CN103892793B

CN103892793B - A kind of control method and a kind of electronics

Info

Publication number: CN103892793B
Application number: CN201210570299.5A
Authority: CN
Inventors: 韩瑜; 过晓冰
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-12-25
Filing date: 2012-12-25
Publication date: 2016-06-01
Anticipated expiration: 2032-12-25
Also published as: CN103892793A

Abstract

This application discloses a kind of control method and a kind of electronics, wherein, described method is applied to electronics, described electronics has or is circumscribed with an infrared image acquisition unit, described method comprises: when user is in the pickup area of described infrared image acquisition unit, by described infrared image acquisition unit, obtain the first infrared thermal imagery figure about described user's state; Based on described first infrared thermal imagery figure, judge whether described first infrared thermal imagery figure reaches predetermined condition; If generating the first steering order according to described first infrared thermal imagery figure and performing; If not, generate the 2nd steering order according to described first infrared thermal imagery figure and perform.

Description

A kind of control method and a kind of electronics

Technical field

The present invention relates to electronic technology field, in particular to one control method and a kind of electronics.

Background technology

At present, along with the development of electronic technology, more and more electronicss has various different function, and is used to various field, improves the life of people greatly. Such as electronics can be mobile phone, PAD, and notebook computer etc., electronics can also comprise various electron device in addition, such as camera.

In the application of electronics, user can use electronics to communicate, or uploading pictures, share etc. operation, electronics can be widely used in the every field such as science and technology, education, medical treatment, building, such as in medical body-building, the electronicss such as infrared thermoviewer can be used, user is carried out infrared imaging, obtain the temperature profile at each position of human body, and then the pathology of human body is studied, in addition, infrared imaging can also be used geology to be explored, so that research tectonic structure etc.

The applicant is in the process realizing the application, it has been found that prior art at least exists following technical problem:

At the infrared thermal imagery figure that prior art obtains, only can use as analysis, it is carried out analyzing some the relevant data obtaining and comprising by such as user, obtain corresponding result, such as infrared thermal imagery figure is studied and then the pathology of human body is studied, and infrared thermal imagery figure can be applied to other operations, therefore cause the use-pattern of infrared thermal imagery figure comparatively single.

Summary of the invention

The present invention provides a kind of control method and a kind of electronics, in order to the technical problem that to solve in prior art the use-pattern of the infrared thermal imagery figure existed comparatively single.

On the one hand, the present invention is by an embodiment of the application, it is provided that following technical scheme:

A kind of control method, described method is applied to electronics, described electronics has or is circumscribed with an infrared image acquisition unit, described method comprises: when user is in the pickup area of described infrared image acquisition unit, by described infrared image acquisition unit, obtain the first infrared thermal imagery figure about user's state, wherein, described by described infrared image acquisition unit, before obtaining the first infrared thermal imagery figure about user's physical state, by described infrared image acquisition unit, obtain the 2nd infrared thermal imagery figure about user's physical state, based on described first infrared thermal imagery figure, judging whether described first infrared thermal imagery figure reaches predetermined condition, wherein, described judgement comprises: by relatively judging described first infrared thermal imagery figure and described 2nd infrared thermal imagery figure, if generating the first steering order according to described first infrared thermal imagery figure and performing, if not, generate the 2nd steering order according to described first infrared thermal imagery figure and perform.

Preferably, described first infrared thermal imagery figure contains M the first temperature value characterizing described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer being more than or equal to 1.

Preferably, described based on described first infrared thermal imagery figure, judge whether described first infrared thermal imagery figure reaches predetermined condition, specifically comprise: based on described first infrared thermal imagery figure, judge whether described M the first temperature value has N number of first temperature value to reach predetermined temperature threshold value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or based on described first infrared thermal imagery figure, judge whether described M the first color value has N number of first color value to reach predetermined color threshold, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or based on described first infrared thermal imagery figure, judge whether described M the first energy consumption values has N number of first energy consumption values to reach predetermined energy expenditure threshold value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M.

Preferably, described generate the first steering order according to described first infrared thermal imagery figure and perform, it is specially: generate described first steering order according to any one first temperature value in N number of first temperature value, and obtain corresponding authority information according to described first steering order; Or generate described first steering order according to any one first color value in N number of first color value, and obtain corresponding authority information according to described first steering order; Or generate described first steering order according to any one first energy consumption values in N number of first energy consumption values, and obtain corresponding authority information according to described first steering order.

Preferably, described generate the 2nd steering order according to described first infrared thermal imagery figure and perform, it is specially: generate described 2nd steering order according to any one first temperature value in described M the first temperature value, controlling described electronics and show an information, described information is for pointing out the difference of the first the highest temperature value and described temperature threshold value in user M the first temperature value; Or generate described 2nd steering order according to any one first color value in described M the first color value, controlling described electronics display reminding information, described information is for pointing out the difference of the first color value that in user M the first color value, color range is the highest and described color threshold; Or generate described 2nd steering order according to any one first energy consumption values in described M the first energy consumption values, controlling described electronics display reminding information, described information is for pointing out the difference of the first the highest energy consumption values and described energy expenditure threshold value in user M the first energy consumption values.

Preferably, described 2nd infrared thermal imagery figure specifically contains M the 2nd temperature value characterizing user's M body part state, or M second colors value, or M the 2nd energy consumption values, and described M is specially the integer being more than or equal to 1.

Preferably, described judge whether described first infrared thermal imagery figure reaches predetermined condition, it is specially: by each first temperature value in described M the first temperature value, contrast with each the 2nd temperature value in corresponding described M the 2nd temperature value, and obtain M temperature value comparing result, judging whether described M temperature value comparing result has P temperature value comparing result to meet predetermined temperature head threshold value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or by each first color value in described M the first color value, contrast with each the second colors value in corresponding described M second colors value, and obtain M color value comparing result, judging whether described M color value comparing result has P color value comparing result to meet predetermined colour-difference threshold value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or by each first energy consumption values in described M the first energy consumption values, contrast with each the 2nd energy consumption values in corresponding described M the 2nd energy consumption values, and obtain M energy consumption values comparing result, judging whether described M energy consumption values comparing result has P energy consumption values comparing result to meet predetermined energy expenditure difference limen value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M.

Preferably, described generate the first steering order according to described first infrared thermal imagery figure and perform, it is specially: generate described first steering order according to any one the temperature value comparing result in described P temperature value comparing result, and obtains authority information according to described first steering order; Or generate described first steering order according to any one the color value comparing result in described P color value comparing result, and obtain authority information according to described first steering order; Or generate described first steering order according to any one the energy consumption values comparing result in described P energy consumption values comparing result, and obtain authority information according to described first steering order.

