CN108175411A - Detection device and detection method, waistband and waistband application method - Google Patents
Detection device and detection method, waistband and waistband application method Download PDFInfo
- Publication number
- CN108175411A CN108175411A CN201711252484.9A CN201711252484A CN108175411A CN 108175411 A CN108175411 A CN 108175411A CN 201711252484 A CN201711252484 A CN 201711252484A CN 108175411 A CN108175411 A CN 108175411A
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- user
- detection module
- breathing pattern
- detection
- waistband
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Classifications
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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
- A61B5/08—Detecting, measuring or recording devices for evaluating the respiratory organs
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41F—GARMENT FASTENINGS; SUSPENDERS
- A41F9/00—Belts, girdles, or waistbands for trousers or skirts
- A41F9/02—Expansible or adjustable belts or girdles ; Adjustable fasteners comprising a track and a slide member
- A41F9/025—Adjustable belts or girdles
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/42—Detecting, measuring or recording for evaluating the gastrointestinal, the endocrine or the exocrine systems
- A61B5/4205—Evaluating swallowing
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/48—Other medical applications
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/6802—Sensor mounted on worn items
Abstract
The invention discloses detection device and detection method, waistband and waistband application methods.The detection device includes：Breathing pattern detection module, for detecting the breathing pattern of user；State detection module is swallowed, the state detection module of swallowing is connect with breathing pattern detection module, for swallowing state according to the breathing pattern of user detection user.The respiratory state of user can be detected automatically, swallows state and fed conditions, and the diet function of reducing weight of waistband is automatically turned on or stopped according to the fed conditions of user.
Description
Technical field
The present invention relates to electronics fields.More particularly it relates to detection device and detection method, waistband and waist
Band application method.
Background technology
Waistband is accessories indispensable in the daily wearing of people.Traditional waistband is mainly used for controling oneself, however, with people
To the continuous growth of demand of reducing weight and the actual conditions contacted with human abdomen with reference to waistband, waistband has been assigned new
Function of reducing weight.People have had been developed for many weight reducing waistbands, people to be helped to realize the target of weight reducing.
The weight reducing waistband of the prior art mainly includes two kinds of the waistband with air bag and massaging and reducing weight waistband with massager.Band
The weight reducing principle of the waistband of air bag is to be filled with gas to the air bag of waistband by manual air charging system, so as to be made to the abdomen of user
Into compressing, and then inhibit the appetite of user to reach diet weight reducing purpose.For example, patent publication No. is the U.S. of US7490602
Patent discloses a kind of waistband with air bag.The weight reducing principle of massaging and reducing weight waistband with massager is then by waistband
Massager carries out user waist massage to reach massaging and reducing weight purpose.For example, patent publication No. is in CN201542905U
State's patent discloses a kind of massaging and reducing weight waistband with massager.
However, the above-mentioned weight reducing waistband of the prior art cannot all detect the fed conditions of user automatically, it can not be according to user
Fed conditions automatically turn on or stop diet weight reducing or massaging and reducing weight function.
Therefore, it at least needs to propose that diet weight reducing can be automatically turned on or stopped according to the fed conditions of user or massage thin
The waistband of body function and relevant detection device and detection method.
Invention content
The purpose of the present invention is what is be achieved through the following technical solutions.
Detection device according to the present invention, including：
Breathing pattern detection module, for detecting the breathing pattern of user；
State detection module is swallowed, the state detection module of swallowing is connect with breathing pattern detection module, for basis
The breathing pattern detection user's of user swallows state.
Detection device according to the present invention, the breathing pattern detection module include at least at least one of following：Extremely
A few shock sensor, at least one tension sensor, the breathing pattern detection module correspondingly at least use following inspection
At least one of result is surveyed to detect the breathing pattern of user：
Vibration frequency and/or shockproofness that at least one shock sensor is sensed and/or vibration frequency
Variation and/or the changing of shockproofness, the change of tension value and/or tension value that at least one tension sensor is sensed
Change.
Detection device according to the present invention, when the breathing pattern detection module includes at least one shock sensor,
It is described state detection module is swallowed using following manner to detect user swallow state：
When shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor is felt
The shocking waveshape of survey is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/wave
During the width increase of paddy, determine that detecting user does swallowing act.
Detection device according to the present invention, at least one shock sensor include at least one MEMS vibration-sensings
Device.
