CN103892793A

CN103892793A - Control method and electronic device

Info

Publication number: CN103892793A
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: 2014-07-02
Anticipated expiration: 2032-12-25
Also published as: CN103892793B

Abstract

The invention discloses a control method and an electronic device. The method is applied to the electronic device. The electronic device is provided with or externally connected with an infrared image acquisition unit. The method includes the steps that when a user is located in an acquisition area of the infrared image acquisition unit, a first infrared thermogram about the state of the user is obtained according to the infrared image acquisition unit; based on the first infrared thermogram, whether the first infrared thermogram reaches a preset condition or not is judged; if the infrared first thermogram reaches the preset condition, a first control instruction is generated according to the first infrared thermogram and executed; if the first infrared thermogram does not reach the preset condition, a second control instruction is generated according to the first infrared thermogram and executed.

Description

A kind of control method and a kind of electronic equipment

Technical field

The present invention relates to electronic technology field, particularly a kind of control method and a kind of electronic equipment.

Background technology

At present, along with the development of electronic technology, increasing electronic equipment has various function, and is used to various fields, has improved greatly people's life.Such as electronic equipment can be mobile phone, PAD, notebook computer etc., electronic equipment can also comprise various electronic devices in addition, as photographic head.

In the application of electronic equipment, user can use electronic equipment to communicate, or uploading pictures, share etc. operation, electronic equipment can be widely used in the every field such as science and technology, education, medical treatment, building, such as aspect medical body-building, can use the electronic equipments such as infrared thermoviewer, user is carried out to infrared imaging, obtain the temperature profile at each position of human body, and then the pathological changes of human body is studied, in addition, can also use infrared imaging to explore geology, so that geologize structure etc.

The applicant, in the process that realizes the application, finds that prior art at least exists following technical problem:

The Infrared Thermogram obtaining in prior art, only can use as analysis, such as user is analyzed and obtained some related datas that comprise it, obtain corresponding result, such as Infrared Thermogram being studied and then the pathological changes of human body being studied, and Infrared Thermogram can not be applied to other operations, therefore cause the occupation mode of Infrared Thermogram comparatively single.

Summary of the invention

The invention provides a kind of control method and a kind of electronic equipment, in order to solve the comparatively single technical problem of occupation mode of the Infrared Thermogram existing in prior art.

On the one hand, the present invention, by the application's a embodiment, provides following technical scheme:

A kind of control method, described method is applied to electronic equipment, described electronic equipment has or is circumscribed with an infrared image acquisition unit, described method comprises: in the time that user is in the pickup area of described infrared image acquisition unit, by described infrared image acquisition unit, obtain the first Infrared Thermogram about described user state; Based on described the first Infrared Thermogram, judge whether described the first Infrared Thermogram has reached predetermined condition; If so, generate the first control instruction and carry out according to described the first Infrared Thermogram; If not, generate the second control instruction and carry out according to described the first Infrared Thermogram.

Preferably, in described the first Infrared Thermogram, comprise M the first temperature value that characterizes a described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer that is more than or equal to 1.

Preferably, described based on described the first Infrared Thermogram, judge whether described the first Infrared Thermogram has reached predetermined condition, specifically comprise: based on described the first Infrared Thermogram, whether judge in described M the first temperature value has N the first temperature value to reach predetermined temperature 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 the first Infrared Thermogram, judge in described M the first color value and whether have N the first color value to reach predetermined color threshold; Or based on described the first Infrared Thermogram, judge in described M the first energy consumption values and whether have N the first energy consumption values to reach predetermined energy expenditure threshold value.

Preferably, described according to described the first Infrared Thermogram generate the first control instruction and carry out, be specially: generate described the first control instruction according to any one first temperature value in N the first temperature value, and obtain corresponding authority information according to described the first control instruction; Or generate described the first control instruction according to any one first color value in N the first color value, and obtain corresponding authority information according to described the first control instruction; Or generate described the first control instruction according to any one first energy consumption values in N the first energy consumption values, and obtain corresponding authority information according to described the first control instruction.

Preferably, described according to described the first Infrared Thermogram generate the second control instruction and carry out, be specially: generate described the second control instruction according to any one first temperature value in described M the first temperature value, control described electronic equipment and show an information, described information is for pointing out the first temperature value that user M the first temperature value is the highest and the difference of described temperature threshold; Or generate described the second control instruction according to any one first color value in described M the first color value, control described electronic equipment and show described information, described information is for pointing out the first color value that user M the first color value color range is the highest and the difference of described color threshold; Or generate described the second control instruction according to any one first energy consumption values in described M the first energy consumption values, control described electronic equipment and show described information, described information is for pointing out the first energy consumption values that user M the first energy consumption values is the highest and the difference of described energy expenditure threshold value.

Preferably, in the described described infrared image acquisition unit that passes through, before obtaining the first Infrared Thermogram about user condition, described method also comprises: by described infrared image acquisition unit, obtain the second Infrared Thermogram about user condition.

Preferably, described the second Infrared Thermogram has specifically comprised M the second temperature value that characterizes M body part state of user, or M the second color value, or M the second energy consumption values, and described M is specially the integer that is more than or equal to 1.

Preferably, describedly judge whether described the first Infrared Thermogram has reached predetermined condition, be specially: by each first temperature value in described M the first temperature value, contrast with each second temperature value in corresponding described M the second temperature value, and obtain M temperature value comparing result, judge whether described M temperature value comparing result has P temperature value comparing result to meet predetermined temperature 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 color value in described M the first color value, contrast with each second color value in corresponding described M the second color value, and obtain M color value comparing result, judge whether described M color value comparing result has P color value comparing result to meet predetermined colour-difference threshold value; Or by each first energy consumption values in described M the first energy consumption values, contrast with each second energy consumption values in corresponding described M the second energy consumption values, and obtain M energy consumption values comparing result, judge whether described M energy consumption values comparing result has P energy consumption values comparing result to meet predetermined energy expenditure difference limen value.