Preferably, described generate the 2nd steering order according to described first infrared thermal imagery figure and perform, it is specially: generate described 2nd steering order according to any one the temperature value comparing result in described M temperature value comparing result, control described electronics display reminding information; Or generate described 2nd steering order according to any one the color value comparing result in described M color value comparing result, control described electronics display reminding information; Or generate described 2nd steering order according to any one the energy consumption values comparing result in described M energy consumption values comparing result, control described electronics display reminding information.

On the other hand, the present invention is provided by another embodiment of the application:

A kind of electronics, described electronics has or is circumscribed with an infrared image acquisition unit, described electronics comprises: described infrared image acquisition unit, for when user is in the pickup area of described infrared image acquisition unit, obtain the first infrared thermal imagery figure about user's state, wherein, at described infrared image acquisition unit, before obtaining the first infrared thermal imagery figure about user's physical state, by described infrared image acquisition unit, obtain the 2nd infrared thermal imagery figure about user's physical state; First judging unit, for based on described first infrared thermal imagery figure, judging whether described first infrared thermal imagery figure reaches predetermined condition, wherein, described judgement comprises: by relatively judging described first infrared thermal imagery figure and described 2nd infrared thermal imagery figure; If performing the first actuator unit, described first actuator unit is used for generating the first steering order according to described first infrared thermal imagery figure and performs; If not, performing the 2nd actuator unit, described 2nd actuator unit is used for generating the 2nd steering order according to described first infrared thermal imagery figure and performs.

Preferably, described first judging unit specifically for: based on described first infrared thermal imagery figure, judging whether have N number of first temperature value to reach predetermined temperature threshold value in described M the first temperature value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or based on described first infrared thermal imagery figure, judge whether described M the first color value has N number of first color value to reach predetermined color threshold, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or based on described first infrared thermal imagery figure, judge whether described M the first energy consumption values has N number of first energy consumption values to reach predetermined energy expenditure threshold value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M.

Preferably, described first actuator unit specifically for: generate described first steering order according to any one first temperature value in N number of first temperature value, and obtain corresponding authority information according to described first steering order; Or generate described first steering order according to any one first color value in N number of first color value, and obtain corresponding authority information according to described first steering order; Or generate described first steering order according to any one first energy consumption values in N number of first energy consumption values, and obtain corresponding authority information according to described first steering order.

Preferably, described 2nd actuator unit specifically for: generate described 2nd steering order according to any one first temperature value in described M the first temperature value, controlling described electronics and show an information, described information is for pointing out the difference of the first the highest temperature value and described temperature threshold value in user M the first temperature value; Or generate described 2nd steering order according to any one first color value in described M the first color value, controlling described electronics and show described information, described information is for pointing out the difference of the first the darkest color value and described color threshold in user M the first color value; Or generate described 2nd steering order according to any one first energy consumption values in described M the first energy consumption values, controlling described electronics and show described information, described information is for pointing out the difference of the first the highest energy consumption values and described energy expenditure threshold value in user M the first energy consumption values.

One or more technical schemes in technique scheme, have following technique effect or advantage:

In one or more technical schemes in technique scheme, describe a kind of control method, the infrared thermal imagery figure characterizing user's state by gathering, and judge based on infrared thermal imagery figure, and the further operation obtaining correspondence according to judged result, and then avoid and only infrared thermal imagery figure can be carried out simple analysis operation, infrared thermal imagery figure can be made to combine with some programs application in practical application, application program is controlled by infrared thermal imagery figure, obtain the new opplication of infrared thermal imagery figure, and provide new experience to user.

Further, in concrete judgement process, it is possible to the different parameter according to comprising in infrared thermal imagery figure carries out different judgements so that judged result is more accurate, it is possible to reflect the result of control more accurately.

Further, in concrete judgement process, it is possible to judge that there is multiple judgment mode according to one infrared thermal imagery figure or two and multiple infrared thermal imagery figure separately, it is possible to carrying out different selections according to different situations, selection mode is versatile and flexible.

Accompanying drawing explanation

Fig. 1 is the schema controlling method in the embodiment of the present application;

Fig. 2 is the schematic diagram of electronics in the embodiment of the present application.

Embodiment

The technical problem that the use-pattern of the infrared thermal imagery figure existed to solve in prior art is comparatively single, the embodiment of the present invention proposes a kind of control method and a kind of electronics, and its solution general thought is as follows:

In this application, propose a kind of control method and electronics, electronics has or is circumscribed with an infrared image acquisition unit, wherein, the process that the method is concrete is as follows: when user is in the pickup area of infrared image acquisition unit, by infrared image acquisition unit, obtain the first infrared thermal imagery figure about user's state; Based on the first infrared thermal imagery figure, judge whether the first infrared thermal imagery figure reaches predetermined condition; If generating the first steering order according to the first infrared thermal imagery figure and performing; If not, generate the 2nd steering order according to the first infrared thermal imagery figure and perform. Control method in the application can control the program in electronics according to infrared thermal imagery figure and run, and then avoid and only infrared thermal imagery figure can be carried out simple analysis operation, infrared thermal imagery figure can be made to combine with some programs application in practical application, application program is controlled by infrared thermal imagery figure, obtain the new opplication of infrared thermal imagery figure, and provide new experience to user.

Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the concrete feature being to be understood that in the embodiment of the present invention and embodiment is the detailed description to technical solution of the present invention, instead of the restriction to technical solution of the present invention, when not conflicting, the technology feature in the embodiment of the present invention and embodiment can combine mutually.

Embodiment one:

In the embodiment of the present application, it provides a kind of control method, further, the method is applied to electronics.

And concrete, electronics has or is circumscribed with an infrared image acquisition unit.

In the embodiment of the present application, electronics can be notebook computer, all-in-one, PAD, large servers etc. have the equipment of controlling functions and computing function, and more specifically, taking for notebook computer, it can a built-in or external infrared image acquisition unit, in the embodiment of the present application, infrared image acquisition unit can be infrared thermography, or infrared shooting device, certainly, further comprises all devices that can obtain infrared thermal imagery figure in actual applications.

Please refer to Fig. 1 below, the specific implementation process of control method is described in detail.

S101, when user is in the pickup area of infrared image acquisition unit, by infrared image acquisition unit, obtains the first infrared thermal imagery figure about user's state.

S102, based on the first infrared thermal imagery figure, judges whether the first infrared thermal imagery figure reaches predetermined condition.

S103, if generating the first steering order according to the first infrared thermal imagery figure and performing.

S104, if not, generates the 2nd steering order according to the first infrared thermal imagery figure and performs.

In S101, infrared image acquisition unit is specifically as follows infrared thermography, or infrared camera, in the embodiment of the present application, to obtain the first infrared thermal imagery figure, then pass through infrared thermography, or the body part of user is carried out gathering acquisition by infrared camera.

And concrete gatherer process, for infrared thermography, then it is that the infrared energy distribution pattern utilizing infrared eye, optical imagery object lens and optical mechaical scanning system to accept measured target is reflected in the photosensitive unit of infrared eye. Between optical system and infrared eye, an optical mechaical scanning mechanism is had to be scanned by the infrared thermal imagery of testee, and focus in unit or spectroscopic detectors, infrared energy is converted to electrical signal, through amplification process, conversion or standard vision signal by TV screen or monitor display infrared thermal imagery figure by detector.

