CN208769759U - Based on electrocardio, breathing, body position signal sleep quality assessment system - Google Patents

Abstract

The utility model provide it is a kind of based on electrocardio, breathing, body position signal sleep quality assessment system, including physiologic information picks up transmitter, mobile terminal, cloud and PC terminal；Electrocardiosignal, respiratory waveform signal and the position active signal that transmitter acquires user are picked up by physiologic information；The above-mentioned signal of user is obtained in the terminal, on the one hand uploads cloud or PC terminal, on the one hand obtains the real-time heart rate value of user, respiratory rate value, electrocardiogram, respiratory waveform figure and position chanP information through operation；PC terminal picks up transmitter from cloud or physiologic information and obtains the ecg information of user, respiratory waveform information and position action message, the rhythm of the heart and heart rate information, the respiratory rate and breathing rule information, the information of difference, breathing equilibrium degree information, respiratory wave characteristic value information, position chanP and status information between inspiratory phase and expiratory phase of user are obtained through operation, and then the sleep quality information of user is obtained, realize the report to user's sleep quality.

Description

Based on electrocardio, breathing, body position signal sleep quality assessment system

Technical field

The utility model belongs to assessment engineering device technique field, specifically, the utility model relates to one kind to be based on electrocardio, exhale It inhales, the sleep quality assessment system of body position signal.

Background technique

With the development of society and the increase of operating pressure, there is the case where poor sleep in more and more people, and sleep is not It is good that the memory of human body will be made to degenerate, there is sub-health status, it is senile dementia that development is easy when serious；And extended sleep It is bad also to will cause habitual alopecia, depression and make disease chronicity；Therefore now be badly in need of by a kind of effective mode come pair The sleep quality of people judges and assesses, so that Sleep intervention means are more accurate, effect is definitely.

Conventional sleep evaluation method are as follows: assessed in hospital, made by the way that the connector of various assessment devices to be placed on On the head of user and with, and can also control the diet situation of user, such as need to allow user carry out sleep evaluation it Preceding few deficiency of food drink, is not in the case where leaving the bed at night to control user；In this assessment mode of hospital, connect due to multiple Head is placed on user's head with, uncomfortable feeling can be brought to user, will lead to user in itself in this way can not Into sleep state, furthermore also need to control the diet situation of user, if user is in starvation, can also be difficult into Enter sleep state, just has resulted in user in conjunction with multiple connectors and the double negative effect of diet control and hardly enter sleep , it is more difficult to carry out sleep evaluation to user certainly；Many users will appear simultaneously the case where recognizing bed, new at one Also sleep state is hardly entered under environment, will lead to the practical sleep state that final sleep evaluation is detached from user in this way. It is this to lead great defect there are one physiological signal sleep evaluation technologies more, it cannot exactly evaluate in user's sleep state Turn over situation.In addition, also measure bracelet to the mode of user's sleep evaluation, by measurement bracelet to the sleep of user into Row assessment, but the pulse that bracelet is only capable of measuring user is measured, and the sleep shape of user is judged by pulse signal Condition, although measurement bracelet is declared to judge that user is to enter sleeping state or deep sleep state, only one Pulse signal is the function of being unable to reach the publicity of measurement bracelet；By measuring whether pulse signal can not also obtain user There is the information snored.For another example the applying date be September in 2014 15, application No. is 201410466224.1, it is entitled " wirelessly just Take formula human health and sleep quality patient monitor " Chinese patent document, the Chinese patent document pass through EGC sensor use Bipolar electrode method acquires the electrocardiosignal of patient monitor wearer, by blood oxygen transducer using photoplethysmography acquisition monitoring The blood oxygen signal of instrument wearer is used the body temperature of contact resistance measurement patient monitor wearer by body temperature transducer, passed through Attitude transducer measures patient monitor wearer's body posture information using six axle sensors；And it is worn in conjunction with above- mentioned information to assess The sleep quality of person；But because not acquiring breath signal, be difficult to realize to snore, talk in one's dream, sleep-respiratory it is temporary Stop these assessments directly related with sleep quality.In addition, this " portable wireless human health and sleep quality patient monitor ", There are still the problems that the inconvenience being placed on multiple wired sensors with wearer and anti-interference ability are poor.

