CN203208499U - Meditation device - Google Patents
Meditation device Download PDFInfo
- Publication number
- CN203208499U CN203208499U CN 201320221308 CN201320221308U CN203208499U CN 203208499 U CN203208499 U CN 203208499U CN 201320221308 CN201320221308 CN 201320221308 CN 201320221308 U CN201320221308 U CN 201320221308U CN 203208499 U CN203208499 U CN 203208499U
- Authority
- CN
- China
- Prior art keywords
- heart rate
- set aside
- module
- data processing
- worries set
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Measuring Pulse, Heart Rate, Blood Pressure Or Blood Flow (AREA)
Abstract
The utility model relates to the field of human potency development assisting device, and particularly discloses a meditation device. The meditation device comprises a heart rate measuring module, a data processing module and a sound output module; whether a user stays at a nervous state or not can be judged by the data processing module according to the heart rate data measured by the heart rate measuring module, when the user stays at the nervous state, the processed heart rate signal can be transmitted by the data processing module to the sound output module in real time to be played to the user, the stress reaction of an external environment on the heart can be blocked, and a calm effect can be realized; when the user stays at a relax state, no heart rate signal is transmitted between the data processing module and the sound output module. By adopting the meditation device, when people stays at a tension state, the heartbeat can be efficiently alleviated, so that people can normally play own ability when participating in different activities or competitions and can be prevented from missing the opportunity of success due to the nervousness and performance anxiety.
Description
Technical field
This utility model relates to people's development of potential assistive device field, relates in particular to a kind of device with all worries set aside and utilizes it to relax the method for heart beating.
Background technology
For a long time, people in the face of the variation of various external environments can produce health stress nervous reaction, as various situations such as examination, performance, match, danger.These healths stress comprise psychentonia by nervous reaction, palpitating speed, even have that the people understands that health does not independently tremble, brains is blank and cry out etc., these reactions all can directly have influence on client's ability to act and respond, even have influence on client's self-confidence and life development track.Current psychology has carried out a lot of researchs and has given some of the recommendations this field, for example, and when people are in tension, can deeply breathe, hold fist, jog etc., but the client is in tension following, and these methods all are difficult to work, even situation can be more and more worse.
The utility model content
(1) technical problem that will solve
The purpose of this utility model is to provide a kind of device with all worries set aside, overcoming in the prior art, when people in tension down, by deeply breathe, hold fist, method such as jog is difficult to reach the deficiency that relaxes heart beating.
(2) technical scheme
In order to solve the problems of the technologies described above, this utility model provides a kind of device with all worries set aside, and it comprises: heart rate measurement module, data processing module and voice output module;
Described heart rate measurement module is used for measuring the heart rate data of user;
Described data processing module links to each other respectively with the sound output module with described heart rate measurement module, the heart rate data that described data processing module is measured according to the heart rate measurement module judges whether user is in tension, when user is in tension, heart rate signal after data processing module will be handled sends to the voice output module in real time, play to user, the blocking-up external environment reaches effect with all worries set aside to the stress of heart; When user is in relaxation state, does not carry out heart rate signal between described data processing module and the described voice output module and transmit.
Further, described device with all worries set aside also comprises display module and the function key that all links to each other with data processing module;
Described display module is used for showing the performance of effect with all worries set aside, and the heart rate signal after described data processing module will be handled sends to display module in real time;
Described function key comprises and presets mode key and mode key with all worries set aside;
The described mode key that presets is used for described device with all worries set aside is set at the pattern of presetting, to measure the heart rate value of user under relaxation state;
Described mode key with all worries set aside is used for described device with all worries set aside is set at pattern with all worries set aside, and user is finished process with all worries set aside under this pattern.
Further, described device with all worries set aside also comprises the volume control module that is connected with data processing module, is set to the volume value that user can be heard when the voice output with the volume of the sound of voice output module output.