Further, human body is exactly a naturally biological infrared radiation source, it is possible to constantly to around launching and absorb ir radiation. The temperature distribution of normal human has certain stability and characteristic, and body each position temperature is different, defines different hot fields. When the changing function in human body somewhere, this place's volume of blood flow can corresponding change, and causes body local temperature change, shows as temperature drift or on the low side. According to this principle, gathering human infrared radiation by thermal imager, and be converted to numerary signal, form pseudo-color heat figure, the infrared thermal imagery figure of human body judged by recycling dedicated analysis software.

Utilize infrared thermography imaging to make use of far infrared, it is that the infrared rays of shortwave 3--5 ��m and 8--12 ��m of two wave bands that detection has penetration power detects.

If with infrared camera citing, general infrared camera is then merely able to by launching near infrared ray, and with the use of person, the reflection light of infrared rays is carried out imaging. Further, the opticator of infrared camera comprises two major partss: RF transmitter and infrared pick-up head group. RF transmitter sends the visual range that near infrared ray covers whole infrared camera, and shooting head group receives reflection light and identifies human body. Infrared camera recognition image be " depth field " (DepthField), wherein the color of each pixel represents the distance of that object to camera. Such as from the health close to camera be shiny red, green etc., from the object away from camera then in lead.

And the infrared camera in the embodiment of the present application, implement by temperature detection instrument is integrated in infrared camera. Therefore, when utilizing infrared camera imaging, it is possible not only to the energy distribution information feeding back user, it is also possible to feed back the colouring information of user, degree of depth information, and temperature information.

Further, the infrared camera in the embodiment of the present application, is possible not only to image user's reflect near infrared light line being detected, it is also possible to the image of far-infrared light detected.

And concrete way is, integrated thermal imager in infrared camera, can detect the image of user's reflect near infrared light line according to infrared camera itself; And the image-forming principle that can utilize thermal imager detects the image of far-infrared light so that infrared camera has dual-use function. In addition, the infrared camera in the embodiment of the present application, it is possible to for being integrated with the common camera of temperature detection instrument, it is possible to think the 3D camera being integrated with temperature detection instrument.

And more specifically, the the first infrared thermal imagery figure obtained contains the correlation parameter about user, such as contains M the first temperature value characterizing user's M position state, or M the first color value, or M the first energy consumption values, M is specially the integer being more than or equal to 1. M the position of such as user is specifically as follows: face, left hand arm, right hand arm, chest, belly 5 positions, certainly, can also the body part of user be got thinner in a practical situation, to obtain more accurate effect, and in the embodiment of the present application, then only illustrate with 5 body parts enumerated above.

Therefore, according to description above, the first infrared thermal imagery figure then can comprise 5 the first temperature values, or 5 the first color values, or 5 the first energy consumption values.

And these correlation parameters all have certain contact, such as with face's citing, the surface temperature of the face detected is 25 DEG C, and the color of its correspondence is then scarlet, and corresponding energy consumption values is 5 calories.

Therefore the correlation parameter in the first infrared thermal imagery figure collected can have following corresponding relation:

Table 1

User's body part	First temperature value	First color value	First energy consumption values
				Face	25��	Scarlet	5 calories
Left hand arm	27��	Red	17 calories
				Right hand arm	31��	Pink	20 calories
Chest	33��	Incarnadine	37 calories
				Belly	36��	Yellow	40 calories

And more specifically, in table 1 above, the first temperature value and the first energy consumption values can directly obtain numerical value, and for the first color value, then it is formed by the trichromatic colour of RGB. And more specifically, then by being transformed by the first color value, and then gray-scale value corresponding to each the first color value or color range value can be obtained, by gray-scale value or color range value, the first color value is characterized.

Color range corresponding to the scarlet in such as form is: 23.

Red corresponding color range in form is: 45.

The color range of the pink correspondence in form is: 52.

The color range that incarnadine in form is corresponding is: 55.

Color range corresponding to the yellow in form is: 68.

Therefore, after obtaining the first color value, then can analyze and obtain gray-scale value corresponding to each the first color value or color range value.

And more specifically, after obtaining the first infrared thermal imagery figure, then S102 can be performed: based on the first infrared thermal imagery figure, judge whether the first infrared thermal imagery figure reaches predetermined condition.

In S102, concrete predetermined condition can be different according to arranging of system, and, for judgment mode, also can be different, such as only can judge based on the first infrared thermal imagery figure, or obtain the 2nd infrared thermal imagery figure in addition, by relatively judging the first infrared thermal imagery figure and the 2nd infrared thermal imagery figure.

Certainly, in actual applications, it is also possible to based on relatively judging of multiple infrared thermal imageries figure, and concrete judgment mode, the embodiment of the present application is only for example, does not limit.

Lower mask body introduction only carries out situation about judging based on the first infrared thermal imagery figure, and the concrete disposition after judging, and for another judgment mode, is then introduced follow-up.

When only carrying out situation about judging based on the first infrared thermal imagery figure, then can by the temperature threshold value of setting, or color threshold or energy expenditure threshold value judge.

Concrete judgment mode is as follows.

When use temperature threshold value is as predetermined condition, specifically there is following process:

Based on the first infrared thermal imagery figure, judge whether M the first temperature value has N number of first temperature value to reach predetermined temperature threshold value.

Wherein, N is specially and is more than or equal to 1 and be less than or equal to the integer of M.

In the embodiment of the present application, such as above-mentioned citing, when there being 5 the first temperature values, then according to the temperature threshold value of setting, can judge these 5 first temperature values have several temperature values exceeded the temperature threshold value preset, the temperature threshold value such as preset is 30 DEG C, then by judging to know have the temperature value at 3 positions to reach predetermined temperature threshold value, and these 3 positions are right hand arm respectively, chest, belly.

When using color threshold as predetermined condition, then specifically there is following process:

Based on the first infrared thermal imagery figure, judge whether M the first color value has N number of first color value to reach predetermined color threshold.

Such as above-mentioned citing, when there being 5 the first color values, then according to predetermined color threshold, can judge these 5 first color values have several color values exceeded the color threshold preset, and further, then it is that the color range value according to color value conversion acquisition or gray-scale value judge. Such as first first being changed by enumerate above 5 the first color values, obtain corresponding color range value, the color range value then obtained with the conversion of default color threshold contrasts. Color range corresponding to such as predetermined color threshold is 60, then can be informed in 5 the first color values illustrated above, have first color value to meet predetermined color threshold, and namely the first color value of belly meets predetermined color threshold.

And when using energy expenditure threshold value as predetermined condition, then specifically have following process:

Based on the first infrared thermal imagery figure, judge whether M the first energy consumption values has N number of first energy consumption values to reach predetermined energy expenditure threshold value.