Utility model content

The purpose of this utility model is to provide it is a kind of based on electrocardio, breathing, body position signal sleep quality assessment system And method, to solve monitor of leading existing in the prior art since cable excessively influences user's sleep more, and then can not be right The physiologic information that the sleep quality of user is assessed and the acquisition of existing other technologies is directly related with sleep is very little, letter Breath precision is not high, and anti-interference ability is poor, the technical problem for causing practical sleep quality appreciable levels lower.

To solve the above-mentioned problems, the utility model provides a kind of sleep quality based on electrocardio, breathing, body position signal and comments Estimate system and method, its technical solution is as follows:

It is a kind of based on electrocardio, breathing, body position signal sleep quality assessment system comprising physiologic information pick up transmitting Device posts on the body of user, and the electrocardiosignal, respiratory waveform signal and position activity for acquiring and sending user are believed Number；Mobile terminal is equipped with receiving module in the mobile terminal, data processing module, uploads cloud module；The receiving module It picks up transmitter with the physiologic information to be connected, the electrocardio letter for picking up the user of transmitter for receiving the physiologic information Number, respiratory waveform signal and position active signal；The data processing module is connected with the receiving module, according to user's Electrocardiosignal, respiratory waveform signal and position active signal obtain heart rate information, rhythm of the heart information, the respiratory rate letter of user The information of difference, breathing equilibrium degree information, position chanP information obtain sleeping for user in turn between breath, inspiratory phase and expiratory phase Dormancy quality information；The upload cloud module is connected with the data processing module, for by the sleep quality information of user Reach cloud；PC terminal, the PC terminal and the cloud, which are realized, to be wirelessly connected, and the user for obtaining the cloud sleeps Quality information, to realize the report to user's sleep quality.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: the life It manages information and picks up transmitter along the vertical direction of human body central axes, post in the manubrium position of user front.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: the life Managing information and picking up transmitter includes shell, for providing installation space；Position acquisition module is fixedly mounted in the shell, For acquiring the position active signal of user；Electrocardio Breath collection module, is fixedly mounted in the shell, makes for acquiring The electrocardiosignal and respiratory waveform signal of user；Bluetooth communication module is fixedly mounted in the shell, for realizing the life Information is managed to pick up the data transmission between transmitter and the mobile terminal and communicate；Central processing unit, the central processing unit Be fixedly mounted in the shell, the central processing unit respectively with the position acquisition module, the electrocardio Breath collection mould Block is connected with the bluetooth communication module, and the electrocardiosignal, respiratory waveform signal and position for receiving and handling user are living Dynamic signal, and the wireless telecommunications of control and the mobile terminal.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: the body Position acquisition module is four axis gyro sensors or six axis gyro sensors.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: the heart Electric Breath collection module includes chip, is used for collecting signal；First electrode button, the first electrode button pass through Internal cable and institute It states chip to be connected, for acquiring the electrocardiosignal and breath signal of user；Second electrode button, the second electrode button pass through interior Portion's cable is connected with the chip, for acquiring the electrocardiosignal and breath signal of user；The chip collects described first The electrocardiosignal and respiratory waveform signal of electrode button and the second electrode button, and electrocardiosignal and respiratory waveform signal are transmitted To the central processing unit.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: described outer Shell is streamline shuttle shape structure.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: described outer The length of shell is 80~110mm, and the width of the shell is 30~55mm, the shell with a thickness of 10~15mm.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: described Waveform display module is additionally provided on mobile terminal, the waveform display module is connected with the data processing module, for showing The heart real time waveform and real-time respiratory waveform of user.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: described Position display module is additionally provided on mobile terminal, the position display module is connected with the data processing module, for showing The real-time position active signal of user.

As it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system, further preferably are as follows: described Numerical value display module is additionally provided on mobile terminal, the numerical value display module is connected with the data processing module, for showing The instantaneous heartbeat numerical value and instantaneous respiration rate numerical value of user.

