CN105105760B - A kind of electronic equipment and detection method - Google Patents
A kind of electronic equipment and detection method Download PDFInfo
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- CN105105760B CN105105760B CN201510627268.2A CN201510627268A CN105105760B CN 105105760 B CN105105760 B CN 105105760B CN 201510627268 A CN201510627268 A CN 201510627268A CN 105105760 B CN105105760 B CN 105105760B
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Abstract
The invention discloses a kind of electronic equipment and detection method, comprising: body part；Part is maintained, is connect with body part, for keeping electronic equipment and at least part of relative positional relationship of user's body by an annulus or proximate annular space when being in maintenance state；Air charging system is used for output gas；Caisson, have can deformation cavity, for according to come self-inflator gas and changing can deformation cavity shape；Detection device meets the vibration of the first part of the caisson of the second preset condition for the amount based on currently stored gas, obtains characteristic signal；The first partial in annulus or proximate annular space is corresponding with the first part of caisson, second part in annulus or proximate annular space is corresponding with the second part of caisson, first partial is different from the second part, and the unit gas-storing capacity of first part is greater than the unit gas-storing capacity of second part；Inflationtime is shortened through the invention, improves detection efficiency.
Description
Technical field
The present invention relates to human body measurement technology fields, more particularly to a kind of electronic equipment and detection method.
Background technique
In daily life, people detect physical condition by will use electronic equipment, for example, being directed to gasbag-type
For electronic equipment, have a gasbag, in use, the gasbag is first fastened around a certain of user
Then position is inflated gasbag, when gasbag expands to a certain extent, gasbag-type electronic equipment is based on the gasbag
The vibration of the related parts of human body of reflection, to determine the physical condition of user.
In order to guarantee the accuracy of gasbag-type electronic equipment measurement, the gasbag of existing gasbag-type electronic equipment is generally selected
With the longer rectangular bag of length, certain a part entirely around human body is allowed it to, and this gasbag is selected to inflate
Time is longer, reduces measurement efficiency.
Summary of the invention
In view of this, the present invention provides a kind of electronic equipment and detection method, solve in the prior art for gasbag-type electricity
Sub- equipment inflationtime is long, the low technical problem of measurement efficiency.
To achieve the above object, the invention provides the following technical scheme:
A kind of electronic equipment, comprising:
Body part；
Part is maintained, is connect with the body part, for passing through the electronic equipment when being in maintenance state
One annulus or the proximate annular space for meeting the first preset condition are kept and at least part of opposite position of user's body
Set relationship, wherein the maintenance part is as the annulus or at least part in the proximate annular space；
Air charging system, setting are used for output gas in the body part and/or the maintenance part；
Caisson, setting in the body part and/or the maintenance part, have can deformation cavity, be used for foundation
Described in gas and changing from the air charging system can deformation cavity shape；
Detection device meets the caisson of the second preset condition for the amount based on the currently stored gas
The vibration of first part obtains characteristic signal；
Wherein, the first partial in the annulus or the proximate annular space and described the first of the caisson
Part is corresponding, the second part pair of second part and the caisson in the annulus and the proximate annular space
It answers, wherein the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than described second
The unit gas-storing capacity divided.
Preferably, second part is does not have the part of gas storage function, so that the unit of the second part is stored up
Tolerance is zero；
Wherein, it is provided with the first port in the first part, can at least be used to receive the gas of the air charging system output
Body so that the first part can the shape of deformation cavity change.
Preferably, the second part is connected to described first, the second port is provided on the second part, at least
The gas of air charging system output can be used to receive so that at least described first part can the shape of deformation cavity occur
Change.
Preferably, the caisson further includes the Part III being connected to the second part, the second part or
The Part III is connected to the first part；
Wherein, the unit gas-storing capacity of the Part III and the unit gas-storing capacity of the second part are different；And it is less than institute
State the unit gas-storing capacity of first part；
The second part is provided with the second port or the Part III is provided with third port, can at least be used to receive
The gas of air charging system output so that at least described first part can the shape of deformation cavity change.
Preferably, the first part of the caisson be used for it is described can deformation cavity deformation occurs when, to institute
State the expansion of the inner wall in annulus or the proximate annular space.
Preferably, further includes:
Signal transmitter unit, for the first part can intracorporal first inner wall of deformation chamber send detection signal；
The detection device is used to receive the characteristic signal of first inner wall based on the detection signal reflex；
Wherein, the vibration of the first part is generated by first inner wall.
Preferably, the signal transmitter unit and the detection device are arranged at second opposite with first inner wall
At inner wall.
Preferably, further includes:
The processing unit or communication device being connected with the detection device；
Wherein, the processing unit is for receiving characteristic signal acquired in the detection device, and is based on the feature
Signal determines the physiological characteristic value of user's body；
Alternatively, characteristic signal acquired in the detection device is sent to the second electronic equipment by the communication device, by
Second electronic equipment determines the physiological characteristic value of user's body based on the characteristic signal.