Such as above-mentioned citing, when there being 5 the first energy consumption values, then can according to predetermined energy expenditure threshold value, judge these 5 first energy consumption values have several energy consumption values exceeded the energy expenditure threshold value preset, such as predetermined energy expenditure threshold value is 30 calories, then can be informed in 5 the first energy consumption values illustrated above, having 2 the first energy consumption values to meet predetermined energy expenditure threshold value, namely the first energy consumption values of chest and belly meets the first predetermined energy expenditure threshold value.

And further, after having judged to meet the correlation parameter of predetermined condition, then can perform S103: if generating the first steering order according to the first infrared thermal imagery figure and performing.

And concrete, also according to the difference of correlation parameter, and then can have the different modes generating the first steering order, specific as follows:

If there is N number of first temperature value meet predetermined condition, then generate the first steering order according to any one first temperature value in N number of first temperature value, and obtain corresponding authority information according to the first steering order.

Such as above-mentioned citing, it may also be useful to the right hand arm of person, chest, first temperature value at these 3 positions of belly meets predetermined condition, therefore, then can generate the first steering order according to any one position at these 3 positions, and then obtain corresponding authority information according to the first steering order.

If there is N number of first color value meet predetermined condition, then can generate the first steering order according to any one first color value in N number of first color value, and obtain corresponding authority information according to the first steering order.

Such as above-mentioned citing, it may also be useful to the first color value of the belly of person meets predetermined condition, therefore, then can generate the first corresponding steering order according to the first color value of belly, and then obtain corresponding authority information according to the first steering order.

If there is N number of first energy consumption values meet predetermined condition, then can generate the first steering order according to any one first energy consumption values in N number of first energy consumption values, and obtain corresponding authority information according to the first steering order.

Such as above-mentioned citing, the chest of user and the first energy consumption values of belly meet predetermined condition, therefore, then can generate the first corresponding steering order according to any one energy consumption values in the first energy consumption values of chest and belly, and then obtain corresponding authority information according to the first steering order.

And it is further, when using correlation parameter to judge, also there is the situation not meeting predetermined condition, and it is concrete, when M the first temperature value, or M the first color value, or when M the first energy consumption values does not meet predetermined condition, then can perform S104: if not, generate the 2nd steering order according to the first infrared thermal imagery figure and perform.

And in S104, according to the difference of the correlation parameter in the first infrared thermal imagery figure, generate the 2nd steering order and the concrete steps that perform are different, it is specially the description that please refer to below.

When the first temperature value does not meet predetermined condition, then can generate the 2nd steering order according to any one first temperature value in M the first temperature value, control electronics shows an information, and information is for pointing out the difference of the first the highest temperature value and temperature threshold value in user M the first temperature value.

Such as above-mentioned citing, when first temperature value at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the first temperature value of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the first temperature value that in prompting user M the first temperature value, temperature is the highest and temperature threshold value.

Such as in 5 body parts of user, first temperature value of belly is the highest, if predetermined temperature threshold value is 40 DEG C, so then can generate information by the 2nd steering order control electronics, and the difference between the first temperature value of the belly of further prompting user and temperature threshold value is 4 DEG C.

Further, 2nd steering order can control information and carry out in good time renewal, if making the first temperature value of belly reach 37 DEG C than user through motion, then information can point out the difference between the first temperature value of user's belly and temperature threshold value to be 3 DEG C.

Further, 2nd steering order also can control the first temperature value of belly in real time and temperature threshold value contrasts, whether the first temperature value of detection belly meets predetermined temperature threshold value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the first temperature value of body part of user constantly, such as user is by moving to the selectivity of right hand arm, the first temperature value of right hand arm is made to have exceeded predetermined temperature threshold value, then electronics can trigger according to the first temperature value exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

When the first color value does not meet predetermined condition, then can generate the 2nd steering order according to any one first color value in M the first color value, control electronics display reminding information, information is for pointing out the difference of the first color value that in user M the first color value, color range is the highest and color threshold.

Such as above-mentioned citing, when first color value at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the first color value of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the first color value that in prompting user user M the first color value, color range is the highest and color threshold.

Such as in 5 body parts of user, the color range value that first color value conversion of belly obtains is the highest, if predetermined color threshold is 70, so then can generate information by the 2nd steering order control electronics, and the difference between the first color value of the belly of further prompting user and color threshold is 2.

Further, 2nd steering order can control information and carry out in good time renewal, if making the color range value that the first color value of belly is corresponding reach 70 than user through motion, then information can point out the difference between the first color value of the belly of user and color threshold to be 0, further, 2nd steering order also can control the first color value of belly in real time and color threshold contrasts, whether the first color value of detection belly meets predetermined color threshold, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the first color value of body part of user constantly, such as user is by moving to the selectivity of right hand arm, the color range value making the first color value of right hand arm corresponding has exceeded color range value corresponding to predetermined color threshold, then electronics can trigger according to the first color value exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

When the first energy consumption values does not meet predetermined condition, then can generate the 2nd steering order according to any one first energy consumption values in M the first energy consumption values, control electronics display reminding information, information is for pointing out the difference of the first the highest energy consumption values and energy expenditure threshold value in user M the first energy consumption values.

Such as above-mentioned citing, when first energy consumption values at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the first energy consumption values of any one body part of these 5 body parts, and control electronics and generate information, and then point out the gap of the first the highest energy consumption values and energy expenditure threshold value in user user M the first energy consumption values.

Such as in 5 body parts of user, first energy consumption values of belly is the highest, if predetermined energy expenditure threshold value is 50 calories, so then can generate information by the 2nd steering order control electronics, and the difference between the first energy consumption values of the belly of further prompting user and energy expenditure threshold value is 10 calories.

Further, 2nd steering order can control information and carry out in good time renewal, if making the first energy consumption values of belly reach 48 calories than user through motion, then information can point out the difference between the first energy consumption values of user's belly and energy expenditure threshold value to be 2 calories.

Further, 2nd steering order also can control the first energy consumption values of belly in real time and energy expenditure threshold value contrasts, whether the first energy consumption values of detection belly meets predetermined energy expenditure threshold value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Such as user is after motion, first energy consumption values of belly reaches 50 calories, then information can point out the difference between the first energy consumption values of user's belly and energy expenditure threshold value to be 0 calorie, 2nd steering order also can control the first energy consumption values of belly in real time and energy expenditure threshold value contrasts, whether the first energy consumption values of detection belly meets predetermined energy expenditure threshold value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the first energy consumption values of body part of user constantly, such as user is by moving to the selectivity of right hand arm, the first energy consumption values of right hand arm is made to have exceeded predetermined energy expenditure threshold value, then electronics can trigger according to the first energy consumption values exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

Aforesaid way is in S102 then, based on the first infrared thermal imagery figure, judge whether M the first temperature value has N number of first temperature value to reach the embodiment of predetermined temperature threshold value, and it is further, in the embodiment of the present application, the determining step in S102, also has judgment mode below, that is: the 2nd infrared thermal imagery figure is obtained in addition, by relatively judging the first infrared thermal imagery figure and the 2nd infrared thermal imagery figure.