Preferably, described according to described the first Infrared Thermogram generate the first control instruction and carry out, be specially: generate described the first control instruction according to any one the temperature value comparing result in described P temperature value comparing result, and obtain described authority information according to described the first control instruction; Or generate described the first control instruction according to any one the color value comparing result in described P color value comparing result, and obtain described authority information according to described the first control instruction; Or generate described the first control instruction according to any one the energy consumption values comparing result in described P energy consumption values comparing result, and obtain described authority information according to described the first control instruction.

Preferably, described according to described the first Infrared Thermogram generate the second control instruction and carry out, be specially: generate described the second control instruction according to any one the temperature value comparing result in described M temperature value comparing result, control described electronic equipment and show described information; Or generate described the second control instruction according to any one the color value comparing result in described M color value comparing result, control described electronic equipment and show described information; Or generate described the second control instruction according to any one the energy consumption values comparing result in described M energy consumption values comparing result, control described electronic equipment and show described information.

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

A kind of electronic equipment, described electronic equipment has or is circumscribed with an infrared image acquisition unit, described electronic equipment comprises: described infrared image acquisition unit, for when the pickup area of user in described infrared image acquisition unit, acquisition is about the first Infrared Thermogram of described user state; The first judging unit, for based on described the first Infrared Thermogram, judges whether described the first Infrared Thermogram has reached predetermined condition; If so, carry out the first performance element, described the first performance element is for generating the first control instruction and carrying out according to described the first Infrared Thermogram; If not, carry out the second performance element, described the second performance element is for generating the second control instruction and carrying out according to described the first Infrared Thermogram.

Preferably, described the first judging unit specifically for: based on described the first Infrared Thermogram, whether judge in described M the first temperature value and have N the first temperature value to reach predetermined temperature 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 the first Infrared Thermogram, judge in described M the first color value and whether have N the first color value to reach predetermined color threshold; Or based on described the first Infrared Thermogram, judge in described M the first energy consumption values and whether have N the first energy consumption values to reach predetermined energy expenditure threshold value.

Preferably, described the first performance element specifically for: generate described the first control instruction according to any one first temperature value in N the first temperature value, and obtain corresponding authority information according to described the first control instruction; Or generate described the first control instruction according to any one first color value in N the first color value, and obtain corresponding authority information according to described the first control instruction; Or generate described the first control instruction according to any one first energy consumption values in N the first energy consumption values, and obtain corresponding authority information according to described the first control instruction.

Preferably, described the second performance element specifically for: generate described the second control instruction according to any one first temperature value in described M the first temperature value, control described electronic equipment and show an information, described information is for pointing out the first temperature value that user M the first temperature value is the highest and the difference of described temperature threshold; Or generate described the second control instruction according to any one first color value in described M the first color value, control described electronic equipment and show described information, described information is for pointing out the first the darkest color value of individual the first color value of user M and the difference of described color threshold; Or generate described the second control instruction according to any one first energy consumption values in described M the first energy consumption values, control described electronic equipment and show described information, described information is for pointing out the first energy consumption values that user M the first energy consumption values is the highest and the difference of described energy expenditure threshold value.

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

In one or more technical schemes in technique scheme, a kind of control method has been described, characterize the Infrared Thermogram of user state by collection, and judge based on Infrared Thermogram, and further obtain corresponding operation according to judged result, and then avoid only can carrying out simple analysis operation to Infrared Thermogram, can make some the program application in Infrared Thermogram and practical application combine, carry out controlling application program by Infrared Thermogram, obtain the new application of Infrared Thermogram, and provide new experience to user.

Further, in concrete judge process, can carry out different judgements according to the different parameter comprising in Infrared Thermogram, make judged result more accurate, can reflect more accurately the result of control.

Further, in concrete judge process, can be separately judge to have multiple judgment mode according to an Infrared Thermogram or two and multiple Infrared Thermogram, can carry out different selections according to different situations, selection mode is versatile and flexible.

Brief description of the drawings

Fig. 1 is the flow chart of control method in the embodiment of the present application;

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

Detailed description of the invention

In order to solve the comparatively single technical problem of occupation mode of the Infrared Thermogram existing in prior art, the embodiment of the present invention has proposed a kind of control method and a kind of electronic equipment, and its solution general thought is as follows:

In this application, a kind of control method and electronic equipment have been proposed, electronic equipment has or is circumscribed with an infrared image acquisition unit, wherein, the process that the method is concrete is as follows: in the time that user is in the pickup area of infrared image acquisition unit, by infrared image acquisition unit, obtain the first Infrared Thermogram about user state; Based on the first Infrared Thermogram, judge whether the first Infrared Thermogram has reached predetermined condition; If so, generate the first control instruction and carry out according to the first Infrared Thermogram; If not, generate the second control instruction and carry out according to the first Infrared Thermogram.Control method in the application can be according to the program operation in Infrared Thermogram control electronic equipment, and then avoid only can carrying out simple analysis operation to Infrared Thermogram, can make some the program application in Infrared Thermogram and practical application combine, carry out controlling application program by Infrared Thermogram, obtain the new application of Infrared Thermogram, and provide new experience to user.

Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present invention and embodiment is the detailed explanation to technical solution of the present invention, instead of restriction to technical solution of the present invention, in the situation that not conflicting, the technical characterictic in the embodiment of the present invention and embodiment can combine mutually.

Embodiment mono-:

In the embodiment of the present application, provide a kind of control method, further, the method is applied to electronic equipment.

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

In the embodiment of the present application, electronic equipment can be notebook computer, all-in-one, PAD, large servers etc. have the equipment of controlling function and computing function, and more specifically, with taking notebook computer as example, 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 eye, certainly, also comprised in actual applications all devices that can obtain Infrared Thermogram.

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

S101, in the time that user is in the pickup area of infrared image acquisition unit, by infrared image acquisition unit, obtains the first Infrared Thermogram about user state.

S102, based on the first Infrared Thermogram, judges whether the first Infrared Thermogram has reached predetermined condition.

S103, if so, generates the first control instruction and carries out according to the first Infrared Thermogram.

S104, if not, generates the second control instruction and carries out according to the first Infrared Thermogram.

In S101, infrared image acquisition unit is specifically as follows infrared thermography, or infrared camera, in the embodiment of the present application, if obtain the first Infrared Thermogram, by infrared thermography, or infrared camera gathers acquisition to the body part of user.

