CN104090662A - Method for controlling electronic equipment interface through breathing characteristics - Google Patents
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- 230000029058 respiratory gaseous exchange Effects 0.000 title claims abstract description 206
- 238000000034 method Methods 0.000 title claims abstract description 46
- 230000033764 rhythmic process Effects 0.000 claims abstract description 17
- 230000000241 respiratory effect Effects 0.000 claims description 33
- 230000000694 effects Effects 0.000 abstract description 4
- 239000007789 gas Substances 0.000 description 39
- 210000004072 lung Anatomy 0.000 description 3
- 210000000056 organ Anatomy 0.000 description 3
- CURLTUGMZLYLDI-UHFFFAOYSA-N Carbon dioxide Chemical compound O=C=O CURLTUGMZLYLDI-UHFFFAOYSA-N 0.000 description 2
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 description 2
- 229910052760 oxygen Inorganic materials 0.000 description 2
- 239000001301 oxygen Substances 0.000 description 2
- 210000001015 abdomen Anatomy 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- 238000003915 air pollution Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000017531 blood circulation Effects 0.000 description 1
- 229910002092 carbon dioxide Inorganic materials 0.000 description 1
- 239000001569 carbon dioxide Substances 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 239000002207 metabolite Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
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- 210000003019 respiratory muscle Anatomy 0.000 description 1
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Abstract
The invention provides a method for controlling an electronic equipment interface through breathing characteristics. When a user operates electronic equipment, and the breathing characteristics of the user operating the electronic equipment are detected; when a first interface in a first interface set of a first application program is displayed on the screen of the electronic equipment, display of a second interface in the first interface set is used for replacing display of the first interface when the detected breathing characteristics are matched with a first preset breathing characteristic, and display of a third interface in the first interface set is used for replacing display of the first interface when the detected breathing characteristics are matched with a second preset breathing characteristic. According to the method, healthy breathing is combined with operations on the electronic equipment so that when people operate the electronic equipment, breathing training can be completed, and foul air in a human body is expired in a deep breathing mode. Besides, by changing different breathing rhythms and volume of expired gas, the interfaces of the electronic equipment can be switched, normal use of the electronic equipment is not influenced, and the bodybuilding effect is achieved at the same time.
Description
Technical Field
The invention belongs to the field of control of electronic equipment interfaces, and particularly relates to a method for controlling an electronic equipment interface by using breathing characteristics.
Background
In modern society, people are increasingly unable to leave electronic devices, especially handheld electronic devices such as mobile phones and pads, but long-term use of electronic devices gradually reduces the activity of people, and keeps the same posture for a long time, thereby affecting physical health, so that a method capable of exercising the body and operating the electronic devices is urgently needed to be developed. And yoga's popularization makes people pay more and more attention to the adjustment of breathing in recent years, if can bind healthy breathing and electronic equipment's operation and associate, will receive vast electronic equipment user's favor, in addition because air pollution's is serious in recent years to and the influence of haze, people's respiratory all received the damage of different degrees, and healthy breathing helps discharging internal foul smell, purifies the lung.
Disclosure of Invention
To solve the above problems, the present invention provides a method for controlling an electronic device interface using a breathing characteristic, comprising:
detecting a breathing characteristic of a user operating the electronic device when the user operates the electronic device;
displaying the first application program; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
replacing the display of the first interface with a display of a third interface in the first interface set when the detected respiratory characteristic matches the second predetermined respiratory characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic, the breathing characteristic is a breathing rhythm or an expiratory volume, wherein the expiratory volume is an expired volume V within 10 s.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic, the breathing characteristic of a user operating the electronic device is continuously detected when the user operates the electronic device.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic, when a user operates the electronic device, the breathing characteristic of the user operating the electronic device is detected at a certain time interval, and the certain time is any time value between 2s and 10 s.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic, the first predetermined breathing characteristic and the second predetermined breathing characteristic are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second preset breath characteristic refers to the time of breathing once being 8-19 s;
the time of one ordinary breath is 3s-4s, the time of one breath in the first preset breath characteristic and the second preset breath characteristic is longer than that in the ordinary condition, deep breath is formed, residual gas and other metabolites in the lung can be discharged by the deep breath, more fresh air can be inhaled, oxygen required by each organ can be supplied, and the function of the organs can be improved. Deep breathing and energy absorption enable related muscles and organs of the chest and the abdomen of a person to move to a larger extent, can absorb more oxygen and spit out carbon dioxide, enhances blood circulation, and is beneficial to relieving fatigue and relaxing mood.
