CN105997020A - Method, equipment and system for implementing automatic regulation of parameters of wearable device - Google Patents
Method, equipment and system for implementing automatic regulation of parameters of wearable device Download PDFInfo
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- CN105997020A CN105997020A CN201610334294.0A CN201610334294A CN105997020A CN 105997020 A CN105997020 A CN 105997020A CN 201610334294 A CN201610334294 A CN 201610334294A CN 105997020 A CN105997020 A CN 105997020A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0033—Features or image-related aspects of imaging apparatus classified in A61B5/00, e.g. for MRI, optical tomography or impedance tomography apparatus; arrangements of imaging apparatus in a room
- A61B5/004—Features or image-related aspects of imaging apparatus classified in A61B5/00, e.g. for MRI, optical tomography or impedance tomography apparatus; arrangements of imaging apparatus in a room adapted for image acquisition of a particular organ or body part
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/01—Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
- A61B5/021—Measuring pressure in heart or blood vessels
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
- G06F17/40—Data acquisition and logging
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
Abstract
According to the embodiment, the invention provides a method for implementing automatic regulation of parameters of a wearable device, the wearable device, data processing equipment and a system, wherein the method for automatically regulating the parameters of the wearable device comprises the following steps: acquiring human parameters and surrounding environment parameters; transmitting the human parameters and the surrounding environment parameters to the data processing equipment, so that a parameter regulating command is generated by the data processing equipment in accordance with the human parameters and the surrounding environment parameters; receiving the parameter regulating command which is transmitted by the data processing equipment; and regulating the parameters of the wearable device in accordance with the parameter regulating command. According to the method for automatically regulating the parameters of the wearable device, the wearable device, the data processing equipment and the system, the technical problem that user experience is relatively poor since a wearable device which is capable of automatically regulating the parameters is in lack at present is solved.
Description
Technical field
The present embodiments relate to intelligence wearing field, particularly relate to a kind of realization and be automatically adjusted wearable device
The method of parameter, wearable device, data handling equipment and system.
Background technology
Along with the flourish of artificial intelligence technology and the fast development of technology of Internet of things, both are answered in combination
In more living scene, this world will be surrounded by artificial intelligence therewith, and all things on earth interconnects, and
Give all things on earth perception.Intelligent worn device as a kind of artificial intelligence's equipment and technology of Internet of things coalition
Through more and more coming into the life of people.
But, current wearable device field is concentrated mainly on health and medical field, mainly with lightweight
Wrist-watch, bracelet etc. is as the form of expression, it is achieved move, sleep or outdoor data such as temperature, blood pressure, arteries and veins
Fight, heart rate, cadence, the detection of the index such as calorie consumption, analyze and service, as existed by detection human body
Heart rate during motion, cadence, calorie consumption etc. obtain the health status etc. of human body.
But, current wearable device is only the parameter information obtaining human body, and believes the parameter of human body
Breath is analyzed processing, and obtains the health status of human body, can not make accordingly for the health status of human body
Positive reaction, the i.e. health status not according to human body are automatically adjusted the parameter of wearable device, Jin Ergai
The health status of philanthropist's body, as do not passed through wearable device to people when body temperature human body being detected is higher
Body carries out Physical temperature-lowering process, and for example can not pass through wearable device when humidity ratio human body being detected is bigger
Human body is carried out dehumidification treatments etc..
In other words, the most do not have and can cause the experience of user relatively with the wearable device of automatically adjusting parameter
Difference.
Summary of the invention
The embodiment of the present invention provides and a kind of realizes being automatically adjusted the method for wearable device parameter, wearable sets
Standby, data handling equipment and system, can wearable with automatically adjusting parameter in order to solve not have at present
Equipment, that causes user experiences poor technical problem.
For solving above technical problem, embodiments provide one and be automatically adjusted wearable device parameter
Method, described method is applied to wearable device, comprising:
Gather human parameters and ambient parameters；
Send described human parameters and described ambient parameters to data handling equipment, for described data
Processing equipment generates parameter regulating command according to described human parameters and described ambient parameters；
Receive the described parameter regulating command that described data handling equipment sends；And
The parameter of described wearable device is regulated according to described parameter regulating command.
Further, described human parameters include human body temperature parameter, human body humidity parameter, blood pressure parameter with
And Pulse-Parameters；Described ambient parameters includes ambient temperature parameter, ambient humidity parameter, ambient wind velocity
Parameter and ambient particle degree parameter.
For solve above technical problem, the embodiment of the present invention and provide one be automatically adjusted wearable device ginseng
The method of number, described method is applied to data handling equipment, comprising:
Receive human parameters and ambient parameters that described wearable device sends；
Parameter regulating command is generated according to described human parameters and described ambient parameters；And
Send described parameter regulating command extremely described wearable device, for described wearable device according to described
Parameter regulating command regulates the parameter of described wearable device.
Further, parameter regulating command is generated according to described human parameters and described ambient parameters
Method includes:
Human body suitable parameter is generated according to described ambient parameters；
Described human parameters and described human body suitable parameter are compared, obtains the human body ginseng needing regulation
Number, and calculate the regulated quantity of the described human parameters needing regulation；And
Parameter regulating command is generated according to described regulated quantity.
Further, described human parameters include human body temperature parameter, human body humidity parameter, blood pressure parameter with
And Pulse-Parameters；Described ambient parameters includes ambient temperature parameter, ambient humidity parameter, ambient wind velocity
Parameter and ambient particle degree parameter.