Therefore, passing through infrared image acquisition unit, before obtaining the first infrared thermal imagery figure about user's physical state, also can obtain the 2nd infrared thermal imagery figure, and concrete acquisition pattern, also it is by infrared image acquisition unit, obtains the 2nd infrared thermal imagery figure about user's physical state.

Further, the acquisition process concrete about the 2nd infrared thermal imagery figure is identical with the gatherer process of the first infrared thermal imagery figure, is all by infrared thermography, or the body part of user is carried out gathering acquisition by infrared shooting device.

And more specifically gatherer process, the S101 above has concrete description, has not repeated them here.

Further, 2nd infrared thermal imagery figure specifically also contains the correlation parameter about user, such as contains M the 2nd temperature value characterizing user's M body part state, or M second colors value, or M the 2nd energy consumption values, M is specially the integer being more than or equal to 1.

Positions are conformed to each other above, the body part of the user characterized in the 2nd infrared thermal imagery figure is also face, left hand arm, right hand arm, chest, belly 5 positions, certainly, the body part of user can also be got thinner in a practical situation, to obtain more accurate effect, and concrete, the body part of the user characterized in the 2nd infrared thermal imagery figure, it should consistent with the body part of the user characterized in the first infrared thermal imagery figure.

Therefore, after obtaining the 2nd infrared thermal imagery figure, the correlation parameter in the 2nd infrared thermal imagery figure can have following corresponding relation:

Table 2

User's body part	2nd temperature value	Second colors value	2nd energy consumption values
				Face	17��	Scarlet	0 calorie
Left hand arm	20��	Scarlet	5 calories
				Right hand arm	35��	Red	16 calories
Chest	31��	Pink	20 calories
				Belly	35��	Faint yellow	38 calories

And more specifically, in table 2 above, the 2nd temperature value and the 2nd energy consumption values can directly obtain numerical value, and for second colors value, then it is formed by the trichromatic colour of RGB. And more specifically, then by second colors value being transformed, and then gray-scale value corresponding to each second colors value or color range value can be obtained, by gray-scale value or color range value, second colors value is characterized.

Color range corresponding to the scarlet in the first row in such as form is: 14.

The color range that the scarlet of the 2nd row in form is corresponding is: 30.

Red corresponding color range in form is: 37.

The color range of the pink correspondence in form is: 40.

The color range of the faint yellow correspondence in form is: 60.

Therefore, after obtaining second colors value, then can analyze and obtain gray-scale value corresponding to each second colors value or color range value.

Concrete, after obtaining the 2nd infrared thermal imagery figure about user's physical state, in S102, then can have judgment mode below, and concrete, according to the difference of correlation parameter, can have different judgement conditions, specific as follows:

If when judging with the 2nd temperature value, then there is judgment mode below:

By each first temperature value in M the first temperature value, contrast with each the 2nd temperature value in corresponding M the 2nd temperature value, and obtain M temperature value comparing result, judge whether M temperature value comparing result has P temperature value comparing result to meet predetermined temperature head threshold value.

Wherein, P is specially and is more than or equal to 1 and be less than or equal to the integer of M.

Such as above-mentioned citing, when having 5 the first temperature values and 5 the 2nd temperature values, then according to the temperature head threshold value of setting, can judge these 5 first temperature values and 5 the 2nd temperature values have several temperature gaps exceeded the temperature head threshold value preset.

Can know as by two forms above, it may also be useful to the comparing result of the concrete temperature gap at each position of person is as follows:

Face: 25 DEG C-17 DEG C=8 DEG C

Left hand arm: 27 DEG C-20 DEG C=7 DEG C

Right hand arm: 21 DEG C-35 DEG C=-11 DEG C

Chest: 33 DEG C-31 DEG C=2 DEG C

Belly: 36 DEG C-35 DEG C=1 DEG C

If the temperature head threshold value preset is 5 DEG C, then by judging to know have the temperature gap at 2 positions to reach predetermined temperature head threshold value, and these 2 positions are face respectively, left hand arm, i.e. face, left hand arm reaches predetermined condition by motion.

Further, if when judging with the 2nd temperature value, then there is judgment mode below:

By each first color value in M the first color value, contrast with each the second colors value in corresponding M second colors value, and obtain M color value comparing result, judge whether M color value comparing result has P color value comparing result to meet predetermined colour-difference threshold value.

Such as above-mentioned citing, when having 5 the first color values and 5 second colors values, then according to the colour-difference threshold value of setting, can judge these 5 first color values and 5 second colors values have several color difference exceeded the colour-difference threshold value preset.

And more specifically, be then undertaken judging by the color range value that color value is corresponding, can know as by two forms above, it may also be useful to the comparing result of the difference of the color range value that the concrete color value at each position of person is corresponding is as follows:

Face: 23-14=9

Left hand arm: 45-30=15

Right hand arm: 52-37=15

Chest: 55-40=5

Belly: 68-60=8

If the colour-difference threshold value preset is 10, then by judging to know, the color difference at 2 positions is had to meet predetermined condition, namely the first color value and each self-corresponding color range difference of second colors value reach predetermined color range difference limen value, and these 2 positions are left hand arm respectively, right hand arm, i.e. left hand arm, right hand arm reaches predetermined condition by motion.

If when judging with the 2nd energy consumption values, then there is judgment mode below:

By each first energy consumption values in M the first energy consumption values, contrast with each the 2nd energy consumption values in corresponding M the 2nd energy consumption values, and obtain M energy consumption values comparing result, judge whether M energy consumption values comparing result has P energy consumption values comparing result to meet predetermined energy expenditure difference limen value.

Such as above-mentioned citing, when having 5 the first energy consumption values and 5 the 2nd energy consumption values, then according to the energy expenditure difference limen value of setting, can judge these 5 first energy consumption values and 5 the 2nd energy consumption values have several energy expenditures differences exceeded the energy expenditure difference limen value preset.

Can know as by two forms above, it may also be useful to the comparing result of the concrete energy expenditure difference at each position of person is as follows:

Face: 5-0=5

Left hand arm: 17-5=12

Right hand arm: 20-16=4

Chest: 27-20=7

Belly: 40-38=2

If the energy expenditure difference limen value preset is 10, then by judging to know have the energy expenditure difference at 1 position to reach predetermined energy expenditure difference limen value, and this 1 position is left hand arm, namely left hand arm reaches predetermined condition by motion.

And when meeting predetermined condition, then can perform S103: if generating the first steering order according to the first infrared thermal imagery figure and performing.

And more specifically, generate the first steering order according to the first infrared thermal imagery figure and perform, according to the difference of correlation parameter, then have the different modes generating the first steering order, the description of specific as follows.