Detection device according to the present invention, the breathing pattern include at least the first breathing pattern and the second breathing pattern,
The duration exhaled or inhaled in second breathing pattern is respectively greater than exhaling in first breathing pattern or that inhales continue
Time, wherein, it is described to swallow state detection module when the breathing pattern detection module detects second breathing pattern
It detects that user is in and swallows state.
Detection device according to the present invention, further includes：
Fed conditions detection module, the fed conditions detection module is connect with swallowing state detection module, for basis
User's swallows state to detect the fed conditions of user.
Detection device according to the present invention, when the breathing pattern detection module includes at least one shock sensor,
It is described state detection module is swallowed using following manner to detect user swallow state：
When shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor is felt
The shocking waveshape of survey is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/wave
During the width increase of paddy, determine that detecting user does swallowing act,
The fed conditions detection module detects the fed conditions of user using following manner：
When in a period of time, detecting multiple swallowing act, user's fasting state is determined；And
When shockproofness and/or the vibration frequency reduction that shock sensor is sensed or when shock sensor is felt
When the shocking waveshape of survey reverts to normal vibration waveform and continues for some time, determine to detect user be over into
Food.
Detection device according to the present invention, the fed conditions detection module include：
Feed area detection module, the feed area detection module are used to detect whether user is in feed area,
Wherein, the fed conditions detection module also according to the user detected by the feed area detection module whether
Testing result in feed area detects the fed conditions of user.
Detection device according to the present invention, the fed conditions detection module further include：
Whether eating time section detection module, the eating time section detection module are used to detect current time in user
Eating time section,
Wherein, when the fed conditions detection module is also according to feed detected by the eating time section detection module
Between section testing result detect the fed conditions of user.
The detection device according to the present invention for being arranged on waist, including according to detection device described above.
The first waistband according to the present invention including belt body and the belt buckle for being connected to described belt body one end, also wraps
It includes according to detection device described above.
Second of waistband according to the present invention, it is described including belt body and the belt buckle for being connected to described belt body one end
Waistband further includes：
First driving means are mechanically connected with the belt body and the belt buckle, for drive the belt body with
The belt buckle relative motion, to increase or reduce the waistline of waistband；
According to the detection device for including feed state detection module described above, for detecting the fed conditions of user；
First control device is electrically connected with the first driving means and detection device, in the detection device
When detecting that user starts feed, first control signal is sent to the first driving means so that first driving means to be controlled to reduce
The waistline of waistband alternatively, for when the detection device detects that user terminates feed, is sent to the first driving means
Second control signal with control first driving means increase waistband waistline.
The third waistband according to the present invention, it is described including belt body and the belt buckle for being connected to described belt body one end
Waistband further includes：
Air bag is arranged on side of the waistband towards human body；
Air charging system is fluidly connected with the air bag, for the airbag aeration；
Means of deflation is fluidly connected with the air bag, for from the air bag deflation；
According to the detection device for including feed state detection module described above, for detecting the fed conditions of user；
Second control device is electrically connected with the air charging system, means of deflation and detection device, in the detection
When device detects that user starts feed, third control signal is sent to the air charging system to control air charging system to the gas
Capsule is inflated, alternatively, for when the detection device detects that user terminates feed, the 4th control is sent to the means of deflation
Signal is to control means of deflation from the air bag deflation.
Detection method according to the present invention, including：
The breathing pattern of user is detected using breathing pattern detection module；
State is swallowed according to the breathing pattern of user detection user using state detection module is swallowed.
Detection method according to the present invention, the breathing pattern detection module include at least at least one of following：Extremely
A few shock sensor, at least one tension sensor, the breathing pattern detection module correspondingly at least use following inspection
At least one of result is surveyed to detect the breathing pattern of user：
Vibration frequency and/or shockproofness that at least one shock sensor is sensed and/or vibration frequency
Variation and/or the changing of shockproofness, the change of tension value and/or tension value that at least one tension sensor is sensed
Change.
Detection method according to the present invention, at least one shock sensor include at least one MEMS vibration-sensings
Device.
Detection method according to the present invention, the breathing pattern include at least the first breathing pattern and the second breathing pattern,
The duration exhaled or inhaled in second breathing pattern is respectively greater than exhaling in first breathing pattern or that inhales continue
Time, wherein, it is described to swallow state detection module when the breathing pattern detection module detects second breathing pattern
It detects that user is in and swallows state.
Detection method according to the present invention, further includes：
Using fed conditions detection module come swallowing state and detect the fed conditions of user according to user.