A kind of electronic equipment, comprising:
Body part；
Part is maintained, is connect with the body part, for passing through the electronic equipment when being in maintenance state
One annulus or the proximate annular space for meeting the first preset condition are kept and at least part of opposite position of user's body
Set relationship, wherein the maintenance part is as the annulus or at least part in the proximate annular space；
The first position of the annulus or the proximate annular space is arranged in air charging system, is used for output gas；
Caisson, setting in the first position, have can deformation cavity, for according to from the air charging system
Described in gas and changing can deformation cavity shape；
Detection device meets the caisson of the second preset condition for the amount based on the currently stored gas
Vibration obtains characteristic signal；
Wherein, the caisson is provided with the first port being connected with the air charging system, can at least be used to receive institute
State the gas of air charging system output.
Preferably, comprising:
Control is arranged in the body part of electronic equipment and/or maintains the air charging system output gas of part；Wherein, described
Maintain part to be connected with the body part, for making the electronic equipment cyclic annular empty by one when being in maintenance state
Between or meet the proximate annular space of the first preset condition and keep at least part of relative positional relationship of user's body
Part, the maintenance part is as the annulus or at least part in the proximate annular space；
The vibration for detecting the first part of the caisson of amount the second preset condition of satisfaction of the currently stored gas, is obtained
Take characteristic signal；Wherein, the caisson is setting in the body part and/or the maintenance part, and having can deformation
Cavity, for according to described in the gas and changing from the air charging system can deformation cavity shape device；
Wherein, the first partial in the annulus or the proximate annular space and described the first of the caisson
Part is corresponding, the second part pair of second part and the caisson in the annulus or the proximate annular space
It answers, wherein the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than described second
The unit gas-storing capacity divided.
Preferably, after the acquisition characteristic signal, further includes:
The physiological characteristic value of user's body is determined based on the characteristic signal；
Or, the characteristic signal is sent to the second electronic equipment, so that second electronic equipment is based on the spy
Reference number determines the physiological characteristic value of user's body.
It can be seen via above technical scheme that compared with prior art, the embodiment of the present invention provides a kind of electronic equipment, with
Body part is connected, and maintenance part when in the state of maintenance makes electronic equipment default by an annulus or satisfaction first
The proximate annular space of condition is kept and at least part of relative positional relationship of user's body, wherein maintains part conduct
At least part in annulus or proximate annular space, and body part is set and/or maintains the caisson tool of part
Have can deformation cavity, can to change for the gas according to the air charging system output that body part and/or position part is arranged in
The shape of deformation cavity, detection device can meet the of the caisson of the second preset condition based on the amount of currently stored gas
The vibration of a part, to obtain characteristic signal relevant to user, it can be seen that, in the present invention, set using the electronics
During standby, be electronic equipment is fixed on to a certain position of user by annulus or proximate annular space, and by
The unit gas-storing capacity of the second part of the caisson corresponding to second part in annulus or proximate annular space is less than
The unit gas-storing capacity of the first part of caisson corresponding to the first partial in annulus or proximate annular space, it is clear that
It is different for surrounding gas-storing capacity corresponding to the annulus at a certain position of user or the different parts in proximate annular space, with
The prior art is different using the mode of certain a part that entire gasbag is looped around user, therefore, shortens inflationtime, mentions
High detection efficiency.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis
The attached drawing of offer obtains other attached drawings.
Fig. 1 is the structural schematic diagram of a kind of electronic equipment disclosed in one embodiment of the invention；
Fig. 2 (a) is a kind of structural schematic diagram of implementation of annulus disclosed in one embodiment of the invention；
Fig. 2 (b) is the structural schematic diagram of annulus disclosed in one embodiment of the invention；
Fig. 3 (a), which is that one embodiment of the invention is disclosed, maintains part to show with a kind of structure of connection relationship of body part
It is intended to；
Fig. 3 (b) is the disclosed structure for maintaining part with body part another kind connection relationship of one embodiment of the invention
Schematic diagram；
Fig. 3 (c) is the disclosed knot for maintaining part with another connection relationship of body part of one embodiment of the invention
Structure schematic diagram；
Fig. 3 (d) is the disclosed knot for maintaining part with another connection relationship of body part of one embodiment of the invention
Structure schematic diagram；
Fig. 4 is the structural schematic diagram of the annulus of another embodiment of the present invention；
Fig. 5 is the structural schematic diagram of a kind of electronic equipment disclosed in further embodiment of this invention；
Fig. 6 is a kind of flow diagram of detection method disclosed in one embodiment of the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
The embodiment of the invention discloses a kind of electronic equipment, comprising: body part；Part is maintained, with the body part
Connection, for making the electronic equipment when being in maintenance state by an annulus or meeting the close of the first preset condition
It is kept and at least part of relative positional relationship of user's body like annulus, wherein described in the maintenance part is used as
At least part in annulus or the proximate annular space；Air charging system is arranged in the body part and/or the dimension
Part is held, output gas is used for；Caisson, in the body part and/or the maintenance part, having can deformation chamber for setting
Body, for according to described in the gas and changing from the air charging system can deformation cavity shape；Detection device is worked as being based on
The amount of the preceding storage gas meets the vibration of the first part of the caisson of the second preset condition, obtains feature letter
Number；Wherein, the first part of the first partial in the annulus or the proximate annular space and the caisson
Corresponding, the annulus and second part in the proximate annular space are corresponding with the second part of the caisson,
In, the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than the second part
Unit gas-storing capacity；In the present invention, due to the difference for annulus or proximate annular space around a certain position of user
Gas-storing capacity corresponding to part is different, is looped around the side of certain a part of user using entire rectangular balloon bag with the prior art
Formula is different, therefore, shortens inflationtime, improves detection efficiency.