For solving above technical problem, the embodiment of the present invention also provides the wearable of a kind of automatically adjusting parameter
Equipment, comprising:
Acquisition module, is used for gathering human parameters and ambient parameters；
First sending module, for sending described human parameters and the described week that described acquisition module collects
Enclose ambient parameter to data handling equipment, for described data handling equipment according to described human parameters and institute
State ambient parameters and generate parameter regulating command；
First receiver module, for receiving the described parameter regulating command that described data handling equipment sends；With
And
Adjustment module, described parameter regulating command regulation for receiving according to described receiver module is described can
The parameter of wearable device.
Further, described human parameters include human body temperature parameter, human body humidity parameter, blood pressure parameter with
And Pulse-Parameters；Described ambient parameters includes ambient temperature parameter, ambient humidity parameter, ambient wind velocity
Parameter and ambient particle degree parameter.
For solving above technical problem, the embodiment of the present invention also provides a kind of realization and is automatically adjusted wearable setting
The data handling equipment of standby parameter, comprising:
Second receiver module, for receiving human parameters and the surrounding ginseng that described wearable device sends
Number；
Order generation module, for the described human parameters received according to described second receiver module and institute
State ambient parameters and generate parameter regulating command；And
Second sending module, for sending the described parameter regulating command of described order generation module generation to institute
State wearable device, wearable set according to described parameter regulating command regulation is described for described wearable device
Standby parameter.
Further, described order generation module includes:
First signal generating unit, for generating human body suitable parameter according to described ambient parameters；
Processing unit, for comparing described human parameters and described human body suitable parameter, obtains and needs
Human parameters to be regulated, and calculate the regulated quantity of the described human parameters needing regulation；And
Second signal generating unit, for generating parameter regulating command according to described regulated quantity.
Further, described human parameters include human body temperature parameter, human body humidity parameter, blood pressure parameter with
And Pulse-Parameters；Described ambient parameters includes ambient temperature parameter, ambient humidity parameter, ambient wind velocity
Parameter and ambient particle degree parameter.
For solving above technical problem, the embodiment of the present invention additionally provides a kind of realization and is automatically adjusted wearable setting
The system of standby parameter, it includes wearable device as above and data handling equipment as above.
The embodiment of the present invention provide realization be automatically adjusted the method for wearable device parameter, wearable device,
Data handling equipment and system, obtain human parameters and ambient parameters, number by wearable device
According to ambient parameters generation human body suitable parameter and generation is compared with human parameters according to processing equipment
Parameter regulating command, and regulate the parameter of wearable device according to parameter regulating command and then change human body ginseng
Number, solves that do not have at present can be with the wearable device of automatically adjusting parameter, and the experience causing user is poor
Technical problem, make wearable device be adapted in different environment, promote Consumer's Experience.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to enforcement
The accompanying drawing used required in example or description of the prior art does one and introduces simply, it should be apparent that, retouch below
Accompanying drawing in stating is some embodiments of the present invention, for those of ordinary skill in the art, is not paying
On the premise of creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is a method stream of a kind of method being automatically adjusted wearable device parameter of the embodiment of the present invention 1
Cheng Tu；
Fig. 2 is a method stream of a kind of method being automatically adjusted wearable device parameter of the embodiment of the present invention 2
Cheng Tu；
Fig. 3 is the another method of a kind of method being automatically adjusted wearable device parameter of the embodiment of the present invention 2
Flow chart；
Fig. 4 is a structure square frame of the wearable device of a kind of automatically adjusting parameter of the embodiment of the present invention 3
Figure；
Fig. 5 is that a kind of data process realizing being automatically adjusted wearable device parameter of the embodiment of the present invention 4 sets
A standby block diagram；
Fig. 6 is that a kind of data process realizing being automatically adjusted wearable device parameter of the embodiment of the present invention 4 sets
Standby another block diagram；
Fig. 7 is a kind of knot realizing being automatically adjusted the system of wearable device parameter of the embodiment of the present invention 5
Structure block diagram.
Detailed description of the invention
For making the purpose of the embodiment of the present invention, technical scheme and advantage clearer, below in conjunction with the present invention
Accompanying drawing in embodiment, is clearly and completely described the technical scheme in the embodiment of the present invention, it is clear that
Described embodiment is a part of embodiment of the present invention rather than whole embodiments.Based in the present invention
Embodiment, those of ordinary skill in the art obtained under not making creative work premise all its
His embodiment, broadly falls into the scope of protection of the invention.
Embodiment 1
Not having at present for solution can be with the wearable device of automatically adjusting parameter, and the experience causing user is poor
Technical problem, refer to Fig. 1, the one for the embodiment of the present invention 1 is automatically adjusted wearable device parameter
A method flow diagram of method.
The described method being automatically adjusted wearable device parameter includes:
Step S110, gathers human parameters and ambient parameters；
Step S120, sends described human parameters and described ambient parameters to data handling equipment, with
Parameter regulation is generated according to described human parameters and described ambient parameters for described data handling equipment
Order；
Step S130, receives the described parameter regulating command that described data handling equipment sends；And
Step S140, regulates the parameter of described wearable device according to described parameter regulating command.
Here, described wearable device can be clothes, glove, the helmet etc., and human body directly or
Contact；Described data handling equipment can be to have data-handling capacity electronic equipment, as smart mobile phone,
Panel computers etc., have annexation with described wearable device, it is possible to receive described wearable device and pass
The data sent, and carry out Correlation method for data processing.