Further, described device with all worries set aside also comprises the display lamp that is used for evaluation effect with all worries set aside that several link to each other with data processing module, the number of bright lamp is directly proportional with the effect that sets aside all worries, and when process with all worries set aside was finished, described display lamp for evaluation effect with all worries set aside all was in lighting lamp state.
Further, described heart rate measurement module is pectoral girdle, and described data processing module is the heart rate table, communicates by wireless signal between described pectoral girdle and the described heart rate table to be connected;
Described voice output module can adopt the earplug that is connected with described heart rate table;
Described pectoral girdle is used for measuring the heart rate data of user, and measured heart rate data is sent to described heart rate table;
Described heart rate table comprises processor, the heart rate data that sends for the treatment of described pectoral girdle, and the heart rate signal after will handling sends to described earplug in real time.
Further, described heart rate measurement module and the data processing module integrated Doppler's cardiotachometer of this two big module of serving as reasons, described voice output module is the earplug that is connected with described Doppler's cardiotachometer;
Described Doppler's cardiotachometer comprises: for the treatment of the processor of heart rate data and for the probe that contacts with chest;
Described Doppler's cardiotachometer is measured the heart rate data of user by described probe, sends processor afterwards to, and described processor is handled the heart rate data that receives, and sends to described earplug.
(3) beneficial effect
The device with all worries set aside that this utility model provides when people are in tension, can effectively relax heart beating, makes people can both normally bring into play oneself ability when participating in comings and goings or match, and can not have stage fright and successfully narrowly miss owing to anxiety.
Description of drawings
Fig. 1 is the structural representation of a kind of device with all worries set aside among this utility model embodiment.
Fig. 2 is the structural representation of another kind of device with all worries set aside among this utility model embodiment.
Fig. 3 is that data processing module is to the processing procedure of heart rate data.
Among the figure, 1: watchband; 2: basic display unit; 3: function key; 4: the bluetooth earplug; 4 ': common earplug; 5: the breast band; 6: probe; 7: volume control key; 8: green light.
The specific embodiment
The specific embodiment of the device with all worries set aside that this utility model is provided below in conjunction with accompanying drawing is described in further detail.These embodiments only are used for explanation this utility model, and are not to restriction of the present utility model.
The device with all worries set aside that this utility model provides comes from a philosophy understanding, " enemy of people's maximum is himself ", want capability development, succeed, maximum obstacle is exactly oneself, when people meet difficulty or challenge, stress can take place in health, for most of people, this reaction is transition, badly influences ability and normal reaction that the people should have, its cardiac is the blood transfusion maincenter of whole health, the people in stress environment, palpitating speed, transfusion volume and blood pressure increase, brain and nervous system are produced contention effect, having amplified people's anxiety and pressure, therefore heart beating has been relaxed, is the controlled key of stress.
Control stress beating of heart, at first let us is familiar with cardiac nerve and cardiac muscle nerve:
Cardiac nerve refers to arrange the peripheral nerve of cardiomotility.The orthosympathetic branch that heart is distributed with vagal branch and sends from cervical region, thoracic sympathetic ganglion, they are respectively as suppressing and excited nerve, by both mutual antagonism to regulate the movement function of heart.
The effect that cardiac muscle is neural:
1) cyclical swing effect: be the effect to sinuatrial node, stimulate the inhibition nerve will make cardiac cycle postpone (negative effect), stimulate excitor nerve then to accelerate cardiac cycle (positive effect).
2) intensity change effect: be the direct effect to cardiac muscle, suppress nerve and make myocardial contraction strength reduction (feminine gender) that excitor nerve then makes myocardial contraction intensity enhancing (positive).
3) conduction change effect: mainly be the effect to stimulus-transmitting system, to the conduction velocity that shrinks, suppress the neural negative effect that plays, excitor nerve plays positive effect.
The maincenter of inhibition and excited two kinds of nerves is the cardiac nerve maincenter, be arranged in medulla oblongata separately, as the self-discipline maincenter except often keeping the tense situation, because be subjected to the domination of brain, so when excited, the heartthrob number of times increases, and, as the reflex center of heart, undertaking the adjusting of heart body.
