CN205286336U - Experimental multi -parameter real -time monitoring system of stair climbs - Google Patents
Experimental multi -parameter real -time monitoring system of stair climbs Download PDFInfo
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- CN205286336U CN205286336U CN201520807179.1U CN201520807179U CN205286336U CN 205286336 U CN205286336 U CN 205286336U CN 201520807179 U CN201520807179 U CN 201520807179U CN 205286336 U CN205286336 U CN 205286336U
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Abstract
The utility model discloses experimental multi -parameter real -time monitoring system of stair climbs is including record appearance and monitor, the record appearance is by external device, built -in appliance, collection moulding piece, processing unit and display constitute, the monitor holds the display to constitute by radio communication link and doctor, can monitor in good time, the storage shows the respiratory frequency of tester in climbing the stair experiment, the rhythm of the heart, oxyhemoglobin saturation, health indexs such as blood pressure change and climb the step progression of stair, height data walks, can calculate the tester's health physical stamina endurance and the cardiopulmonary function condition through the change of these indexs, can be arranged in healthy people's fitness test with the chronic obstructive disease of lung equicenter lung disease patient's of light degree cardiopulmonary function evaluation.
Description
Technical field:
This utility model relates to medical instruments field, more particularly to a kind of stair climbing test multi-parameters real-time monitoring system.
Background technology:
Stair climbing test is a kind of exercise test, the step progression of stair climbing or be highly able to reflection tester's exercise tolerance and the objective evaluation index of cardio-pulmonary function situation within the unit interval, it is possible to for the Evaluation of Cardiopulmonary Function of the heart and lung diseases patients such as the physical stamina test of Healthy People and light moderate chronic obstructive pulmonary disease. American Thoracic Society (Americanthoracicsociety, ATS) within 2002, " gait test in six minutes " operational approach has been issued, including indication and contraindication, it is mainly used in the cardio-pulmonary function of the heart and lung diseases patients such as test chronic obstructive pulmonary disease, in domestic and international large database Shens such as CNKI and PubMed, can retrieve a thousands of section uses " gait test in six minutes " to evaluate the article of patient's cardio-pulmonary function, stair climbing exercise test is a kind of exercise test as " gait test in six minutes ", institute is the difference is that not being horizontal movement test, but high degree of motion test, there is not been reported at home in stair climbing test, external also only on a small quantity for the report of the postoperative test of pulmonary. for slight heart and lung diseases patient and Healthy People being difficult to carry out the objective true cardio-pulmonary function situation reflecting tester with " gait test in six minutes " of level road test, suitably increase exercise intensity and can test out exercise tolerance and the cardio-pulmonary function of different crowd. exercise test previously lacks objective exercise intensity standard, stair climbing tests the step progression or height that can pass through tester's institute's stair climbing within the unit interval, and the change of the body indexs such as knot platform test front and back heart rate, breathing, blood pressure, blood oxygen can accurately reflect out health physical ability and the cardio-pulmonary function of tester. stair climbing test still belongs to pioneering at home, there is presently no the report for Healthy People and patient's physical stamina test, but it is a very useful exercise test method clinically, gathers around the above building that is of five storeys and all can carry out this test, there is using value and promotional value widely. carrying out and applying for stair climbing test, need design a kind of can the change of the body index such as real time record tester's heart rate, breathing, blood pressure, blood oxygen, calculated the stair climbing test multi-parameters real-time monitoring system of tester's health device endurance and cardio-pulmonary function situation by the change of these indexs.
Summary of the invention:
The purpose of this utility model be in that to provide a kind of can the real-time monitoring system of real time record stair climbing experimental test person's body index.