Wherein, described human parameters include human body temperature parameter (body temperature), human body humidity parameter (skin
Humidity), blood pressure parameter (shrink pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus)；Around described
Ambient parameter includes ambient temperature parameter (ambient temperature residing for human body), ambient humidity parameter (human body institute
The ambient humidity at place), ambient wind velocity parameter (wind speed in environment residing for human body) and ambient particle degree
Parameter (air quality etc. of the environment residing for human body).
Specifically, in step s 110, can be the sensor with data acquisition effect, be used for gathering
The human body temperature parameter (body temperature) of human body, human body humidity parameter (humidity of skin), blood pressure parameter (shrink
Pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus) etc., the number of described sensor is arranged with concrete
Position is different according to the difference of described wearable device, when being clothes such as described wearable device, and respectively can
To be configured described sensor in positions such as the two of clothes arm positions, shirtfront and back, to ensure
Gather the accuracy of human parameters；It addition, in the position that described wearable device contacts with external environment also
Described sensor is set, for gathering the temperature of human peripheral's environment, humidity, wind speed and granularity etc.；
Here, described surrounding refers to the environment of human peripheral, when being in indoor such as people, refers to human body
Residing indoor indoor environment, when and for example people is in outdoor, refers to outside atmosphere ring outdoor residing for human body
Border.
In the step s 120, accept above-mentioned steps S110, collecting above-mentioned human parameters and above-mentioned week
After enclosing ambient parameter, send described human parameters and described ambient parameters to data handling equipment.?
Here, there is data cube computation relation between described wearable device and described data handling equipment, be used for sending
Described human parameters and described ambient parameters, specifically, described wearable device can be and data
Processing equipment is joined directly together and connects, and sends data to described data handling equipment；Described wearable device can also
It is the transmission carrying out data through equipment interconnective with described data handling equipment, i.e. described wearable
There is between equipment and described data handling equipment a transmission equipment, be used for sending receipt, as transmission equipment is
Being provided with the smart mobile phone of wearable device APP application, the most described data handling equipment is described APP
The background server of application, described wearable device collects above-mentioned human parameters and above-mentioned surrounding ginseng
Number, sends the APP application to described smart mobile phone, the APP of described smart mobile phone by these supplemental characteristics
Apply, by communication network, the described supplemental characteristic received is sent the background service to described APP application
Device (described data handling equipment).It is pointed out that described wearable device and described smart mobile phone
There is between APP application the transmission of described supplemental characteristic, the most described wearable device and described smart mobile phone
Between certainly will have annexation, here, described annexation can be with the connection of entity wire body, as passed through
The data connecting line of smart mobile phone is attached；Can also be to use wireless connected mode, such as bluetooth, red
Outward, the communication connection such as near-field communication (NFC).Wherein, described human parameters and described surrounding ring are sent
Border parameter is to the purpose of data handling equipment: for described data handling equipment according to described human parameters with
And described ambient parameters generates parameter regulating command, specifically, described data handling equipment is according to reception
The described ambient parameters arrived generates human body suitable parameter, then to the described human parameters received and life
The described human body suitable parameter become compares, and obtains the human parameters needing regulation, because described human body ginseng
Number includes the many kinds of parameters such as human body temperature parameter, human body humidity parameter, blood pressure parameter and Pulse-Parameters, logical
Cross and above-mentioned comparison obtain the human parameters needing regulation in above many kinds of parameters, join if desired for regulating muscle temperature
Number, and by the regulated quantity of the above-mentioned human parameters comparing and calculating the regulation of described needs, human body described above
The regulated quantity of temperature parameter, according to as described in ambient parameters generate human body matters temperature be 25 degree,
And human body temperature is 31 degree in described human parameters, therefore by comparing the human body showing that described needs regulate
The regulated quantity of temperature is for reducing by 6 degree, and after obtaining described regulated quantity, described data handling equipment is according to institute
State regulated quantity and generate parameter regulating command, and described parameter regulating command is sent to described wearable device,
Here, described human body suitable parameter also includes human body preference temperature parameter, the suitable humidity parameter of human body, blood
Pressure suitable parameter and pulse suitable parameter etc..
In step s 130, accept above-mentioned steps S120, in described data handling equipment, described parameter is adjusted
Joint order sends to described wearable device, receives the described parameter regulation that described data handling equipment sends
Order, here, the described parameter regulating command that can receive the transmission of described data handling equipment shows described
There is between wearable device 10 with described data handling equipment corresponding data cube computation relation, it is had
The annexation of body is referred to aforementioned wearable device 10 and sends described human parameters and described surrounding ring
The description of the annexation that border parameter to data handling equipment is, does not repeats them here.
In step S140, accept above-mentioned steps S130, receive the institute that described data handling equipment sends
After stating parameter regulating command, regulate the parameter of described wearable device according to described parameter regulating command, its
In, the parameter of described wearable device is regulated and can include the regulation of wearable device temperature, humidity
Regulation, permeability adjustment etc., it is contemplated that the parameter of described wearable device is the most provided above, also
Can there be other parameters, but the same design of the present invention should be regarded as, it should fall into the protection model of the present invention
Enclose.
