CN105975106B - A kind of intelligent health-care mouse and its carry out hand therapeutic massage method - Google Patents
A kind of intelligent health-care mouse and its carry out hand therapeutic massage method Download PDFInfo
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- CN105975106B CN105975106B CN201610273180.XA CN201610273180A CN105975106B CN 105975106 B CN105975106 B CN 105975106B CN 201610273180 A CN201610273180 A CN 201610273180A CN 105975106 B CN105975106 B CN 105975106B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of 2D relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
- G06F3/03543—Mice or pucks
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
- A61B5/024—Detecting, measuring or recording pulse rate or heart rate
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H15/00—Massage by means of rollers, balls, e.g. inflatable, chains, or roller chains
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Abstract
The invention discloses a kind of intelligent health-care mouses, including mouse body and can continuously acquire the pulse information acquisition module of user's pulse information in real time, the mouse position acquisition module that can continuously acquire cursor position information in real time, the finger that can be contacted to user with the mouse body and palm carry out healthcare function module, information display module, message processing module and the user configuration module for configuring the information display module and healthcare function module attribute of therapeutic massage.A kind of intelligent health-care mouse progress hand therapeutic massage method is used the invention also discloses a kind of.The present invention has pulse signal detection, pulse information processing and display, the judgement of human fatigue degree and display, hand massage multiple functions simultaneously, can while using the product by the user real-time monitoring user's body state, it reminds user to rest and health care in time according to user's body state, and a variety of massaging ways relieved fatigue is provided.
Description
Technical field
The invention belongs to computer field, specifically a kind of intelligent health-care mouse and its progress hand therapeutic massage side
Method.
Background technique
In today that intelligence continues to develop, computer has become people's routine work and entertains indispensable part.
Meanwhile because work entertainment overlong time, the various health problems for causing over fatigue and causing also become increasingly conspicuous on computers.Such as
Fruit has a product can be when people carry out computation, real-time monitoring operator's degree of fatigue, and can provide health care to it
Service relieves fatigue, significant for the people that work and recreation are engaged in protection by computer for a long time.Mouse is
One of with operator's time of contact longest computer hardware when operating computer, and existing mouse function is single, can not be right simultaneously
User carries out real-time monitoring and health care.
Summary of the invention
The present invention overcomes deficiency in the prior art, provide a kind of structure it is simple, it is multiple functional, to health ten
Divide beneficial intelligent health-care mouse and its carries out hand therapeutic massage method.The technological means that the present invention uses is as follows:
A kind of intelligent health-care mouse can continuously acquire including mouse body and in real time the pulse information of user's pulse information
Acquisition module, the mouse position acquisition module that can continuously acquire cursor position information in real time, can be to user and the mouse body
The finger and palm of contact carry out the healthcare function module of therapeutic massage, information display module, message processing module and for matching
The user configuration module of the information display module and healthcare function module attribute is set, the information display module attribute refers to institute
The display content and display mode of information in information display module are stated, the healthcare function module attribute refers to the healthcare function
Therapeutic massage mode in module.
Under working condition, the message processing module carries out the collected pulse information of the pulse information acquisition module
Processing and storage, obtain user's heart rate and current degree of fatigue information, and it is real-time that the information is transferred to information display module
It is shown to user, user's rest is prompted by information display module if degree of fatigue is more than preset range and whether selects to protect
Strong, user configures therapeutic massage mode in the healthcare function module by the user configuration module, the information
Processing module, which obtains the therapeutic massage mode and controls the healthcare function module, implements therapeutic massage to user.
The current value and heart rate, fatigue of the display information heart rate containing active user of the information display module, fatigue state
The advisory information to user that state versus time curve and the message processing module provide.
Therapeutic massage mode, which is included in the user configuration module, in the healthcare function module presets therapeutic massage side
Formula and the customized therapeutic massage mode of user.
The collector of the pulse information acquisition module is located at the contact position of the mouse body and a certain finger of user.
The collector of the mouse position acquisition module is located at the underface of the mouse body,
Under working condition, the collected mouse location information of mouse position acquisition module is transferred directly to computer,
It is handled by computer related software.
