CN205427853U - 6 recovered system of minute gait training - Google Patents
6 recovered system of minute gait training Download PDFInfo
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- CN205427853U CN205427853U CN201520906138.8U CN201520906138U CN205427853U CN 205427853 U CN205427853 U CN 205427853U CN 201520906138 U CN201520906138 U CN 201520906138U CN 205427853 U CN205427853 U CN 205427853U
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Abstract
The utility model discloses a 6 recovered system of minute gait training, recovered system includes cell -phone end APP system, bluetooth beacon point, blood oxygen pulse frequency measuring equipment, wherein, cell -phone end APP system includes bluetooth receiving and processing module, bluetooth receiving and processing module make cell -phone end APP system can with bluetooth beacon point is communicated to acquire the distance information with each beacon point, bluetooth beacon point can release the equipment discernment number of self to received after cell -phone end APP system handles by bluetooth receiving and processing module. The utility model provides a traditional gait tests in 6 minutes need the artifical computed range of medical personnel, extravagant manpower not only, the problem of error also can appear in the computed range moreover, next has solved the in test problem of the unable rehabilitation training person of measurement blood oxygen pulse frequency.
Description
Technical field
This utility model relates to training rehabilitation field, particularly to a kind of 6 minutes ambulation training rehabilitation systems.
Background technology
Six minutes gait test (6MWT) be one of important monitoring means in respiratory convalescence training.6MWT is most commonly used to the therapeutic evaluation before and after middle severe heart and lung diseases patient treatment and the patient oneself's detection in daily life function is taken exercise, being also used for assessment and the Epidemiological study of cardiorespiratory status, within 6 minutes, walking distance is also used as the individual objective indicator of cardiopulmonary disease prevalence and case fatality rate.But there is following drawback in gait test in traditional 6 minutes, one is to need the artificial computed range of medical personnel, not only waste of manpower, and computed range also there will be error；Two is the blood oxygen pulse frequency that cannot measure rehabilitation training person in gait test in six minutes.The utility model patent of Application No. CN201410010361.4 discloses a kind of 6 minutes gait test multidimensional real-time monitoring systems, specifically, described system includes a patient terminal, one doctor terminal, with a cloud server, and described patient terminal transmits information by the first communication link to doctor terminal；Described doctor terminal transmits the information that need to store by the second communication link to cloud server.Described system can patient gait test tested during the body indexs such as the heart rate of experimenter, blood oxygen saturation, respiratory frequency are monitored in real time, thus improve safety and the science of gait test, make result of the test the most accurate and reliable.Although this technical scheme also is able to record the blood oxygen of trainer and pulse frequency in walking rehabilitation training, but this system needs for manually calculating walking distance, soon waste of manpower, and error the most easily occurs in artificial computed range.
Bluetooth beacon indoor positioning is the most conventional localization method, can be accurately positioned and computed range, therefore Bluetooth beacon indoor positioning is applied in 6 minutes ambulation training rehabilitation systems, and can solve training system needs the artificial problem calculating walking distance.
At present, Bluetooth beacon indoor positioning technologies is applied in 6 minutes walking rehabilitation trainings, technology in this respect also lacks research, the utility model patent of Application No. 201410364187.3 discloses a kind of indoor orientation method based on Bluetooth beacon equipment and system, and described system includes: Logic control module and wireless signal transmitting module；Wherein, Logic control module specifically includes: first timer unit, for when each timing arrives, exports timing arriving signal；Second timer unit, after the timing arriving signal receiving the output of first timer unit, starts timing；When timing time arrives, export timing arriving signal；After control unit is used for receiving timing arriving signal, reading the performance number prestored, and the performance number of reading and the UUID of Bluetooth beacon equipment are encapsulated into packet, transmission to wireless signal transmitting module carries out wireless transmission；And after receiving timing arriving signal, UUID and the positional information of this Bluetooth beacon equipment are encapsulated into packet transmission and carry out wireless transmission to wireless signal transmitting module.Application this utility model, can improve the speed of indoor positioning.But this kind of localization method is comparatively laborious, and precision is relatively low, it is difficult to apply to short-range distance and calculates.