The embodiment of the present invention is regulated by the parameter of described wearable device, can wear as described in raise or reduce
Wear temperature or the humidity etc. of equipment, and then affect human parameters, as logical human body temperature is higher when
Cross and turn down the temperature of described wearable device thus human body is carried out Physical temperature-lowering, so that human body has and surrounding
Environment temperature conveniently, when appropriateness is bigger in human parameters for another example, can heighten described wearable device
Air permeability, and then the evaporation of the moisture of human body human body can be increased thus reduce human body humidity and promote human body
Comfort level.I.e. by regulating the parameter of wearable device, and then remote-effects human parameters, reach to make human body
Comfortable parameter, also or obtain the health parameters useful to human body, solve do not have at present can from
The wearable device of dynamic regulation parameter, that causes user experiences poor technical problem, makes wearable device fit
Consumer's Experience should be promoted in different environment.
Embodiment 2
It addition, for solving at present not there is the body that with the wearable device of automatically adjusting parameter, can cause user
Testing poor technical problem, refer to Fig. 2, the one for the embodiment of the present invention 2 is automatically adjusted wearable setting
One method flow diagram of the method for standby parameter, described in be automatically adjusted the method for wearable device parameter and include:
Step S210, receives human parameters and ambient parameters that described wearable device sends；
Step S220, generates parameter regulating command according to described human parameters and described ambient parameters；
And
Step S230, sends described parameter regulating command to described wearable device, wearable sets for described
The standby parameter regulating described wearable device according to described parameter regulating command.
Here, described wearable device can be clothes, glove, the helmet etc., and human body directly or
Contact；Described data handling equipment can be to have data-handling capacity electronic equipment, as smart mobile phone,
Panel computers etc., have annexation with described wearable device, it is possible to receive described wearable device and pass
The data sent, and carry out Correlation method for data processing.
Wherein, described human parameters include human body temperature parameter (body temperature), human body humidity parameter (skin
Humidity), blood pressure parameter (shrink pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus)；Around described
Ambient parameter includes ambient temperature parameter (ambient temperature residing for human body), ambient humidity parameter (human body institute
The ambient humidity at place), ambient wind velocity parameter (wind speed in environment residing for human body) and ambient particle degree
Parameter (air quality etc. of the environment residing for human body).
Specifically, in step S210, described data handling equipment receives what described wearable device sent
Human parameters and ambient parameters.Here, described data handling equipment and described wearable device it
Between there is mutual annexation, can carry out each other data exchange.
Described data handling equipment can be to be joined directly together with described wearable device to connect, and receives described wearable
The data that equipment sends, directly process；Described data handling equipment can also be through wearing with described
The interconnective equipment of equipment of wearing carries out transmission and the reception of data, i.e. in described data handling equipment with described
There is between wearable device a transmission equipment, be used for sending and receiving data, if transmission equipment is for being provided with
The smart mobile phone of wearable device APP application, described data handling equipment is the backstage of described APP application
Server, described wearable device gathers data, sends data to the APP application of described smart mobile phone,
The described data received are sent to described APP by the APP application of described smart mobile phone by communication network
The background server of application, through the data process of the background server that described APP applies, generates parameter
Regulating command, then sends the APP application to described smart mobile phone by described parameter regulating command, described
Described parameter regulating command is sent to described wearable device by the APP application of smart mobile phone, described wears
Equipment of wearing regulates the parameter of described wearable device according to the described parameter regulating command received.It may be noted that
, between the APP application of described wearable device and described smart mobile phone, there is the transmission of data and connect
Receive, between the most described wearable device and described smart mobile phone, certainly will have annexation, here, institute
Stating annexation can be with the connection of entity wire body, as being attached by the data connecting line of smart mobile phone；Also
Can be to use wireless connected mode, as bluetooth, infrared, near-field communication (NFC) etc. communicate to connect.
In step S220, accept above-mentioned steps S210, receive the human body that described wearable device sends
After parameter and ambient parameters, generate parameter according to described human parameters and described ambient parameters
Regulating command.
Specifically, refer to Fig. 3, the one for the embodiment of the present invention 2 is automatically adjusted wearable device parameter
The another method flow diagram of method, step S220 is joined according to described human parameters and described surrounding
Number generates the method for parameter regulating command and farther includes:
Step S221, generates human body suitable parameter according to described ambient parameters；
Step S222, compares described human parameters and described human body suitable parameter, obtains and needs to adjust
The human parameters of joint, and calculate the regulated quantity of the described human parameters needing regulation；And
Step S223, generates parameter regulating command according to described regulated quantity.
In step S221, according to described ambient parameters generation human body suitable parameter, here, exist
Described data handling equipment storage has the human body suitable parameter corresponding to ambient parameters, such as environment around
When temperature is 30 degree, human body preference temperature should be somewhat below the temperature of surrounding, such as 25 degree.Wherein,
The relation of above correspondence prestores, it is contemplated that the thing required in same environment of different human bodies
Preferably parameter is different, and therefore, described ambient parameters here is can with the corresponding relation of human body suitable parameter
With modify, as user modifies according to the needs of self.After obtaining described ambient parameters,
According to the corresponding relation between ambient parameters and human body suitable parameter, obtain and described ambient parameters
Corresponding human body suitable parameter.Ambient parameters is temperature as mentioned above: 30 degree, humidity: 60%,
Wind speed: 1m/s, according to above parameter by the corresponding relation between ambient parameters and human body suitable parameter,
Obtaining human body suitable parameter is temperature: 25 degree, humidity: 40%.