The device with all worries set aside that this utility model provides, by the brain mind conversion, auxiliary blocking-up cerebral nervous system to heart stimulation, is issued to the effect that relaxes heart beating by cardiac nerve at stress state.Below be the process of blocking-up: device with all worries set aside is gathered the information of heart beating activity, instant mode with sound, listen by ear, the action message of heart is transferred to brain, the brain cardiac by original passive stress state, transfer to and be exaggerated and discharge, heart and people's cerebral activity is just as interpersonal relation at this moment, and heart is an active individuals, and brain is an active individuals, brain is not exerted one's influence to heart, only listen attentively to beating of heart, cardiac nerve is regulated beating of heart behind the release pressure toward the direction that relaxes, and health and extraneous reaction and heart are separated in this effect, relax heart beating rapidly, reach effect with all worries set aside.
It more than is the operation principle of the device with all worries set aside that provides of this utility model.Below be the structure of the device with all worries set aside that provides of this utility model and utilize this device with all worries set aside to relax the method for heart beating.
The device with all worries set aside that this utility model provides comprises: heart rate measurement module, data processing module and voice output module.Described heart rate measurement module is used for measuring the heart rate data of user, described data processing module links to each other with the sound output module with described heart rate measurement module respectively, the heart rate data that described data processing module is measured according to the heart rate measurement module judges whether user is in tension, when user is in tension, heart rate signal after data processing module will be handled sends to the voice output module in real time, play to user, the blocking-up external environment reaches effect with all worries set aside to the stress of heart; When user is in relaxation state, does not carry out heart rate signal between described data processing module and the described voice output module and transmit.
Shown in Fig. 1-2, described heart rate measurement module can adopt pectoral girdle 5, and described data processing module can adopt the heart rate table, communicates by wireless signal between described pectoral girdle 5 and the described heart rate table to be connected.Described voice output module can adopt the earplug that is connected with the heart rate table, the earplug here can be common earplug 4 ', also can be bluetooth earplug 4.Described pectoral girdle 5 is used for measuring the heart rate data of user, and measured heart rate data is sent to described heart rate table.Described heart rate table comprises processor, the heart rate data that sends for the treatment of pectoral girdle 5, and the heart rate signal after will handling sends to earplug in real time.
Described heart rate measurement module and data processing module also can adopt by the integrated Doppler's cardiotachometer of this two big module.Described Doppler's cardiotachometer comprises: for the treatment of the processor of heart rate data and for the probe that contacts with chest.Described Doppler's cardiotachometer links to each other with earplug.The earplug here can be common earplug 4 ', also can be bluetooth earplug 4.Described Doppler's cardiotachometer sends the processor of Doppler's cardiotachometer to afterwards by 6 heart rate datas of measuring user of popping one's head in, and processor is handled the heart rate data that receives, and sends to earplug.
Described device with all worries set aside also comprises display module and the function key 3 that all links to each other with data processing module; Described display module is used for showing the performance of effect with all worries set aside, and the heart rate signal after described data processing module will be handled sends to display module in real time; Described function key 3 comprises and presets mode key and mode key with all worries set aside; The described mode key that presets is used for described device with all worries set aside is set at the pattern of presetting, to measure the heart rate value of user under relaxation state; Described mode key with all worries set aside is used for described device with all worries set aside is set at pattern with all worries set aside, and user is finished process with all worries set aside under this pattern.
Described display module can adopt the basic display unit 2 of heart rate table, wears the heart rate table for convenience and also is provided with the watchband 1 that is connected with basic display unit 2.Described function key 3 is arranged on the described basic display unit 2.
Described device with all worries set aside also comprises the volume control module that is connected with data processing module, is set to the volume value that user can be heard when the voice output with the volume of the sound of voice output module output.
Described volume control module can be realized by at described basic display unit 2 volume control key 7 that links to each other with heart rate table processor inside being set.