It is a kind of as it is above-mentioned based on electrocardio, breathing, body position signal sleep quality assessment system sleep quality assessment side Method comprising steps are as follows:

Step 1: picking up electrocardiosignal, the respiratory waveform signal, body of transmitter acquisition user using the physiologic information Position active signal, and mobile terminal is sent to bluetooth approach；

Step 2: the mobile terminal, is obtained according to the electrocardiosignal of user, respiratory waveform signal, position active signal Heart rate information, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, the position for obtaining user become Change information, according to the heart rate information of user, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree letter Breath, position chanP information, obtain the primary sleep quality information of user；

Step 3: the mobile terminal, is uploaded to institute for the electrocardiosignal of user, respiratory waveform signal, body position signal Cloud is stated, the PC terminal picks up transmitter from the cloud or the life-information and obtains the electrocardiosignal of user, breathing After waveform signal, position active signal, the advanced sleep quality information of user is obtained；

Step 4: the mobile terminal or PC terminal, by the primary sleep quality information and advanced sleep quality of user Information is uploaded to the cloud；

Step 5: primary sleep quality information and advanced sleep matter by the PC terminal to the user in the cloud Amount information is collected, arranges, files, and generates report, is that the sleep quality of user carries out total evaluation.

Analysis it is found that compared with prior art, advantages and beneficial effects of the utility model lie in that

It is provided by the utility model based on electrocardio, breathing, body position signal sleep quality assessment system, picked up with physiologic information Transmitter is picked up as acquisition source, the electrocardiosignal, respiratory waveform signal and position active signal of user are acquired, it is mobile Terminal obtains heart rate information, the rhythm of the heart of user according to the electrocardiosignal, respiratory waveform signal and position active signal of user Information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information and position chanP information, then by user's Heart rate information, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, position chanP information upload To cloud, the heart rate information of the user stored by PC terminal to cloud, rhythm of the heart information, respiratory rate information, breathing are differed Other information, breathing equilibrium degree information, position chanP information carry out checking analysis, and then realize the sleep quality information to user Complete testing and evaluation；It is provided by the utility model based on electrocardio, breathing, body position signal sleep quality assessment system, lead to Crossing physiologic information pickup transmitter can be achieved with the acquisition of the electrocardiosignal to user, respiratory waveform signal and body position signal, The especially respiratory waveform detection of high accurancy and precision, carries out that content is richer, precision is higher with the sleep quality to user Testing and evaluation so that the utility model has highly integrated function, and also has acquisition simply high with acquisition accuracy Feature；Simultaneously as the physiologic information of the utility model, which picks up transmitter, is only directly worn to user's there are two electrode button Front position is not in the cable winds user body of routine monitoring device and leads to user's poor sleep, is i.e. this reality With novel the comfortable basis of good sleep can be provided for user from acquisition source and system rejection to disturbance ability is stronger superior Property.

Detailed description of the invention

Fig. 1 be the preferred embodiment in the utility model based on electrocardio, breathing, body position signal sleep quality assessment system Building-block of logic；

Fig. 2 is that the physiologic information of the preferred embodiment in the utility model picks up the structural schematic diagram of transmitter.

In figure: 1- physiologic information picks up transmitter；11- shell；12- charging module；13- position acquisition module；14- electrocardio Breath collection module；141- chip；142- first electrode button；143- second electrode button；15- power module；16- central processing Device；17- bluetooth communication module；18-5pin contact interface；19- charging storage box；2- mobile terminal；21- receiving module；22- number According to processing module；23- memory module；24- uploads cloud module；25- waveform display module；26- position display module；27- numerical value Display module；The cloud 3-；4-PC terminal.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in Figure 1 and Figure 2, the preferred embodiment in the utility model based on electrocardio, breathing, body position signal sleep quality Assessment system mainly includes that physiologic information picks up transmitter 1, is placed on the body of user, and the electrocardio for acquiring user is believed Number, respiratory waveform signal and position active signal；Mobile terminal 2 is equipped with receiving module 21, data processing in mobile terminal 2 Module 22 uploads cloud module 24；Receiving module 21 picks up transmitter 1 with physiologic information and is connected, and picks up for receiving physiologic information Electrocardiosignal, respiratory waveform signal and the position active signal of the user of transmitter 1；Data processing module 22 and receiving module 21 are connected, according to the electrocardiosignal of user, respiratory waveform signal and position active signal, obtain user heart rate information, The information of difference, breathing equilibrium degree information, position chanP letter between rhythm of the heart information, respiratory rate information, inspiratory phase and expiratory phase Breath, and then obtain the sleep quality information of user；Waveform display module 25 is connected with data processing module 22, makes for showing The heart real time waveform diagram of user and real-time respiratory waveform figure；Position display module 26 is connected with data processing module 22, is used for Show the real-time position change information of user；27 data processing module 22 of numerical value display module is connected, for showing user Instantaneous heart rate value and instantaneous breathing value；It uploads cloud module 24 to be connected with data processing module 22, for by the sleep of user Quality information is uploaded to cloud 3；With PC terminal 4, PC terminal 4 and cloud 3 are realized and are wirelessly connected, for obtaining the use in cloud 3 Person's sleep quality information, to realize the report to user's sleep quality.