Detection method according to the present invention, the fed conditions detection module include feed area detection module, the inspection
Survey method further includes：
Detect whether user is in feed area using the feed area detection module,
Wherein, the fed conditions detection module also according to the user detected by the feed area detection module whether
Testing result in feed area detects the fed conditions of user.
Detection method according to the present invention, the fed conditions detection module further include eating time section detection module, institute
Detection method is stated to further include：
The eating time section whether current time is in user is detected using the eating time section detection module,
Wherein, when the fed conditions detection module is also according to feed detected by the eating time section detection module
Between section testing result detect the fed conditions of user.
Waistband application method according to the present invention, including：
User is dressed according to second of waistband or the third waistband described above；
Use the fed conditions of the detection device detection user comprising feed state detection module；
When the detection device comprising feed state detection module detects that user starts feed, the first control is used
Device sends first control signal so that first driving means to be controlled to reduce the waistline of waistband to first driving means, alternatively, using
Second control device sends third control signal to control air charging system to airbag aeration to air charging system.
Waistband application method according to the present invention, further includes：
When the detection device comprising feed state detection module detects that user terminates feed, described first is used
Control device to the first driving means send second control signal with control first driving means increase waistband waistline or
Person sends the 4th control signal so that means of deflation to be controlled to be put from air bag using the second control device to the means of deflation
Gas.
Waistband application method according to the present invention, further includes：
When the detection device comprising feed state detection module detects that user terminates feed, delay a period of time
Second control signal is sent to the first driving means so that first driving means to be controlled to increase using the first control device afterwards
The waistline of waist rail, alternatively, sending the 4th control to the means of deflation using the second control device after delay a period of time
Signal processed is to control means of deflation from air bag deflation.
The advantage of the invention is that：The respiratory state of user can be detected automatically, swallow state and fed conditions, root
It is automatically turned on according to the fed conditions of user or stops the diet function of reducing weight of waistband.
Description of the drawings
By reading the detailed description of following detailed description, it is various other the advantages of and benefit it is common for this field
Technical staff will become clear.Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as to the present invention
Limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings：
Fig. 1 shows the schematic block diagram of the detection device according to embodiment of the present invention.
Fig. 2 shows the schematic flow diagrams of the detection method according to embodiment of the present invention.
Fig. 3 shows the schematic diagram of the first waistband according to embodiment of the present invention.
Fig. 4 shows the schematic diagram of second of waistband according to embodiment of the present invention.
Fig. 5 shows the schematic diagram of the third waistband according to embodiment of the present invention.
Specific embodiment
The illustrative embodiments of the disclosure are more fully described below with reference to accompanying drawings.Although this public affairs is shown in attached drawing
The illustrative embodiments opened, it being understood, however, that may be realized in various forms the disclosure without the reality that should be illustrated here
The mode of applying is limited.It is to be able to be best understood from the disclosure, and can be by this public affairs on the contrary, providing these embodiments
The range opened completely is communicated to those skilled in the art.
Fig. 1 shows the schematic block diagram of the detection device 100 according to embodiment of the present invention.
As shown in Figure 1, detection device 100 includes breathing pattern detection module 101 and swallows state detection module 103.
Breathing pattern detection module 101 is used to detect the breathing pattern of user.
It swallows state detection module 103 to connect with breathing pattern detection module 101, for being examined according to the breathing pattern of user
That surveys user swallows state.
Although being not shown in Fig. 1, However, alternatively, breathing pattern detection module 101 include at least it is following at least
It is a kind of：At least one shock sensor, at least one tension sensor, breathing pattern detection module 101 correspondingly at least use
At least one of following testing result detects the breathing pattern of user：
Vibration frequency and/or shockproofness that at least one shock sensor is sensed and/or vibration frequency
Variation and/or the changing of shockproofness, the change of tension value and/or tension value that at least one tension sensor is sensed
Change.
Optionally, it is described to swallow state inspection when the breathing pattern detection module includes at least one shock sensor
That surveys module using following manner to detect user swallows state：
When shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor is felt
The shocking waveshape of survey is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/wave
During the width increase of paddy, determine that detecting user does swallowing act.
Optionally, at least one shock sensor includes at least one MEMS shock sensors.
Optionally, the breathing pattern includes at least the first breathing pattern and the second breathing pattern, the second breathing mould
The duration exhaled or inhaled in formula is respectively greater than the duration exhaled or inhaled in first breathing pattern, wherein, when exhaling
When suction mode detection module 101 detects second breathing pattern, swallow state detection module 103 detect user be in gulp down
Pharynx state.