In step S222, accept above-mentioned steps S221, generate human body according to described ambient parameters
After suitable parameter, described human parameters and described human body suitable parameter are compared, as described in now
Human parameters is temperature: 29 degree, humidity: 50%, by suitable to described human parameters and described human body
Parameter compares discovery temperature and humidity is all higher than the suitable temperature of human body and humidity, i.e. shows described
The parameter needing regulation in human parameters is temperature and humidity, and suitable by human parameters and described human body
Parameter carries out comparing calculation, do poor calculating will as described in human body suitable parameter be temperature: 25 degree, humidity:
40% is temperature with described human parameters: 29 degree, humidity: 50% carries out doing difference calculates, and obtains human body temperature
Needing regulation 4 degree downwards, humidity needs regulation 10% downwards, i.e. calculates the described human body ginseng needing regulation
The regulated quantity of number.
In step S223, accept above-mentioned steps S222, calculate the described human parameters needing regulation
Regulated quantity after, according to described regulated quantity generate parameter regulating command.Specifically, according to described temperature need
To regulate downwards 4 degree and humidity needs to regulate downwards the 10% corresponding parameter regulating command of generation, here,
Because described wearable device and human body contact with each other, can be to institute by regulating described wearable device
State human parameters to regulate accordingly, therefore need regulated quantity for reference to wearable device with human parameters
Parameter be adjusted, by the change of the parameter of described wearable device and then affect human parameters, make people
Body parameter reaches described suitable human parameters, makes human body reach comfortable effect.
Generating after described parameter regulating command, the most described data handling equipment according to described human parameters with
And described ambient parameters generates described parameter regulating command.
In step S230, accept above-mentioned steps S220, according to described human parameters and described around
Ambient parameter generates after described parameter regulating command, sends described parameter regulating command and wearable sets to the most described
Standby.Wherein, the purpose sending described parameter regulating command extremely described wearable device is: wear for described
Equipment of wearing regulates the parameter of described wearable device, specifically, described parameter according to described parameter regulating command
Regulating command comprises the human parameters of described needs regulation regulated quantity (temperature needs regulate downwards 4 degree with
And humidity needs regulation 10% downwards), described wearable device needs regulation 4 degree downwards according to described temperature
And humidity need the regulated quantity of regulation 10% downwards be adjusted the temperature parameter of described wearable device with
And humidity parameter.
Here, due between described wearable device and human body temperature affect be the form by conduction of heat
Carry out, and the efficiency of conduction of heat tends not to reach 100%, therefore according to the described people needing regulation
When the regulated quantity of body parameter regulates the parameter of described wearable device, generally require the described people needing regulation
The regulated quantity of body parameter is multiplied by a regulation coefficient, and this regulation coefficient is more than 1, between 1.1 to 1.4, as
Regulated quantity is temperature when needing regulation 4 degree downwards and humidity to need to regulate 10% downwards, described wearable sets
Standby practical adjustments amount can be that temperature needs regulation 5 degree downwards and humidity to need regulation 15% downwards etc.,
Occurrence as described coefficient can and human body different according to the kind of described wearable device concrete
Situation is set.
The embodiment of the present invention is regulated by the parameter of described wearable device, can wear as described in raise or reduce
Wear temperature or the humidity etc. of equipment, and then affect human parameters, as logical human body temperature is higher when
Cross and turn down the temperature of described wearable device thus human body is carried out Physical temperature-lowering, as relatively low at human body temperature ratio
When, keep out the cold warming by heightening the temperature of described wearable device to human body, so that human body tool
Have and surrounding temperature conveniently, when in human parameters, humidity ratio is bigger for another example, can heighten described can
The air permeability of wearable device or reduce the humidity of described wearable device, and then human body human body can be increased
Moisture evaporation thus reduce human body humidity promote human body comfort level, it is contemplated that be possible not only to people
The temperature humidity of body is adjusted, it is also possible to be adjusted the blood pressure of human body, such as the temperature by reducing body
Degree reduces the blood pressure of human body indirectly, and then reaches to control the purpose of blood pressure.I.e. by regulation wearable device
Parameter, and then remote-effects human parameters, reach to make the parameter of human comfort, also or obtain people
The health parameters that body is useful, solves and does not have and can cause with the wearable device of automatically adjusting parameter at present
User experiences poor technical problem, makes wearable device be adapted in different environment, promotes user's body
Test.
Respectively a kind of realization of the present invention is automatically adjusted wearable device parameter above by embodiment 1-2
Method is described, and realizes being automatically adjusted wearable respectively to the present invention a kind of below by embodiment 3-5
The device embodiment of the wearable device of device parameter, data handling equipment and system is retouched further
Stating, the apparatus structure of embodiment 3-5 can perform the method for above-described embodiment 1-2, device embodiment and side
Method embodiment can mutually reference.
Embodiment 3
Not having at present for solution can be with the wearable device of automatically adjusting parameter, and the experience causing user is poor
Technical problem, refer to Fig. 4, the wearable of a kind of automatically adjusting parameter for the embodiment of the present invention 3 sets
A standby block diagram, wearable device 10 and a data handling equipment with the use of, described wearable
Equipment 10 includes acquisition module the 110, first sending module the 120, first receiver module 130 and regulation mould
Block 140.
Specifically, described acquisition module 110 is used for gathering human parameters and ambient parameters；
Described first sending module 120 is for sending the described human parameters that described acquisition module 110 collects
And described ambient parameters is to data handling equipment, for described data handling equipment according to described human body
Parameter and described ambient parameters generate parameter regulating command；And
The described parameter regulation life that described first receiver module 130 sends for receiving described data handling equipment
Order；
Described adjustment module 140 is for the described parameter regulating command received according to described receiver module 130
Regulate the parameter of described wearable device.