To sum up, it is provided by the utility model based on electrocardio, breathing, body position signal sleep quality assessment system, with It is acquisition source that physiologic information, which picks up transmitter 1, to the electrocardiosignal, respiratory waveform signal and position active signal of user into Row acquisition, mobile terminal 2 obtain user's according to the electrocardiosignal, respiratory waveform signal and position active signal of user Heart rate information, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, position chanP information, then The heart rate information of user, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, position are become Change information and uploads to cloud 3, the heart rate information for the user that cloud 3 is stored by PC terminal 4, rhythm of the heart information, respiratory rate Information, breathing phase differential information, breathing equilibrium degree information, position chanP information carry out checking analysis, and then realize to user Sleep quality information complete testing and evaluation；It is provided by the utility model based on electrocardio, breathing, body position signal sleep matter Assessment system is measured, picking up transmitter 1 by physiologic information can be achieved with the electrocardiosignal to user, respiratory waveform signal and body The acquisition of position active signal carries out testing and evaluation with the sleep quality to user, so that there is the utility model height to collect At function, and also have the characteristics that acquisition is simple, acquisition accuracy is high and strong antijamming capability；Simultaneously as this is practical new The physiologic information of type picks up the front position that transmitter 1 is directly worn to user, is not in the cable of routine monitoring device The case where winding user's body and leading to user's poor sleep, i.e. the utility model can mention from acquisition source for user For the comfortable basis of good sleep.

It is acquired for the ease of the physiologic information to user, as shown in Fig. 2, the physiologic information of the utility model is picked up Transmitter 1 is posted along the vertical direction of human body central axes in the manubrium position of front.The utility model physiologic information picks up hair Emitter 1 includes mainly shell 11, for providing installation space；Position acquisition module 13 is fixedly mounted in shell 11, for adopting Collect the position active signal of user；Electrocardio Breath collection module 14, is fixedly mounted in shell 11, for acquiring user's Electrocardiosignal and respiratory waveform signal；Central processing unit 16, central processing unit 16 are fixedly mounted in shell 11, central processing unit 16 are connected with position acquisition module 13 and electrocardio Breath collection module 14 respectively, and the electrocardio for receiving and handling user is believed Number, respiratory waveform signal and position active signal, and wireless telecommunications of control and mobile terminal.

It is movable specific that accurate and accurate measurements user position is monitored in order to the body position signal to user Parameter, as shown in Fig. 2, the position acquisition module 13 of the utility model is four axis gyro sensors or six axis gyro sensors Device；Under normal circumstances, position acquisition module 13 can judge the simple physical activity information of user, but accuracy compared with Difference；Furthermore four axis gyro sensors and six axis gyro sensors are usually used in aviation, navigation, space flight and national defense industry, right National defense industry is monitored, and there are no the position letters used four axis gyro sensors and six axis gyro sensors to people It number is monitored, the utility model takes full advantage of four axis gyro sensors and the function of six axis gyro sensors is special Point can reinforce the precision of the body position signal monitoring to user to realize the monitoring to the body position signal of user in this way, To enrich the precision of sleep quality assessment content and assessment report.

