CN102254080B - A kind of by follow principle realize carbon footprint computing terminal and implementation method - Google Patents
A kind of by follow principle realize carbon footprint computing terminal and implementation method Download PDFInfo
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Abstract
The invention provides a kind of by follow principle realize carbon footprint computing terminal and implementation method, belong to technical field of environment protection equipment.It includes main frame, data identification assembly and carbon footprint gauge assembly, correspond to main frame and is provided with fuselage, fuselage is provided with and follows assembly, and this is followed assembly and includes locating module, photographing module, time logging modle and data transmission module.Utilize trace and the related information of following component record user, record result is sent on main frame, in main frame, utilize data identification assembly to identify record data, recognition result is transferred in carbon footprint gauge assembly and identifies, and export carbon footprint recognition result.It can real-time follow-up user also gather and the behavior pattern of user or the information of other activity associations, the trace of detailed recording user, and make the calculating of corresponding carbon footprint for it, thus people are supervised to avoid producing unnecessary waste or energy resource consumption in daily, work or study.
Description
Technical field
The invention belongs to technical field of environment protection equipment, particularly a kind of by follow principle realize carbon footprint computing terminal and implementation method.
Background technology
Develop low-carbon ecological economy, reduce enterprise's carbon discharge capacity, by " carbon footprint " as individual or participation environmental protection, the new coordinate realizing social responsibility becomes the important issue of society discussion.
Carbon footprint (CarbonFootprint) is also referred to as " carbon consumption " usually, refers to a kind of newly developed, and the CO2 emission produced because of every daily consumption energy for measuring mechanism or individual is to the index of environmental impact.As the important weapon of antagonism climate change, enterprises and individuals, by determining oneself " carbon footprint ", understands " carbon discharge capacity ", and then goes the behavior controlling and retrain individual and enterprise to reach the object reducing carbon discharge capacity.But problem is, do more system, more effective method go to realize the constraint of individual to ego behavior how to seek one? United States Patent (USP) (US20080233008) proposes " Methodsandsystemsformonitoringandrecordingcarbonfootprin tdata ", this system comprises information collecting entity, further outfit global positioning system devise, accelerometer, pressure transducer, tourism data can be caught, and the carbon footprint of computational entity and generate entity carbon footprint report.
In view of the above-mentioned state of the art, the present invention is based on current view data recognition technology and the appraisement system of carbon footprint, propose a kind of by carry out real-time follow-up to realize to user to its carbon footprint calculate terminal and its implementation.
Summary of the invention
The object of this invention is to provide a kind of by follow principle realize carbon footprint computing terminal and implementation method, can the trace of recording user in detail, and the calculating of corresponding carbon footprint is made for it, avoid producing unnecessary waste or energy resource consumption in daily, work or study to supervise people.
By following the carbon footprint computing terminal that principle realizes, this carbon footprint computing terminal includes:
(1) main frame, it is the functional structure arranging following data identification assembly and carbon footprint gauge assembly, includes to arrange the following fuselage of following assembly;
(2) assembly is followed, it is connected with aforesaid main frame and is arranged on the functional module on aforesaid fuselage, this is followed assembly and includes locating module, photographing module, time logging modle, and data transmission module, locating module wherein, it is the modular structure in order to position the described position of following assembly place, photographing module wherein, it correspond to the position that aforesaid locating module locates, in order to the functional structure of taking with user-dependent behavior pattern or other content association, time logging modle wherein, it correspond to set by aforesaid locating module and photographing module, in order to record the functional structure of the time locus relevant to the behavior pattern of user or other content association, data transmission module wherein, it is the time locus data that view data in order to be shot with video-corder by aforesaid photographing module and aforesaid time logging modle obtain, the functional structure of following data identification assembly is transferred to wireless or wire transmission mode,
(3) data identification assembly, it is arranged on aforesaid main frame, in order to the aforesaid data of following assembly and gathering, carries out analysis and identifies, draw and the functional structure calculating the data pattern that carbon footprint is associated;
(4) carbon footprint gauge assembly, it is arranged on aforesaid main frame, the carbon footprint quantitative relation formula preset in order to basis, the data be associated with calculating carbon footprint identified aforesaid data identification assembly, carry out calculation process, draw the functional structure of carbon footprint result of calculation.
Further, the described carbon footprint computing terminal by following principle realization, also has following technical characteristic:
Described carbon footprint computing terminal is also provided with the carbon footprint threshold module presetting and can adjust in real time carbon footprint threshold values.
Correspond to described carbon footprint threshold module, described main frame is provided with alarm set, when the result of calculation of carbon footprint corresponding to user exceedes the threshold value of setting, this alarm set can make prompting to user.