With reference to the accompanying drawing, the application embodiment is described in detail.
One embodiment of the invention discloses a kind of electronic equipment, as shown in Figure 1, the electronic equipment includes: body part
110, part 120, air charging system 130, caisson 140, detection device 150 are maintained.It is specific:
Part 120 is maintained to be connected with body part 110, for making electronic equipment cyclic annular by one in maintenance state
Space or the proximate annular space for meeting the first preset condition are kept and at least part of relative positional relationship of user.
Wherein, maintain part as annulus or at least part in proximate annular space.
Specifically, the annulus or proximate annular space only can maintain part to form, it can also be by body part
It is collectively formed with maintenance part.And maintain part that there is maintenance state and non-maintenance state, only maintaining to be partially in maintenance
Under state, an annulus or proximate annular space can be formed.
It should be noted that the meaning for meeting the first preset condition proximate annular space is, the arcuate structure with an opening,
And the opening of the arcuate structure is less than column (column is referred to as the ontology across proximate annular space, such as user
Arm) bore.It can be avoided after user wears the electronic equipment and fall off because opening is excessive in this way.That is, this is opened
The size of mouth is on the basis of it cannot be detached from user naturally after user's wearable electronic device, and the numerical value present invention being specifically open is not
It limits.
In actual application, a certain position of user needs guiding through the annulus or proximate annular sky of electronic equipment
Between, therefore, it is necessary to guarantee that the bore of column is less than the bore in annulus or proximate annular space.And in order to realize that electronics is set
Standby accurate measurement needs electronic equipment and user to be in close contact under normal circumstances, in such a case, it is possible to by electronics
After equipment is worn on a certain position of user by annulus or proximate annular space, adjustment maintains the state of part, with
It is gradually reduced the bore of annulus or proximate annular space, guarantees that electronic equipment and user are in close contact.Certainly, to reality
Certain a part of existing user is relatively fixed with electronic equipment, is less than annulus or approximate ring in the bore for guaranteeing column
Under the premise of the bore in shape space, it is also necessary to guarantee that at least one end of column is greater than the mouth in annulus or proximate annular space
Diameter, for example, electronic equipment is worn on the arm of user, the bore of arm need to be less than annulus or proximate annular space
Bore, and the hand on arm need to be greater than the bore in annulus or proximate annular space, just be avoided that electronic equipment from using
It is split away off on the arm of person.
The setting of air charging system 130 is in body part 110 and/or maintains part 120, is used for output gas.
Optionally, air charging system can be pressurizing device, such as inflator pump.
Caisson 140 setting body part 110 and/or maintain part 120, have can deformation cavity, be used for foundation
Come self-inflator 130 gas and changing can deformation cavity shape.
Wherein, caisson have can deformation cavity be referred to as caisson at least part have can deformation cavity, when
So, caisson can also include the not deformable other parts of cavity.If caisson includes two parts, a part is can shape
Become cavity, another part is rigid cavity.
Detection device 150 meets the of the caisson 140 of the second preset condition for the amount based on currently stored gas
The vibration of a part obtains characteristic signal.
After detection device gets characteristic signal, electronic equipment can determine the body of user based on this feature signal
Situation can specifically determine the physiological characteristic value of user, such as determine the pressure value of user, heart rate etc..
Wherein, the first part of caisson 140 is the portion for being placed on the position that can generate vibration of user
Point.The first part of caisson 140 is such as placed on to the position for being able to reflect physiological characteristic value position of user, with electronics
Equipment is for Wrist band type sphygmomanometer, the first part of caisson need to be placed at the pulse of arm.The first part is tool
Have can deformation cavity part.
Detection device 150 is during user is using the electronic equipment, and to obtain characteristic signal, and electronic equipment exists
In use process, need to guarantee the currently stored gas of the first part of caisson 140 amount meet the second preset condition, second
Preset condition is that the amount of gas currently stored in first part reaches a certain target value, which can be pre-set
Value.