In order to user electrocardiosignal and respiratory waveform signal measurement it is accurate, as shown in Fig. 2, the utility model Electrocardio Breath collection module 14 include chip 141, for collecting electrocardio and breath signal；First electrode button 142, first electrode Button 142 is connected by Internal cable with chip 141, for acquiring the electrocardiosignal of user；With second electrode button 143, second Electrode button 143 is connected by Internal cable with chip 141, for acquiring the electrocardiosignal of user, and passes through first electrode button 142 and second electrode button 143 effect acquisition user respiratory waveform signal；The heart of the collection first electrode button 142 of chip 141 The respiratory waveform signal of the electrocardiosignal and user of electric signal and second electrode button 143, and by the electrocardiosignal of user Central processing unit 16 is sent to respiratory waveform signal.143 pairs of uses of first electrode button 142 and second electrode button in order to prevent are made It is interfered at unstability, as shown in Fig. 2, the shell 11 of the utility model, is coated on the outside of first electrode button 142, for preventing Only first electrode button 142 causes unstability and in use for protecting first electrode button 142；The shell 11 of the utility model It is coated on the outside of second electrode button 143, for preventing the 143 pairs of uses of second electrode button from unstability being caused to interfere and for protecting Protect second electrode button 143.Preferably, the packet of shell 11 carries out first electrode button 142,143 part of second electrode button is circular configuration, Circular configuration is equipped with arc-shaped transition section；Since first electrode button 142 and second electrode button 143 pass through Internal cable and core respectively Piece 141 is connected, in order to this cable is protected and is prevented first electrode button 142, second electrode button 143 and Internal cable it Between there is Hard link, Internal cable is involved when pulling first electrode button 142, second electrode button 143, as shown in Fig. 2, this reality Being flexible coupling between first electrode button 142, second electrode button 143 and Internal cable is realized with novel shell 11.It is practical at this In novel, electrocardio Breath collection module 14 is the acquisition module of ADAS1000-4LFCSP model.

Physiologic information picks up transmitter 1 and causes unconformable situation to user in order to prevent, as shown in Fig. 2, this is practical The shell 11 that novel physiologic information picks up transmitter 1 is streamline shuttle shape structure, at the length direction both ends of streamline shuttle shape structure The radian stage with outward extension.Preferably, the length of shell 11 is 80~110mm, and the width of shell 11 is 30~55mm, Shell 11 with a thickness of 10~15mm；First electrode button 142, second electrode button 143 circular configuration diameter be 15mm, set The length of some arc-shaped transition sections is 30mm.The utility model why to physiologic information pick up transmitter 1 size structure into Row limits, and its purpose is to user is convenient for wear, so that physiologic information is picked up transmitter 1 along people by the restriction of size The vertical direction of body central axes is posted in the manubrium position of front；Accordingly even when user turns over, moves, It will not influence the normal use that physiologic information picks up transmitter 1, especially when user sleeps and turns over due to the depth of chest ditch Greater than the thickness that physiologic information picks up transmitter 1, accordingly even when physiologic information pickup transmitter 1 will not press after user turns over The chest for compeling user, can make user's ortho.

It is controlled for the ease of picking up the opening and closing of transmitter 1 to physiologic information, as shown in Fig. 2, the physiology of the utility model is believed It further includes 5pin contact interface 18 that breath, which picks up transmitter 1, and 5pin contact interface 18 is placed in the bottom surface that physiologic information picks up transmitter 1 On, transmitter 1 is picked up for opening and closing physiologic information, is charged and transmitted the life to physiologic information pickup transmitter 1 It manages information and picks up the various data that transmitter 1 stores.

Under normal circumstances, it is only necessary to user night wear physiologic information pick up transmitter 1 carry out electrocardiosignal, exhale Suction waveform signal, position active signal are monitored, and it is low or out of power electricity occur for physiologic information pickup transmitter 1 in order to prevent Situation, as shown in Fig. 2, it further includes power module 15 that the physiologic information of the utility model, which picks up transmitter 1, power module 15 is solid Dingan County provides electric power in shell 11, for picking up transmitter 1 for physiologic information.In the present invention, power module 15 Power-on time be greater than 8 hours, can satisfy the electric power needs of the All Through The Night of user in this way.Power module 15 in order to prevent Disassembly to physiologic information pick up transmitter 1 cause adverse effect, as shown in Fig. 2, the utility model physiologic information pick up hair Emitter 1 further includes charging module 12, and charging module 12 is placed in physiologic information and picks up on the side wall of transmitter 1, with power module 15 It is connected, for charging for power module 15.