Described device with all worries set aside also comprises the display lamp that is used for evaluation effect with all worries set aside that several link to each other with data processing module, and the number of bright lamp is directly proportional with the effect that sets aside all worries, and when process with all worries set aside was finished, described display lamp for evaluation effect with all worries set aside all was in lighting lamp state.According to medical research, the preferred green light 8 of display lamp.For example heart rate table or Doppler's cardiotachometer arrange with its separately internal processor link to each other be used for the set aside all worries green light 8 of effect of evaluation.
Described data processing module is as follows to the processing procedure of heart rate data:
As shown in Figure 3, described data processing module comprises: sound transducer, multistage amplifier circuit, wave filter, power amplifier, speaker, comparator, enumerator and decoder.The heart rate signal that data processing module receives is converted into the faint signal of telecommunication by sound transducer, after utilizing multistage amplifier circuit that heart rate signal is amplified and filtering out unnecessary noise by wave filter, divides three road signals:
A, the first via are amplified heart rate is directly simulated in the back by speaker audible signal by power amplifier.
B, the second road signal are converted into pulse signal through behind the comparator, are converted into heart rate value through enumerator again, show in display module by after the decoder for decoding then.
C, Third Road signal still pass through comparator, are mainly used in measuring the power of heart rate signal; According to the strong and weak difference of heart rate signal, the signal of telecommunication that output is not gone the same way in comparator removes to drive display module by decoder equally, shows the strong and weak degree of heart rate signal.
This utility model also provides a kind of and utilizes described device with all worries set aside to relax the method for heart beating, and this method may further comprise the steps:
S1: the device that will set aside all worries is set at the pattern of presetting, and the heart rate measurement module is measured the heart beat cycle value under the user relaxation state, and data processing module calculates the heart rate value of this moment as presetting fiducial value;
Among the described step S1, determine that the method that presets fiducial value is: repeatedly measure heart rate value by data measurement module, the minimal heart rate value that data measurement module is measured is as presetting fiducial value.Perhaps, determine that the method that presets fiducial value also can pass through display module symbols displayed, labelling or even some printed words, as: " ready " etc., remind user heart rate value at that time can be used as by such method and preset fiducial value.
S2: the device that will set aside all worries is set at pattern with all worries set aside, utilizes the heart rate measurement module to measure the heart rate value of user under the state at that time, data processing module with this heart rate value with preset fiducial value and make comparisons, judge whether user in tension;
If this heart rate value is higher than and presets fiducial value, illustrate that then user is in tension, described data processing module is sent to the voice output module with instant heartbeat signal, play to user, the blocking-up external environment relaxes heart beating to the stress of user heart, realizes with all worries set aside;
If this heart rate value is not higher than and presets fiducial value, illustrate that then user is relaxation state, do not carry out heart rate signal between described data processing module and the described voice output module and transmit, user be can't hear sound, does not then need to set aside all worries this moment.
Among the described step S2, the performance of the effect with all worries set aside that user can show according to display module judges whether process with all worries set aside finishes.The performance of effect with all worries set aside can adopt data processing module to make display module show that the method for cylindricality labelling realizes; Displaying ratio V=(the P of cylindricality labelling
0-P
1)/(P
0-P
PS)=(1/T
0-1/T
1)/(1/T
0-1/T
PS), wherein, T
PSBe the heart beat cycle value under the preassigned pattern, P
PS=1/T
PSBe the heart rate value under the preassigned pattern; T
0Heart beat cycle when beginning to measure, P
0=1/T
0Heart rate value when beginning to measure; T
1Be the heart beat cycle value of process with all worries set aside, P
1=1/T
1Heart rate value for process with all worries set aside; T
1Variation directly affect the value of the displaying ratio V of cylindricality labelling, work as T
1Equal T
PSThe time, cylindricality labelling V is 1, and the cylindricality labelling shows complete cylindricality, and this moment, process with all worries set aside finished.Perhaps, the performance of effect with all worries set aside can realize that also the number of bright lamp is directly proportional with the effect that sets aside all worries by the bright lamp number of bulb, and when effect with all worries set aside was finished, described bulb all was in lighting lamp state.