And concrete gatherer process, taking infrared thermography as example, is that the infrared energy distribution pattern that utilizes Infrared Detectors, optical imagery object lens and optical mechaical scanning system to accept measured target is reflected in the photosensitive unit of Infrared Detectors.Between optical system and Infrared Detectors, there is an optical mechaical scanning mechanism to scan the infrared thermal imagery of testee, and focus in unit or spectroscopic detectors, convert infrared energy to the signal of telecommunication by detector, show Infrared Thermogram through processing and amplifying, conversion or video standard signal by television screen or monitor.

Further, human body is exactly a natural biological source of infrared radiation, can constantly launch towards periphery and absorb infra-red radiation.Normal human's Temperature Distribution has certain stability and characteristic, and the each position of body temperature difference, has formed different thermal fields.In the time of the changing function in human body somewhere, this place's blood flow can correspondingly change, and causes body local temperature change, shows as temperature drift or on the low side.According to this principle, gather human infrared radiation by thermal imaging system, and be converted to digital signal, form pseudo-color thermal map, recycling dedicated analysis software is judged the Infrared Thermogram of human body.

Utilizing infrared thermography imaging to utilize far infrared, is that detection has the shortwave 3--5 μ m of penetration power and the infrared ray of two wave bands of 8--12 μ m detects.

If give an example with infrared camera, general infrared camera is merely able to by transmitting near infrared ray, and by user, ultrared reflection ray is carried out to imaging.Further, the opticator of infrared camera comprises two critical pieces: RF transmitter and infrared pick-up head group.RF transmitter sends near infrared ray and covers the visual range of whole infrared camera, and photographic head group receives reflection ray and identifies human body.Infrared camera recognition image be one " depth field " (Depth Field), wherein the color of each pixel has represented the distance of that object to photographic head.Such as the health close to photographic head is shiny red, green etc., the object away from photographic head is lead.

And infrared camera in the embodiment of the present application, by temperature monitor is integrated in infrared camera and is implemented.Therefore, in the time utilizing infrared camera imaging, not only can feed back the Energy distribution information of user, can also feed back the colouring information of user, depth information, and temperature information.

Further, the infrared camera in the embodiment of the present application, not only can detect the image of user reflect near infrared light line, the image of far-infrared light can also be detected.

And concrete way is, integrated thermal imaging system in infrared camera, can detect the image of user reflect near infrared light line according to infrared camera itself; And the image-forming principle that can utilize thermal imaging system detects the image of far-infrared light, make infrared camera there is dual-use function.In addition, the infrared camera in the embodiment of the present application, can be for being integrated with the common photographic head of temperature monitor, can be also the 3D photographic head that is integrated with temperature monitor.

And more specifically, in the first Infrared Thermogram obtaining, comprise the relevant parameter about user, such as having comprised M the first temperature value that characterizes M position state of user, or M the first color value, or M the first energy consumption values, M is specially the integer that is more than or equal to 1.The M of a for example user position is specifically as follows: face, left hand arm, right hand arm, chest, 5 positions of abdominal part, certainly, in practical situation, also can the body part of user be got thinner, to obtain more accurate effect, and in the embodiment of the present application, only give an example with 5 body parts that exemplify above.

Therefore, according to description above, the first Infrared Thermogram can comprise 5 the first temperature values, or 5 the first color value, or 5 the first energy consumption values.

And these relevant parameters all have certain contact, such as giving an example with face, the surface temperature of the face detecting is 25 DEG C, and its corresponding color is peony, and corresponding energy consumption values is 5 calories.

Therefore the relevant parameter in the first Infrared Thermogram collecting can have following corresponding relation:

Table 1

User body part	The first temperature value	The first color value	The first energy consumption values
				Face	25℃	Peony	5 calories
Left hand arm	27℃	Red	17 calories
				Right hand arm	31℃	Pink	20 calories
Chest	33℃	Pale red	37 calories
				Abdominal part	36℃	Yellow	40 calories

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

The color range corresponding such as the peony in form is: 23.

The color range of the redness correspondence in form is: 45.

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

Color range corresponding to pale red in form is: 55.

The color range of the yellow correspondence in form is: 68.

Therefore,, after having obtained the first color value, can analyze and obtain corresponding gray value or the color range value of each the first color value.

And more specifically, after having obtained the first Infrared Thermogram, can carry out S102: based on the first Infrared Thermogram, judge whether the first Infrared Thermogram has reached predetermined condition.

In S102, concrete predetermined condition can be different according to arranging of system, and, for judgment mode, also can be different, for example can only judge based on the first Infrared Thermogram, or obtain in addition the second Infrared Thermogram, by relatively judging the first Infrared Thermogram and the second Infrared Thermogram.

Certainly, in actual applications, can also be based on relatively the judging of multiple Infrared Thermograms, and concrete judgment mode, the embodiment of the present application is only for example, does not limit.

The situation that lower mask body introduction only judges based on the first Infrared Thermogram, and judgement concrete disposition afterwards, and for another judgment mode, be introduced follow-up.

When only judge based on the first Infrared Thermogram situation time, can be by the temperature threshold of setting, or color threshold or energy expenditure threshold value judge.

Concrete judgment mode is as follows.

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

Based on the first Infrared Thermogram, judge in M the first temperature value and whether have N the first temperature value to reach predetermined temperature threshold.

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, give an example as above-mentioned, in the time having 5 the first temperature values, can, according to the temperature threshold of setting, judge in these 5 first temperature values and have several temperature values to exceed default temperature threshold, such as default temperature threshold is 30 DEG C, can know by judgement, have the temperature value at 3 positions to reach predetermined temperature threshold, and these 3 positions be respectively right hand arms, chest, abdominal part.

In the time using color threshold as predetermined condition, specifically there is following process:

Based on the first Infrared Thermogram, judge in M the first color value and whether have N the first color value to reach predetermined color threshold.