As shown in the dotted line frame in Fig. 1, optionally, detection device further includes fed conditions detection module 105.
Fed conditions detection module 105 is connect with swallowing state detection module 103, for according to user swallow state come
Detect the fed conditions of user.
Optionally, when breathing pattern detection module 101 includes at least one shock sensor, state detection module is swallowed
103 detect user using following manner swallow state：
When shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor is felt
The shocking waveshape of survey is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/wave
During the width increase of paddy, determine that detecting user does swallowing act,
Fed conditions detection module 105 detects the fed conditions of user using following manner：
When in a period of time, detecting multiple swallowing act, user's fasting state is determined；And
When shockproofness and/or the vibration frequency reduction that shock sensor is sensed or when shock sensor is felt
When the shocking waveshape of survey reverts to normal vibration waveform and continues for some time, determine to detect user be over into
Food.
Optionally, fed conditions detection module 105 can also detect the fed conditions of user by other methods.
For example, fed conditions detection module 105 itself can include at least one in pressure sensor and shock sensor
Kind.When the pressure value increase that pressure sensor is sensed, it may be determined that detect user and start to feed；Work as pressure sensor
The pressure value sensed increases to certain value (pressure threshold) and keeps stablizing afterwards, and stable state is more than certain time length (duration threshold
Value) when, it may be determined that it detects user and terminates to feed.Similarly, for example, the shockproofness that is sensed when shock sensor and/
Or vibration frequency when increasing or the shocking waveshape that is sensed when shock sensor than normal vibration waveform (that is, only by breathing
The shocking waveshape of generation) wave crest/trough between time interval dramatically increase or/and wave crest/trough width increase
When, it may be determined that it detects user and does swallowing act；It, then can be true when in a period of time, detecting multiple swallowing act
Determine user's fasting state.When shockproofness and/or the vibration frequency reduction that shock sensor is sensed or when vibrations pass
When the shocking waveshape that sensor is sensed reverts to normal vibration waveform and continues for some time, it may be determined that detect user
It is over feed.
Optionally, fed conditions detection module 105 itself can also include at least one of lower sensor：Gyroscope
Sensor, tension sensor.
It is alternatively possible to above-mentioned a variety of different types and difference at multiple and different positions by being arranged on user's body
The sensor of quantity joint-detection (including to feed user swallowing act, as the abdomen device caused by swallowing act
Official/muscle involve reaction, the breath rhythm etc. of user is detected) determine the fed conditions of user.
For example, can by the shock sensor that is attached on waistband or abdominal belt, to detect the swallowing act of user, and
Number reaches certain threshold value (swallowing frequency threshold value) or swallow frequency reaches certain threshold value (swallow frequency threshold for swallowing of detecting
Value) after, just determine that detecting user starts to feed.
For example, it is also possible to according to the fuel value of food of the desired intake of user's active setting or according to input by user
Dietary structure, come it is automatic calculate and adjust it is above-mentioned swallow frequency threshold value or swallow frequency threshold value, thereby using family more accurately
Carry out diet monitoring.
For example, it is also possible to according to the fuel value of food of the desired intake of user's active setting or according to input by user
Dietary structure carrys out the automatic target waistline for calculating and adjusting the waistband after increasing or reducing (that is, automatic calculate and adjust waistband
To the pressure value of user's abdomen, waistband to the pressure value of user's abdomen can by above-mentioned pressure sensor or tension sensor come
Measure), it is more precisely carried out diet monitoring thereby using family.
Although being not shown in Fig. 1, However, alternatively, fed conditions detection module 105 includes feed area and detects mould
Block.
Whether the feed area detection module is used to detect user in feed area.
At this point, fed conditions detection module 105 also according to the user detected by the feed area detection module whether
Testing result in feed area detects the fed conditions of user.
For example, the feed area detection module can be the outdoor position based on global position systems such as GPS, the Big Dippeves
Put detector or based on the indoor location detector of the indoor locating systems such as WiFi, infrared, laser.
For example, when detecting that user enters restaurant by outdoor location detector, it can be used for auxiliary and determine to detect
User starts to feed；When detecting that user leaves restaurant by outdoor location detector, can be used for assisting determining detection
User has been arrived to terminate to feed.Further to strengthen the accuracy being detected to user's fed conditions.
For example, when detecting that user enters dining area by indoor location detector, can be used for assisting determining inspection
User has been measured to start to feed；When detecting that user leaves dining area by indoor location detector, can be used for assisting
Determine that detecting user terminates to feed.Further to strengthen the accuracy being detected to user's fed conditions.