Preferably, in the method for controlling an electronic device interface by using a breathing characteristic, the first predetermined breathing characteristic and the second predetermined breathing characteristic are expired volumes;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
A large amount of gas exhaled in a short time can increase the vital capacity, while a high vital capacity can increase the strength of respiratory muscles, improve the elasticity of the lungs, and improve the respiratory mechanism.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic, the first application program includes: browser, photo, music, and incoming call.
Preferably, the method for controlling an electronic device interface by using a breathing characteristic further includes:
displaying the second application program; and
while the second application is displaying the first interface in the second interface group:
replacing the display of the first interface with the display of a second interface in the second interface set when the exhalation volume is detected to match the first predetermined exhalation volume;
replacing the display of the first interface with a display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
replacing the display of the first interface with a display of a fourth interface of the second interface set when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
replacing the display of the first interface with a display of a fifth interface in the second interface set when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
Preferably, in the method for controlling an interface of an electronic device by using a breathing characteristic,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
Preferably, in the method for controlling an interface of an electronic device by using a breathing feature, the second application includes a theme, a desktop, and a font.
An electronic device for controlling an interface with a respiratory characteristic, comprising:
means for detecting a breathing characteristic of a user operating the electronic device while the user is operating the electronic device;
means for displaying a first application; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
means for replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
means for replacing the display of the first interface with a display of a third interface in the first interface group when the detected breathing characteristic matches the second predetermined breathing characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
Preferably, in the electronic device for controlling an interface by using breathing characteristics, the breathing characteristics are breathing rhythm or expiration volume, wherein the expiration volume is expired gas volume V within 10 s.
Preferably, in the electronic device using the breathing characteristic control interface, when the user operates the electronic device, the breathing characteristic of the user operating the electronic device is continuously detected.
Preferably, in the electronic device using the breathing characteristic control interface, when the user operates the electronic device, the breathing characteristic of the user operating the electronic device is detected at a certain time interval, and the certain time is any time value between 2s and 10 s.
Preferably, in the electronic device for controlling the interface by using the breathing characteristics,
the first and second predetermined breathing characteristics are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second predetermined breathing characteristic is that the breath is taken once in 8s-19 s.
Preferably, in the electronic device for controlling the interface by using the breathing characteristics,
the first and second predetermined respiratory characteristics are expiratory volumes;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
Preferably, in the electronic device for controlling an interface by using a breathing characteristic, the first application program includes: browser, photo, music, incoming call.
Preferably, the electronic device for controlling an interface with a breathing characteristic further includes:
means for displaying a second application; and
while the second application is displaying the first interface in the second interface group:
means for replacing the display of the first interface with the display of a second interface of the second set of interfaces when the exhalation volume is detected to match the first predetermined exhalation volume;
means for replacing display of the first interface with display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
means for replacing the display of the first interface with a display of a fourth interface of the second set of interfaces when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
means for replacing the display of the first interface with a display of a fifth interface of the second set of interfaces when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
Preferably, in the electronic device for controlling the interface by using the breathing characteristics,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
Preferably, in the electronic device for controlling an interface by using a breathing feature, the second application includes a theme, a desktop, and a font.
The invention provides a method for controlling an electronic equipment interface by using breathing characteristics, which combines healthy breathing with the operation of electronic equipment, so that people can complete breathing type exercise while operating the electronic equipment, and foul breath in the body is discharged in a deep breathing mode, so that the body is purified, in addition, the electronic equipment interface can be switched by changing different breathing rhythms and breathing volumes, the normal use of the electronic equipment is not influenced, and the method has certain interestingness and scientificity, and simultaneously achieves the effect of body building.