Give an example as above-mentioned, in the time having 5 the first color value, can be according to predetermined color threshold, judge in these 5 first color value and have several color value to exceed default color threshold, and further, be that color range value or the gray value that conversion obtains according to color value judges.Such as first first 5 the first color value that exemplify above being changed, obtain corresponding color range value, the color range value then obtaining with the conversion of default color threshold contrasts.Such as color range corresponding to predetermined color threshold is 60, can be informed in 5 first color value of giving an example above, there is first color value to meet predetermined color threshold, the first color value of abdominal part meets predetermined color threshold.

And in the time using energy expenditure threshold value as predetermined condition, specifically have following process:

Based on the first Infrared Thermogram, judge in M the first energy consumption values and whether have N the first energy consumption values to reach predetermined energy expenditure threshold value.

Give an example as above-mentioned, in the time having 5 the first energy consumption values, can be according to predetermined energy expenditure threshold value, judging in these 5 first energy consumption values has several energy consumption values to exceed default energy expenditure threshold value, such as predetermined energy expenditure threshold value is 30 calories, can be informed in 5 first energy consumption values of giving an example above, have 2 the first energy consumption values to meet predetermined energy expenditure threshold value, the first energy consumption values of chest and abdominal part meets the first predetermined energy expenditure threshold value.

And further, after having judged the relevant parameter that meets predetermined condition, can carry out S103: if so, generate the first control instruction and carry out according to the first Infrared Thermogram.

And concrete, also can be according to the difference of relevant parameter, and then there is the mode of different generations the first control instruction, specific as follows:

Meet predetermined condition if there is N the first temperature value, generate the first control instruction according to any one first temperature value in N the first temperature value, and obtain corresponding authority information according to the first control instruction.

Give an example as above-mentioned, the right hand arm of user, chest, first temperature value at these 3 positions of abdominal part has met predetermined condition, therefore, can generate the first control instruction according to any one position at these 3 positions, and then obtain corresponding authority information according to the first control instruction.

Meet predetermined condition if there is N the first color value, can generate the first control instruction according to any one first color value in N the first color value, and obtain corresponding authority information according to the first control instruction.

As above-mentioned, the first color value of the abdominal part of user has met predetermined condition for example, therefore, can generate the first corresponding control instruction according to the first color value of abdominal part, and then obtain corresponding authority information according to the first control instruction.

Meet predetermined condition if there is N the first energy consumption values, can generate the first control instruction according to any one first energy consumption values in N the first energy consumption values, and obtain corresponding authority information according to the first control instruction.

Give an example as above-mentioned, the first energy consumption values of the chest of user and abdominal part has met predetermined condition, therefore, can generate the first corresponding control instruction according to any one energy consumption values in the first energy consumption values of chest and abdominal part, and then obtain corresponding authority information according to the first control instruction.

And further, in the time using relevant parameter to judge, also there is the situation that does not meet predetermined condition, and it is concrete, when M the first temperature value, or M the first color value, or M the first energy consumption values be not while meeting predetermined condition, can carry out S104: if not, generate the second control instruction and carry out according to the first Infrared Thermogram.

And in S104, according to the difference of the relevant parameter in the first Infrared Thermogram, the concrete steps difference that generates the second control instruction and carry out, is specially the description please refer to below.

In the time that the first temperature value does not meet predetermined condition, can generate the second control instruction according to any one first temperature value in M the first temperature value, control electronic equipment and show an information, information is for pointing out the first temperature value that user M the first temperature value is the highest and the difference of temperature threshold.

Give an example as above-mentioned, in the time that first temperature value at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the first temperature value of any one body part of these 5 body parts, and control electronic equipment generation information, and then the first temperature value that in M the first temperature value of prompting user, temperature is the highest and the gap of temperature threshold.

Such as in 5 body parts of user, the first temperature value of abdominal part is the highest, if predetermined temperature threshold is 40 DEG C, so can second control instruction control electronic equipment generate information, and further to point out the difference between the first temperature value and the temperature threshold of abdominal part of user be 4 DEG C.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the first temperature value of abdominal part reach 37 DEG C through motion, can to point out the difference between the first temperature value and the temperature threshold of user abdominal part be 3 DEG C to information.

Further, the first temperature value and temperature threshold that the second control instruction also can be controlled abdominal part in real time contrast, whether the first temperature value that detects abdominal part has met predetermined temperature threshold, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the first temperature value of body part of monitoring user constantly, such as user is by the selectivity motion to right hand arm, make the first temperature value of right hand arm exceed predetermined temperature threshold, electronic equipment can trigger and generate the first control instruction according to the first temperature value exceeding, and then obtains corresponding authority information according to the first control instruction.

In the time that the first color value does not meet predetermined condition, can generate the second control instruction according to any one first color value in M the first color value, control electronic equipment display reminding information, information is for pointing out the first color value that user M the first color value color range is the highest and the difference of color threshold.

Give an example as above-mentioned, in the time that first color value at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the first color value of any one body part of these 5 body parts, and control electronic equipment generation information, and then the first color value that in M the first color value of prompting user user, color range is the highest and the gap of color threshold.

Such as in 5 body parts of user, the color range value that the first color value conversion of abdominal part obtains is the highest, if predetermined color threshold is 70, so can second control instruction control electronic equipment generate information, and further to point out the difference between the first color value and the color threshold of abdominal part of user be 2.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the color range value corresponding to the first color value of abdominal part reach 70 through motion, can to point out the difference between the first color value and the color threshold of abdominal part of user be 0 to information, further, the first color value and color threshold that the second control instruction also can be controlled abdominal part in real time contrast, whether the first color value that detects abdominal part has met predetermined color threshold, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the first color value of body part of monitoring user constantly, such as user is by the selectivity motion to right hand arm, make the color range value corresponding to the first color value of right hand arm exceed color range value corresponding to predetermined color threshold, electronic equipment can trigger and generate the first control instruction according to the first color value exceeding, and then obtains corresponding authority information according to the first control instruction.

In the time that the first energy consumption values does not meet predetermined condition, can generate the second control instruction according to any one first energy consumption values in M the first energy consumption values, control electronic equipment display reminding information, information is for pointing out the first energy consumption values that user M the first energy consumption values is the highest and the difference of energy expenditure threshold value.