A kind of above-mentioned intelligent health-care mouse and its progress hand therapeutic massage method, tool are used the invention also discloses a kind of
It has the following steps:
S1, the message processing module obtain user's heart rate:
S11, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S12, the average value p for calculating pulse information in time period tav；
S13, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
Or pj-1>pavAnd pj<pav, wherein i, j are the natural number less than t/T, then record number i, j, and it is arranged from small to large；
S14, the serial number recorded is expressed as n1, n2..., nk, wherein nkIt can be obtained for maximum serial number if then k is even number
User's heart rate in time period t is 0.5k/t, conversely, can obtain user's heart rate in time period t is 0.5 (k-1)/t；
S15, it is repeated the above process within next t period；
S2, the message processing module obtain human fatigue degree:
S21, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S22, the average value p for calculating pulse information in time period tav；
S23, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
I is then recorded, and if then there is pj-1>pavAnd pj<pav, then j is recorded, records maximum value, and table in-i pulse informations of this j
It is shown as pmax_i；
S24, it seeks recording whole p in time period tmax_iAverage value Pav, and it is stored as sequence of average；
S25, it is repeated the above process using the average value degree of fatigue current as user, and within next t period；
S3, the message processing module judge that human fatigue degree is more than predetermined value: in the human fatigue degree stored
In sequence, if the absolute value of the difference of m degree of fatigue last in sequence and m degree of fatigue most preceding in sequence is all larger than
PB, wherein m is the natural number greater than 2, PBFor preset degree of fatigue threshold value, then it is assumed that human fatigue degree is beyond predetermined
Value；
S4, information display module prompt user rest and whether select health care；
S5, when user's selection is without massage, then close prompt and keep each module current state constant, spend given time
TkAfterwards, then to human fatigue state judge, and request to prompt to the information display module according to judging result；
When user's selection is massaged, user is by the user configuration module to health care in the healthcare function module
Massaging way is configured, the message processing module obtain the therapeutic massage mode and control the healthcare function module to
Implement therapeutic massage in family.
Therapeutic massage mode, which is included in the user configuration module, in the healthcare function module presets therapeutic massage side
Formula and the customized therapeutic massage mode of user,
When user's selection is by default therapeutic massage mode, the message processing module obtains the therapeutic massage mode, and
Scheme storage location is massaged from the message processing module and obtains massage strategy parameter, according to this healthcare function described in state modulator
Module implements therapeutic massage to user；
When user's selection is by the customized therapeutic massage mode of user, the message processing module is from the user configuration mould
Get parms in the therapeutic massage mode voluntarily provided in block by user, and according to this healthcare function module described in state modulator to
Implement therapeutic massage in family.
With the prior art compared with product, the invention has the advantages that having pulse signal detection, pulse information processing simultaneously
And display, the judgement of human fatigue degree and display, hand massage multiple functions, compared to other mouses, its function is more complete；
Especially can use the product by the user carry out routine work while real-time monitoring user's body state, according to user's body state
Timely prompting user rests and health care, and provides a variety of massaging ways relieved fatigue, facilitates user can be according to itself need
It is selected and is configured, to can more play the role of that user is helped to relieve fatigue.
The present invention can be widely popularized in computer field based on the above reasons.
Detailed description of the invention
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.
Fig. 1 is a kind of structural relation figure of each module of intelligent health-care mouse in a specific embodiment of the invention.
Fig. 2 is a kind of top view of the mouse body of intelligent health-care mouse in a specific embodiment of the invention.
Fig. 3 is a kind of side view of the mouse body of intelligent health-care mouse in a specific embodiment of the invention.
Specific embodiment
A kind of intelligent health-care mouse can continuously acquire including mouse body and in real time the pulse information of user's pulse information
Acquisition module, the mouse position acquisition module that can continuously acquire cursor position information in real time, can be to user and the mouse body
The finger and palm of contact carry out the healthcare function module of therapeutic massage, information display module, message processing module and for matching
The user configuration module of the information display module and healthcare function module attribute is set,
Under working condition, the message processing module carries out the collected pulse information of the pulse information acquisition module
Processing and storage, obtain user's heart rate and current degree of fatigue information, and it is real-time that the information is transferred to information display module
It is shown to user, user's rest is prompted by information display module if degree of fatigue is more than preset range and whether selects to protect
Strong, user configures therapeutic massage mode in the healthcare function module by the user configuration module, the information
Processing module, which obtains the therapeutic massage mode and controls the healthcare function module, implements therapeutic massage to user.
The current value and heart rate, fatigue of the display information heart rate containing active user of the information display module, fatigue state
The advisory information to user that state versus time curve and the message processing module provide.
Therapeutic massage mode, which is included in the user configuration module, in the healthcare function module presets therapeutic massage side
Formula and the customized therapeutic massage mode of user.
The collector of the pulse information acquisition module is located at the contact position of the mouse body and a certain finger of user.