Detailed Description
The present invention is further described in detail below with reference to examples so that those skilled in the art can practice the invention with reference to the description.
Example one
The invention provides a method for controlling an electronic equipment interface by using breathing characteristics, which comprises the following steps:
detecting a breathing characteristic of a user operating the electronic device when the user operates the electronic device;
displaying the first application program; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
replacing the display of the first interface with a display of a third interface in the first interface set when the detected respiratory characteristic matches the second predetermined respiratory characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
In the method for controlling the interface of the electronic device by using the breathing characteristics, the breathing characteristics are breathing rhythm or breathing volume, wherein the breathing volume refers to the volume V of the gas exhaled within 10 s.
In the method for controlling the interface of the electronic equipment by using the breathing characteristics, when the user operates the electronic equipment, the breathing characteristics of the user operating the electronic equipment are detected at intervals of a certain time, wherein the certain time is any time value between 2s and 10 s.
In the method for controlling an electronic device interface by using the breathing characteristics, the first predetermined breathing characteristic and the second predetermined breathing characteristic are expired volumes;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
In the method for controlling an interface of an electronic device by using a breathing characteristic, the first application program includes: browser, photo, music, and incoming call.
The method for controlling the interface of the electronic equipment by using the breathing characteristics further comprises the following steps:
displaying the second application program; and
while the second application is displaying the first interface in the second interface group:
replacing the display of the first interface with the display of a second interface in the second interface set when the exhalation volume is detected to match the first predetermined exhalation volume;
replacing the display of the first interface with a display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
replacing the display of the first interface with a display of a fourth interface of the second interface set when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
replacing the display of the first interface with a display of a fifth interface in the second interface set when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
In the method for controlling the interface of the electronic equipment by using the breathing characteristics,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
In the method for controlling an interface of an electronic device by using a breathing feature, the second application program comprises a theme, a desktop and a font.
An electronic device for controlling an interface with a respiratory characteristic, comprising:
means for detecting a breathing characteristic of a user operating the electronic device while the user is operating the electronic device;
means for displaying a first application; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
means for replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
means for replacing the display of the first interface with a display of a third interface in the first interface group when the detected breathing characteristic matches the second predetermined breathing characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
In the electronic device using the breathing characteristic control interface, the breathing characteristic is a breathing rhythm or a breathing volume, wherein the breathing volume is the volume V of the gas exhaled within 10 s.
In the electronic equipment using the breathing characteristic control interface, when a user operates the electronic equipment, the breathing characteristic of the user operating the electronic equipment is detected at intervals of a certain time, wherein the certain time is any time value between 2s and 10 s.
In the electronic device for controlling the interface by using the breathing characteristics,
the first and second predetermined respiratory characteristics are expiratory volumes;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
In the electronic device using a respiratory feature control interface, the first application program includes: browser, photo, music, incoming call.
The electronic device for controlling the interface by using the breathing characteristics further comprises:
means for displaying a second application; and
while the second application is displaying the first interface in the second interface group:
means for replacing the display of the first interface with the display of a second interface of the second set of interfaces when the exhalation volume is detected to match the first predetermined exhalation volume;
means for replacing display of the first interface with display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
means for replacing the display of the first interface with a display of a fourth interface of the second set of interfaces when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
means for replacing the display of the first interface with a display of a fifth interface of the second set of interfaces when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
In the electronic device for controlling the interface by using the breathing characteristics,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
In the electronic device for controlling an interface by using a breathing feature, the second application program comprises a theme, a desktop and a font.
Example two
The invention provides a method for controlling an electronic equipment interface by using breathing characteristics, which comprises the following steps:
detecting a breathing characteristic of a user operating the electronic device when the user operates the electronic device;
displaying the first application program; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
replacing the display of the first interface with a display of a third interface in the first interface set when the detected respiratory characteristic matches the second predetermined respiratory characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
In the method for controlling the interface of the electronic device by using the breathing characteristics, the breathing characteristics are breathing rhythm or breathing volume, wherein the breathing volume refers to the volume V of the gas exhaled within 10 s.