That is, detection device, before obtaining characteristic signal, air charging system 130 needs first to the first of caisson 140
Part conveying gas so that the first part of caisson can deformation cavity deformation occurs.Specifically, in the present invention,
The first part of caisson 140 can be set maintain part or body part inside, for can deformation cavity occur
Expansion when deformation, to annulus or the inner wall in proximate annular space.
It should be noted that the specific setting position of detection device is determined based on the use characteristic of electronic equipment, can such as incite somebody to action
Detection device is provided in first part, the second inner wall corresponding with the first inner wall for generating vibration；Certainly, may be used also
To be arranged at the port for receiving gas of caisson.
Detection device is specifically as follows sensor, such as pressure sensor, is produced for obtaining the vibration based on first part
Raw pressure change, certainly the present invention and not only in this, the device of other users acquisition characteristics signal includes in of the invention
Within the scope of.In the present invention, the first partial in annulus or proximate annular space is corresponding with the first part of caisson,
Second part in annulus or proximate annular space is corresponding with the second part of caisson, wherein first partial and second
Part is different, and the unit gas-storing capacity of first part is greater than the unit gas-storing capacity of second part.
Wherein, the size of first part is on the basis of the physical condition for enabling to electronic equipment accurately to measure user,
Such as on the basis of the physiological characteristic value for accurately measuring user, it can specifically be obtained by the discussion repeatedly of experiment.
Specifically, at least there are following several feelings in the corresponding relationship of annulus or proximate annular space and caisson
Condition:
It is a kind of are as follows: second part in annulus or proximate annular space is the part for not having gas storage function, so that
The unit gas-storing capacity of the second part of caisson is zero.
Correspondingly, being provided with the first port in the first part of caisson, can at least be used to receive the air charging system
The gas of output so that the first part can the shape of deformation cavity change.
In the present invention, the first port can be also used for the gas that will be stored in first part discharge.Certainly, first
The first port divided can be only used for receiving the gas of air charging system output, and another port is additionally provided in first part, use
In the gas discharge that will be stored in first part.
In this manner, the first part of caisson and air charging system are arranged in same position, are such as arranged at dimension
It holds part or is arranged at body part.
As shown in Fig. 2 (a), for a kind of structural schematic diagram by taking annulus as an example, the first partial S100 of annulus
Corresponding with the first part of caisson, the second part S200 of annulus is corresponding with the second part of caisson.Specifically
, it is provided with the first port 141 in the first part of caisson, can at least be used to receive the gas of air charging system output, ring
Second part in shape space does not have gas storage function, i.e. the unit gas-storing capacity of the second part of caisson is zero.In this feelings
Under condition, the first part of caisson directly passes through the first port and is connected with air charging system, receives the gas of air charging system output.
Under this implementation, do not have gas storage function due to second part in annulus or proximate annular space
Part therefore second part in annulus or proximate annular space can be designed according to the actual demand of user, such as by ring
The width design of shape space or the second part of the approximation space part narrow at the width than first partial, with existing using whole
A rectangular balloon bag is compared around a certain position of user, and aesthetics is promoted.
It is another are as follows: the second part of caisson is connected with the first part of caisson, and the second of caisson
The second port is provided on part, can at least be used to receive air charging system output gas so that at least first part can
Deformation cavity changes.In the present invention, the second port can be also used for be stored in first part and second part
Gas discharge.Certainly, the second port of second part can be only used for receiving the gas of air charging system output, and on second part
It is additionally provided with another port, the gas discharge for that will be stored in first part and second part.
It should be noted that the second part of caisson can for can deformation cavity part, then, receive inflation
Device output gas, can also make second part can deformation cavity change.Certainly, the second part of caisson is also
It can be the not deformable part of cavity, such as rigid conduit, then, the gas of air charging system output is received, the can't be made
The cavity of two parts changes.
In this manner, the first part of caisson and air charging system are arranged in different location, and caisson
Second part can be arranged with air charging system in same position, be such as arranged at maintenance part or be arranged at body part.
It is still a kind of structural schematic diagram by taking annulus as an example, the first partial of annulus as shown in Fig. 2 (b)
S100 is corresponding with the first part of caisson, and the second part of annulus is corresponding with the second part of caisson.Specifically
, the first part of caisson is connected with second part, the second port 142 is provided on the second part of caisson,
It can at least be used to receive the gas of air charging system output.In this case, the second part of caisson is used as to gas storage and fills
The transmission pipeline for the first part's transmission gas set.
With reference to Fig. 2 (b) as can be seen that the unit gas-storing capacity that the unit gas-storing capacity of second part is less than first part specifically may be used
Think that the width of second part is less than the width of first part.
Under this implementation, can by the width design of second part in annulus or proximate annular space at than
The narrow part of the width of first partial is compared using entire rectangular balloon bag around a certain position of user with existing
Compared with aesthetics is promoted.
To sum up, in electronic equipment of the invention, annulus or proximate annular space are not completely by rectangular balloon
Bag composition, the storage as corresponding to the different parts of annulus or proximate annular space for surrounding a certain position of user
Tolerance is different, and it is different using entire rectangular balloon bag to be looped around mode of certain a part of user from the prior art, therefore, makes
It obtains inflationtime to shorten, improves detection efficiency.