The collector of the mouse position acquisition module is located at the underface of the mouse body,
Under working condition, the collected mouse location information of mouse position acquisition module is transferred directly to computer,
It is handled by computer related software.
It is a kind of using a kind of described intelligent health-care mouse and its to carry out hand therapeutic massage method, there are following steps:
S1, the message processing module obtain user's heart rate:
S11, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S12, the average value p for calculating pulse information in time period tav；
S13, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
Or pj-1>pavAnd pj<pav, wherein i, j are the natural number less than t/T, then record number i, j, and it is arranged from small to large；
S14, the serial number recorded is expressed as n1, n2..., nk, wherein nkIt can be obtained for maximum serial number if then k is even number
User's heart rate in time period t is 0.5k/t, conversely, can obtain user's heart rate in time period t is 0.5 (k-1)/t；
S15, it is repeated the above process within next t period；
S2, the message processing module obtain human fatigue degree:
S21, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S22, the average value p for calculating pulse information in time period tav；
S23, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
I is then recorded, and if then there is pj-1>pavAnd pj<pav, then j is recorded, records maximum value, and table in-i pulse informations of this j
It is shown as pmax_i；
S24, it seeks recording whole p in time period tmax_iAverage value Pav, and it is stored as sequence of average；
S25, it is repeated the above process using the average value degree of fatigue current as user, and within next t period；
S3, the message processing module judge that human fatigue degree is more than predetermined value: in the human fatigue degree stored
In sequence, if the absolute value of the difference of m degree of fatigue last in sequence and m degree of fatigue most preceding in sequence is all larger than
PB, wherein m is the natural number greater than 2, PBFor preset degree of fatigue threshold value, then it is assumed that human fatigue degree is beyond predetermined
Value；
S4, information display module prompt user rest and whether select health care；
S5, when user's selection is without massage, then close prompt and keep each module current state constant, spend given time
TkAfterwards, then to human fatigue state judge, and request to prompt to the information display module according to judging result；
When user's selection is massaged, user is by the user configuration module to health care in the healthcare function module
Massaging way is configured, the message processing module obtain the therapeutic massage mode and control the healthcare function module to
Implement therapeutic massage in family.
Therapeutic massage mode, which is included in the user configuration module, in the healthcare function module presets therapeutic massage side
Formula and the customized therapeutic massage mode of user,
When user's selection is by default therapeutic massage mode, the message processing module obtains the therapeutic massage mode, and
Scheme storage location is massaged from the message processing module and obtains massage strategy parameter, according to this healthcare function described in state modulator
Module implements therapeutic massage to user；
When user's selection is by the customized therapeutic massage mode of user, the message processing module is from the user configuration mould
Get parms in the therapeutic massage mode voluntarily provided in block by user, and according to this healthcare function module described in state modulator to
Implement therapeutic massage in family.
Embodiment 1
As shown in Figure 1-3, a kind of intelligent health-care mouse, including mouse body 1 and user's pulse can be continuously acquired in real time
The pulse information acquisition module 2 of information, the mouse position acquisition module 3 that can continuously acquire cursor position information in real time, can to
The finger and palm that family is contacted with the mouse body 1 carry out the healthcare function module 4, information display module 5, letter of therapeutic massage
Processing module 6 and the user configuration module 7 for configuring 4 attribute of the information display module 5 and healthcare function module are ceased, is selected
Photo-electric pulse sensor is disposed on the left side inside mouse body 1, the arteries and veins as pulse information acquisition module 2
The collector of information acquisition module 2 of fighting is located at the contact position of the mouse body 1 with a certain finger of user, selects electromagnetic massage device
As healthcare function module 4, the top surface of mouse body 1 is set, when people's hand-held mouse ontology 1, pulse information is adopted
Collection module 2 can detect the pulse signal of user by thumb, and the signal and mouse position are passed to electricity by USB interface
Message processing module 6 in brain, the message processing module 6 is to the collected pulse information of the pulse information acquisition module 2
It is handled and is stored, obtain user's heart rate and current degree of fatigue information, and the information is transferred to information display module 5
Whether real-time display passes through information display module 5 if degree of fatigue is more than preset range and prompts user's rest and select to user
Health care is selected, user configures therapeutic massage mode in the healthcare function module 4 by the user configuration module 7, institute
It states message processing module 6 and obtains the therapeutic massage mode and control the healthcare function module 4 and therapeutic massage, institute are implemented to user
The collector for stating mouse position acquisition module 3 is located at the underface of the mouse body, and the mouse position acquisition module 3 acquires
To mouse location information be transferred directly to computer, handled by computer related software.