Described real-time monitoring system includes monitor and monitor
Described monitor is for monitoring, store and show body index change and step progression, the walking altitude informations such as tester's respiratory frequency in stair climbing is tested, heart rate, blood oxygen saturation, blood pressure;
Described monitor is the external monitor of non-built-in mode:
Described monitor is Portable type recorder, is worn on wrist or arm or chest or waist;
Described monitor includes: external device, built-in, integration module, processing unit and display;
Wherein, described external device includes: respiratory frequency harvester, heart rate acquisition device, blood oxygen saturation harvester, a blood pressure harvester;
Further, described respiratory frequency harvester is pectoral girdle formula respiratory frequency recorder or nose catheter type respiratory frequency recorder;
Further, described heart rate acquisition device is finger-clipped sphygmograph;
Further, described blood oxygen saturation harvester is finger-clipped instrument for detecting sphygmus and blood oxygen saturation;
Further, described blood pressure harvester is Wrist blood pressure meter or arm sphygnonanometer;
Further, described Wrist blood pressure meter or arm sphygnonanometer are manual measurement or timing automatic measurement;
Wherein, described built-in includes: height harvester, walk frequency harvester, a time set;
Further, described height harvester is baroceptor;
Further, the pedometer that described walk frequency harvester is made up of vibrating sensor and electronic counter;
Further, described time set is electronic timer;
Wherein, described integration module includes: respiratory frequency computing module, rate calculation module, a blood oxygen saturation calculate module, blood pressure recording module, high computational module, walk frequency computing module, a timing module;
Described integration module is to receive the respiratory frequency in external device by the first communication link to gather data, blood oxygen saturation collection data, heart rate collection data and blood pressure collection data, is received the height collection data in built-in, walk frequency collection data and chronometric data by second communication link simultaneously; And
Further, when respiratory frequency computing module monitors respiratory frequency >=40 beat/min, described respiratory frequency computing module spreads out of cue; And/or
Further, when respiratory frequency computing module monitors respiratory frequency >=60 beat/min, described respiratory frequency computing module spreads out of caution signals; And/or
Further, when heart rate computing module monitors heart rate >=120 beat/min, described rate calculation module spreads out of cue; And/or
Further, when heart rate computing module monitors heart rate >=160 beat/min, described rate calculation module spreads out of caution signals; And/or
Further, when blood oxygen saturation module monitors to finger tip blood oxygen saturation < 90%, described blood oxygen saturation calculates module and spreads out of cue; And/or
Further, when blood oxygen saturation module monitors to finger tip blood oxygen saturation < 80%, described blood oxygen saturation calculates module and spreads out of caution signals; And/or
Further, when blood pressure recording module monitors is to when shrinking pressure blood pressure >=160 and/or diastolic pressure >=100mmHg, described blood pressure recording module spreads out of cue;And/or
Further, when blood pressure recording module monitors is to when shrinking pressure blood pressure >=200 and/or diastolic pressure >=120mmHg, described blood pressure recording module spreads out of caution signals;
Further, described high computational module is to be calculated the height number of stair climbing tester institute stair climbing by baroceptor, and shows over the display in good time;
Further, described walk frequency computing module is the step progression that the pedometer consisted of vibrating sensor and electronic counter calculates tester institute stair climbing automatically, and shows over the display in good time;
Further, described timing module is electronic timer, has timing and countdown function, within 5 seconds before set timing terminates, begins with acoustical signal prompting and terminates to timing;
Wherein, described processing unit includes data processing unit, data analysis unit and data report unit;
Described processing unit is to receive the respiratory frequency computing module information in integration module, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information by third communication link; And
Further, by data processing unit, the data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are processed; With
Further, by data analysis unit, the process data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are analyzed; With
Further, by data report unit, the analytical data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information is reported;
Wherein, described display is liquid crystal display;
Further, described liquid crystal display is the report information by fourth communication link video data reporting unit.
Described monitor is to be made up of doctor terminal display and fifth communication link;
Described doctor terminal display is the report information being synchronized displaying data in real-time reporting unit by fifth communication link;
Described fifth communication link is transmission of wireless signals path.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of stair climbing test multi-parameters real-time monitoring system in this utility model one embodiment; Wherein, the meaning of each legend is as follows:
1 is external device, 2 is built-in, 3 is integration module, 4 is processing unit, 5 is display, 6 is doctor terminal display, 11 is respiratory frequency harvester, 12 is heart rate acquisition device, 13 is blood oxygen saturation harvester, 14 is blood pressure harvester, 15 is height harvester, 16 is walk frequency harvester, 17 is time set, 21 is respiratory frequency computing module, 22 is rate calculation module, 23 calculate module for blood oxygen saturation, 24 is blood pressure recording module, 25 is high computational module, 26 is walk frequency computing module, 27 is timing module, 41 is data processing unit, 42 is data analysis unit, 43 is data report unit, 31 is the first communication link, 32 is second communication link, 33 is third communication link, 34 is fourth communication link, 35 is fifth communication link.