In order to prevent that user may be can't hear the sound that the voice output module plays out in process with all worries set aside, influence effect with all worries set aside, thus can be earlier before the step S2 sound by the volume control module voice output module volume value V that user can be heard when being set to as voice output
Default, also can be described as V
DefaultBe the comfort noise value that user when the voice output can be heard, this value can be answered the people and different according to the hearing ability of user.
After the volume value with the output of voice output module configures, the sound size V of earplug output
SoundDetermined by following factor: V
Sound=V
Default(P
1-P
PS)/(P
0-P
PS)=V
Default(1/T
1-1/T
PS)/(1/T
0-1/T
PS).Work as T
1Equal T
PSThe time, V
Sound=0, effect with all worries set aside is finished, and no longer carries out heart rate signal between described data processing module and the described voice output module and transmits, and this moment, user be can't hear sound.Work as T
1Equal T
0The time, just the detected heart rate value of data processing module is not higher than and presets fiducial value, this moment described data processing module with described voice output module between do not carry out the heart rate signal transmission, user be can't hear sound, user does not need to set aside all worries.
The above only is preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite that does not break away from this utility model know-why; can also make some improvement and replacement, these improvement and replacement also should be considered as protection domain of the present utility model.
Claims (6)
1. a device with all worries set aside is characterized in that, described device with all worries set aside comprises: heart rate measurement module, data processing module and voice output module;
Described heart rate measurement module is used for measuring the heart rate data of user;
Described data processing module links to each other respectively with the sound output module with described heart rate measurement module, the heart rate data that described data processing module is measured according to the heart rate measurement module judges whether user is in tension, when user is in tension, heart rate signal after data processing module will be handled sends to the voice output module in real time, play to user, the blocking-up external environment reaches effect with all worries set aside to the stress of heart; When user is in relaxation state, does not carry out heart rate signal between described data processing module and the described voice output module and transmit.
2. device with all worries set aside according to claim 1 is characterized in that, described device with all worries set aside also comprises display module and the function key that all links to each other with data processing module;
Described display module is used for showing the performance of effect with all worries set aside, and the heart rate signal after described data processing module will be handled sends to display module in real time;
Described function key comprises and presets mode key and mode key with all worries set aside;
The described mode key that presets is used for described device with all worries set aside is set at the pattern of presetting, to measure the heart rate value of user under relaxation state;
Described mode key with all worries set aside is used for described device with all worries set aside is set at pattern with all worries set aside, and user is finished process with all worries set aside under this pattern.
3. device with all worries set aside according to claim 1 and 2, it is characterized in that, described device with all worries set aside also comprises the volume control module that is connected with data processing module, is set to the volume value that user can be heard when the voice output with the volume of the sound of voice output module output.
4. device with all worries set aside according to claim 3, it is characterized in that, described device with all worries set aside also comprises the display lamp that is used for evaluation effect with all worries set aside that several link to each other with data processing module, the number of bright lamp is directly proportional with the effect that sets aside all worries, when process with all worries set aside was finished, described display lamp for evaluation effect with all worries set aside all was in lighting lamp state.
5. device with all worries set aside according to claim 1 is characterized in that, described heart rate measurement module is pectoral girdle, and described data processing module is the heart rate table, communicates by wireless signal between described pectoral girdle and the described heart rate table to be connected;
Described voice output module can adopt the earplug that is connected with described heart rate table;
Described pectoral girdle is used for measuring the heart rate data of user, and measured heart rate data is sent to described heart rate table;
Described heart rate table comprises processor, the heart rate data that sends for the treatment of described pectoral girdle, and the heart rate signal after will handling sends to described earplug in real time.