Described fuselage can be worn on waistband, has and wears structure.
Described fuselage is also provided with in temperature measurement module, air-flow test module, audio recording module at least one.
Described follows assembly, be arranged on the headwear comprising cap, hair band, glasses, ear pendant at least one, include necklace, necklace at least one at interior necklace, comprise the jewelry of bracelet, bangle, wrist-watch, ring at least one, and tie clip, clasp, wearing structure at least one at least one in interior dress ornament structure.
Described photographing module includes can the camera of measuring distance and object size.
Correspond to and user-dependent behavior pattern or other content association, described data identification assembly, include to identify user with work, the user behavior pattern identification module of all behavior forms of life association, and correspond to the behavior pattern of aforesaid user behavior pattern identification module identification, to the environmental goals thing identification module that the object be associated with behavior pattern identifies, and correspond to the object of aforesaid environmental goals thing identification module, to the object relating attribute identification module that the particular community be associated with this object identifies.
Described carbon footprint gauge assembly, include quantitative model respective modules, carbon footprint computing module, result of calculation integrate module, quantitative model respective modules wherein, it is the data pattern based on aforesaid data identification component recognition, the functional module of the carbon footprint quantitative relation formula selecting this data pattern to be suitable for, carbon footprint computing module wherein, it is by the data of aforesaid data identification component recognition, according to the carbon footprint quantitative relation formula of correspondence, carry out the functional module of calculation process, result of calculation integrate module wherein, it is by the result of calculation of aforesaid carbon footprint computing module, classify, gather, be integrated into the functional module of corresponding user.
By following an implementation method for the carbon footprint computing terminal that principle realizes, the method comprises the steps:
Step 1, utilizes trace and the related information of following component record user;
Step 2, is sent on main frame by record result;
Step 3, utilizes data identification assembly to identify record data in main frame;
Step 4, is transferred to recognition result in carbon footprint gauge assembly and identifies;
Step 5, exports carbon footprint recognition result.
Further, the described implementation method by following the carbon footprint computing terminal that principle realizes, also has following technical characteristic:
In step 1, first the position at user place is positioned, camera is utilized to shoot with video-corder the image information of the environmental goals thing associated with the trace of user, utilize the initial time of time logging modle recording user activity, utilize the temperature that temperature measurement module record object thing is corresponding, utilize audio recording module to record associated audio content.
In step 3, by via the described data message of following assembly and gathering, data identification assembly is utilized to identify, wherein, by user behavior pattern identification module identification user with work, all behavior forms associated of living, identified by the environmental goals thing identification module pair object be associated with behavior pattern, identified by the object relating attribute identification module pair particular community be associated with this object.
In step 4, based on the data pattern of aforesaid data identification component recognition, by the carbon footprint quantitative relation formula that quantitative model respective modules selects this data pattern to be suitable for, calculation process is carried out according to the carbon footprint quantitative relation formula of correspondence by carbon footprint computing module, by the result of calculation of result of calculation integrate module by aforesaid carbon footprint computing module, carry out classifying, gathering, be integrated into corresponding user.
The invention has the advantages that:
Of the present invention by following the carbon footprint computing terminal that principle realizes, include main frame, main frame is provided with data identification assembly and carbon footprint gauge assembly, correspond to that main frame is supporting is provided with fuselage, this fuselage is provided with the assembly of following carrying out data acquisition, this is followed assembly and includes locating module, photographing module, time logging modle, and data transmission module.Utilize trace and the related information of following component record user, record result is sent on main frame, in main frame, utilize data identification assembly to identify record data, recognition result is transferred in carbon footprint gauge assembly and identifies, and export carbon footprint recognition result.Meanwhile, this carbon footprint computing machine is also provided with carbon footprint threshold module, and when the result of calculation of carbon footprint corresponding to user exceedes the threshold value of setting, this alarm set can make prompting to user.This carbon footprint computing terminal can real-time follow-up user also gather and the behavior pattern of user or the information of other activity associations, the trace of detailed recording user, and the calculating of corresponding carbon footprint is made for it, thus can the consciousness of behavior of specification people, improve people environmental consciousness, supervise people to avoid producing unnecessary waste or energy resource consumption in daily, work or study.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention will be described in more detail.
Fig. 1 is the theory diagram of carbon footprint computing terminal of the present invention.
Fig. 2 is the process flow diagram of the implementation method of carbon footprint computing terminal of the present invention.
Fig. 3 is carbon footprint computing terminal of the present invention when carrying out carbon footprint and calculating, a kind of demonstration graph of embodiment.
Embodiment
With reference to the accompanying drawings, the present invention is described further in conjunction with specific embodiments.