Here, described wearable device 10 can be clothes, glove, the helmet etc., with human body directly or
Person's mediate contact；Described data handling equipment can be to have data-handling capacity electronic equipment, such as intelligence hands
Machine, panel computer etc., have annexation with described wearable device 10, it is possible to can wear described in Jie Shouing
Wear the data that equipment 10 transmits, and carry out Correlation method for data processing.
The wearable device 10 of the present embodiment obtains human parameters and ambient parameters, and data process and set
For generating human body suitable parameter according to ambient parameters and comparing generation parameter regulation with human parameters
Order, and regulate the parameter of wearable device 10 according to parameter regulating command and then affect human parameters, as
Carry out Physical temperature-lowering by reducing the temperature parameter of wearable device 10 to human body, or can be worn by lifting
The breathability parameter wearing equipment 10 reduces human body humidity, promotes Consumer's Experience.Solve that do not have at present can
With the wearable device of automatically adjusting parameter, that causes user experiences poor technical problem.
In addition, it is necessary to be pointed out that described wearable device 10 can be to be joined directly together with data handling equipment
Connect, send data to described data handling equipment, described data handling equipment directly process；Described wear
Wearing equipment 10 can also be the transmission carrying out data through equipment interconnective with described data handling equipment
With reception, i.e. between described wearable device 10 and described data handling equipment, there is a transmission equipment,
For sending and receiving receipt, if transmission equipment is the smart mobile phone being provided with wearable device APP application,
Described data handling equipment is the background server of described APP application, and described wearable device 10 gathers number
According to, sending data to the APP application of described smart mobile phone, the APP application of described smart mobile phone is passed through
The described data received are sent the background server to described APP application, through described by communication network
The data of the background server of APP application process, and generate parameter regulating command, then described parameter are regulated
Order sends the APP application to described smart mobile phone, and the APP of described smart mobile phone applies described parameter
Regulating command sends to described wearable device 10, and described wearable device 10 is according to the described ginseng received
Number regulating command regulates the parameter of described wearable device 10.It is pointed out that described wearable device
There is between 10 and the APP application of described smart mobile phone transmission and the reception of data, the most described wearable
Certainly will have annexation between equipment 10 and described smart mobile phone, here, described annexation is permissible
The connection of entity wire body, as being attached by the data connecting line of smart mobile phone；Can also be that employing is wireless
Connected mode, as bluetooth, infrared, near-field communication (NFC) etc. communicate to connect.
Wherein, described human parameters include human body temperature parameter (body temperature), human body humidity parameter (skin
Humidity), blood pressure parameter (shrink pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus)；Around described
Ambient parameter includes ambient temperature parameter (ambient temperature residing for human body), ambient humidity parameter (human body institute
The ambient humidity at place), ambient wind velocity parameter (wind speed in environment residing for human body) and ambient particle degree
Parameter (air quality etc. of the environment residing for human body).
Embodiment 4
It addition, for solving at present not there is the body that with the wearable device of automatically adjusting parameter, can cause user
Testing poor technical problem, refer to Fig. 5, a kind of realization for the embodiment of the present invention 4 is automatically adjusted and can wear
Wear a block diagram of the data handling equipment of device parameter, described data handling equipment 20 and embodiment 4
In wearable device together with the use of, described data handling equipment 20 include the second receiver module 210,
Order generation module 220 and the second sending module 230.
Specifically, described second receiver module 210 is for receiving the human parameters that described wearable device sends
And ambient parameters；
Described order generation module 220 is for the described human body received according to described second receiver module 210
Parameter and described ambient parameters generate parameter regulating command；And
The described parameter regulation life that second sending module 230 generates for sending described order generation module 220
Order to described wearable device, for described wearable device according to described parameter regulating command regulation is described can
The parameter of wearable device.
Here, described wearable device can be clothes, glove, the helmet etc., and human body directly or
Contact；Described data handling equipment 20 can be to have data-handling capacity electronic equipment, such as intelligence hands
Machine, panel computer etc., have annexation with described wearable device, it is possible to receives described wearable set
The standby data transmitted, and carry out Correlation method for data processing.
In addition, it is necessary to be pointed out that described data handling equipment 20 can be direct with described wearable device
It is connected, receives the data that described wearable device sends, directly process；Described data handling equipment
20 can also be transmission and the reception carrying out data through equipment interconnective with described wearable device, i.e.
Between described data handling equipment 20 and described wearable device, there is a transmission equipment, for send with
Receive data, if transmission equipment is the smart mobile phone being provided with wearable device APP application, described data
Processing equipment 20 is the background server of described APP application, and described wearable device gathers data, by number
According to sending the APP application to described smart mobile phone, communication network is passed through in the APP application of described smart mobile phone
The described data received are sent the background server to described APP application, applies through described APP
Background server data process, generate parameter regulating command, then by described parameter regulating command send
To the APP application of described smart mobile phone, the APP of described smart mobile phone applies described parameter regulating command
Sending to described wearable device, described wearable device is according to the described parameter regulating command regulation received
The parameter of described wearable device.It is pointed out that described wearable device and described smart mobile phone
There is between APP application transmission and the reception of data, the most described wearable device and described smart mobile phone it
Between certainly will have annexation, here, described annexation can be with the connection of entity wire body, as passed through intelligence
The data connecting line of energy mobile phone is attached；Can also be to use wireless connected mode, as bluetooth, infrared,
Near-field communications (NFC) etc. communicate to connect.