Specifically, following simple declaration maintains part and body part to form the several of annulus or proximate annular space
Implementation.
As shown in Fig. 3 (a) and (b), annulus or proximate annular space only maintain part 120 to form, i.e. maintenance portion
120 are divided itself to form annuluses or proximate annular space, at this point, the appearance for maintaining part 120 is arranged in body part 110
Face, i.e. maintenance part 120 realize that face contact is connect with body part 110.
In Fig. 3 (a), part 120 is maintained to be made of the two parts separated, it is corresponding, maintain part 120 can be same
When there are two states, one kind is maintenance state that two end in contact of part are maintained such as Fig. 3 (a) shown in, and another to tie up
Hold the non-maintenance state of the both ends separation of part.Assuming that maintenance state shown in Fig. 3 (a) is by the way that the both ends of part will be maintained to glue
What the mode to connect together was formed, then, when maintaining the both ends of residual adhesion together to separate, the maintenance part is by maintenance shape
State becomes non-maintenance state.
Certainly, when by maintaining part itself to form annulus, part is maintained to can also be an entirety, at this point, only
Body part is arranged in the outer surface for maintaining part.
As shown in Fig. 3 (c) and (d), annulus is by maintaining part 120 and body part 110 to collectively form, in this shape
Under state, maintain part 120 that can be connected respectively with the both ends of 110 Relative distribution of body part, to form a kind of closed ring
Shape structure or arcuate structure with opening.
In Fig. 3 (c), maintaining part is an entirety, will only maintain the both ends of part opposite with body part respectively
The both ends of distribution are connected.And under another implementation, it maintains part that can be made of the two parts separated, is corresponding to it
, maintain part 120 that can have two states, a kind of maintenance shape to maintain two end in contact that can be separated in part simultaneously
State, and another non-maintenance state to maintain the both ends of part to separate.Both states are similar to maintenance when wearing wrist-watch
Non-maintenance state when the watch chain of state and wrist-watch is unfolded.
And under the connection relationship as shown in Fig. 3 (b) and Fig. 3 (d), maintain part that only there is a kind of this shape of maintenance state
State.
Another embodiment of the present invention also discloses a kind of electronic equipment, unlike the embodiments above, in the present embodiment
In, caisson further includes the Part III being connected to second part, and second part or Part III are connected to first part.
That is, in the present embodiment, annulus or proximate annular space have the first part with caisson
Corresponding first partial, corresponding with the second part of caisson second is local and corresponding with the Part III of caisson
Third part, and the first part of caisson, second part and Part III are connected.
Wherein, the unit gas-storing capacity of Part III and the unit gas-storing capacity of the second part are different；And less than first
The unit gas-storing capacity divided.
It should be noted that the unit gas-storing capacity of Part III and the unit gas-storing capacity difference of second part may refer to be
The unit gas-storing capacity of three parts is greater than the unit gas-storing capacity of second part；Or be referred to as, the unit gas-storing capacity of Part III is small
In the unit gas-storing capacity of second part.
Second part is provided with the second port or Part III is provided with third port, can at least be used to receive air charging system
The gas of output so that at least first part can the shape of deformation cavity change.
In the present invention, the second part of caisson and Part III can for can deformation cavity part,
Under this state, by receive air charging system output gas it is also possible that second part and Part III can deformation chamber
The shape of body changes.
Certainly, the second part of caisson and Part III may be the not deformable part of cavity, and such as second
Point and Part III be rigid conduit, in this state, the gas by receiving air charging system output can not make the
The shape of the cavity of two parts and Part III changes.
Alternatively, in the second part and Part III of caisson part be with can deformation cavity part, separately
One part is the not deformable part of cavity.
In the present embodiment, the quantity of second part and the quantity of Part III are not particularly limited, correspondingly, second
The distribution mode and structure of part and Part III also do not limit specifically, can be set according to the actual situation.
In conjunction with the present embodiment, Fig. 4 shows a kind of structural schematic diagram of annulus, specifically, caisson includes the
A part of 140A, second part 140B and Part III 140C, specifically, the first partial S100 of annulus and first
Point 140A is corresponding, and the second part S200 of annulus is corresponding with second part 140B, the third part S300 of annulus and
The Part III 140C of caisson is corresponding, is provided with the second port 141 on second part 140B.In Fig. 4, there are 4 the
Three parts 140C and 5 second part 140B, wherein second part 140B is arranged indirectly and is connected to Part III 140C,
Second part is connected to first part.
In the present invention, annulus or proximate annular spatially can be set a fairly large number of, and and second part
The Part III arranged indirectly, and Part III have can deformation cavity, unit gas-storing capacity be greater than second part unit store up
Tolerance, to make it form protrusion in the deflated condition, to play the role of region of interest that is ventilative and massaging user.