First reference Fig. 1 is to the theory diagram of carbon footprint computing terminal of the present invention, does an entirety introduction to this carbon footprint computing terminal.
Carbon footprint computing terminal 100 of the present invention, mainly includes main frame 120, follows assembly 130, data identification assembly 140, carbon footprint gauge assembly 150, and carbon footprint threshold module 160.Be specially:
(1) main frame 120, it is the functional structure arranging described data identification assembly 140 and carbon footprint gauge assembly 150, includes passive, in order to arrange the described fuselage 110 of following assembly 130.In the present invention, in preferable mobile terminal end, personal computer or terminal server one as the main frame 120 of this carbon footprint computing terminal 100.For example and without limitation, this fuselage 110 can be worn on waistband, has and wears structure.
(2) follow assembly 130, it is connected with aforesaid main frame 120 and is arranged on the functional module on aforesaid fuselage 110, is the construction module for gathering the data message associated with other with the trace of user.This follows assembly 130, be arranged on the headwear comprising cap, hair band, glasses, ear pendant at least one, include necklace, necklace at least one at interior necklace, comprise the jewelry of bracelet, bangle, wrist-watch, ring at least one, and tie clip, clasp, wearing structure at least one at least one in interior dress ornament structure.
Further, described assembly 130 of following includes locating module 131, photographing module 132, time logging modle 133, and data transmission module 134.Locating module 131 wherein, in order to position the described position of following assembly 130 place.Photographing module 132 wherein, correspond to the position that aforesaid locating module 131 is located, in order to take with user-dependent behavior pattern or other content association.This photographing module 132 at least includes camera.Time logging modle 133 wherein, correspond to set by aforesaid locating module 131 and photographing module 132, in order to record the time locus relevant to the behavior pattern of user or other content association.Data transmission module 134 wherein, the time locus data obtained in order to the view data of being shot with video-corder by aforesaid photographing module 132 and aforesaid time logging modle 133, transfer to following data identification assembly 140 with wireless or wire transmission mode.This data transmission module 134 for being arranged on, aforesaid fuselage 110 can carry out the data sending terminal mouth of information transmission
Further, this follows assembly 130, also includes the temperature measurement module 135 detecting associated environment or object temperature, the air-flow test module 136 of the audio recording module 137 recording associated audio content and the air-flow detecting corresponding environment or place.
(3) data identification assembly 140, it is arranged on aforesaid main frame 120, in order to the aforesaid data of following assembly 130 and gathering, carries out analysis and identifies, draw and the functional structure calculating the data pattern that carbon footprint is associated.Go deep into further as to of the present invention, in order to identify and user-dependent behavior pattern or other content association, this data identification assembly 140, includes user behavior pattern identification module 141, environmental goals thing identification module 142, and object relating attribute identification module 143.
User behavior pattern identification module 141 wherein, in order to identify user and work, all behavior forms associated of living, specifically comprise: the behavior ridden public transportation means, work behavior, learning behavior, rest behavior, the behavior preparing and carry out food and drink, amusement and recreation behavior etc.
Environmental goals thing identification module 142 wherein, the object be associated with user behavior pattern is identified, be specially: 1. correspond to the behavior that user rides public transportation means, to the vehicles, such as, aircraft (first-class cabin, economy class), automobile (private car, bus, taxi etc.), subway, train (motor-car, express train, ordinary passenger express train), bicycle, steamer etc. identify; 2. correspond to work behavior, to the finishing (setting of light fixture, door and window, ground laying, indoor greening, wall decoration etc.) in workplace (independent cubicle or Structure in Shared Hall or micro-lattice cubicle etc.) and place, the office equipment (office desk and chair, air-conditioning, drinking equipment, entrance guard device) of use and office accommodations (digital equipment, writing appliance, books material, receiving and dispatching mail etc.) identify; 3. correspond to learning behavior, study place (teacher, library etc.), place are arranged (light fixture, desk and chair, supply equipment, entrance guard device, air-conditioning or heating equipment etc.) and identified; 4. correspond to rest behavior, to recreating facility (common room, individual exclusively enjoy rest room, family expenses parlor, bedroom etc.), indoor temperature control equipment (air-conditioning, heating equipment), light adjusting device (curtain, glass, lighting), place fitting case etc., identify; 5. correspond to the behavior preparing and carry out food and drink, the method for operation etc. of food and drink place, food and drink place fitting case, tableware, kitchen tools, cooker is identified; 6. correspond to amusement and recreation behavior, body-building equipment, amusement equipment, Recreational places and interior decoration etc. are identified.