In the method for controlling the interface of the electronic equipment by using the breathing characteristics, the breathing characteristics of a user operating the electronic equipment are continuously detected when the user operates the electronic equipment.
In the method for controlling an interface of an electronic device by using a breathing characteristic, the first predetermined breathing characteristic and the second predetermined breathing characteristic are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second predetermined breathing characteristic is that the breath is taken once in 8s-19 s.
In the method for controlling an interface of an electronic device by using a breathing characteristic, the first application program includes: browser, photo, music, and incoming call.
The method for controlling the interface of the electronic equipment by using the breathing characteristics further comprises the following steps:
displaying the second application program; and
while the second application is displaying the first interface in the second interface group:
replacing the display of the first interface with the display of a second interface in the second interface set when the exhalation volume is detected to match the first predetermined exhalation volume;
replacing the display of the first interface with a display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
replacing the display of the first interface with a display of a fourth interface of the second interface set when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
replacing the display of the first interface with a display of a fifth interface in the second interface set when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
In the method for controlling the interface of the electronic equipment by using the breathing characteristics,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
In the method for controlling an interface of an electronic device by using a breathing feature, the second application program comprises a theme, a desktop and a font.
An electronic device for controlling an interface with a respiratory characteristic, comprising:
means for detecting a breathing characteristic of a user operating the electronic device while the user is operating the electronic device;
means for displaying a first application; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
means for replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
means for replacing the display of the first interface with a display of a third interface in the first interface group when the detected breathing characteristic matches the second predetermined breathing characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
In the electronic device using the breathing characteristic control interface, the breathing characteristic is a breathing rhythm or a breathing volume, wherein the breathing volume is the volume V of the gas exhaled within 10 s.
In the electronic equipment using the breathing characteristic control interface, when the user operates the electronic equipment, the breathing characteristic of the user operating the electronic equipment is continuously detected.
In the electronic device for controlling the interface by using the breathing characteristics,
the first and second predetermined breathing characteristics are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second predetermined breathing characteristic is that the breath is taken once in 8s-19 s.
In the electronic device using a respiratory feature control interface, the first application program includes: browser, photo, music, incoming call.
The electronic device for controlling the interface by using the breathing characteristics further comprises:
means for displaying a second application; and
while the second application is displaying the first interface in the second interface group:
means for replacing the display of the first interface with the display of a second interface of the second set of interfaces when the exhalation volume is detected to match the first predetermined exhalation volume;
means for replacing display of the first interface with display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
means for replacing the display of the first interface with a display of a fourth interface of the second set of interfaces when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
means for replacing the display of the first interface with a display of a fifth interface of the second set of interfaces when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
In the electronic device for controlling the interface by using the breathing characteristics,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
In the electronic device for controlling an interface by using a breathing feature, the second application program comprises a theme, a desktop and a font.
The invention provides a method for controlling an electronic equipment interface by using breathing characteristics, which combines healthy breathing with the operation of electronic equipment, so that people can complete breathing type exercise while operating the electronic equipment, and foul breath in the body is discharged in a deep breathing mode, so that the body is purified, and in addition, the electronic equipment interface can be switched by changing different breathing rhythms and breathing volumes, so that the normal use of the electronic equipment is not influenced, and the method has certain interestingness and scientificity and simultaneously achieves the effect of body building.
While embodiments of the invention have been disclosed above, it is not limited to the applications listed in the description and the embodiments, which are fully applicable in all kinds of fields of application of the invention, and further modifications may readily be effected by those skilled in the art, so that the invention is not limited to the specific details without departing from the general concept defined by the claims and the scope of equivalents.