If with the citing of temperature value comparing result, being then generate the first steering order according to any one the temperature value comparing result in P temperature value comparing result, and obtaining authority information according to the first steering order.

Such as above-mentioned citing, when user has face, during left hand arm 2 body parts, then can generate the first steering order according to the temperature value comparing result at any one position in these two positions, and obtain authority information according to the first steering order.

If illustrating with color value comparing result, then it is generate the first steering order according to any one the color value comparing result in P color value comparing result, and obtains authority information according to the first steering order.

Such as above-mentioned citing, when user has left hand arm, during right hand arm 2 body parts, then can according to the color value comparing result at any one position in these two positions, namely the color range value comparing result that color value is corresponding generates the first steering order, and obtains authority information according to the first steering order.

If illustrating with energy consumption values, then it is generate the first steering order according to any one the energy consumption values comparing result in P energy consumption values comparing result, and obtains authority information according to the first steering order.

Such as above-mentioned citing, when user has left hand arm 1 body part, then can generate the first steering order according to the energy consumption values comparing result at this position, and obtain authority information according to the first steering order.

And it is further, when using correlation parameter to judge, also there is the situation not meeting predetermined condition, and it is concrete, when M the 2nd temperature value, or M second colors value, or when M the 2nd energy consumption values does not meet predetermined condition, then can perform S104: if not, generate the 2nd steering order according to the first infrared thermal imagery figure and perform.

When temperature value comparing result does not meet predetermined condition, then can generate the 2nd steering order according to any one the temperature value comparing result in M temperature value comparing result, control electronics display reminding information.

Such as above-mentioned citing, when the temperature value comparing result at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the temperature value comparing result of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the temperature value comparing result that in prompting user user's M temperature value comparing result, difference is the highest and temperature threshold value.

Such as in 5 body parts of user, the temperature value comparing result of face is the highest, if predetermined temperature head threshold value is 11 DEG C, so the 2nd steering order then can control electronics generation information, and the difference between the temperature value comparing result of the face of further prompting user and temperature head threshold value is 3 DEG C.

Further, 2nd steering order can control information and carry out in good time renewal, if making the temperature value comparing result of belly reach 11 DEG C than user through motion, then information can point out the difference between the temperature value comparing result of user's belly and temperature head threshold value to be 0 DEG C.

Further, 2nd steering order also can control the temperature value comparing result of belly in real time and temperature head threshold value contrasts, whether the temperature value comparing result of detection face meets predetermined temperature head threshold value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the temperature value comparing result of body part of user constantly, such as user is by moving to the selectivity of right hand arm, the temperature value comparing result of right hand arm is made to have exceeded predetermined temperature head threshold value, then electronics can trigger according to the temperature value comparing result exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

When temperature value comparing result does not meet predetermined condition, then can generate the 2nd steering order according to any one the color value comparing result in M color value comparing result, control electronics display reminding information.

Such as above-mentioned citing, when the color value comparing result at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the color value comparing result of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the color value comparing result that in prompting user user's M color value comparing result, difference is the highest and color threshold.

And use color value to carry out the step contrasted, more specifically, the color range value being then corresponding according to color value carries out contrasting, and determine whether to meet predetermined condition according to color range value comparing result, and, when not meeting predetermined condition, then can generate the 2nd steering order according to the color range value comparing result of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the color value comparing result that in prompting user user's M color range value comparing result, difference is the highest and color range threshold value.

Such as in 5 body parts of user, the color range value comparing result of left hand arm and right hand arm is the highest, if predetermined color range difference limen value is 20, so the 2nd steering order then can control electronics generation information, and the difference between the color range value comparing result of the left hand arm of further prompting user and right hand arm and temperature head threshold value is 5.

Further, 2nd steering order can control information and carry out in good time renewal, if making the color range value comparing result of right hand arm reach 20 than user through motion, then information can point out the difference between the color range value comparing result of user's right hand arm and color range difference limen value to be 0.

Further, 2nd steering order also can control the color range value comparing result of right hand arm in real time and color range difference limen value contrasts, whether the color range value comparing result of detection right hand arm meets predetermined color range difference limen value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the color value comparing result of body part of user constantly, such as user is by moving to the selectivity of belly, the color range value comparing result of belly is made to have exceeded predetermined color range difference limen value, then electronics can trigger according to the color range value comparing result exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

When energy consumption values comparing result does not meet predetermined condition, then can generate the 2nd steering order according to any one the 2nd energy consumption values in M the 2nd energy consumption values, control electronics display reminding information.

Such as above-mentioned citing, when the energy consumption values comparing result at 5 positions of user does not meet predetermined condition, then can generate the 2nd steering order according to the energy consumption values comparing result of any one body part of these 5 body parts, and control electronics and generate information, and then the gap of the energy consumption values comparing result that in prompting user user's M energy consumption values comparing result, difference is the highest and energy expenditure difference limen value.

Such as in 5 body parts of user, the energy consumption values comparing result of left hand arm is the highest, if predetermined energy expenditure difference limen value is 25, so the 2nd steering order then can control electronics generation information, and the difference between the energy consumption values comparing result of the left hand arm of further prompting user and energy expenditure difference limen value is 13.

Further, 2nd steering order can control information and carry out in good time renewal, if making the energy consumption values comparing result of left hand arm reach 22 than user through motion, then information can point out the difference between the energy consumption values comparing result of user's left hand arm and energy expenditure difference limen value to be 0 DEG C.

Further, 2nd steering order also can control the energy consumption values comparing result of left hand arm in real time and energy expenditure difference limen value contrasts, whether the energy consumption values comparing result of detection left hand arm meets predetermined energy expenditure difference limen value, if meeting, can trigger and generating the first steering order, and then obtain corresponding authority information according to the first steering order.

Further, in the process of detection, electronics can monitor other the energy consumption values comparing result of body part of user constantly, such as user is by moving to the selectivity of right hand arm, the energy consumption values comparing result of right hand arm is made to have exceeded predetermined energy expenditure difference limen value, then electronics can trigger according to the energy consumption values comparing result exceeded and generate the first steering order, and then obtains corresponding authority information according to the first steering order.

In the above embodiments, it is then whole implementation processes of control method, and more specifically, control method can be applied to multiple scene, such as somatic sensation television game clearance, is described in detail by the mode implemented the embody rule of control method in somatic sensation television game below by using concrete example.

Namely somatic sensation television game is the electronic game going impression with health. Break through in the past simple with the operating method of handle key-press input, it is that a kind of novel electron carrying out operating that changed by limb action is played. And in the embodiment of the present application, it is possible to whether reach predetermined condition by the correlation parameter judged in infrared thermal imagery figure, and then obtain clearance authority.