Give an example as above-mentioned, in the time that first energy consumption values at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the first energy consumption values of any one body part of these 5 body parts, and control electronic equipment generation information, and then point out the first energy consumption values the highest in M the first energy consumption values of user's user and the gap of energy expenditure threshold value.

Such as in 5 body parts of user, the first energy consumption values of abdominal part is the highest, if predetermined energy expenditure threshold value is 50 calories, so can second control instruction control electronic equipment generate information, and further to point out the difference between the first energy consumption values and the energy expenditure threshold value of abdominal part of user be 10 calories.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the first energy consumption values of abdominal part reach 48 calories through motion, can to point out the difference between the first energy consumption values and the energy expenditure threshold value of user abdominal part be 2 calories to information.

Further, the first energy consumption values and energy expenditure threshold value that the second control instruction also can be controlled abdominal part in real time contrast, whether the first energy consumption values that detects abdominal part has met predetermined energy expenditure threshold value, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Such as user is after through motion, the first energy consumption values of abdominal part has reached 50 calories, can to point out the difference between the first energy consumption values and the energy expenditure threshold value of user abdominal part be 0 calorie to information, the first energy consumption values and energy expenditure threshold value that the second control instruction also can be controlled abdominal part in real time contrast, whether the first energy consumption values that detects abdominal part has met predetermined energy expenditure threshold value, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the first energy consumption values of body part of monitoring user constantly, such as user is by the selectivity motion to right hand arm, make the first energy consumption values of right hand arm exceed predetermined energy expenditure threshold value, electronic equipment can trigger and generate the first control instruction according to the first energy consumption values exceeding, and then obtains corresponding authority information according to the first control instruction.

Aforesaid way is in S102, based on the first Infrared Thermogram, judge the detailed description of the invention that whether has N the first temperature value reach predetermined temperature threshold in M the first temperature value, and further, in the embodiment of the present application, the determining step in S102, also has judgment mode below, that is: obtain in addition the second Infrared Thermogram, by relatively judging the first Infrared Thermogram and the second Infrared Thermogram.

Therefore, passing through infrared image acquisition unit, before obtaining the first Infrared Thermogram about user condition, also can obtain the second Infrared Thermogram, and concrete acquisition pattern is also by infrared image acquisition unit, obtain the second Infrared Thermogram about user condition.

Further, the procurement process concrete about the second Infrared Thermogram is identical with the gatherer process of the first Infrared Thermogram, be all by infrared thermography, or infrared eye gathers acquisition to the body part of user.

And gatherer process more specifically has had concrete description in superincumbent S101, do not repeat them here.

Further, the second Infrared Thermogram has specifically also comprised the relevant parameter about user, such as having comprised M the second temperature value that characterizes M body part state of user, or M the second color value, or M the second energy consumption values, M is specially the integer that is more than or equal to 1.

Positions are conformed to each other above, the body part of the user characterizing in the second Infrared Thermogram, is also face, left hand arm, right hand arm, chest, 5 positions of abdominal part, certainly, in practical situation, also the body part of user can be got thinner, to obtain more accurate effect, and concrete, the body part of the user characterizing in the second Infrared Thermogram, should be consistent with the body part of the user characterizing in the first Infrared Thermogram.

Therefore,, after having obtained the second Infrared Thermogram, the relevant parameter in the second Infrared Thermogram can have following corresponding relation:

Table 2

User body part	The second temperature value	The second color value	The second energy consumption values
				Face	17℃	Peony	0 calorie
Left hand arm	20℃	Peony	5 calories
				Right hand arm	35℃	Red	16 calories
Chest	31℃	Pink	20 calories
				Abdominal part	35℃	Faint yellow	38 calories

And more specifically, in superincumbent table 2, the second temperature value and the second energy consumption values can directly obtain numerical value, and for the second color value, be to form by the trichromatic colour of RGB.And more specifically, can be by the second color value is transformed, and then obtain gray value corresponding to each the second color value or color range value, by gray value or color range value, the second color value is characterized.

The color range corresponding such as the peony in the first row in form is: 14.

The color range corresponding to peony of the second row in form is: 30.

The color range of the redness correspondence 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 having obtained the second color value, can analyze and obtain corresponding gray value or the color range value of each the second color value.

Concrete, after the second Infrared Thermogram having obtained about user condition, in S102, can there is judgment mode below, and concrete, according to the difference of relevant parameter, can there is different Rule of judgment, specific as follows:

If while judgement with the second temperature value, there is judgment mode below:

By each first temperature value in M the first temperature value, contrast with each second temperature value in corresponding M the second 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 difference 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.

Give an example as above-mentioned, in the time thering is 5 the first temperature values and 5 the second temperature values, can, according to the temperature difference threshold value of setting, judge in these 5 first temperature values and 5 the second temperature values and have several temperature gaps to exceed default temperature difference threshold value.

Such as knowing by two forms above, the comparing result of the concrete temperature gap at each position of user 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

Abdominal part: 36 DEG C-35 DEG C=1 DEG C

If default temperature difference threshold value is 5 DEG C, can know by judgement, have the temperature gap at 2 positions to reach predetermined temperature difference threshold value, and these 2 positions are respectively faces, left hand arm, i.e. face, left hand arm has reached predetermined condition by motion.

Further, if while judgement with the second temperature value, there is judgment mode below:

By each first color value in M the first color value, contrast with each second color value in corresponding M the second color 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.

Give an example as above-mentioned, in the time thering is 5 the first color value and 5 the second color value, can, according to the colour-difference threshold value of setting, judge in these 5 first color value and 5 the second color value and have several color difference to exceed default colour-difference threshold value.

And more specifically, be to judge by color range value corresponding to color value, such as knowing by two forms above, the comparing result of the difference of color range value corresponding to the concrete color value at each position of user is as follows:

Face: 23-14=9

Left hand arm: 45-30=15

Right hand arm: 52-37=15

Chest: 55-40=5

Abdominal part: 68-60=8

If default colour-difference threshold value is 10, can know by judgement, there is the color difference at 2 positions to meet predetermined condition, the each self-corresponding color range difference of the first color value and the second color value has reached predetermined color range difference limen value, and these 2 positions are respectively left hand arms, right hand arm, i.e. left hand arm, right hand arm has reached predetermined condition by motion.