Optionally, the feed area detection module can not also be arranged on the waistband 400 of user, but is set
On the smart machines such as mobile phone, bracelet in the user.The location information that the smart machines such as mobile phone, bracelet are detected is by having
Line communicates or the mode of wireless communication sends the detection device 100 for including feed state detection module 105 to.
Although being not shown in Fig. 1, However, alternatively, fed conditions detection module 105 further includes the detection of eating time section
Module.
The eating time section detection module is used to detect the eating time section whether current time is in user.
At this point, when fed conditions detection module 105 is also according to feed detected by the eating time section detection module
Between section testing result detect the fed conditions of user.
For example, the eating time section detection module can be the timer with period detection function.For example, when described
Eating time section detection module detects that current time belongs to 6:00-8:00、11:00-13:00、18:00-20:Any in 00
When in the period, it can be used for auxiliary and determine that detecting user starts to feed；Otherwise, can be used for auxiliary to determine to detect
User terminates to feed.Further to strengthen the accuracy being detected to user's fed conditions.
Fig. 2 shows the schematic flow diagrams of the detection method 200 according to embodiment of the present invention.
As shown in Fig. 2, detection method 200 includes the following steps：
Step S202：The breathing pattern of user is detected using breathing pattern detection module.
Step S204：State is swallowed according to the breathing pattern of user detection user using state detection module is swallowed.
Optionally, detection method 200 uses breathing pattern detection module 101 shown in FIG. 1.
Breathing pattern detection module 101 includes at least at least one of following：At least one shock sensor, at least one
A tension sensor.Correspondingly, breathing pattern detection module 101 is at least detected using at least one of following testing result
The breathing pattern of user：
Vibration frequency and/or shockproofness that at least one shock sensor is sensed and/or vibration frequency
Variation and/or the changing of shockproofness, the change of tension value and/or tension value that at least one tension sensor is sensed
Change.
Optionally, at least one shock sensor includes at least one MEMS shock sensors.
Optionally, the breathing pattern includes at least the first breathing pattern and the second breathing pattern, the second breathing mould
The duration exhaled or inhaled in formula is respectively greater than the duration exhaled or inhaled in first breathing pattern, wherein, when exhaling
When suction mode detection module 101 detects second breathing pattern, swallow state detection module 103 detect user be in gulp down
Pharynx state.
As shown in the dotted line frame in Fig. 2, optionally, detection method 200 can also include the following steps：
Step S206：Using fed conditions detection module come swallowing state and detect the feed shape of user according to user
State.
Optionally, fed conditions detection module used in detection method 200 includes feed area detection module, at this point,
Detection method 200 can also include the following steps：
Whether user is detected in feed area using the feed area detection module.
Moreover, the fed conditions detection module also according to the user detected by the feed area detection module whether
Testing result in feed area detects the fed conditions of user.
Optionally, fed conditions detection module used in detection method 200 further includes eating time section detection module, this
When, detection method 200 can also include the following steps：
The eating time section whether current time is in user is detected using the eating time section detection module.
Moreover, when the fed conditions detection module is also according to feed detected by the eating time section detection module
Between section testing result detect the fed conditions of user.
With reference to detection device 100 as shown in Figure 1, it is also proposed that a kind of detection device for being arranged on waist, the detection
Equipment includes detection device 100.
Fig. 3 shows the schematic diagram of the first waistband 300 according to embodiment of the present invention.
As shown in figure 3, the first waistband 300 includes belt body 301 and the belt buckle 303 for being connected to 301 one end of belt body,
Further include detection device 305 as shown in Figure 1.
Fig. 4 shows the schematic diagram of second of waistband 400 according to embodiment of the present invention.
As shown in figure 4, second of waistband 400 includes belt body 401 and the belt buckle 403 for being connected to 401 one end of belt body,
Waistband 400 further includes first driving means 405, the detection device 407 and first control device that include feed state detection module
409。
First driving means 405 are mechanically connected with belt body 401 and belt buckle 403, for driving belt body 401 and waistband
403 relative motions are detained, to increase or reduce the waistline of waistband 400.
For example, first driving means 405 can be motor.For the sake of clarity, the first driving dress is not shown as in Fig. 4
Put the power supply of the 405, detection device 407 comprising feed state detection module and the power supply of first control device 409.
Detection device 407 comprising feed state detection module is used to detect the fed conditions of user.