As shown in Fig. 2, it further includes bluetooth communication module 17 that the physiologic information of the utility model, which picks up transmitter 1, bluetooth is logical News module 17 is connected with central processing unit 16, and is connected with the bluetooth equipment of mobile terminal 2, for believing the electrocardio of user Number, respiratory waveform signal, position active signal be sent to the bluetooth equipment of mobile terminal 2.The utility model makes full use of movement The bluetooth equipment of terminal 2 reinforces physiologic information and picks up signal transmission between transmitter 1 and mobile terminal 2.

The disassembly of power module 15 picks up transmitter 1 to physiologic information and causes adverse effect in order to prevent, as shown in Fig. 2, It further includes charging storage box 19 that the physiologic information of the utility model, which picks up transmitter 1, and charging storage box 19 is for storing physiology letter Breath picks up transmitter 1, and controls the power module that physiologic information picks up the opening and closing of transmitter 1, picks up transmitter 1 for physiologic information 15 chargings, transmission physiologic information pick up the data that transmitter 1 stores, and showing that physiologic information picks up transmitter 1 is charged state Or working condition.One end of 5pin contact interface 18 is connected with the contact pilotage of charging storage box 19.The contact pilotage of charging storage box 19 It being placed on its top surface, 5pin contact interface 18 is placed in physiologic information and picks up on the bottom surface of transmitter 1, it is connected with power module 15, For charging for power module 15.

The utility model is for accurate measurements and facilitates the electrocardiosignal, respiratory waveform signal and position of observation user living Dynamic signal, as shown in Figure 1, the utility model is additionally provided with waveform display module 25 on mobile terminal 2, waveform display module 25 with Data processing module 22 is connected, for showing the heart real time waveform and real-time respiratory waveform of user.Make for the ease of distinguishing The ecg wave form and respiratory waveform of user, the waveform display module 25 of the utility model is divided to be shown for top display unit and lower part Portion is respectively used to individually show the ecg wave form or respiratory waveform of user.In order to check the position of user in time Activity, as shown in Figure 1, the utility model is additionally provided with position display module 26, position display module 26 and number on mobile terminal 2 It is connected according to processing module 22, for showing the real-time position active signal of user.In order to convenient for the heartbeat to user Numerical value, breathing numerical value are monitored, as shown in Figure 1, the utility model is additionally provided with numerical value display module 27 on mobile terminal 2, Numerical value display module 27 is connected with data processing module 22, for show user instantaneous heartbeat numerical value and instantaneous respiration rate Numerical value.It is stored for the ease of information such as electrocardiosignal, respiratory waveform signal, body position signals to user, such as Fig. 1 institute Show, the utility model is additionally provided with memory module 23 on mobile terminal 2, and memory module 23 is connected with data processing module 22, uses Information in storing data processing module 22.In the present invention, waveform display module 25,26 sum number of position display module It is worth display module 27 and forms information display module.

In the present invention, the data processing module 22 of mobile terminal 2 handles electrocardiosignal, the respiratory waveform of user The information of signal and position active signal, what change information, user's respiratory rate including user's heart rate and the rhythm of the heart changed The information of difference, user breathe equilibrium degree information and position chanP information between information, user's inspiratory phase and expiratory phase.

The utility model also provide it is a kind of based on electrocardio, breathing, body position signal sleep quality appraisal procedure comprising step It is rapid as follows:

Step 1: picking up electrocardiosignal, the respiratory waveform signal, body of transmitter acquisition user using the physiologic information Position active signal, and mobile terminal is sent to bluetooth approach；

Step 2: the mobile terminal, is obtained according to the electrocardiosignal of user, respiratory waveform signal, position active signal Obtain heart rate information, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information and the position of user Change information, according to the heart rate information of user, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree Information, position chanP information obtain the primary sleep quality information of user；

Step 3: the mobile terminal, the electrocardiosignal of user, respiratory waveform signal, position active signal are uploaded To the cloud, the PC terminal obtains electrocardiosignal, respiratory waveform signal, the position active signal of user from the cloud Afterwards, the advanced sleep quality information of user is obtained；

Step 4: the mobile terminal or PC terminal, by the primary sleep quality information and advanced sleep quality of user Information is uploaded to the cloud；

Step 5: primary sleep quality information and advanced sleep matter by the PC terminal to the user in the cloud Amount information is collected, arranges, files, and generates report, is that the sleep quality of user carries out total evaluation.