If while judgement with the second energy consumption values, there is judgment mode below:

By each first energy consumption values in M the first energy consumption values, contrast with each second energy consumption values in corresponding M the second 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.

Give an example as above-mentioned, in the time thering is 5 the first energy consumption values and 5 the second energy consumption values, can, according to the energy expenditure difference limen value of setting, judge in these 5 first energy consumption values and 5 the second energy consumption values and have several energy expenditure differences to exceed default energy expenditure difference limen value.

Such as knowing by two forms above, the comparing result of the concrete energy expenditure difference at each position of user is as follows:

Face: 5-0=5

Left hand arm: 17-5=12

Right hand arm: 20-16=4

Chest: 27-20=7

Abdominal part: 40-38=2

If default energy expenditure difference limen value is 10, can know by judgement, have the energy expenditure difference at 1 position to reach predetermined energy expenditure difference limen value, and this 1 position is left hand arm, left hand arm has reached predetermined condition by motion.

And in the time having met predetermined condition, can carry out S103: if so, generate the first control instruction and carry out according to the first Infrared Thermogram.

And more specifically, generate the first control instruction and carry out according to the first Infrared Thermogram, according to the difference of relevant parameter, have the mode of different generations the first control instruction, the description of specific as follows.

If with temperature value comparing result for example, be to generate the first control instruction according to any one the temperature value comparing result in P temperature value comparing result, and obtain authority information according to the first control instruction.

Give an example as above-mentioned, when user has face, when 2 body parts of left hand arm, can generate the first control instruction according to the temperature value comparing result at any one position in these two positions, and obtain authority information according to the first control instruction.

If give an example with color value comparing result, be to generate the first control instruction according to any one the color value comparing result in P color value comparing result, and obtain authority information according to the first control instruction.

Give an example as above-mentioned, when user has left hand arm, when 2 body parts of right hand arm, can be according to the color value comparing result at any one position in these two positions, be that color range value comparing result corresponding to color value generates the first control instruction, and obtain authority information according to the first control instruction.

If give an example with energy consumption values, be to generate the first control instruction according to any one the energy consumption values comparing result in P energy consumption values comparing result, and obtain authority information according to the first control instruction.

Give an example as above-mentioned, in the time that user has 1 body part of left hand arm, can generate the first control instruction according to the energy consumption values comparing result at this position, and obtain authority information according to the first control instruction.

And further, in the time using relevant parameter to judge, also there is the situation that does not meet predetermined condition, and it is concrete, when M the second temperature value, or M the second color value, or M the second energy consumption values be not while meeting predetermined condition, can carry out S104: if not, generate the second control instruction and carry out according to the first Infrared Thermogram.

In the time that temperature value comparing result does not meet predetermined condition, can generate the second control instruction according to any one the temperature value comparing result in M temperature value comparing result, control electronic equipment display reminding information.

Give an example as above-mentioned, in the time that the temperature value comparing result at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the temperature value comparing result of any one body part of these 5 body parts, and control electronic equipment generation information, and then the temperature value comparing result that in M temperature value comparing result of prompting user's user, difference is the highest and the gap of temperature threshold.

Such as in 5 body parts of user, the temperature value comparing result of face is the highest, if predetermined temperature difference threshold value is 11 DEG C, the second control instruction can be controlled electronic equipment and generate information so, and further to point out the difference between temperature value comparing result and the temperature difference threshold value of face of user be 3 DEG C.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the temperature value comparing result of abdominal part reach 11 DEG C through motion, can to point out the difference between temperature value comparing result and the temperature difference threshold value of user abdominal part be 0 DEG C to information.

Further, temperature value comparing result and temperature difference threshold value that the second control instruction also can be controlled abdominal part in real time contrast, whether the temperature value comparing result that detects face has met predetermined temperature difference threshold value, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the temperature value comparing result of body part of monitoring user constantly, such as user is by the selectivity motion to right hand arm, make the temperature value comparing result of right hand arm exceed predetermined temperature difference threshold value, electronic equipment can trigger and generate the first control instruction according to the temperature value comparing result exceeding, and then obtains corresponding authority information according to the first control instruction.

In the time that temperature value comparing result does not meet predetermined condition, can generate the second control instruction according to any one the color value comparing result in M color value comparing result, control electronic equipment display reminding information.

Give an example as above-mentioned, in the time that the color value comparing result at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the color value comparing result of any one body part of these 5 body parts, and control electronic equipment generation information, and then the color value comparing result that in M color value comparing result of prompting user's user, difference is the highest and the gap of color threshold.

And the step that uses color value to contrast, more specifically, to contrast according to color range value corresponding to color value, and determine whether and meet predetermined condition according to color range value comparing result, and, in the time not meeting predetermined condition, can generate the second control instruction according to the color range value comparing result of any one body part of these 5 body parts, and control electronic equipment generation information, and then the color value comparing result that in M color range value comparing result of prompting user's user, difference is the highest and the gap of 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, the second control instruction can be controlled electronic equipment and generate information so, and further to point out the difference between the left hand arm of user and the color range value comparing result of right hand arm and temperature difference threshold value be 5.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the color range value comparing result of right hand arm reach 20 through motion, can to point out the difference between color range value comparing result and the color range difference limen value of user right hand arm be 0 to information.

Further, color range value comparing result and color range difference limen value that the second control instruction also can be controlled right hand arm in real time contrast, whether the color range value comparing result that detects right hand arm has met predetermined color range difference limen value, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the color value comparing result of body part of monitoring user constantly, such as user is by the selectivity motion to abdominal part, make the color range value comparing result of abdominal part exceed predetermined color range difference limen value, electronic equipment can trigger and generate the first control instruction according to the color range value comparing result exceeding, and then obtains corresponding authority information according to the first control instruction.

In the time that energy consumption values comparing result does not meet predetermined condition, can generate the second control instruction according to any one second energy consumption values in M the second energy consumption values, control electronic equipment display reminding information.