Detection device 407 electricity of the first control device 409 with first driving means 405 and comprising feed state detection module
Connection (although being not shown in Fig. 4, however, the electrical connection can be the form of wireless connection or wired connection), for
When detection device 407 comprising feed state detection module detects that user starts feed, the is sent to first driving means 405
One control signal is to control first driving means 405 (for example, motor) to reduce the waistline of waistband, alternatively, for including feed
When the detection device 407 of state detection module detects that user terminates feed, send the second control to first driving means 405 and believe
Number with control first driving means 405 increase waistband waistline.
For example, the waistline of the waistband after increase can be equal to the waistline of the waistband before increasing or can be adjusted
It is whole.
Optionally, first control device 409 detects that user ties in the detection device 407 comprising feed state detection module
When beam is fed, second control signal is sent to control to first driving means 405 after delay a period of time (the first delay time)
First driving means 405 increase the waistline of waistband.
The position of detection device 407 and first control device 409 comprising feed state detection module in Fig. 4 is only
Example, those skilled in the art by the detection device 407 or first comprising feed state detection module it is also contemplated that control dress
It puts 409 and is arranged on other positions that can be set.
Fig. 5 shows the schematic diagram of the third waistband 500 according to embodiment of the present invention.
As shown in figure 5, the third waistband 500 includes belt body 501 and the belt buckle 503 for being connected to 501 one end of belt body,
Waistband 500 further includes：Air bag 505, air charging system 507, means of deflation 509, the detection device for including feed state detection module
407 and second control device 511.
Air bag 505 is arranged on side of the waistband towards human body.
For example, as shown in figure 5, air bag 505 is preferably disposed at the side towards human abdomen.
Air charging system 507 is fluidly connected with air bag 505, for being inflated to air bag 505.
For example, air charging system 507 can be automatic inflation pump, pass through plastic catheter (being not shown in Figure 5) and air bag
505 fluidly connect.
Means of deflation 509 is fluidly connected with air bag 505, for deflating from air bag 505.
For example, means of deflation 509 can be electrically operated valve, pass through plastic catheter (being not shown in Figure 5) and air bag 505
It fluidly connects.
For the sake of clarity, air charging system 507, means of deflation 509 are not shown as in Fig. 5, comprising feed state-detection
The power supply of detection device 407 and second control device 511 power supply of module.
Detection device 407 comprising feed state detection module is used to detect the fed conditions of user.
Second control device 511 and air charging system 507, means of deflation 509 and the detection for including feed state detection module
Device 407 is electrically connected (although being not shown in Fig. 4, however, the electrical connection can be the shape of wireless connection or wired connection
Formula), for comprising feed state detection module detection device 407 detect user start feed when, to air charging system 507
It sends third and controls signal so that air charging system 507 (for example, automatic inflation pump) to be controlled to be inflated to air bag 505, alternatively, for wrapping
When the detection device 407 of the detection module containing fed conditions detects that user terminates feed, to means of deflation 509 (for example, motor-driven valve
Door) the 4th control signal is sent so that means of deflation 509 to be controlled to deflate from air bag 505.
For example, the gas volume that air bag 505 is included after being inflated can be equal to its gas included before inflation
Body volume or the gas volume that can be included to it are adjusted.
Optionally, second control device 511 detects that user ties in the detection device 407 comprising feed state detection module
When beam is fed, delay a period of time (the second delay time), backward means of deflation 509 (for example, electrically operated valve) sent the 4th control
Signal is to control means of deflation 509 to deflate from air bag 505.
The position of detection device 407 and second control device 511 comprising feed state detection module in Figure 5 is only
Example, those skilled in the art by the detection device 407 and second comprising feed state detection module it is also contemplated that control dress
It puts 511 and is arranged on other positions that can be set.
With reference to waistband 400 and waistband 500 described above, it is also proposed that a kind of waistband application method.This method include with
Lower step：
User is dressed according to second of waistband 400 described above or the third waistband 500.
Use the fed conditions of the detection device detection user comprising feed state detection module.
When the detection device comprising feed state detection module detects that user starts feed, the first control is used
Device sends first control signal so that first driving means to be controlled to reduce the waistline of waistband to first driving means, alternatively, using
Second control device sends third control signal to control air charging system to airbag aeration to air charging system.
Waistband application method according to the present invention, can also include the following steps：
When the detection device comprising feed state detection module detects that user terminates feed, described first is used
Control device to the first driving means send second control signal with control first driving means increase waistband waistline or
Person sends the 4th control signal so that means of deflation to be controlled to be put from air bag using the second control device to the means of deflation
Gas.