Can the most effectively calculate walking distance therefore it provides a kind of and can the training rehabilitation system of the blood oxygen pulse frequency of real time record rehabilitation training person be the problem that this utility model needs solution badly in training.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of 6 minutes ambulation training rehabilitation systems and distance calculating method thereof, the artificial computed range of medical personnel is needed with the traditional ambulation training rehabilitations in 6 minutes of solution, not only waste of manpower, and computed range also there will be error；Secondly the technical problem of the blood oxygen pulse frequency of rehabilitation training person cannot be measured in test.
For achieving the above object, the technical scheme that this utility model offer is following:
A kind of 6 minutes ambulation training rehabilitation systems, measure equipment including mobile phone terminal, Bluetooth beacon point and blood oxygen pulse frequency, wherein:
Described mobile phone terminal includes Bluetooth receptions processing module so that mobile phone terminal can be communicated with described Bluetooth beacon point by Bluetooth receptions processing module；
Described Bluetooth beacon point according to the specific information launching power broadcasts self, and can be received by Bluetooth receptions processing module；
Described blood oxygen pulse frequency is measured equipment and is included blood oxygen pulse frequency acquisition module, blue-teeth data link block and data memory module, and by blue-teeth data link block, the data that blood oxygen pulse frequency acquisition module records can be uploaded to mobile phone terminal.
Preferably, described blood oxygen pulse frequency measures equipment is finger-clipped, earclip type or wrist type pulse oximeter.
Preferably, described Bluetooth beacon point is the bluetooth module with battery, is loaded with bluetooth data packets in this bluetooth module.
Preferably, described blood oxygen pulse frequency acquisition module includes photoelectric sensing module, gathers blood oxygen pulse rate signal by described photoelectric sensing module.
Preferably, described blood oxygen pulse frequency acquisition module also includes analog-to-digital conversion module, and described analog-to-digital conversion module connects pressure sensor block and photoelectric sensing module.
Preferably, the battery arranged in described Bluetooth beacon point is rechargeable battery.
Further, being additionally provided with solar panel in described Bluetooth beacon point, described solar panel is connected with described rechargeable battery, and can be charged rechargeable battery by solar panel.
Preferably, the mode using above-mentioned blood oxygen pulse frequency to measure device measuring trainer's blood oxygen saturation is:
(1) measure in real time: described blood oxygen pulse frequency is measured equipment and gathered the blood oxygen saturation data of trainer at set time intervals, and measurement data is uploaded to mobile phone terminal APP system in real time；
(2) detection type is measured: when trainer's stop motion in the training process, when described blood oxygen pulse frequency measures equipment sensing to motion stopping, automatically excite blood oxygen pulse frequency to measure equipment the blood oxygen saturation of trainer is measured, and measurement data is uploaded to mobile phone terminal APP system.
Above-mentioned 6 minutes ambulation training rehabilitation systems are used to carry out the method that distance calculates, including: interval at ground straight line Bluetooth beacon point, described Bluetooth signal punctuate is according to the information launching power broadcasts self set, mobile phone terminal APP system receives the signal of each Bluetooth beacon point, read signal intensity, obtain the Bluetooth beacon point number at scene and far and near information, when trainer in the process of walking, pass sequentially through each Bluetooth beacon point, the distance of this Beacon Point and mobile phone terminal APP is by as far as closely, the most from the near to the remote, being reacted to signal intensity is then to grow from weak to strong again by by force to weak, when trainer arrives Bluetooth signal punctuate, signal is the strongest, the signal intensity of corresponding beacon will appear from a peak value, now mobile phone terminal APP system calculates the travel distance of trainer by the Bluetooth signal received.
Preferably, described Bluetooth beacon selects spacing distance on the ground is 2-5 rice.