Give an example as above-mentioned, in the time that the energy consumption values comparing result at 5 positions of user does not meet predetermined condition, can generate the second control instruction according to the energy consumption values comparing result of any one body part of these 5 body parts, and control electronic equipment generation information, and then the energy consumption values comparing result that in M energy consumption values comparing result of prompting user's user, difference is the highest and the gap of 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, the second control instruction can be controlled electronic equipment and generate information so, and further to point out the difference between energy consumption values comparing result and the energy expenditure difference limen value of left hand arm of user be 13.

Further, the second control instruction can be controlled information and carry out in good time renewal, if such as user makes the energy consumption values comparing result of left hand arm reach 22 through motion, can to point out the difference between energy consumption values comparing result and the energy expenditure difference limen value of user left hand arm be 0 DEG C to information.

Further, energy consumption values comparing result and energy expenditure difference limen value that the second control instruction also can be controlled left hand arm in real time contrast, whether the energy consumption values comparing result that detects left hand arm has met predetermined energy expenditure difference limen value, can trigger if met and generate the first control instruction, and then obtain corresponding authority information according to the first control instruction.

Further, in the process detecting, electronic equipment is other the energy consumption values comparing result of body part of monitoring user constantly, such as user is by the selectivity motion to right hand arm, make the energy consumption values comparing result of right hand arm exceed predetermined energy expenditure difference limen value, electronic equipment can trigger and generate the first control instruction according to the energy consumption values comparing result exceeding, and then obtains corresponding authority information according to the first control instruction.

In the above embodiments, whole implementation processes of control method, and more specifically, control method can be applied to multiple scenes, such as somatic sensation television game is open to the custom, below by using concrete example, to control method, the concrete application in somatic sensation television game is described in detail by the mode of implementing.

Somatic sensation television game is the electronic game of going impression with health.Breaking through the simple mode of operation with handle key-press input in the past, is a kind of novel electron game that changes to operate by limb action.And in the embodiment of the present application, can whether reach predetermined condition by the relevant parameter in judgement Infrared Thermogram, and then obtain the authority of being open to the custom.

In the embodiment of the present application, electronic equipment uses notebook computer for example, notebook computer has or is circumscribed with an infrared thermography, and, a somatic sensation television game is installed in notebook computer, such as running class somatic sensation television game, user moves by modes such as runnings, and then obtains the game of the authority of being open to the custom.

Concrete implementation process is done to detailed introduction below.

When user is when the I in somatic sensation television game has closed, if in the pickup area of user in infrared thermography, infrared thermography can gather the Infrared Thermogram about user state in good time.

Concrete, in this Infrared Thermogram, specifically gather the image at 5 positions of user, such as face, left hand arm, right hand arm, chest, 5 positions of abdominal part.

Further, based on Infrared Thermogram, can judge whether Infrared Thermogram has reached predetermined condition.

Concrete, in the implementation process of this step, the difference of the relevant parameter comprising according to Infrared Thermogram, has different Rule of judgment, and such as giving an example with temperature value, 5 of user body parts have temperature value separately, specific as follows:

Face: 25 DEG C.

Left hand arm: 27 DEG C

Right hand arm: 31 DEG C

Chest: 33 DEG C

Abdominal part: 36 DEG C

Concrete, can judge whether the temperature value that 5 body parts of user have separately meets default temperature threshold, such as temperature threshold is 35 DEG C, can know only have the temperature value of abdominal part to meet default condition, therefore by judgement, can be according to the temperature value of abdominal part, generate the first control instruction, control the authority of being open to the custom that obtains somatic sensation television game, and enter I+1 pass.

Certainly, in concrete application, the temperature value also with two or more body parts meets the situation of predetermined temperature threshold, in the time meeting, can also generate the first control instruction according to two or more body parts are common, and be not limited only to generate the first control instruction with the temperature value at a position.

Further, if judge unsuccessful, such as default temperature threshold is 40 DEG C, so can generate the second control instruction 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 difference of the temperature value of the highest body part---abdominal part and default temperature threshold is 4 DEG C, and constantly it is detected, and then judges whether constantly to reach the condition of being open to the custom.

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

Certainly, in concrete application, can also gather two Infrared Thermograms and contrast, and then judge whether to meet predetermined condition.

In the embodiment of the present application, a kind of control method has been described, characterize the Infrared Thermogram of user state by collection, and judge based on Infrared Thermogram, and further obtain corresponding operation according to judged result, and then avoid only can carrying out simple analysis operation to Infrared Thermogram, can make some the program application in Infrared Thermogram and practical application combine, carry out controlling application program by Infrared Thermogram, obtain the new application of Infrared Thermogram, and provide new experience to user.

In the above embodiments, specifically described the implementation process of control method, and in the following embodiments, the corresponding electronic equipment of this control method has been described in detail.

Embodiment bis-:

In the embodiment of the present application, a kind of electronic equipment has been described.

Further, electronic equipment has or is circumscribed with an infrared image acquisition unit, in addition, please refer to Fig. 2, and electronic equipment comprises: infrared image acquisition unit 201, the first judging unit 202, the first performance element 203, the second performance elements 204.

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

Infrared image acquisition unit 201, for when the pickup area of user in infrared image acquisition unit 201, obtains the first Infrared Thermogram about user state.

The first judging unit 202, for based on the first Infrared Thermogram, judges whether the first Infrared Thermogram has reached predetermined condition.

If so, carry out the first performance element 203, the first performance elements 203 for generating the first control instruction according to the first Infrared Thermogram and carrying out.

If not, carry out the second performance element 204, the second performance elements 204 for generating the second control instruction according to the first Infrared Thermogram and carrying out.

Further, in the first Infrared Thermogram, comprise M the first temperature value that characterizes M position state of user, or M the first color value, or M the first energy consumption values, M is specially the integer that is more than or equal to 1.

Further, the first judging unit 202 specifically for:

Based on the first Infrared Thermogram, judge in M the first temperature value and whether have N the first temperature value to reach predetermined temperature threshold, 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 Thermogram, judge in M the first color value and whether have N the first color value to reach predetermined color threshold.Or

Further, the first performance element 203 specifically for:

Generate the first control instruction according to any one first temperature value in N the first temperature value, and obtain corresponding authority information according to the first control instruction.Or

Generate the first control instruction according to any one first color value in N the first color value, and obtain corresponding authority information according to the first control instruction.Or

Generate the first control instruction according to any one first energy consumption values in N the first energy consumption values, and obtain corresponding authority information according to the first control instruction.