Waistband application method according to the present invention, can also include the following steps：
When the detection device comprising feed state detection module detects that user terminates feed, delay a period of time
Second control signal is sent to the first driving means so that first driving means to be controlled to increase using the first control device afterwards
The waistline of waist rail, alternatively, sending the 4th control to the means of deflation using the second control device after delay a period of time
Signal processed is to control means of deflation from air bag deflation.
Above-mentioned technical proposal according to the present invention can detect the respiratory state of user, swallow state and feed automatically
State according to the fed conditions of user automatically turns on or stops the diet function of reducing weight of waistband.Daily wearing can kept to relax
Under the premise of adaptive, the form of integral intelligent equipment may be used, and it is dynamic to perceive feed that MEMS sensor may be used
Make, by intelligently adjusting waistline size according to fed state.
More than, illustrative specific embodiment only of the invention, but protection scope of the present invention is not limited thereto, and is appointed
What those familiar with the art in the technical scope disclosed by the present invention, the change or replacement that can be readily occurred in, all
It is covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (23)
1. a kind of detection device, which is characterized in that including：
Breathing pattern detection module, for detecting the breathing pattern of user；
State detection module is swallowed, the state detection module of swallowing is connect with breathing pattern detection module, for according to user
Breathing pattern detection user swallow state.
2. detection device according to claim 1, which is characterized in that the breathing pattern detection module includes at least following
At least one of：At least one shock sensor, at least one tension sensor, the breathing pattern detection module is correspondingly
The breathing pattern of user is at least detected using at least one of following testing result：
The variation of vibration frequency and/or shockproofness and/or vibration frequency that at least one shock sensor is sensed
And/or the changing of shockproofness, the variation of tension value and/or tension value that at least one tension sensor is sensed.
3. detection device according to claim 2, which is characterized in that when the breathing pattern detection module includes at least one
During a shock sensor, it is described state detection module is swallowed using following manner to detect user swallow state：
It is sensed when shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor
Shocking waveshape is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/trough
When width increases, determine that detecting user does swallowing act.
4. detection device according to claim 3, which is characterized in that at least one shock sensor includes at least one
A MEMS shock sensors.
5. detection device according to claim 2, which is characterized in that the breathing pattern includes at least the first breathing pattern
With the second breathing pattern, the duration exhaled or inhaled in second breathing pattern is respectively greater than in first breathing pattern
The duration exhaled or inhaled, wherein, it is described to gulp down when the breathing pattern detection module detects second breathing pattern
Pharynx state detection module detects that user is in and swallows state.
6. detection device according to claim 1, which is characterized in that further include：
Fed conditions detection module, the fed conditions detection module is connect with swallowing state detection module, for according to user
Swallow state to detect the fed conditions of user.
7. detection device according to claim 6, which is characterized in that when the breathing pattern detection module includes at least one
During a shock sensor, it is described state detection module is swallowed using following manner to detect user swallow state：
It is sensed when shockproofness and/or the vibration frequency increase that shock sensor is sensed or when shock sensor
Shocking waveshape is dramatically increased than the time interval between wave crest/trough of normal vibration waveform or/and wave crest/trough
When width increases, determine that detecting user does swallowing act,
The fed conditions detection module detects the fed conditions of user using following manner：
When in a period of time, detecting multiple swallowing act, user's fasting state is determined；And
It is sensed when shockproofness and/or the vibration frequency reduction that shock sensor is sensed or when shock sensor
When shocking waveshape reverts to normal vibration waveform and continues for some time, determine that detecting user is over feed.
8. detection device according to claim 6, which is characterized in that the fed conditions detection module includes：
Feed area detection module, the feed area detection module are used to detect whether user is in feed area,
Wherein, whether the fed conditions detection module is in also according to the user detected by the feed area detection module
The testing result of feed area detects the fed conditions of user.
9. detection device according to claim 6, which is characterized in that the fed conditions detection module further includes：
Eating time section detection module, the eating time section detection module be used to detecting current time whether in user into
Eat the period,
Wherein, eating time section of the fed conditions detection module detected by also according to the eating time section detection module
Testing result detects the fed conditions of user.
10. a kind of detection device for being arranged on waist, which is characterized in that including according to any one of claim 1 to 9
Detection device.