Detailed description of the invention
This utility model be in order to carry out stair climbing trial movement design a kind of can real time record stair climbing experimental test person's body index stair climbing test multi-parameters real-time monitoring system, for monitoring, store and show tester's respiratory frequency in stair climbing is tested, heart rate, blood oxygen saturation, body index change and the step progression such as blood pressure, walking altitude information, it is made up of monitor and monitor, monitor is a kind of external monitor of portable non-built-in mode, wrist can be worn on, arm, chest or waist, health device endurance and the cardio-pulmonary function situation of tester is understood by the test data analysis of tester, doctor understands and grasp the monitoring information of tester in real time by doctor terminal display.
Below in conjunction with specific embodiment, this utility model is expanded on further. Should be understood that these embodiments are merely to illustrate this utility model rather than limit scope of the present utility model. The experimental technique of unreceipted actual conditions in the following example, generally conventionally condition, or according to manufacturer it is proposed that condition.
For making this utility model become apparent, hereby with preferred embodiment, and accompanying drawing is coordinated to be described in detail below.
This utility model stair climbing test multi-parameters real-time monitoring system is made up of monitor and monitor,
As shown in Figure 1:
Described monitor includes: external device 1, built-in 2, integration module 3, processing unit 4, display 5;
Include at external device: 11, heart rate acquisition device of a respiratory frequency harvester, 13, blood pressure harvester 14 of 12, blood oxygen saturation harvester;
Described respiratory frequency harvester is pectoral girdle formula respiratory frequency recorder or nose catheter type respiratory frequency recorder;
Described blood oxygen saturation harvester is finger-clipped instrument for detecting sphygmus and blood oxygen saturation;
Described heart rate acquisition device is finger-clipped sphygmograph
Described blood pressure harvester is Wrist blood pressure meter or arm sphygnonanometer, it is possible to measure blood pressure manually or automatically in real time;
Include at built-in: height harvester 16, time set 17 of 15, walk frequency harvester;
Described height harvester is to realize altitude information collection by baroceptor;
The pedometer that described walk frequency harvester is made up of vibrating sensor and electronic counter;
Described time set is electronic timer;
Include at integration module: 22, blood oxygen saturation of 21, rate calculation module of a respiratory frequency computing module calculates 23, sphygomanometer record 24, high computational module of module, 26, timing module 27 of 25, walk frequency computing module of module;
Described integration module is that the respiratory frequency receiving in external device by the first communication link 31 gathers data, blood oxygen saturation collection data, heart rate gathers data and blood pressure gathers data, receives the height in built-in by second communication link 32 simultaneously and gathers data, walk frequency collection data and chronometric data;
When respiratory frequency computing module monitors respiratory frequency >=40 beat/min, described respiratory frequency computing module spreads out of cue; And/or
When respiratory frequency computing module monitors respiratory frequency >=60 beat/min, described respiratory frequency computing module spreads out of caution signals; And/or
When heart rate computing module monitors heart rate >=120 beat/min, described rate calculation module spreads out of cue;And/or
When heart rate computing module monitors heart rate >=160 beat/min, described rate calculation module spreads out of caution signals; And/or
When blood oxygen saturation module monitors to finger tip blood oxygen saturation < 90%, described blood oxygen saturation calculates module and spreads out of cue; And/or
When blood oxygen saturation module monitors to finger tip blood oxygen saturation < 80%, described blood oxygen saturation calculates module and spreads out of caution signals; And/or
When blood pressure recording module monitors is to when shrinking pressure blood pressure >=160 and/or diastolic pressure >=100mmHg, described blood pressure recording module spreads out of cue; And/or
When blood pressure recording module monitors is to when shrinking pressure blood pressure >=200 and/or diastolic pressure >=120mmHg, described blood pressure recording module spreads out of caution signals;
Described high computational module is to be calculated the height number of stair climbing tester institute stair climbing by baroceptor, and shows over the display in good time;
Described walk frequency computing module is the step progression that the pedometer consisted of vibrating sensor and electronic counter calculates tester institute stair climbing automatically, and shows over the display in good time;
Described timing module is electronic timer, has timing and countdown function, within 5 seconds before set timing terminates, begins with acoustical signal prompting and terminates to timing;
Data processing unit 41, data analysis unit 42 and data report unit 43 is included at processing unit;
Described processing unit is the respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and the timing module information that receive in integration module by third communication link 33;
By data processing unit, the data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are processed;
By data analysis unit, the process data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are analyzed;
By data report unit, the analytical data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information is reported:
Described display is liquid crystal display, by the report information of fourth communication link 34 video data reporting unit.