In the medical institutions such as hospital, judge whether a people is in dormant foundation, often takes a brain electricity Convenient value as threshold value, be then sleep state in threshold range；It is then waking state not in threshold range；But This monitoring is inaccurate, and the situation of mistake even occurs, and use process is extremely inconvenient, severe jamming user's sleeps It sleeps；In order to solve this problem, the utility model integrates high-precision electrocardio, breathing, position information, is formed and completely new is sentenced Disconnected system, principle are as follows:

Heart rate information, the average heart rate of the user obtained in origin or beginning acquisition, for heart rate value of awakening.When the heart of user Rate value is equal to or less than the 80% of my awakening heart rate value, then the sleep heart rate value after falling asleep for user；

Rhythm of the heart information, the mean heart rate of the user obtained in origin or beginning acquisition, for rhythm of the heart value of awakening.When the heart of user Rule value is equal to or less than the 80% of my awakening rhythm of the heart value, then the sleep rhythm of the heart value after falling asleep for user；

Respiratory rate information, the average respiratory rate of user obtained in origin or beginning acquisition, for respiratory rate value of awakening, When user respiratory rate value be equal to or less than I the awakening respiratory rate value of information 80%, then fall asleep for user Sleep-respiratory frequency information value afterwards；

Phase differential information is breathed, the mean difference between the inspiratory phase and expiratory phase of the user obtained in origin or beginning acquisition Value breathes phase difference value for awakening.When the awakening that the breathing phase difference value of user is equal to or less than me breathes phase difference The 80% of value, then the sleep difference value after falling asleep for user；

Equilibrium degree information is breathed, the average breathing rule of the user obtained in origin or beginning acquisition is awakening breathing equilibrium degree Value.The 80% of balanced angle value is breathed when the breathing rule of user is equal to or less than my awaken, then is in sleep for user When breathing equilibrium angle value.

After above-mentioned " origin or beginning " refers in particular to user's wearing physiologic information pickup transmitter, one section to lie down before falling asleep is felt It wakes up the time.

Analysis it is found that compared with prior art, advantages and beneficial effects of the utility model lie in that

It is provided by the utility model based on electrocardio, breathing, body position signal sleep quality assessment system, picked up with physiologic information Transmitter 1 is picked up as acquisition source, the electrocardiosignal, respiratory waveform signal and position active signal of user are acquired, moved Dynamic terminal 2 according to the electrocardiosignal, respiratory waveform signal and position active signal of user, obtain user heart rate information, Rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, position chanP information, then by user's Heart rate information, rhythm of the heart information, respiratory rate information, breathing phase differential information, breathing equilibrium degree information, position chanP information upload To cloud 3, the heart rate information for the user that cloud 3 is stored by PC terminal 4, rhythm of the heart information, respiratory rate information, breathing phase Differential information, breathing equilibrium degree information, position chanP information carry out checking analysis, and then realize and believe the sleep quality of user The complete testing and evaluation of breath；It is provided by the utility model based on electrocardio, breathing, body position signal sleep quality assessment system, Picking up transmitter 1 by physiologic information can be achieved with the electrocardiosignal to user, respiratory waveform signal and position active signal Acquisition, with to user sleep quality carry out testing and evaluation so that the utility model have highly integrated function, and Also have the characteristics that acquisition is simple, acquisition accuracy is high and strong antijamming capability；Simultaneously as the physiologic information of the utility model The front position that transmitter 1 is directly worn to user is picked up, is not in cable winds user's body of routine monitoring device Body and the case where lead to user's poor sleep, i.e., the utility model can provide good sleep from acquisition source for user Comfortable basis.

As known by the technical knowledge, the utility model can pass through other essence without departing from its spirit or the reality of essential feature Scheme is applied to realize.Therefore, embodiment disclosed above, in all respects are merely illustrative, and are not only 's.All changes that come within the scope of the invention or equivalents of the invention are by the utility model packet Contain.