It is a kind of to use a kind of above-mentioned intelligent health-care mouse and its carry out hand therapeutic massage method, there are following steps:
S1, the message processing module 6 obtain user's heart rate:
S11, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S12, the average value p for calculating pulse information in time period tav；
S13, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
Or pj-1>pavAnd pj<pav, wherein i, j are the natural number less than t/T, then record number i, j, and it is arranged from small to large；
S14, the serial number recorded is expressed as n1, n2..., nk, wherein nkIt can be obtained for maximum serial number if then k is even number
User's heart rate in time period t is 0.5k/t, conversely, can obtain user's heart rate in time period t is 0.5 (k-1)/t；
S15, it is repeated the above process within next t period；
S2, the message processing module 6 obtain human fatigue degree:
S21, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with when
Between section t=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S22, the average value p for calculating pulse information in time period tav；
S23, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav,
I is then recorded, and if then there is pj-1>pavAnd pj<pav, then j is recorded, records maximum value, and table in-i pulse informations of this j
It is shown as pmax_i；
S24, it seeks recording whole p in time period tmax_iAverage value Pav, and it is stored as sequence of average；
S25, it is repeated the above process using the average value degree of fatigue current as user, and within next t period；
S3, the message processing module 6 judge that human fatigue degree is more than predetermined value: in the human fatigue degree stored
In sequence, if the absolute value of the difference of m degree of fatigue last in sequence and m degree of fatigue most preceding in sequence is all larger than
PB, wherein m is the natural number greater than 2, PBFor preset degree of fatigue threshold value, then it is assumed that human fatigue degree is beyond predetermined
Value；
S4, the information display module 5 prompt user's rest and whether select health care；
S5, when user's selection is without massage, then close prompt and keep each module current state constant, spend given time
TkAfterwards, then to human fatigue state judge, and prompt is requested to the information display module 5 according to judging result；
When user's selection is massaged, user is by the user configuration module 7 to protecting in the healthcare function module 4
Strong massaging way is configured, and the message processing module 6 obtains the therapeutic massage mode and controls the healthcare function module 4
Therapeutic massage is implemented to user.
Therapeutic massage mode, which is included in the user configuration module, in the healthcare function module 4 presets therapeutic massage side
Formula and the customized therapeutic massage mode of user,
When user's selection is by default therapeutic massage mode, the message processing module 6 obtains the therapeutic massage mode, and
Scheme storage location is massaged from the message processing module 6 and obtains massage strategy parameter, according to this health care function described in state modulator
Energy module 4 implements therapeutic massage to user；
When user's selection is by the customized therapeutic massage mode of user, the message processing module 6 is from the user configuration
It gets parms in the therapeutic massage mode voluntarily provided in module 7 by user, and healthcare function module 4 described in state modulator according to this
Therapeutic massage is implemented to user.
When selecting the massage of customized formula, specific massage scheme can be determined by user configuration module 7, including pressing
It rubs time, frequency, intensity etc., after setting, massager will start to work by user configuration, after a period of time, physical fatigue
Degree can be improved significantly.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (2)
1. a kind of carry out hand therapeutic massage method using intelligent health-care mouse, the intelligent health-care mouse include mouse body with
And the pulse information acquisition module of user's pulse information can be continuously acquired in real time, can continuously acquire the mouse of cursor position information in real time
Cursor position acquisition module, the healthcare function mould that therapeutic massage can be carried out to the finger and palm that user contacts with the mouse body
Block, information display module, message processing module and the use for configuring the information display module and healthcare function module attribute
Family configuration module,
Under working condition, the message processing module handles the collected pulse information of pulse information acquisition module
And storage, user's heart rate and current degree of fatigue information are obtained, and the information is transferred to information display module real-time display
To user, user's rest is prompted by information display module if degree of fatigue is more than preset range and whether selects health care, is used
Family configures therapeutic massage mode in the healthcare function module by the user configuration module, the information processing mould
Block, which obtains the therapeutic massage mode and controls the healthcare function module, implements therapeutic massage to user；
The current value and heart rate, fatigue state of the display information heart rate containing active user of the information display module, fatigue state