Claims (20)
1. A method for controlling an electronic device interface with breathing characteristics, comprising:
detecting a breathing characteristic of a user operating an electronic device;
displaying the first application program; and
replacing display of a first interface in a first interface group in a first application program with display of a second interface in the first interface group when the detected breathing characteristic matches a first predetermined breathing characteristic while the electronic device screen is displaying the first interface, wherein the second interface is different from the first interface; and replacing the display of the first interface with a display of a third interface in the first interface set when the detected breathing characteristic matches the second predetermined breathing characteristic, wherein the third interface is different from the first interface and the second interface,
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
2. The method for controlling an electronic device interface with respiratory characteristics of claim 1, wherein the respiratory characteristics is a respiration rhythm or an exhalation volume, wherein the exhalation volume is a volume V of exhaled gas within 10 s.
3. The method for controlling an interface of an electronic device with respiratory characteristics of claim 2, wherein the respiratory characteristics of a user operating the electronic device are continuously detected.
4. The method for controlling an interface of an electronic device with a breathing characteristic of claim 2, wherein the breathing characteristic of a user operating the electronic device is detected at intervals of time, the intervals of time being any one time value between 2s and 10 s.
5. The method of controlling an electronic device interface with breathing characteristics of claim 2, wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second predetermined breathing characteristic is that the breath is taken once in 8s-19 s.
6. The method of controlling an electronic device interface with a respiratory characteristic of claim 2, wherein the first predetermined respiratory characteristic and the second predetermined respiratory characteristic are an exhalation volume;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
7. The method for controlling an electronic device interface with respiratory characteristics of claim 1, wherein the first application comprises: browser, photo, music, and incoming call.
8. The method for controlling an electronic device interface with respiratory characteristics of claim 2, further comprising:
displaying the second application program; and
in the event that the second application is displaying the first interface in the second interface group:
replacing the display of the first interface with the display of a second interface in the second interface set when the exhalation volume is detected to match the first predetermined exhalation volume;
replacing the display of the first interface with a display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
replacing the display of the first interface with a display of a fourth interface of the second interface set when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
replacing the display of the first interface with a display of a fifth interface in the second interface set when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
9. The method for controlling an electronic device interface with respiratory characteristics of claim 8,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
10. The method for controlling an electronic device interface with breath characteristics of claim 8, wherein the second application comprises a theme, a desktop, and a font.
11. An electronic device for controlling an interface with a respiratory characteristic, comprising:
means for detecting a breathing characteristic of a user operating the electronic device while the user is operating the electronic device;
means for displaying a first application; and
when the screen of the electronic device is displaying a first interface in a first interface group in a first application program:
means for replacing the display of the first interface with a display of a second interface of the first interface set when the detected breathing characteristic matches the first predetermined breathing characteristic, wherein the second interface is different from the first interface;
means for replacing the display of the first interface with a display of a third interface in the first interface group when the detected breathing characteristic matches the second predetermined breathing characteristic, wherein the third interface is different from the first interface and the second interface;
wherein the first predetermined breathing characteristic and the second predetermined breathing characteristic are pre-stored in an electronic device.
12. The electronic device of claim 11, wherein the breathing characteristic is a breathing rhythm or an exhalation volume, wherein the exhalation volume is a volume V of exhaled gas within 10 s.
13. The electronic device of claim 12, wherein the breathing characteristic of the user operating the electronic device is continuously detected as the user operates the electronic device.
14. The electronic device of claim 12, wherein the breathing characteristic of the user operating the electronic device is detected at intervals of time when the user operates the electronic device, the intervals of time being any one time value between 2s and 10 s.
15. The electronic device for controlling an interface with a respiratory characteristic of claim 12,
the first and second predetermined breathing characteristics are breathing rhythms;
the first preset breath characteristic refers to the time of breathing once being 20-30 s;
the second predetermined breathing characteristic is that the breath is taken once in 8s-19 s.
16. The electronic device for controlling an interface with a respiratory characteristic of claim 12,
the first and second predetermined respiratory characteristics are expiratory volumes;
the first predetermined breathing characteristic is that the volume V of the exhaled gas within 10s is within the range of 500ml or more and V less than 800 ml;
said second predetermined breathing characteristic is such that the volume V of exhaled gas is in the range 800ml V < 1200ml within 10 s.