Further, the second performance element 204 specifically for:

Generate the second control instruction according to any one first temperature value in M the first temperature value, control electronic equipment and show an information, information is for pointing out the first temperature value that user M the first temperature value is the highest and the difference of temperature threshold.Or

Generate the second control instruction according to any one first color value in M the first color value, control electronic equipment display reminding information, information is for pointing out the first the darkest color value of individual the first color value of user M and the difference of color threshold.Or

Generate the second control instruction according to any one first energy consumption values in M the first energy consumption values, control electronic equipment display reminding information, information is for pointing out the first energy consumption values that user M the first energy consumption values is the highest and the difference of energy expenditure threshold value.

By one or more embodiment of the present invention, can be achieved as follows technique effect:

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

The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computer or other programmable data processing device produces the device for realizing the function of specifying at flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame on computer or other programmable devices.

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

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

In the time that user is in the pickup area of described infrared image acquisition unit, by described infrared image acquisition unit, obtain the first Infrared Thermogram about described user state;

Based on described the first Infrared Thermogram, judge whether described the first Infrared Thermogram has reached predetermined condition;

If so, generate the first control instruction and carry out according to described the first Infrared Thermogram;

If not, generate the second control instruction and carry out according to described the first Infrared Thermogram.

2. the method for claim 1, it is characterized in that, in described the first Infrared Thermogram, comprised M the first temperature value that characterizes a described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer that is more than or equal to 1.

3. method as claimed in claim 2, is characterized in that, described based on described the first Infrared Thermogram, judges that whether described the first Infrared Thermogram has reached predetermined condition, specifically comprises:

Based on described the first Infrared Thermogram, judge in described M the first temperature value and whether have N the first temperature value to reach predetermined temperature 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 the first Infrared Thermogram, judge in described M the first color value and whether have N the first color value to reach predetermined color threshold; Or

Based on described the first Infrared Thermogram, judge in described M the first energy consumption values and whether have N the first energy consumption values to reach predetermined energy expenditure threshold value.

4. method as claimed in claim 3, is characterized in that, described according to described the first Infrared Thermogram generate the first control instruction and carry out, be specially:

Generate described the first control instruction according to any one first temperature value in N the first temperature value, and obtain corresponding authority information according to described the first control instruction; Or

Generate described the first control instruction according to any one first color value in N the first color value, and obtain corresponding authority information according to described the first control instruction; Or

Generate described the first control instruction according to any one first energy consumption values in N the first energy consumption values, and obtain corresponding authority information according to described the first control instruction.

5. method as claimed in claim 3, is characterized in that, described according to described the first Infrared Thermogram generate the second control instruction and carry out, be specially:

Generate described the second control instruction according to any one first temperature value in described M the first temperature value, control described electronic equipment and show an information, described information is for pointing out the first temperature value that user M the first temperature value is the highest and the difference of described temperature threshold; Or

Generate described the second control instruction according to any one first color value in described M the first color value, control described electronic equipment and show described information, described information is for pointing out the first color value that user M the first color value color range is the highest and the difference of described color threshold; Or

Generate described the second control instruction according to any one first energy consumption values in described M the first energy consumption values, control described electronic equipment and show described information, described information is for pointing out the first energy consumption values that user M the first energy consumption values is the highest and the difference of described energy expenditure threshold value.

6. the method for claim 1, is characterized in that, described, by described infrared image acquisition unit, before obtaining the first Infrared Thermogram about user condition, described method also comprises:

By described infrared image acquisition unit, obtain the second Infrared Thermogram about user condition.

7. method as claimed in claim 6, it is characterized in that, described the second Infrared Thermogram has specifically comprised M the second temperature value that characterizes M body part state of user, or M the second color value, or M the second energy consumption values, described M is specially the integer that is more than or equal to 1.

8. method as claimed in claim 7, is characterized in that, describedly judges that whether described the first Infrared Thermogram has reached predetermined condition, is specially:

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

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

9. method as claimed in claim 8, is characterized in that, described according to described the first Infrared Thermogram generate the first control instruction and carry out, be specially:

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

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

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

10. method as claimed in claim 8, is characterized in that, described according to described the first Infrared Thermogram generate the second control instruction and carry out, be specially:

Generate described the second control instruction according to any one the temperature value comparing result in described M temperature value comparing result, control described electronic equipment and show described information; Or

Generate described the second control instruction according to any one the color value comparing result in described M color value comparing result, control described electronic equipment and show described information; Or

Generate described the second control instruction according to any one the energy consumption values comparing result in described M energy consumption values comparing result, control described electronic equipment and show described information.

11. 1 kinds of electronic equipments, is characterized in that, described electronic equipment has or is circumscribed with an infrared image acquisition unit, and described electronic equipment comprises:

Described infrared image acquisition unit, for when the pickup area of user in described infrared image acquisition unit, obtains the first Infrared Thermogram about described user state;

The first judging unit, for based on described the first Infrared Thermogram, judges whether described the first Infrared Thermogram has reached predetermined condition;

If so, carry out the first performance element, described the first performance element is for generating the first control instruction and carrying out according to described the first Infrared Thermogram;

If not, carry out the second performance element, described the second performance element is for generating the second control instruction and carrying out according to described the first Infrared Thermogram.

12. electronic equipments as claimed in claim 11, it is characterized in that, in described the first Infrared Thermogram, comprised M the first temperature value that characterizes a described user M position state, or M the first color value, or M the first energy consumption values, described M is specially the integer that is more than or equal to 1.

13. electronic equipments as claimed in claim 12, is characterized in that, described the first judging unit specifically for:

14. electronic equipments as claimed in claim 13, is characterized in that, described the first performance element specifically for:

15. electronic equipments as claimed in claim 13, is characterized in that, described the second performance element specifically for:

Generate described the second control instruction according to any one first color value in described M the first color value, control described electronic equipment and show described information, described information is for pointing out the first the darkest color value of individual the first color value of user M and the difference of described color threshold; Or