end signal, by adding photoelectrical coupler to realize the isolation of analog circuit and digital circuit.
Described network communication primary module, network communication adopt WiFi or ethernet module from module, radio receiving transmitting module adopts chip GS1010, there is abundant peripheral hardware resource, multiple memory space, real-time clock control module, power management module and radio access module simple to operate, the single-chip microcomputer MSP430AFE221 that described processor unit adopts TI company to produce, adopt 3.3V DC power supply, super low-power consumption, have 16MHz high frequency crystal oscillator, instruction is simplified, and has efficient disposal ability.
Described server also stores normal index data base, and this data base comprises the normal index data of physiological feature.
In described server, have WEB presentation layer, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic; Can check the WEB page by PC, relatively make corresponding judgement according to corresponding physiological feature parameter.
Described monitoring client also comprises human-computer interaction module, and this human-computer interaction module is connected with described processor unit, and by communication network from described server calls database; Concrete described human-computer interaction module adopts matrix LCD and keyboard, and running voltage is low, is easy to carry, and disturbed by extraneous light little, displayable containing much information, and resolution is high, long service life; Described human-computer interaction module also can adopt touch screen, and described human-computer interaction module calls database by input command adapted thereto, wherein, described in the implication called be increase, deletion, amendment, renewal, search operation.
The present invention can make real-time response to the feedback of monitor terminal by processor unit and human-computer interaction module, is presented on human-computer interaction interface, has overcome the poor weakness of interactivity, and the service of hommization is more provided to patient.Adopt the pattern of web page browsing, by browser, patient's monitoring information is browsed and processed, abundanter with user's interactive mode.
Embodiment 2
The method of work of a kind of patient physiological characteristic monitoring system on embodiment 1 basis, described patient physiological characteristic monitoring system comprises: monitoring client, monitor terminal,
Described monitoring client is suitable for gathering patient physiological characteristic, and uploads patient physiological characteristic to monitor terminal by communication network, and described monitor terminal is set up database according to the patient physiological characteristic receiving.
In server in described monitor terminal, have WEB presentation layer, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic.
Access described WEB presentation layer by personal terminal, and described database is conducted interviews or revised, and make real-time response; In concrete described server, have WEB presentation layer, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic.Concrete server is set up and is stored described database; By data access layer, the described database of server is directly operated patient physiological characteristic being increased, delete, revises, upgrades, searched etc. of pin.Operation for data access layer derives from Business Logic, it is mainly responsible for generating SQL statement according to the request of WEB presentation layer and passes to data access layer, obtain data and carry out validity checking from data access layer, result is turned back to Business Logic and return to again WEB presentation layer.
Described personal terminal comprises: portable computer, mobile phone, IPAD etc.
Described personal terminal, by the information of checking monitoring front end, carries out shirtsleeve operation to the information of front monitoring front-end, and real time inspection, judges patient's physiological feature parameter information, takes appropriate measures in time.
Described server also stores normal index data base, and this data base comprises the normal index data of physiological feature; Described database and normal index data base's physiological feature index is contrasted, if patient physiological characteristic is extremely back to abnormal results monitoring client, is convenient to patient and checks, medical worker constantly changes Therapeutic Method according to result; Input patient's treatment information by described monitoring client by human-computer interaction module, and the physiological characteristic data in patient physiological characteristic and normal index data base is compared, judge therapeutic effect.
Wherein, described treatment information comprises and takes the medical procedure such as medicine, transfusion.
Patient and family members thereof can conduct interviews by personal terminal, check patient's physiological feature parameter, understand the situation that patient is in hospital; And the medical personnel of hospital has the access rights higher than patient and family members thereof, can check patient's physiological characteristic data and the situation of taking medicine thereof, delete, add, the operation such as amendment, facilitate medical and nursing work personnel to carry out the work.
Described server is also stored drug side effect data base, and this data base stores the side effect data of each medicine; Input the name of an article of patient institute drug administration by described monitoring client, according to the medicine name of an article from these side effects of pharmaceutical drugs data of described drug side effect data base call, these side effect data and patient physiological characteristic are compared, judge whether patient institute drug administration has side effects.
Should be understood that, above-mentioned detailed description of the invention of the present invention is only for exemplary illustration or explain principle of the present invention, and is not construed as limiting the invention.Therefore any amendment of, making, be equal to replacement, improvement etc., within protection scope of the present invention all should be included in without departing from the spirit and scope of the present invention in the situation that.In addition, claims of the present invention are intended to contain whole variations and the modification in the equivalents that falls into claims scope and border or this scope and border.
Claims (9)
1. a patient physiological characteristic monitoring system, is characterized in that, comprising: monitoring client, monitor terminal,
Described monitoring client comprises: for gathering the front monitoring front-end of patient physiological characteristic, this front monitoring front-end comprises processor unit, for detection of the sensor group of patient physiological characteristic, the signals collecting end of described processor unit is connected with the signal output part of described sensor group, and described processor unit is also connected from module with network communication;
Described monitoring client is suitable for uploading patient physiological characteristic to monitor terminal by network communication from module,
Described monitor terminal comprises: for storing the server of physiological characteristic data, the described patient physiological characteristic that this server is suitable for receiving according to network communication primary module is set up database.
2. patient physiological characteristic monitoring system according to claim 1, is characterized in that, described sensor group comprises: pulse transducer, EGC sensor, pressure transducer, body temperature trans.
3. patient physiological characteristic monitoring system according to claim 2, it is characterized in that, described monitoring client also comprises: for inputing to the Circuit tuning of described processor unit after the signal of each sensor acquisition is adjusted, this Circuit tuning comprises: filter circuit, amplifying circuit, the buffer circuit of series connection successively.
4. patient physiological characteristic monitoring system according to claim 1, it is characterized in that, described monitoring client also comprises human-computer interaction module, and this human-computer interaction module is connected with described processor unit, and by communication network from described server calls database.
5. according to the patient physiological characteristic monitoring system described in claim 1 or 4, it is characterized in that, have WEB presentation layer in described server, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic.
6. patient physiological characteristic monitoring system according to claim 5, is characterized in that, described server also stores normal index data base, and this data base comprises the normal index data of physiological feature.
7. a method of work for patient physiological characteristic monitoring system, is characterized in that, described patient physiological characteristic monitoring system comprises: monitoring client, monitor terminal,
Described monitoring client is suitable for gathering patient physiological characteristic, and uploads patient physiological characteristic to monitor terminal by communication network, and described monitor terminal is set up database according to the patient physiological characteristic receiving.
8. the method for work of patient physiological characteristic monitoring system according to claim 7, is characterized in that,
In server in described monitor terminal, have WEB presentation layer, this WEB presentation layer is suitable for setting up the corresponding WEB page from described patient data library call patient physiological characteristic;
Personal terminal conducts interviews or revises described database by accessing described WEB presentation layer.
9. the method for work of patient physiological characteristic monitoring system according to claim 8, described server also stores normal index data base, and this data base comprises the normal index data of physiological feature;
Described database and normal index data base's physiological feature index is contrasted, if patient physiological characteristic is extremely back to abnormal results monitoring client, so that check;
By described monitoring client input patient's treatment information, and the physiological characteristic data in patient physiological characteristic and normal index data base is compared, judge therapeutic effect.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106372435A (en) * | 2016-09-02 | 2017-02-01 | 上海心书科技发展有限公司 | Vital sign management system |
| CN111465994A (en) * | 2017-12-18 | 2020-07-28 | 德尔格制造股份两合公司 | Physiological data monitoring using virtual communication bus |
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