Further embodiment of this invention also discloses a kind of electronic equipment, as shown in figure 5, the electronic equipment includes: body part
Divide 110, maintain part 120, air charging system 130, caisson 140, detection device 150 and signal transmitter unit 160,
In:
Part 120 is maintained to be connected with body part 110, for making electronic equipment cyclic annular by one in maintenance state
Space or the proximate annular space for meeting the first preset condition are kept and at least part of relative positional relationship of user.
Wherein, maintain part as annulus or at least part in proximate annular space.
The setting of air charging system 130 is used for output gas in body part 110 and/maintenance part 120.
Caisson 140 setting body part 110 and/or maintain part 120, have can deformation cavity, be used for foundation
Come self-inflator 130 gas and changing can deformation cavity shape.
In the present invention, the first partial in annulus or proximate annular space is corresponding with the first part of caisson,
Second part in annulus or proximate annular space is corresponding with the second part of caisson, wherein first partial and second
Part is different, and the unit gas-storing capacity of first part is greater than the unit gas-storing capacity of second part.
Signal transmitter unit 160, for first part can intracorporal first inner wall of deformation chamber send detection signal.
Optionally, signal transmitter unit can be infrared emission unit, for sending infrared detection signal to the first inner wall.
Certainly, the present invention is not limited thereto, other signal transmitter units for can be realized the detection of user's physical condition exist
Within protection scope of the present invention.
Wherein, the vibration of first part is generated by the first inner wall.Specifically, during user uses electronic equipment,
The outer surface of first inner wall is the surface of physical contact with the user, and signal transmitter unit specifically can be to the interior table of the first inner wall
Face sends detection signal.
Detection device 150 is used to receive characteristic signal of first inner wall based on detection signal reflex.
After detection device receives characteristic signal, electronic equipment can determine the body of user based on this feature signal
Situation can specifically determine the physiological characteristic value of user, such as pressure value, heart rate.
In the present invention, the setting position of signal transmitter unit and detection device can be set according to the actual situation,
If signal transmitter unit is arranged at the first port of first part, detection device is arranged at the first inner wall.Preferably, signal
Transmitting unit and detection device can be arranged at the second inner wall opposite with the first inner wall.
Further embodiment of this invention also discloses a kind of electronic equipment, unlike the above various embodiments, in this implementation
In example, electronic equipment further includes processing unit or communication device.
Processing unit is connected with detection device, believes for characteristic signal acquired in receiving detection device, and based on feature
Number determine user's body physiological characteristic value.
Communication device is connected with detection device, and being sent to the second electronics for will test characteristic signal acquired in device sets
It is standby, the physiological characteristic value of user's body is determined based on characteristic signal by second electronic equipment.
Existing implementation can be specifically used in such a way that characteristic signal determines physiological characteristic value, set with electronics
For the standby equipment for measurement blood pressure, after detection device gets characteristic signal, processing unit or the second electronic equipment can be with
The pressure value that user is determined based on this feature signal generally comprises hypertension value and low blood pressure value.
Second electronic equipment has the communication module being connected with the communication device of electronic equipment, is specifically as follows mobile phone, puts down
Plate apparatus such as computer, wherein the second electronic equipment has the function of analysis characteristic signal, as the spy for receiving electronic equipment transmission
After reference number, the physiological characteristic value of user's body can be determined, based on this feature signal so that user checks.
One embodiment of the invention also discloses a kind of electronic equipment, which includes: body part, maintenance portion
Point, air charging system, caisson and detection device, it is specific:
Part is maintained, is connect with the body part, for passing through the electronic equipment when being in maintenance state
One annulus or the proximate annular space for meeting the first preset condition are kept and at least part of opposite position of user's body
Set relationship.
Wherein, maintain part as annulus or at least part in proximate annular space.
The first position of annulus or proximate annular space is arranged in air charging system, is used for output gas.
Specifically, air charging system, which can be set, is maintaining part, it is of course also possible to which body part is arranged in.
Caisson is arranged in first position, i.e., is arranged with air charging system in same position, not need transmission pipeline.Its
In, caisson have can deformation cavity, for according to come self-inflator gas and changing can deformation cavity shape.
Detection device meets the vibration of the caisson of the second preset condition for the amount based on currently stored gas, obtains
Take characteristic signal.
Wherein, caisson is provided with the first port, which is directly connected with air charging system, can at least be used to connect
Receive the gas of air charging system output.
In the present embodiment, caisson be only have can deformation cavity device, which makes for being placed on
On user, it is able to reflect the part of the physiological characteristic value of user.
For annulus or proximate annular space, only there is a part corresponding with caisson, in addition to
Other parts of the part are not corresponding with caisson.
Specifically, being only provided with gas storage at the position that user can generate vibration during using electronic equipment
Device, and caisson is not provided with for other positions of user.For example, only in user for reacting physiological characteristic
The position of value is provided with caisson, by taking electronic equipment is Wrist band type sphygmomanometer as an example, only in arm for measuring blood pressure
Caisson is provided at the pulse of value, and not for the other parts of annulus or proximate annular space around arm
It is provided with caisson.