It addition, refer to Fig. 3, a kind of realization for the embodiment of the present invention 2 is automatically adjusted wearable device ginseng
The another block diagram of the data handling equipment of number, described order generation module 220 farther includes first
Signal generating unit 2201, processing unit 2202 and the second signal generating unit 2203.
Specifically, described first signal generating unit 2201 is fitted for generating human body according to described ambient parameters
Preferably parameter；
Described processing unit 2202 is used for comparing described human parameters and described human body suitable parameter,
Obtain the human parameters needing regulation, and calculate the regulated quantity of the described human parameters needing regulation；And
Described second signal generating unit 2203 is for generating parameter regulating command according to described regulated quantity.
Wherein, described human parameters include human body temperature parameter (body temperature), human body humidity parameter (skin
Humidity), blood pressure parameter (shrink pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus)；Around described
Ambient parameter includes ambient temperature parameter (ambient temperature residing for human body), ambient humidity parameter (human body institute
The ambient humidity at place), ambient wind velocity parameter (wind speed in environment residing for human body) and ambient particle degree
Parameter (air quality etc. of the environment residing for human body).
Wherein, after described second signal generating unit 2203 generates parameter regulating command, to described wearable device
Parameter be adjusted, if desired for regulating muscle temperature parameter, and by above-mentioned comparison calculating described needs
The regulated quantity of human parameters of regulation, the regulated quantity of human body temperature parameter described above, according to as described in around
It is 25 degree that ambient parameter generates the matters temperature of human body, and in described human parameters, human body temperature is 31 degree,
Therefore by comparing the regulated quantity of the human body temperature showing that described needs regulates for reducing by 6 degree, described in acquisition
After regulated quantity, described data handling equipment generates parameter regulating command according to described regulated quantity, and by described
Parameter regulating command sends to described wearable device, and here, described human body suitable parameter also includes human body
The suitable humidity parameter of preference temperature parameter, human body, blood pressure suitable parameter and pulse suitable parameter etc..
The data handling equipment 20 of the present embodiment and the wearable device 10 of embodiment one with the use of, pass through
Wearable device 10 obtains human parameters and ambient parameters, and data handling equipment 20 is according to ring around
Border parameter generates human body suitable parameter and compares generation parameter regulating command with human parameters, and according to ginseng
Number regulating command regulates the parameter of wearable device 10 and then affects human parameters, as wearable by reducing
The temperature parameter of equipment 10 carries out Physical temperature-lowering to human body, or by promoting the ventilative of wearable device 10
Property parameter reduce human body humidity, promote Consumer's Experience.Solve that do not have at present can be with automatically adjusting parameter
Wearable device, that causes user experiences poor technical problem.
Embodiment 5
It addition, for solving at present not there is the body that with the wearable device of automatically adjusting parameter, can cause user
Testing poor technical problem, refer to Fig. 7, a kind of realization for the embodiment of the present invention 5 is automatically adjusted and can wear
Wear a block diagram of the system of device parameter, described system 1 include as mentioned by embodiment 3 can
Wearable device 10 and the data handling equipment as mentioned by embodiment 4 20.
Concrete, described wearable device 10 gathers human parameters and ambient parameters, and sends institute
State human parameters and described ambient parameters to data handling equipment 20；Described data handling equipment 20
Receive human parameters and ambient parameters that described wearable device 10 sends, and according to described human body
Parameter and described ambient parameters generate parameter regulating command, then described parameter regulating command are sent
To described wearable device 10；Described wearable device 10 receives described parameter regulating command, according to institute
State parameter regulating command and regulate the parameter of described wearable device 10.
Wherein, have between described wearable device 10 and described data handling equipment 20 data transmission and
Receive, between the most described wearable device and described data handling equipment 20, certainly will have annexation,
Here, described annexation can with the connection of entity wire body, described wearable device 10 with as described in number
It is attached by communication data connecting line according to processing equipment 20；Can also be to use wireless connected mode,
As the short haul connections such as bluetooth, infrared, near-field communication (NFC) connect or are carried out by communication network
Data cube computation.
Wherein, described human parameters include human body temperature parameter (body temperature), human body humidity parameter (skin
Humidity), blood pressure parameter (shrink pressure, diastolic pressure etc.) and Pulse-Parameters (arteriopalmus)；Around described
Ambient parameter includes ambient temperature parameter (ambient temperature residing for human body), ambient humidity parameter (human body institute
The ambient humidity at place), ambient wind velocity parameter (wind speed in environment residing for human body) and ambient particle degree
Parameter (air quality etc. of the environment residing for human body).
Unclear part is such as met in enforcement for the described system 1 of above example 5, is referred to aforementioned
The described wearable device 10 of embodiment 3-4 and the embodiment of described data handling equipment 20, refuse at this
Repeat.
Device embodiment described above is only schematically, wherein said illustrates as separating component
Unit can be or may not be physically separate, and the parts shown as unit can be or also
Can not be physical location, i.e. may be located at a place, or can also be distributed on multiple NE.
Some or all of module therein can be selected according to the actual needs to realize the mesh of the present embodiment scheme
's.Those of ordinary skill in the art, in the case of not paying performing creative labour, are i.e. appreciated that and implement.