The advisory information to user that versus time curve and the message processing module provide；
In the healthcare function module therapeutic massage mode be included in the user configuration module preset therapeutic massage mode and
The customized therapeutic massage mode of user；
The collector of the pulse information acquisition module is located at the mouse body and a certain finger contact position of user；
The collector of the mouse position acquisition module is located at the underface of the mouse body；
Under working condition, the collected mouse location information of mouse position acquisition module is transferred directly to computer, by counting
The processing of calculation machine related software；
It is characterized in that the method has following steps:
S1, the message processing module obtain user's heart rate:
S11, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with time period t
=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S12, the average value p for calculating pulse information in time period tav；
S13, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pavOr pj-1
>pavAnd pj<pav, wherein i, j are the natural number less than t/T, then record number i, j, and it is arranged from small to large；
S14, the serial number recorded is expressed as n1, n2..., nk, wherein nkThe time can be obtained if then k is even number for maximum serial number
User's heart rate in section t is 0.5k/t, conversely, can obtain user's heart rate in time period t is 0.5 (k-1)/t；
S15, it is repeated the above process within next t period；
S2, the message processing module obtain human fatigue degree:
S21, pulse information sampling period are T, the minimum P of user's heart rateminBeat/min, up to PmaxBeat/min, then with time period t
=n/Pmin, wherein n is the natural number greater than 2, records t/T pulse information；
S22, the average value p for calculating pulse information in time period tav；
S23, t/T pulse information in the time period t of record is expressed as p1, p2..., pt/TIf pi-1<pavAnd pi>pav, then remember
I is recorded, and if then there is pj-1>pavAnd pj<pav, then j is recorded, records maximum value in-i pulse informations of this j, and be expressed as
pmax_i；
S24, it seeks recording whole p in time period tmax_iAverage value Pav, and it is stored as sequence of average；
S25, it is repeated the above process using the average value degree of fatigue current as user, and within next t period；
S3, the message processing module judge that human fatigue degree is more than predetermined value: in the human fatigue degree of sequence stored
In, if the absolute value of the difference of m degree of fatigue most preceding in m degree of fatigue last in sequence and sequence is all larger than PB,
In, m is the natural number greater than 2, PBFor preset degree of fatigue threshold value, then it is assumed that human fatigue degree exceeds predetermined value；
S4, information display module prompt user rest and whether select health care；
S5, when user's selection is without massage, then close prompt and keep each module current state constant, cross given time TkAfterwards,
Human fatigue state is judged again, and requests to prompt to the information display module according to judging result；
When user's selection is massaged, user is by the user configuration module to therapeutic massage in the healthcare function module
Mode is configured, and the message processing module obtains the therapeutic massage mode and controls the healthcare function module to user's reality
Apply therapeutic massage.
2. according to the method described in claim 1, it is characterized by: therapeutic massage mode is included in the healthcare function module
Therapeutic massage mode and the customized therapeutic massage mode of user are preset in the user configuration module,
When user's selection is by default therapeutic massage mode, the message processing module obtains the therapeutic massage mode, and from institute
It states and massages scheme storage location acquisition massage strategy parameter in message processing module, according to this healthcare function module described in state modulator
Therapeutic massage is implemented to user；
When user's selection therapeutic massage mode customized by user, the message processing module is from the user configuration module
It gets parms in the therapeutic massage mode voluntarily provided by user, and healthcare function module described in state modulator is real to user according to this
Apply therapeutic massage.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11151230A (en) * | 1997-11-19 | 1999-06-08 | Nissan Motor Co Ltd | Driver state measuring instrument for vehicle |
| CN202372933U (en) * | 2011-08-30 | 2012-08-08 | 北京工业大学 | Health mouse capable of monitoring pulse wave and heart rate of a human body |
| CN104020861A (en) * | 2014-06-25 | 2014-09-03 | 崔郑志 | Mouse with excitation |
| CN204883624U (en) * | 2015-08-28 | 2015-12-16 | 嘉兴职业技术学院 | Healthy mouse of computer |
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| WO2012040401A2 (en) * | 2010-09-21 | 2012-03-29 | Somaxis Incorporated | Systems for assessing and optimizing muscular performance |
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| JPH11151230A (en) * | 1997-11-19 | 1999-06-08 | Nissan Motor Co Ltd | Driver state measuring instrument for vehicle |
| CN202372933U (en) * | 2011-08-30 | 2012-08-08 | 北京工业大学 | Health mouse capable of monitoring pulse wave and heart rate of a human body |
| CN104020861A (en) * | 2014-06-25 | 2014-09-03 | 崔郑志 | Mouse with excitation |
| CN204883624U (en) * | 2015-08-28 | 2015-12-16 | 嘉兴职业技术学院 | Healthy mouse of computer |
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