Described monitor includes: doctor terminal display 6 and fifth communication link 35;
Described doctor terminal display is the report information being synchronized displaying data in real-time reporting unit by fifth communication link;
Described fifth communication link is transmission of wireless signals path.
Stair climbing test method flow process based on stair climbing test multi-parameters real-time monitoring system described in the utility model is specific as follows:
The first step, granting monitor, to tester, instruct tester to wear;
Second step, proceed by stair climbing test;
3rd step, monitor collect the respiratory frequency in tester's stair climbing process, blood pressure values, heart rate, Blood oxygen saturation of artery blood of finger, step progression, stair climbing height;
4th step, monitor automatically record, store, process, analyze above-mentioned data, and show on the display of monitor, synchronize to be shown on doctor terminal display by the fifth communication link of transmission of wireless signals.
Test case 1
So-and-so, man, 66 years old, Patients with Chronic Obstructive Pulmonary Disease. Heart rate (HR) 70 beats/min before stair climbing on-test, breathing (R) 18 beats/min, blood pressure (BP) 132/81mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 96%; Test 1 minute result: heart rate (HR) 110 beats/min, breathing (R) 28 beats/min, blood pressure (BP) 151/80mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 94%, climb step progression 70 grades, total height 10.5 meters; Test 3 minutes results: heart rate (HR) 120 beats/min, breathing (R) 32 beats/min, blood pressure (BP) 160/78mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 94%, climb step progression 198 grades, total height 29.7 meters, heart rate, blood pressure send cue.
Test case 2
Certain so-and-so, female, 21 years old, Fitness Testing person. Heart rate (HR) 74 beats/min before stair climbing on-test, breathing (R) 20 beats/min, blood pressure (BP) 101/69mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 95%; Test 1 minute result: heart rate (HR) 117 beats/min, breathing (R) 24 beats/min, blood pressure (BP) 105/68mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 97%, climb step progression 86 grades, total height 12.9 meters; Test 3 minutes results: heart rate (HR) 147 time/part, breathing (R) 30 beats/min, blood pressure (BP) 113/70mmHg, Blood oxygen saturation of artery blood of finger (SaO2) 98%, climb step progression 238 grades, total height 35.7 meters, heart rate sends cue.
After having read above-mentioned teachings of the present utility model; this utility model can be made various changes or modifications by those skilled in the art; these equivalent form of values fall within the application appended claims limited range equally; purposes of the present utility model is not limited to stair climbing test and uses; may be used for climbing movement or level road motion, be included in too in the protection domain of this utility model patent application.
Claims (6)
1. stair climbing test multi-parameters real-time monitoring system, it is characterized in that: multi-parameters real-time monitoring system is to be made up of the outer Portable type recorder of non-implant and monitor, timely monitor, storage also show tester's respiratory frequency in stair climbing is tested, heart rate, blood oxygen saturation, the change of blood pressure body index and step progression, walking altitude information; Described monitor includes: external device, built-in, integration module, processing unit and display; Described external device includes: respiratory frequency harvester, heart rate acquisition device, blood oxygen saturation harvester, a blood pressure harvester; Described built-in includes: height harvester, walk frequency harvester, a time set; Described integration module includes: respiratory frequency computing module, rate calculation module, a blood oxygen saturation calculate module, sphygomanometer record module, high computational module, walk frequency computing module, a timing module; Described integration module is to receive the respiratory frequency in external device by the first communication link to gather data, blood oxygen saturation collection data, heart rate collection data and blood pressure collection data, is received the height collection data in built-in, walk frequency collection data and chronometric data by second communication link simultaneously; Described processing unit includes data processing unit, data analysis unit and data report unit;Described display is liquid crystal display, by the report information of fourth communication link video data reporting unit; Described monitor is synchronized the report information of displaying data in real-time reporting unit by doctor terminal display by fifth communication link.