17. The electronic device with a respiratory characteristics control interface of claim 11, wherein the first application comprises: browser, photo, music, incoming call.
18. The electronic device for controlling an interface with a respiratory characteristic of claim 12,
further comprising:
means for displaying a second application; and
while the second application is displaying the first interface in the second interface group:
means for replacing the display of the first interface with the display of a second interface of the second set of interfaces when the exhalation volume is detected to match the first predetermined exhalation volume;
means for replacing display of the first interface with display of a third interface of the second set of interfaces when the exhalation volume is detected to match a second predetermined exhalation volume, the third interface being different from the second interface;
means for replacing the display of the first interface with a display of a fourth interface of the second set of interfaces when the exhalation volume is detected to match a third predetermined exhalation volume, the fourth interface being different from the second interface and the third interface;
means for replacing the display of the first interface with a display of a fifth interface of the second set of interfaces when the exhalation volume is detected to match a fourth predetermined exhalation volume, the fifth predetermined interface being different from the second interface, the third interface, and the fourth interface;
wherein,
the first preset expiration amount, the second preset expiration amount, the third preset expiration amount and the fourth preset expiration amount are respectively suitable for users of different age groups;
the first preset expiration amount and the second interface, the second preset expiration amount and the third interface, the third preset expiration amount and the fourth interface, and the fourth preset expiration amount and the fifth interface are respectively bound and prestored in the electronic equipment.
19. The electronic device for controlling an interface with a respiratory characteristic of claim 18,
the first preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 500ml and less than 800 ml;
the second preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 800ml and less than 1200 ml;
the third preset expiratory volume refers to the range of the volume V of the expired gas within 10s, wherein V is more than or equal to 1200ml and less than 1600 ml;
the fourth predetermined exhalation is a volume V of exhaled gas in the range V.gtoreq.1600 ml in 10 s.
20. The electronic device controlling an interface with respiratory characteristics of claim 11, wherein the second application includes a theme, a desktop, and a font.
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|---|---|---|---|
| CN201410334800.7A CN104090662A (en) | 2014-07-15 | 2014-07-15 | Method for controlling electronic equipment interface through breathing characteristics |
| US14/337,245 US20150378329A1 (en) | 2014-06-25 | 2014-07-22 | Method for controlling electronic device interface with breathing characteristics |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410334800.7A CN104090662A (en) | 2014-07-15 | 2014-07-15 | Method for controlling electronic equipment interface through breathing characteristics |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1735923A (en) * | 2003-01-21 | 2006-02-15 | 索尼株式会社 | Method and device for recording, transmitting, or reproducing data |
| WO2007011930A2 (en) * | 2005-07-15 | 2007-01-25 | Siemens Medical Solutions Usa, Inc. | Systems, user interfaces, and methods for processing medical data |
| CN103141080A (en) * | 2010-09-23 | 2013-06-05 | 索尼电脑娱乐公司 | User interface system and method using thermal imaging |
| CN103677131A (en) * | 2013-12-11 | 2014-03-26 | 华为技术有限公司 | Wearable electronic equipment and display method thereof |
-
2014
- 2014-07-15 CN CN201410334800.7A patent/CN104090662A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1735923A (en) * | 2003-01-21 | 2006-02-15 | 索尼株式会社 | Method and device for recording, transmitting, or reproducing data |
| WO2007011930A2 (en) * | 2005-07-15 | 2007-01-25 | Siemens Medical Solutions Usa, Inc. | Systems, user interfaces, and methods for processing medical data |
| CN103141080A (en) * | 2010-09-23 | 2013-06-05 | 索尼电脑娱乐公司 | User interface system and method using thermal imaging |
| CN103677131A (en) * | 2013-12-11 | 2014-03-26 | 华为技术有限公司 | Wearable electronic equipment and display method thereof |
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