It should be noted that the size of caisson is to enable to electronic equipment that can accurately measure the body shape of user
It, specifically can proving repeatedly by experiment on the basis of condition, such as on the basis of the physiological characteristic value accurately to measure user
It arrives.
The various implementations of the present embodiment can refer to the above various embodiments, and in this not go into detail.
Obviously, in the above-described embodiments, caisson will be made more than being surround in the prior art using entire rectangular balloon bag
Certain of user is a part of small, therefore, shortens inflationtime, improves detection efficiency.
A kind of detection method is also disclosed in one embodiment of the invention, as shown in fig. 6, detection method includes following procedure:
Step 601: control is arranged in the body part of electronic equipment and/or maintains the air charging system output gas of part；
Wherein, the maintenance part is is connected with the body part, for making the electricity when being in maintenance state
Sub- equipment is kept and user's body at least one by the proximate annular space of the first preset condition of an annulus or satisfaction
Point relative positional relationship part, maintain part as the annulus or the proximate annular space at least one
Part.
Specifically, during using electronic equipment, when the annulus that a certain position of user passes through electronic equipment
Or behind proximate annular space, electronic equipment can control air charging system output gas, and specifically, electronic equipment can receive
When operating to user for the first of electronic equipment, air charging system output gas is controlled, as user triggers on electronic equipment
The operation of a certain key；Certainly, electronic equipment can also have whether voluntarily detection annulus or proximate annular space pass through
The function of certain a part of user, as electronic equipment can be in annulus or proximate annular space for connecing with user
Sensor is set on the inner wall of touching, whether to pass through the annulus or proximate annular sky based on sensor detection user
Between.
Step 602: the amount of the currently stored gas of detection meets the first part of the caisson of the second preset condition
Vibration, obtain characteristic signal.
After getting characteristic signal, the physical condition of user can be determined based on this feature signal, it specifically can be true
Determine the physiological characteristic value of user, such as pressure value, heart rate etc..
When electronic equipment controls air charging system to during first part's output gas of caisson, electronic equipment can be with
After the amount for meeting the second default gas submitted to caisson output, air charging system is automatically closed；In measurement process, electronics
Equipment can also be according to the different control caisson exhausts of detection-phase.
Wherein, the caisson is setting in the body part and/or the maintenance part, and having can deformation chamber
Body, for according to described in the gas and changing from the air charging system can deformation cavity shape device；
Wherein, the first partial in the annulus or the proximate annular space and described the first of the caisson
Part is corresponding, the second part pair of second part and the caisson in the annulus or the proximate annular space
It answers, wherein the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than described second
The unit gas-storing capacity divided.
It can be seen that in the present invention, annulus or proximate annular space are not to be made of completely rectangular balloon bag,
The gas-storing capacity as corresponding to the different parts of annulus or proximate annular space for surrounding a certain position of user is not
Together, from the prior art using entire rectangular balloon bag be looped around user certain a part mode it is different, therefore so that inflate
Time shortens, and improves detection efficiency.
A kind of detection method is also disclosed in another embodiment of the present invention, unlike the embodiments above, is obtaining feature letter
It is further comprising the steps of after number:
The physiological characteristic value of user's body is determined based on the characteristic signal；Or, the characteristic signal is sent
To the second electronic equipment, so that second electronic equipment determines the physiology of user's body based on the characteristic signal
Characteristic value.
Existing implementation can be specifically used in such a way that characteristic signal determines physiological characteristic value, set with electronics
For the standby equipment for measurement blood pressure, after detection device gets characteristic signal, processing unit or the second electronic equipment can be with
The pressure value that user is determined based on this feature signal generally comprises hypertension value and low blood pressure value.
Second electronic equipment has the communication module being connected with the communication device of electronic equipment, is specifically as follows mobile phone, puts down
Plate apparatus such as computer, wherein the second electronic equipment has the function of analysis characteristic signal, as the spy for receiving electronic equipment transmission
After reference number, the physiological characteristic value of user's body can be determined, based on this feature signal so that user checks.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
For, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (8)
1. a kind of electronic equipment characterized by comprising
Body part；
Part is maintained, is connect with the body part, for making the electronic equipment pass through a ring when being in maintenance state
Shape space or the proximate annular space for meeting the first preset condition keep closing at least part of relative position of user's body
System, wherein the maintenance part is as the annulus or at least part in the proximate annular space；
Air charging system, setting are used for output gas in the body part and/or the maintenance part；
Caisson, setting is in the body part and the maintenance part, or setting, in the body part, having can deformation
Cavity, for according to described in the gas and changing from the air charging system can deformation cavity shape；
Detection device meets the first of the caisson of the second preset condition for the amount based on the currently stored gas
Partial vibration obtains characteristic signal；The detection device is set to the first part, in first for generating vibration
On corresponding second inner wall of wall；
Wherein, the first part of the first partial in the annulus or the proximate annular space and the caisson
Corresponding, second part in the annulus or the proximate annular space is corresponding with the second part of the caisson,
In, the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than the second part
Unit gas-storing capacity；
The second part is connected to the first part, and the second port is provided on the second part, can at least be used to connect
Receive the gas of air charging system output so that at least described first part can the shape of deformation cavity change, institute
State second part have can deformation cavity, can change after the gas for receiving air charging system output.