2. stair climbing according to claim 1 test multi-parameters real-time monitoring system, it is characterised in that: described respiratory frequency harvester is pectoral girdle formula respiratory frequency recorder or nose catheter type respiratory frequency recorder; Described heart rate acquisition device is finger-clipped sphygmograph; Described blood oxygen saturation harvester is finger-clipped instrument for detecting sphygmus and blood oxygen saturation; Described blood pressure harvester is Wrist blood pressure meter or arm sphygnonanometer; Described Wrist blood pressure meter or arm sphygnonanometer are manual measurement or timing automatic measurement.
3. stair climbing according to claim 1 test multi-parameters real-time monitoring system, it is characterised in that: described height harvester is baroceptor; The pedometer that described walk frequency harvester is made up of vibrating sensor and electronic counter; Described time set is electronic timer.
4. stair climbing according to claim 1 test multi-parameters real-time monitoring system, it is characterised in that:
When respiratory frequency computing module monitors respiratory frequency >=40 beat/min, described respiratory frequency computing module spreads out of cue; And/or
When respiratory frequency computing module monitors respiratory frequency >=60 beat/min, described respiratory frequency computing module spreads out of caution signals; And/or
When heart rate computing module monitors heart rate >=120 beat/min, described rate calculation module spreads out of cue; And/or
When heart rate computing module monitors heart rate >=160 beat/min, described rate calculation module spreads out of caution signals; And/or
When blood oxygen saturation module monitors to finger tip blood oxygen saturation < 90%, described blood oxygen saturation calculates module and spreads out of cue; And/or
When blood oxygen saturation module monitors to finger tip blood oxygen saturation < 80%, described blood oxygen saturation calculates module and spreads out of caution signals; And/or
When blood pressure recording module monitors is to when shrinking pressure blood pressure >=160 and/or diastolic pressure >=100mmHg, described blood pressure recording module spreads out of cue; And/or
When blood pressure recording module monitors is to when shrinking pressure blood pressure >=200 and/or diastolic pressure >=120mmHg, described blood pressure recording module spreads out of caution signals;
Described high computational module is to be calculated the height number of stair climbing tester institute stair climbing by pressure transducer, and shows over the display in good time;
Described walk frequency computing module is the step progression that the pedometer consisted of vibrating sensor and electronic counter calculates tester institute stair climbing automatically, and shows over the display in good time;
Described timing module is electronic timer, has timing and countdown function, within 5 seconds before set timing terminates, begins with acoustical signal prompting and terminates to timing.
5. stair climbing according to claim 1 test multi-parameters real-time monitoring system, it is characterised in that: described processing unit is to receive the respiratory frequency computing module information in integration module, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information by third communication link; And
By data processing unit, the data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are processed;With
By data analysis unit, the process data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information are analyzed; With
By data report unit, the analytical data of respiratory frequency computing module information, rate calculation module information, blood oxygen saturation calculating module information, blood pressure recording module information, high computational module information, walk frequency computing module information and timing module information is reported.
6. stair climbing according to claim 1 test multi-parameters real-time monitoring system, it is characterised in that: described fifth communication link is transmission of wireless signals path.
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| CN201520807179.1U CN205286336U (en) | 2015-10-14 | 2015-10-14 | Experimental multi -parameter real -time monitoring system of stair climbs |
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| CN201520807179.1U CN205286336U (en) | 2015-10-14 | 2015-10-14 | Experimental multi -parameter real -time monitoring system of stair climbs |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108309266A (en) * | 2018-04-27 | 2018-07-24 | 四川省肿瘤医院 | A kind of six minutes gait test instrument and medical six minutes gait test systems |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108309266A (en) * | 2018-04-27 | 2018-07-24 | 四川省肿瘤医院 | A kind of six minutes gait test instrument and medical six minutes gait test systems |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160608 Termination date: 20161014 |