Above technical scheme is used to provide the benefit that: this utility model provides a kind of 6 minutes ambulation training rehabilitation systems, and wherein, described system includes that mobile phone terminal APP system, Bluetooth beacon point, blood oxygen pulse frequency measure equipment, wherein；Described mobile phone terminal APP system includes Bluetooth receptions processing module so that mobile phone terminal APP system can communicate with described Bluetooth beacon point, and obtains the range information with each Beacon Point；Described Bluetooth beacon point can discharge the device identification number of self, and processes through mobile phone terminal APP system after being received by Bluetooth of mobile phone；Described blood oxygen pulse frequency is measured equipment and is included blood oxygen pulse frequency acquisition module, blue-teeth data link block and data memory module, and its measurement data is uploaded to mobile phone terminal APP system.In 6 minutes ambulation training rehabilitation systems that this utility model provides; blood oxygen pulse frequency is measured equipment be connected with mobile phone terminal APP system by bluetooth; blood oxygen pulse frequency measures equipment provides continuous or intermittent blood oxygen pulse frequency to measure; and measurement data is uploaded to mobile phone terminal APP system; can in ambulation training the blood oxygen of real time record trainer and pulse frequency; in training, patient safely and effectively can be protected; have found that it is likely that the severe complication of appearance early so that experimental safe, stable carrying out.Preferably, it is finger-clipped that described blood oxygen pulse frequency measures equipment, earclip type, or wrist type pulse oximeter, these equipment are convenient for carrying, accuracy of measurement is high simultaneously, it is suitably applied in rehabilitation training, preferably, described blood oxygen pulse frequency acquisition module includes photoelectric sensing module, described photoelectric sensing module gathers blood oxygen pulse rate signal, described blood oxygen pulse frequency acquisition module includes analog-to-digital conversion module, described analog-to-digital conversion module connects pressure sensor block, the blood oxygen pulse rate signal of collection is converted into digital signal, and be stored in data storage module or be uploaded to mobile phone terminal APP system by blue-teeth data link block.This utility model additionally provides the mode that a kind of blood oxygen measurement device measures the blood oxygen pulse frequency of trainer, first kind of way uses to be measured in real time, at regular intervals, automatically measure and measurement data is uploaded to mobile phone terminal APP system, the blood oxygen pulse frequency value of different time in motor process can be effectively collected by this mode, convenient observation and research；The second way uses detection type to measure, and when trainer's stop motion in training, utilizes blood oxygen pulse frequency to measure equipment and measures, and measurement data is uploaded to mobile phone terminal APP system, and this mode is avoided that the interference moved to measuring.nullIn traditional ambulation training rehabilitations in 6 minutes，Need the artificial computed range of medical personnel，Not only waste of manpower，And computed range also there will be error，This utility model additionally provides a kind of distance calculating method for ambulation training rehabilitation system，According to being spaced in ground straight line Bluetooth beacon point every 2-5 rice，Described Bluetooth signal punctuate can discharge the device identification number of self，Mobile phone terminal APP system receives the signal of each Bluetooth beacon point，Read signal intensity，Obtain the Bluetooth beacon point number at scene and far and near information，When trainer in the process of walking，Pass sequentially through each Bluetooth beacon point，The distance of this Beacon Point and APP is by as far as closely，The most from the near to the remote，Being reacted to signal intensity is then to grow from weak to strong again by by force to weak，When trainer arrives Bluetooth signal punctuate, signal is the strongest，The now travel distance of the mobile phone terminal APP system Bluetooth signal record trainer by receiving.6 minutes provided by the utility model ambulation training rehabilitation systems and distance calculating method thereof; utilize the method that Bluetooth beacon positions to calculate walking distance; not only precision is high; and save manpower; simultaneously can be with the blood oxygen pulse frequency of real time record trainer in ambulation training; in training, patient can safely and effectively be protected, have found that it is likely that the severe complication of appearance early so that experimental safe, stable carrying out.
Accompanying drawing explanation
The flow chart of 6 minutes ambulation training rehabilitation systems that Fig. 1 provides for this utility model；
The schematic diagram of the distance calculating method for ambulation training rehabilitation system that Fig. 2 provides for this utility model.
Detailed description of the invention
Describe preferred implementation of the present utility model below in conjunction with the accompanying drawings in detail.