2. equipment according to claim 1, which is characterized in that be provided with the first port in the first part, at least can
For receiving the gas of air charging system output so that the first part can the shape of deformation cavity change.
3. equipment according to claim 1, which is characterized in that the caisson further includes being connected to the second part
Part III, the second part or the Part III are connected to the first part；
Wherein, the unit gas-storing capacity of the Part III and the unit gas-storing capacity of the second part are different；And it is less than described the
The unit gas-storing capacity of a part.
4. equipment according to claim 1, which is characterized in that the first part of the caisson is used for described
Can deformation cavity when deformation occurs, the expansion of the inner wall in Xiang Suoshu annulus or the proximate annular space.
5. electronic equipment according to claim 1, which is characterized in that further include:
Signal transmitter unit, for the first part can intracorporal first inner wall of deformation chamber send detection signal；
The detection device is used to receive the characteristic signal of first inner wall based on the detection signal reflex；
Wherein, the vibration of the first part is generated by first inner wall.
6. equipment according to claim 5, which is characterized in that the signal transmitter unit and the detection device are respectively provided with
At second inner wall opposite with first inner wall.
7. electronic equipment according to claim 1, which is characterized in that further include:
The processing unit or communication device being connected with the detection device；
Wherein, the processing unit is for receiving characteristic signal acquired in the detection device, and is based on the characteristic signal
Determine the physiological characteristic value of user's body；
Alternatively, characteristic signal acquired in the detection device is sent to the second electronic equipment by the communication device, by described
Second electronic equipment determines the physiological characteristic value of user's body based on the characteristic signal.
8. a kind of detection method characterized by comprising
Control is arranged in the body part of electronic equipment and/or maintains the air charging system output gas of part；Wherein, the maintenance
Part to be connected with the body part, for make when being in maintenance state the electronic equipment pass through an annulus or
The proximate annular space for meeting the first preset condition is kept and the part of at least part of relative positional relationship of user's body,
The maintenance part is as the annulus or at least part in the proximate annular space；
Meet the first part of the caisson of the second preset condition by the amount that detection device detects the currently stored gas
Vibration, obtain characteristic signal；Wherein, the caisson is to be arranged in the body part and the maintenance part, or set
Set in the body part, have can deformation cavity, for according to can deformation described in the gas and changing from the air charging system
The device of the shape of cavity；The detection device is set to the first part, corresponding with the first inner wall for generating vibration
The second inner wall on；
Wherein, the first part of the first partial in the annulus or the proximate annular space and the caisson
Corresponding, second part in the annulus or the proximate annular space is corresponding with the second part of the caisson,
In, the first partial is different from second part, and the unit gas-storing capacity of the first part is greater than the second part
Unit gas-storing capacity；
The second part is connected to the first part, and the second port is provided on the second part, can at least be used to connect
Receive the gas of air charging system output so that at least described first part can the shape of deformation cavity change, institute
State second part have can deformation cavity, can change after the gas for receiving air charging system output.
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| US20020077558A1 (en) * | 2000-12-13 | 2002-06-20 | Kazunobu Itonaga | Vital sign detection device |
| KR101349767B1 (en) * | 2012-05-09 | 2014-01-10 | 이동화 | Wrist-mount blood pressure monitor |
| CN103529684B (en) * | 2012-07-03 | 2016-09-21 | 好爸爸高科技集团有限公司 | For automatically surveying intelligent health wrist-watch and the intelligent health system of record health data |
| CN204306810U (en) * | 2014-12-05 | 2015-05-06 | 四川省人民医院 | A kind of Wrist wearable type pulse and blood pressure monitoring device |
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| CN1249161A (en) * | 1998-05-28 | 2000-04-05 | 百略系统有限公司 | Device and method for non-intrusion measurement of arterial blood pressure |
| JP2009284967A (en) * | 2008-05-27 | 2009-12-10 | Omron Healthcare Co Ltd | Cuff for blood pressure data measuring instrument and blood pressure data measuring instrument equipped with it |
| CN201767961U (en) * | 2010-08-16 | 2011-03-23 | 童文娟 | Wrist band sphygmomanometer |
| CN203016936U (en) * | 2012-11-30 | 2013-06-26 | 张蕾 | Watch type portable sphygmomanometer |
| CN104434053A (en) * | 2014-07-02 | 2015-03-25 | 许建平 | Electronic detector |
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| CN105105760A (en) | 2015-12-02 |
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