6. device with all worries set aside according to claim 1 is characterized in that, described heart rate measurement module and the data processing module integrated Doppler's cardiotachometer of this two big module of serving as reasons, and described voice output module is the earplug that is connected with described Doppler's cardiotachometer;
Described Doppler's cardiotachometer comprises: for the treatment of the processor of heart rate data and for the probe that contacts with chest;
Described Doppler's cardiotachometer is measured the heart rate data of user by described probe, sends processor afterwards to, and described processor is handled the heart rate data that receives, and sends to described earplug.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320221308 CN203208499U (en) | 2013-04-26 | 2013-04-26 | Meditation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320221308 CN203208499U (en) | 2013-04-26 | 2013-04-26 | Meditation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203208499U true CN203208499U (en) | 2013-09-25 |
Family
ID=49198077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320221308 Expired - Fee Related CN203208499U (en) | 2013-04-26 | 2013-04-26 | Meditation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203208499U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263717A (en) * | 2013-04-26 | 2013-08-28 | 谢维权 | Calming device and heartbeat slowing method thereby |
| USD980183S1 (en) | 2020-07-13 | 2023-03-07 | Anna Peterson Macsalka | Novelty base |
-
2013
- 2013-04-26 CN CN 201320221308 patent/CN203208499U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103263717A (en) * | 2013-04-26 | 2013-08-28 | 谢维权 | Calming device and heartbeat slowing method thereby |
| CN103263717B (en) * | 2013-04-26 | 2015-05-27 | 谢维权 | Calming device and heartbeat slowing method thereby |
| USD980183S1 (en) | 2020-07-13 | 2023-03-07 | Anna Peterson Macsalka | Novelty base |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| AU2018226818B2 (en) | Methods and systems for modulating stimuli to the brain with biosensors | |
| US20200086133A1 (en) | Validation, compliance, and/or intervention with ear device | |
| US9320885B2 (en) | Dual-purpose sleep-wearable headgear for monitoring and stimulating the brain of a sleeping person | |
| US20170007173A1 (en) | System for polyphasic sleep management, method of its operation, device for sleep analysis, method of current sleep phase classification and use of the system and the device in polyphasic sleep management | |
| WO2007047667A3 (en) | Apparatus and method for the measurement and monitoring of bioelectric signal patterns | |
| CN108024732A (en) | A kind of device for aiding in loosening | |
| de Tommaso et al. | Combined EEG/EMG evaluation during a novel dual task paradigm for gait analysis | |
| CN110251798A (en) | A kind of wear-type acousto-optic therapeutic equipment for Alzheimer disease | |
| WO2009158295A8 (en) | Body-based monitoring of brain electrical activity | |
| AU2022203926A1 (en) | Method and apparatus for wearable device with EEG and biometric sensors | |
| CN105472498A (en) | Medical smart sleeping headset, sleep monitoring system comprising medical smart sleeping headset and implementation method of sleep monitoring system | |
| WO2019226656A1 (en) | A non-pharmaceutical method of managing pain | |
| Chaitanya et al. | A wearable, EEG-based massage headband for anxiety alleviation | |
| CN203208499U (en) | Meditation device | |
| KR101578729B1 (en) | Waking up device for finding out sleeping stage using bio-signal and method thereof | |
| CN104841057A (en) | Electroencephalogram brainwave alpha based infrasonic wave driving fatigue relieving method and device | |
| US4355644A (en) | Heart rate bio-feedback system | |
| CN211798260U (en) | Pelvic floor muscle treatment equipment | |
| US11400252B2 (en) | Non-pharmaceutical method of managing pain | |
| CN103263717B (en) | Calming device and heartbeat slowing method thereby | |
| CN117956947A (en) | Method for brain wave synchronization of remote physiological group | |
| CN215231382U (en) | Wake-up prompting system combined with virtual reality technology | |
| DE102009007934A1 (en) | Portable breath | |
| WO2021236421A1 (en) | Methods and systems for treating anxiety and depression | |
| JP2902617B2 (en) | Brain wave guidance device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130925 Termination date: 20210426 |