11. a kind of waistband, including belt body and the belt buckle for being connected to described belt body one end, which is characterized in that further include root
According to the detection device described in any one of claim 1 to 9.
12. a kind of waistband, including belt body and the belt buckle for being connected to described belt body one end, which is characterized in that the waistband
It further includes：
First driving means are mechanically connected with the belt body and the belt buckle, for drive the belt body with it is described
Belt buckle relative motion, to increase or reduce the waistline of waistband；
Detection device according to any one of claim 6 to 9, for detecting the fed conditions of user；
First control device is electrically connected with the first driving means and detection device, for being detected in the detection device
When starting feed to user, first control signal is sent to the first driving means so that first driving means to be controlled to reduce waistband
Waistline, alternatively, for the detection device detect user terminate feed when, to the first driving means send second
Signal is controlled to control the waistline of first driving means increase waistband.
13. a kind of waistband, including belt body and the belt buckle for being connected to described belt body one end, which is characterized in that the waistband
It further includes：
Air bag is arranged on side of the waistband towards human body；
Air charging system is fluidly connected with the air bag, for the airbag aeration；
Means of deflation is fluidly connected with the air bag, for from the air bag deflation；
Detection device according to any one of claim 6 to 9, for detecting the fed conditions of user；
Second control device is electrically connected with the air charging system, means of deflation and detection device, in the detection device
When detecting that user starts feed, third control signal is sent to the air charging system so that air charging system to be controlled to be filled to the air bag
Alternatively, for when the detection device detects that user terminates feed, the 4th control signal is sent to the means of deflation for gas
To control means of deflation from the air bag deflation.
14. a kind of detection method, which is characterized in that including：
The breathing pattern of user is detected using breathing pattern detection module；
State is swallowed according to the breathing pattern of user detection user using state detection module is swallowed.
15. detection method according to claim 14, which is characterized in that the breathing pattern detection module includes at least down
At least one of row：At least one shock sensor, at least one tension sensor, the breathing pattern detection module are corresponding
The breathing pattern of user is at least detected using at least one of following testing result in ground：
The variation of vibration frequency and/or shockproofness and/or vibration frequency that at least one shock sensor is sensed
And/or the changing of shockproofness, the variation of tension value and/or tension value that at least one tension sensor is sensed.
16. detection method according to claim 15, which is characterized in that at least one shock sensor is included at least
One MEMS shock sensor.
17. detection method according to claim 14, which is characterized in that the breathing pattern includes at least the first breathing mould
Formula and the second breathing pattern, the duration exhaled or inhaled in second breathing pattern are respectively greater than first breathing pattern
In the duration exhaled or inhaled, wherein, it is described when the breathing pattern detection module detects second breathing pattern
Swallow state detection module detect user be in swallow state.
18. detection method according to claim 14, which is characterized in that further include：
Using fed conditions detection module come swallowing state and detect the fed conditions of user according to user.
19. detection method according to claim 18, which is characterized in that the fed conditions detection module includes feed area
Domain detection module, the detection method further include：
Detect whether user is in feed area using the feed area detection module,
Wherein, whether the fed conditions detection module is in also according to the user detected by the feed area detection module
The testing result of feed area detects the fed conditions of user.
20. detection method according to claim 18, which is characterized in that the fed conditions detection module further includes feed
Period detection module, the detection method further include：
The eating time section whether current time is in user is detected using the eating time section detection module,
Wherein, eating time section of the fed conditions detection module detected by also according to the eating time section detection module
Testing result detects the fed conditions of user.
21. a kind of waistband application method, which is characterized in that including：
User dresses waistband according to claim 12 or 13；
Use the fed conditions of detection device detection user；
When the detection device detects that user starts feed, first is sent to first driving means using first control device
Control signal is to control first driving means to reduce the waistline of waistband, alternatively, being sent using second control device to air charging system
Third controls signal to control air charging system to airbag aeration.
22. waistband application method according to claim 21, which is characterized in that further include：
When the detection device detects that user terminates feed, using the first control device to the first driving means
Send second control signal with control first driving means increase waistband waistline, alternatively, using the second control device to
The means of deflation sends the 4th control signal to control means of deflation from air bag deflation.
23. waistband application method according to claim 21, which is characterized in that further include：
When the detection device detects that user terminates feed, the first control device is used after postponing a period of time to institute
It states first driving means and sends second control signal to control the waistline of first driving means increase waistband, alternatively, one section of delay
The 4th control signal is sent to control means of deflation from air bag to the means of deflation using the second control device after time
It deflates.
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