Detailed description of the invention of the present utility model: a kind of 6 minutes ambulation training rehabilitation systems, measures equipment, wherein including mobile phone terminal APP system, Bluetooth beacon point, blood oxygen pulse frequency；Described mobile phone terminal APP system includes Bluetooth receptions processing module so that mobile phone terminal APP system can communicate with described Bluetooth beacon point, and obtains the range information with each Beacon Point；Described Bluetooth beacon point according to the specific information launching power broadcasts self, and can process through mobile phone terminal APP system after being received by Bluetooth of mobile phone；Described blood oxygen pulse frequency is measured equipment and is included blood oxygen pulse frequency acquisition module, blue-teeth data link block and data memory module, and its measurement data is uploaded to mobile phone terminal APP system.
nullWant in present embodiment，Bluetooth beacon point uses a band rechargeable battery and the bluetooth module of solar panel，Described solar panel is connected with described rechargeable battery，And by solar panel, rechargeable battery can be charged，It is loaded with bluetooth data packets in this bluetooth module，And by the way of radio wave, its bluetooth data packets is sent to mobile phone terminal APP system，With indicating position，One bluetooth data packets is sent out by the every mode with regard to air cast the most at regular intervals of Bluetooth beacon point，This packet can not contain other any information in addition to beacon ID，This beacon ID can be the geographical coordinate of current location，It can also be out of Memory，Bluetooth beacon point send these with beacon ID information packet can by Bluetooth receptions processing module by mobile phone terminal APP system reception and process，These information are used to complete location.
The positioning precision of its Bluetooth beacon point is relevant with launching power with the laying density of these Bluetooth beacon points, and present embodiment uses the laying density laying a Bluetooth beacon point every 2-5 rice, and its positioning precision can control within 1 meter.
In the present embodiment, it is finger-clipped, earclip type or wrist type pulse oximeter that described blood oxygen pulse frequency measures equipment, described blood oxygen pulse frequency acquisition module includes photoelectric sensing module, blood oxygen pulse rate signal is gathered by described photoelectric sensing module, described blood oxygen pulse frequency acquisition module also includes analog-to-digital conversion module, described analog-to-digital conversion module connects photoelectric sensing module, the blood oxygen pulse rate signal of collection is converted into digital signal, and is stored in data storage module or is uploaded to mobile phone terminal APP system by blue-teeth data link block.
In the present embodiment, the mode that described blood oxygen pulse frequency measurement equipment measures has two kinds:
(1) measure in real time: described blood oxygen pulse frequency is measured equipment and measured according to intervals, and in real time measurement data is uploaded to mobile phone terminal APP system；
(2) detection type is measured: when trainer's stop motion in training, when blood oxygen pulse frequency measures equipment sensing to motion stopping, exciting blood oxygen pulse frequency to measure equipment and measures, and measurement data is uploaded to mobile phone terminal APP system.
nullPresent embodiment also provides for a kind of using above-mentioned 6 minutes ambulation training rehabilitation systems to carry out the method that distance calculates，Wherein，Described computational methods include: every 2-5 rice at ground straight line Bluetooth beacon point，Described Bluetooth signal punctuate is according to the specific information launching power broadcasts self，Mobile phone terminal APP system receives the signal of each Bluetooth beacon point，Read signal intensity，Obtain the Bluetooth beacon point number at scene and far and near information，When trainer in the process of walking，Pass sequentially through each Bluetooth beacon point，The distance of this Beacon Point and mobile phone terminal APP system is by as far as closely，The most from the near to the remote，Being reacted to signal intensity is then to grow from weak to strong again by by force to weak，When trainer arrives Bluetooth signal punctuate, signal is the strongest，The signal intensity of corresponding beacon there will be a peak value，Now mobile phone terminal APP system calculates the travel distance of trainer by the Bluetooth signal received.