In the embodiment of the present application, electronics uses notebook computer citing, notebook computer has or is circumscribed with an infrared thermography, and, notebook computer is provided with a somatic sensation television game, such as running class somatic sensation television game, namely user is moved by modes such as runnings, and then obtains the game of clearance authority.

Concrete implementation process is done detailed introduction below.

When the I that user has been in somatic sensation television game closes, if user is in the pickup area of infrared thermography, then infrared thermography can gather the infrared thermal imagery figure about user's state in good time.

Concrete, this infrared thermal imagery figure specifically acquires the image at 5 positions of user, such as face, left hand arm, right hand arm, chest, belly 5 positions.

Further, based on infrared thermal imagery figure, can judge whether infrared thermal imagery figure reaches predetermined condition.

Concrete, in the implementation process of this step, according to the difference of the correlation parameter that infrared thermal imagery figure comprises, have different judgement conditions, such as with temperature value citing, then 5 body parts of user have respective temperature value, specific as follows:

Face: 25 DEG C.

Left hand arm: 27 DEG C

Right hand arm: 31 DEG C

Chest: 33 DEG C

Belly: 36 DEG C

Concrete, then can judge that user's 5 body parts have whether respective temperature value meets the temperature threshold value preset, such as temperature threshold value is 35 DEG C, then by judging to know only have the temperature value of belly to meet default condition, therefore, then can according to the temperature value of belly, generating the first steering order, control obtains the clearance authority of somatic sensation television game, and enters I+1 and close.

Certainly, in concrete application, the temperature value also with two or more body parts meets the situation of predetermined temperature threshold, when meeting, can also jointly generate the first steering order according to two or more body parts, and be not limited only to generate the first steering order with the temperature value at a position.

Further, if judging unsuccessful, the temperature threshold value such as preset is 40 DEG C, so then can generate the 2nd steering order according to any one temperature value at these 5 positions and generate information, user is in these 5 body parts of user in prompting, the temperature value of the highest body part belly is 4 DEG C with the difference of the temperature threshold value preset, and it is detected constantly, and then judges whether to reach clearance condition constantly.

Further, also the temperature value of other body parts can be detected, to judge.

Certainly, in concrete application, it is also possible to gather two infrared thermal imagery figure and contrast, and then judge whether to meet predetermined condition.

In the embodiment of the present application, describe a kind of control method, the infrared thermal imagery figure characterizing user's state by gathering, and judge based on infrared thermal imagery figure, and the further operation obtaining correspondence according to judged result, and then avoid and only infrared thermal imagery figure can be carried out simple analysis operation, infrared thermal imagery figure can be made to combine with some programs application in practical application, application program is controlled by infrared thermal imagery figure, obtain the new opplication of infrared thermal imagery figure, and provide new experience to user.

In the above embodiments, specifically describe the implementation process of control method, and in the following embodiments, then the electronics of the correspondence of this control method is described in detail.

Embodiment two:

In the embodiment of the present application, a kind of electronics is described.

Further, electronics has or is circumscribed with an infrared image acquisition unit, in addition, please refer to Fig. 2, and electronics comprises: infrared image acquisition unit 201, first judging unit 202, first actuator unit the 203, two actuator unit 204.

The concrete function of each unit is done detailed introduction below.

Infrared image acquisition unit 201, for when user is in the pickup area of infrared image acquisition unit 201, obtaining the first infrared thermal imagery figure about user's state.

First judging unit 202, for based on the first infrared thermal imagery figure, judging whether the first infrared thermal imagery figure reaches predetermined condition.

If performing the first actuator unit 203, first actuator unit 203 and for generating the first steering order according to the first infrared thermal imagery figure and performing.

If not, perform the 2nd actuator unit the 204, two actuator unit 204 for generating the 2nd steering order according to the first infrared thermal imagery figure and to perform.

Further, the first infrared thermal imagery figure contains M the first temperature value characterizing user's M position state, or M the first color value, or M the first energy consumption values, M is specially the integer being more than or equal to 1.

Further, the first judging unit 202 specifically for:

Based on the first infrared thermal imagery figure, judging whether have N number of first temperature value to reach predetermined temperature threshold value in M the first temperature value, wherein, N is specially and is more than or equal to 1 and be less than or equal to the integer of M. Or

Based on the first infrared thermal imagery figure, judge whether M the first color value has N number of first color value to reach predetermined color threshold. Or

Further, the first actuator unit 203 specifically for:

Generate the first steering order according to any one first temperature value in N number of first temperature value, and obtain corresponding authority information according to the first steering order. Or

Generate the first steering order according to any one first color value in N number of first color value, and obtain corresponding authority information according to the first steering order. Or

Generate the first steering order according to any one first energy consumption values in N number of first energy consumption values, and obtain corresponding authority information according to the first steering order.

Further, the 2nd actuator unit 204 specifically for:

Generating the 2nd steering order according to any one first temperature value in M the first temperature value, control electronics shows an information, and information is for pointing out the difference of the first the highest temperature value and temperature threshold value in user M the first temperature value. Or

Generating the 2nd steering order according to any one first color value in M the first color value, control electronics display reminding information, information is for pointing out the difference of the first the darkest color value and color threshold in user M the first color value. Or

The 2nd steering order is generated according to any one first energy consumption values in M the first energy consumption values, control electronics display reminding information, information is for pointing out the difference of the first the highest energy consumption values and energy expenditure threshold value in user M the first energy consumption values.

By one or more embodiments of the present invention, it is possible to realize following technique effect:

Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or computer program. Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect. And, the present invention can adopt and (include but not limited to multiple head unit in one or more computer-usable storage medium wherein including computer usable program code, CD-ROM, optical memory etc.) form of the upper computer program implemented.

The present invention is that schema and/or skeleton diagram with reference to method according to embodiments of the present invention, equipment (system) and computer program describe. Should understand can by the combination of the flow process in each flow process in computer program instructions flowchart and/or skeleton diagram and/or square frame and schema and/or skeleton diagram and/or square frame. These computer program instructions can be provided to the treater of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine so that the instruction performed by the treater of computer or other programmable data processing device is produced for realizing the device of function specified in schema flow process or multiple flow process and/or skeleton diagram square frame or multiple square frame.

These computer program instructions also can be stored in and can guide in computer-readable memory that computer or other programmable data processing device work in a specific way, making the instruction that is stored in this computer-readable memory produce the manufacture comprising instruction device, this instruction device realizes the function specified in schema flow process or multiple flow process and/or skeleton diagram square frame or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform a series of operation steps to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for realizing the step of the function specified in schema flow process or multiple flow process and/or skeleton diagram square frame or multiple square frame.

Obviously, the present invention can be carried out various change and modification and not depart from the spirit and scope of the present invention by the technician of this area. Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these change and modification.