Claims (10)

1. it is a kind of based on electrocardio, breathing, body position signal sleep quality assessment system characterized by comprising

Physiologic information picks up transmitter, posts on the body of user, for acquiring and sending electrocardiosignal, the breathing of user Waveform signal and position active signal；

Mobile terminal is equipped with receiving module in the mobile terminal, data processing module, uploads cloud module；The reception mould Block picks up transmitter with the physiologic information and is connected, the electrocardio letter for picking up the user of transmitter for receiving the physiologic information Number, respiratory waveform signal and position active signal；The data processing module is connected with the receiving module, according to user's Electrocardiosignal, respiratory waveform signal and position active signal obtain heart rate information, rhythm of the heart information, the respiratory rate letter of user The information of difference, breathing equilibrium degree information, position chanP information obtain sleeping for user in turn between breath, inspiratory phase and expiratory phase Dormancy quality information；The upload cloud module is connected with the data processing module, for by the sleep quality information of user Reach cloud；

PC terminal, the PC terminal and the cloud, which are realized, to be wirelessly connected, for obtaining user's sleep quality in the cloud Information, to realize the report to user's sleep quality.

2. it is according to claim 1 based on electrocardio, breathing, body position signal sleep quality assessment system, it is characterised in that:

The physiologic information picks up transmitter along the vertical direction of human body central axes, posts in the manubrium position of user front It sets.

3. it is according to claim 1 or 2 based on electrocardio, breathing, body position signal sleep quality assessment system, feature exists In the physiologic information picks up transmitter and includes:

Shell, for providing installation space；

Position acquisition module is fixedly mounted in the shell, for acquiring the position active signal of user；

Electrocardio Breath collection module, is fixedly mounted in the shell, for acquiring the electrocardiosignal and respiratory waveform of user Signal；

Bluetooth communication module is fixedly mounted in the shell, picks up transmitter and the shifting for realizing the physiologic information Data transmission and communication between dynamic terminal；

Central processing unit, the central processing unit are fixedly mounted in the shell, the central processing unit respectively with the body Position acquisition module, the electrocardio Breath collection module are connected with the bluetooth communication module, for receiving and handling user's Electrocardiosignal, respiratory waveform signal and position active signal, and the wireless telecommunications of control and the mobile terminal.

4. it is according to claim 3 based on electrocardio, breathing, body position signal sleep quality assessment system, it is characterised in that:

The position acquisition module is four axis gyro sensors or six axis gyro sensors.

5. it is according to claim 3 based on electrocardio, breathing, body position signal sleep quality assessment system, which is characterized in that The electrocardio Breath collection module includes:

Chip is used for collecting signal；

First electrode button, the first electrode button is connected by Internal cable with the chip, for acquiring the electrocardio of user Signal and breath signal；

Second electrode button, the second electrode button is connected by Internal cable with the chip, for acquiring the electrocardio of user Signal and breath signal；The chip collects the electrocardiosignal and respiratory waveform of the first electrode button and the second electrode button Signal, and electrocardiosignal and respiratory waveform signal are sent to the central processing unit.

6. it is according to claim 3 based on electrocardio, breathing, body position signal sleep quality assessment system, it is characterised in that:

The shell is streamline shuttle shape structure.

7. it is according to claim 3 based on electrocardio, breathing, body position signal sleep quality assessment system, it is characterised in that:

The length of the shell is 80~110mm, and the width of the shell is 30~55mm, the shell with a thickness of 10~ 15mm。

8. it is according to claim 1 or 2 based on electrocardio, breathing, body position signal sleep quality assessment system, feature exists In:

It is additionally provided with waveform display module, the waveform display module and the data processing module phase on the mobile terminal Even, for showing the heart real time waveform and real-time respiratory waveform of user.

9. it is according to claim 1 or 2 based on electrocardio, breathing, body position signal sleep quality assessment system, feature exists In:

It is additionally provided with position display module, the position display module and the data processing module phase on the mobile terminal Even, for showing the real-time position active signal of user.

10. it is according to claim 1 or 2 based on electrocardio, breathing, body position signal sleep quality assessment system, feature It is:

It is additionally provided with numerical value display module, the numerical value display module and the data processing module phase on the mobile terminal Even, for showing the instantaneous heartbeat numerical value and instantaneous respiration rate numerical value of user.