This utility model provides a kind of 6 minutes ambulation training rehabilitation systems, and wherein, described rehabilitation system includes that mobile phone terminal APP system, Bluetooth beacon point, blood oxygen pulse frequency measure equipment, wherein；Described mobile phone terminal APP system includes Bluetooth receptions processing module so that mobile phone terminal APP system can communicate with described Bluetooth beacon point, and obtains the range information with each Beacon Point；Described Bluetooth beacon point can discharge the device identification number of self, and processes through mobile phone terminal APP system after being received by Bluetooth of mobile phone；Described blood oxygen pulse frequency is measured equipment and is included blood oxygen pulse frequency acquisition module, blue-teeth data link block and data memory module, and its measurement data is uploaded to mobile phone terminal APP system.In 6 minutes ambulation training rehabilitation systems that this utility model provides; blood oxygen pulse frequency is measured equipment be connected with mobile phone terminal APP system by bluetooth; blood oxygen pulse frequency measures equipment provides continuous or intermittent blood oxygen pulse frequency to measure; and measurement data is uploaded to mobile phone terminal APP system; can in ambulation training the blood oxygen of real time record trainer and pulse frequency; in training, patient can safely and effectively be protected, have found that it is likely that the severe complication of appearance early so that experimental safe, stable carrying out.Preferably, it is wrist type pulse oximeter that described blood oxygen pulse frequency measures equipment, these equipment are convenient for carrying, accuracy of measurement is high simultaneously, it is suitably applied in rehabilitation training, preferably, described blood oxygen pulse frequency acquisition module includes photoelectric sensing module, blood oxygen pulse rate signal is gathered by described photoelectric sensing module, described blood oxygen pulse frequency acquisition module includes analog-to-digital conversion module, described analog-to-digital conversion module connects photoelectric sensing module, the blood oxygen pulse rate signal of collection is converted into digital signal, and be stored in data storage module or be uploaded to mobile phone terminal APP system by blue-teeth data link block.This utility model additionally provides the mode that a kind of blood oxygen measurement device measures the blood oxygen pulse frequency of trainer, first kind of way uses to be measured in real time, at regular intervals, automatically measure and measurement data is uploaded to mobile phone terminal APP system, the blood oxygen pulse frequency value of different time in motor process can be effectively collected by this mode, convenient observation and research；In second, mode uses detection type to measure, and when trainer's stop motion in training, utilizes blood oxygen pulse frequency to measure equipment and measures, and measurement data is uploaded to mobile phone terminal APP system, and this mode is avoided that the interference moved to measuring.
Above-described is only preferred implementation of the present utility model; it should be pointed out that, for the person of ordinary skill of the art, on the premise of creating design without departing from this utility model; can also make some deformation and improvement, these broadly fall into protection domain of the present utility model.
Claims (7)
1. 6 minutes ambulation training rehabilitation systems, including mobile phone terminal, it is characterised in that: also include that Bluetooth beacon point and blood oxygen pulse frequency measure equipment, wherein:
Described mobile phone terminal includes Bluetooth receptions processing module so that mobile phone terminal can be communicated with described Bluetooth beacon point by Bluetooth receptions processing module；
Described Bluetooth beacon point according to the specific information launching power broadcasts self, and can be received by Bluetooth receptions processing module；
Described blood oxygen pulse frequency is measured equipment and is included blood oxygen pulse frequency acquisition module, blue-teeth data link block and data memory module, and by blue-teeth data link block, the data that blood oxygen pulse frequency acquisition module records can be uploaded to mobile phone terminal.
Ambulation training rehabilitation system the most according to claim 1, it is characterised in that: it is finger-clipped, earclip type or wrist type blood oxygen pulse frequency measuring instrument that described blood oxygen pulse frequency measures equipment.
Ambulation training rehabilitation system the most according to claim 1, it is characterised in that: described Bluetooth beacon point is the bluetooth module with battery, is loaded with bluetooth data packets in this bluetooth module.
Ambulation training rehabilitation system the most according to claim 1, it is characterised in that: described blood oxygen pulse frequency acquisition module includes photoelectric sensing module, is gathered the blood oxygen pulse rate signal of trainer by described photoelectric sensing module.
Ambulation training rehabilitation system the most according to claim 4, it is characterised in that: described blood oxygen pulse frequency acquisition module also includes analog-to-digital conversion module, and described analog-to-digital conversion module connects photoelectric sensing module.
Ambulation training rehabilitation system the most according to claim 3, it is characterised in that: the battery arranged in described Bluetooth beacon point is rechargeable battery.
Ambulation training rehabilitation system the most according to claim 6, it is characterized in that: in described Bluetooth beacon point, be additionally provided with solar panel, described solar panel is connected with described rechargeable battery, and can be charged rechargeable battery by solar panel.
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| CN201520906138.8U CN205427853U (en) | 2015-11-12 | 2015-11-12 | 6 recovered system of minute gait training |
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| CN201520906138.8U CN205427853U (en) | 2015-11-12 | 2015-11-12 | 6 recovered system of minute gait training |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108670268A (en) * | 2018-05-04 | 2018-10-19 | 石佳明 | A kind of noninvasive blood oxygen detector |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108670268A (en) * | 2018-05-04 | 2018-10-19 | 石佳明 | A kind of noninvasive blood oxygen detector |
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