Through the above description of the embodiments, those skilled in the art is it can be understood that arrive each enforcement
Mode can add the mode of required general hardware platform by software and realize, naturally it is also possible to pass through hardware.
Based on such understanding, the part that prior art is contributed by technique scheme the most in other words is permissible
Embodying with the form of software product, this computer software product can be stored in computer-readable storage medium
In matter, such as ROM/RAM, magnetic disc, CD etc., including some instructions with so that a computer equipment
(can be personal computer, server, or the network equipment etc.) performs each embodiment or embodiment
The method described in some part.
Last it is noted that above example is only in order to illustrate technical scheme, rather than it is limited
System；Although the present invention being described in detail with reference to previous embodiment, those of ordinary skill in the art
It is understood that the technical scheme described in foregoing embodiments still can be modified by it, or to it
Middle part technical characteristic carries out equivalent；And these amendments or replacement, do not make appropriate technical solution
Essence departs from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (11)
1. the method being automatically adjusted wearable device parameter, it is characterised in that including:
Gather human parameters and ambient parameters；
Send described human parameters and described ambient parameters to data handling equipment, for described data
Processing equipment generates parameter regulating command according to described human parameters and described ambient parameters；
Receive the described parameter regulating command that described data handling equipment sends；
The parameter of described wearable device is regulated according to described parameter regulating command.
The method being automatically adjusted wearable device parameter the most as claimed in claim 1, it is characterised in that
Described human parameters includes human body temperature parameter, human body humidity parameter, blood pressure parameter and Pulse-Parameters；
Described ambient parameters include ambient temperature parameter, ambient humidity parameter, ambient wind velocity parameter, with
And ambient particle degree parameter.
3. the method being automatically adjusted wearable device parameter, it is characterised in that including:
Receive human parameters and ambient parameters that wearable device sends；
Parameter regulating command is generated according to described human parameters and described ambient parameters；
Send described parameter regulating command extremely described wearable device, for described wearable device according to described
Parameter regulating command regulates the parameter of described wearable device.
The method being automatically adjusted wearable device parameter the most as claimed in claim 3, it is characterised in that
The method generating parameter regulating command according to described human parameters and described ambient parameters enters one
Step includes:
Human body suitable parameter is generated according to described ambient parameters；
Described human parameters and described human body suitable parameter are compared, obtains the human body ginseng needing regulation
Number, and calculate the regulated quantity of the described human parameters needing regulation；
Parameter regulating command is generated according to described regulated quantity.
5. the method being automatically adjusted wearable device parameter as described in claim 3 or 4, its feature exists
In,
Described human parameters includes human body temperature parameter, human body humidity parameter, blood pressure parameter and Pulse-Parameters；
Described ambient parameters include ambient temperature parameter, ambient humidity parameter, ambient wind velocity parameter, with
And ambient particle degree parameter.
6. the wearable device of an automatically adjusting parameter, it is characterised in that including:
Acquisition module, is used for gathering human parameters and ambient parameters；
First sending module, for sending described human parameters and the described week that described acquisition module collects
Enclose ambient parameter to data handling equipment, for described data handling equipment according to described human parameters and institute
State ambient parameters and generate parameter regulating command；
First receiver module, for receiving the described parameter regulating command that described data handling equipment sends；
Adjustment module, described parameter regulating command regulation for receiving according to described receiver module is described can
The parameter of wearable device.
7. the wearable device of automatically adjusting parameter as claimed in claim 6, it is characterised in that
Described human parameters includes human body temperature parameter, human body humidity parameter, blood pressure parameter and Pulse-Parameters；
Described ambient parameters include ambient temperature parameter, ambient humidity parameter, ambient wind velocity parameter, with
And ambient particle degree parameter.
8. a realization is automatically adjusted the data handling equipment of wearable device parameter, it is characterised in that bag
Include:
Second receiver module, for receiving human parameters and the ambient parameters that wearable device sends；
Order generation module, for the described human parameters received according to described second receiver module and institute
State ambient parameters and generate parameter regulating command；
Second sending module, for sending the described parameter regulating command of described order generation module generation to institute
State wearable device, wearable set according to described parameter regulating command regulation is described for described wearable device
Standby parameter.
9. the data handling equipment realizing being automatically adjusted wearable device parameter as claimed in claim 8,
It is characterized in that, described order generation module farther includes:
First signal generating unit, for generating human body suitable parameter according to described ambient parameters；
Processing unit, for comparing described human parameters and described human body suitable parameter, obtains and needs
Human parameters to be regulated, and calculate the regulated quantity of the described human parameters needing regulation；
Second signal generating unit, for generating parameter regulating command according to described regulated quantity.
10. the data process realizing being automatically adjusted wearable device parameter as claimed in claim 8 or 9 sets
It is standby, it is characterised in that
Described human parameters includes human body temperature parameter, human body humidity parameter, blood pressure parameter and Pulse-Parameters；
Described ambient parameters include ambient temperature parameter, ambient humidity parameter, ambient wind velocity parameter, with
And ambient particle degree parameter.
11. 1 kinds of realizations are automatically adjusted the system of wearable device parameter, it is characterised in that include such as right
Require the wearable device described in 6-7 and the data handling equipment as described in claim 8-10.
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| CN201610334294.0A CN105997020A (en) | 2016-05-19 | 2016-05-19 | Method, equipment and system for implementing automatic regulation of parameters of wearable device |
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