Claims

1. a control method, described method is applied to electronics, it is characterised in that, described electronics has or is circumscribed with an infrared image acquisition unit, and described method comprises:

When user is in the pickup area of described infrared image acquisition unit, by described infrared image acquisition unit, obtain the first infrared thermal imagery figure about user's state, wherein, described by described infrared image acquisition unit, before obtaining the first infrared thermal imagery figure about user's physical state, by described infrared image acquisition unit, obtain the 2nd infrared thermal imagery figure about user's physical state;

Based on described first infrared thermal imagery figure, judging whether described first infrared thermal imagery figure reaches predetermined condition, wherein, described judgement comprises: by relatively judging described first infrared thermal imagery figure and described 2nd infrared thermal imagery figure;

If generating the first steering order according to described first infrared thermal imagery figure and performing;

If not, generate the 2nd steering order according to described first infrared thermal imagery figure and perform.

2. the method for claim 1, it is characterized in that, described first infrared thermal imagery figure contains M the first temperature value characterizing described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer being more than or equal to 1.

3. method as claimed in claim 2, it is characterised in that, described based on described first infrared thermal imagery figure, judge whether described first infrared thermal imagery figure reaches predetermined condition, specifically comprise:

Based on described first infrared thermal imagery figure, judging whether have N number of first temperature value to reach predetermined temperature threshold value in described M the first temperature value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or

Based on described first infrared thermal imagery figure, judging whether have N number of first color value to reach predetermined color threshold in described M the first color value, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or

Based on described first infrared thermal imagery figure, judging whether have N number of first energy consumption values to reach predetermined energy expenditure threshold value in described M the first energy consumption values, wherein, described N is specially and is more than or equal to 1 and be less than or equal to the integer of described M.

4. method as claimed in claim 3, it is characterised in that, described generate the first steering order according to described first infrared thermal imagery figure and perform, be specially:

Generate described first steering order according to any one first temperature value in N number of first temperature value, and obtain corresponding authority information according to described first steering order; Or

Generate described first steering order according to any one first color value in N number of first color value, and obtain corresponding authority information according to described first steering order; Or

Generate described first steering order according to any one first energy consumption values in N number of first energy consumption values, and obtain corresponding authority information according to described first steering order.

5. method as claimed in claim 3, it is characterised in that, described generate the 2nd steering order according to described first infrared thermal imagery figure and perform, be specially:

Described 2nd steering order is generated according to any one first temperature value in described M the first temperature value, controlling described electronics and show an information, described information is for pointing out the difference of the first the highest temperature value and described temperature threshold value in user M the first temperature value; Or

Described 2nd steering order is generated according to any one first color value in described M the first color value, controlling described electronics display reminding information, described information is for pointing out the difference of the first color value that in user M the first color value, color range is the highest and described color threshold; Or

Described 2nd steering order is generated according to any one first energy consumption values in described M the first energy consumption values, controlling described electronics display reminding information, described information is for pointing out the difference of the first the highest energy consumption values and described energy expenditure threshold value in user M the first energy consumption values.

6. method as claimed in claim 2, it is characterized in that, described 2nd infrared thermal imagery figure specifically contains M the 2nd temperature value characterizing user's M body part state, or M second colors value, or M the 2nd energy consumption values, described M is specially the integer being more than or equal to 1.

7. method as claimed in claim 6, it is characterised in that, described judge whether described first infrared thermal imagery figure reaches predetermined condition, it is specially:

By each first temperature value in described M the first temperature value, contrast with each the 2nd temperature value in corresponding described M the 2nd temperature value, and obtain M temperature value comparing result, judging whether described M temperature value comparing result has P temperature value comparing result to meet predetermined temperature head threshold value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or

By each first color value in described M the first color value, contrast with each the second colors value in corresponding described M second colors value, and obtain M color value comparing result, judging whether described M color value comparing result has P color value comparing result to meet predetermined colour-difference threshold value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M; Or

By each first energy consumption values in described M the first energy consumption values, contrast with each the 2nd energy consumption values in corresponding described M the 2nd energy consumption values, and obtain M energy consumption values comparing result, judging whether described M energy consumption values comparing result has P energy consumption values comparing result to meet predetermined energy expenditure difference limen value, described P is specially and is more than or equal to 1 and be less than or equal to the integer of described M.

8. method as claimed in claim 7, it is characterised in that, described generate the first steering order according to described first infrared thermal imagery figure and perform, be specially:

Generate described first steering order according to any one the temperature value comparing result in described P temperature value comparing result, and obtain authority information according to described first steering order; Or

Generate described first steering order according to any one the color value comparing result in described P color value comparing result, and obtain authority information according to described first steering order; Or

Generate described first steering order according to any one the energy consumption values comparing result in described P energy consumption values comparing result, and obtain authority information according to described first steering order.

9. method as claimed in claim 7, it is characterised in that, described generate the 2nd steering order according to described first infrared thermal imagery figure and perform, be specially:

Generate described 2nd steering order according to any one the temperature value comparing result in described M temperature value comparing result, control described electronics display reminding information; Or

Generate described 2nd steering order according to any one the color value comparing result in described M color value comparing result, control described electronics display reminding information; Or

Generate described 2nd steering order according to any one the energy consumption values comparing result in described M energy consumption values comparing result, control described electronics display reminding information.

10. an electronics, it is characterised in that, described electronics has or is circumscribed with an infrared image acquisition unit, and described electronics comprises:

Described infrared image acquisition unit, for when user is in the pickup area of described infrared image acquisition unit, obtain the first infrared thermal imagery figure about user's state, wherein, at described infrared image acquisition unit, before obtaining the first infrared thermal imagery figure about user's physical state, by described infrared image acquisition unit, obtain the 2nd infrared thermal imagery figure about user's physical state;

First judging unit, for based on described first infrared thermal imagery figure, judging whether described first infrared thermal imagery figure reaches predetermined condition, wherein, described judgement comprises: by relatively judging described first infrared thermal imagery figure and described 2nd infrared thermal imagery figure;

If performing the first actuator unit, described first actuator unit is used for generating the first steering order according to described first infrared thermal imagery figure and performs;

If not, performing the 2nd actuator unit, described 2nd actuator unit is used for generating the 2nd steering order according to described first infrared thermal imagery figure and performs.

11. electronicss as claimed in claim 10, it is characterized in that, described first infrared thermal imagery figure contains M the first temperature value characterizing described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer being more than or equal to 1.

12. electronicss as claimed in claim 11, it is characterised in that, described first judging unit specifically for:

13. electronicss as claimed in claim 12, it is characterised in that, described first actuator unit specifically for:

14. electronicss as claimed in claim 12, it is characterised in that, described 2nd actuator unit specifically for:

Described 2nd steering order is generated according to any one first color value in described M the first color value, controlling described electronics and show described information, described information is for pointing out the difference of the first the darkest color value and described color threshold in user M the first color value; Or

Described 2nd steering order is generated according to any one first energy consumption values in described M the first energy consumption values, controlling described electronics and show described information, described information is for pointing out the difference of the first the highest energy consumption values and described energy expenditure threshold value in user M the first energy consumption values.