Object relating attribute identification module 143 wherein, identifies the particular community be associated with object.For example and without limitation, such as, correspond to bus, the media device etc. in the time history that the temperature in identification car, user ride, car; Correspond to receiving and dispatching mail, identify the packaging material of mail, the mailing approach of mail and mode etc.; Correspond to kitchen tools, identify the material of kitchen tools, run energy resource supply mode, mode of washing etc.
(4) carbon footprint gauge assembly 150, it is arranged on aforesaid main frame 120, in order to the carbon footprint quantitative relation formula that basis is preset, the data be associated with calculating carbon footprint that aforesaid data identification assembly 140 is identified, carry out calculation process, draw the functional structure of carbon footprint result of calculation.This carbon footprint gauge assembly 150, includes quantitative model respective modules 151, carbon footprint computing module 152, result of calculation integrate module 153.
Quantitative model respective modules 151 wherein, it is the data pattern identified based on aforesaid data identification assembly 140, the functional module of the carbon footprint quantitative relation formula selecting this data pattern to be suitable for.Such as, the behavior pattern of the carbon footprint of certain user mainly concentrates on: ride public transportation means (comprising self driving, aircraft, motor-car), electricity consumption of receiving a visitor, and electricity consumption at home.Then the quantitative relation formula of the carbon footprint of its correspondence is:
1. the CO2 emissions (Kg) of drive private car: oil consumption litre number × 0.785
2. the CO2 emissions of airplane: excursion: within 200 kilometers=the unit main cabin carbon emission per capita of milimeter number × this aircraft of 0.275x; Midway travelling: 200-1000 kilometer=55+0.105 × (milimeter number-200);
3. the CO2 emissions of used during taking train: long-distance travel: more than 1000 kilometers=milimeter number × 0.139;
4. the CO2 emissions (Kg) of electricity consumption: CO2 emissions (Kg)=30 × 0.785 × renewable energy power correction factor of office electricity consumption; CO2 emissions (Kg)=consumption number × 0.785x renewable energy power correction factor of household electricity.
Carbon footprint computing module 152 wherein, it is the data identified by aforesaid data identification assembly 140, according to the carbon footprint quantitative relation formula of correspondence, carries out the functional module of calculation process.Such as, certain user stroke of a day and movable as follows: morning drive private car, from family traveling to unit consumption 0.5 liter of gasoline; Airplane to destination of going on business, travels 500 kilometers by the city worked; After arriving destination, meet with related personnel in a hotel, power consumption 30 degree; Take and go to another city via in destination of going on business, travel 100 kilometers; Take by another city the city that motor-car returns work, travel 1200 kilometers; After Hours, culinary art at home and rest, power consumption 15 degree.Then according to above-mentioned carbon footprint quantitative relation formula, show that carbon footprint corresponding to its Activities is:
1. the CO2 emissions (Kg) of self driving: 0.5 × 0.785=0.3925
2. the CO2 emissions (Kg) of airplane: midway travelling: 55+0.105 × (500-200)=86.5; Excursion: 100 × 0.275 × 27=742.5;
3. the CO2 emissions (Kg) of motor-car are taken: long-distance travel: 1200 × 0.139=166.8
4. the CO2 emissions (Kg) of electricity consumption: office electricity consumption 30 × 0.785 × 0.5=11.775; Household electricity 15 × 0.785 × 0.8=9.42.
Result of calculation integrate module 153 wherein, it is by the result of calculation of aforesaid carbon footprint computing module 152, carries out classifying, gathering, and is integrated into the functional module of corresponding user.Such as, correspond to every carbon footprint of aforesaid user, above-mentioned concrete carbon footprint integrated, show that user's carbon footprint of a day is:
0.3925+86.5+742.5+166.8+11.775+9.42＝1017.3875(Kg)
(5) carbon footprint threshold module 160, it presets and can adjust the functional structure of carbon footprint threshold values in real time.Further, correspond to described carbon footprint threshold module 160, described main frame 120 is provided with alarm set, when the result of calculation of carbon footprint corresponding to user exceedes the threshold value of setting, this alarm set can make prompting to user.
In conjunction with the theory diagram of aforesaid carbon footprint computing terminal, Fig. 2 gives the process flow diagram of the implementation method of this carbon footprint computing terminal, and the method includes following steps:
Step 1, utilizes trace and the related information of following component record user.Be specially: first the position at user place is positioned, camera is utilized to shoot with video-corder the image information of the environmental goals thing associated with the trace of user, utilize the initial time of time logging modle recording user activity, utilize the temperature that temperature measurement module record object thing is corresponding, utilize audio recording module to record associated audio content.
Step 2, is sent to record result on main frame.Be specially: utilize data transmission module by the aforesaid data message of following assembly and gathering, be sent to the data identification assembly be arranged on main frame and carry out data identification.
Step 3, utilizes data identification assembly to identify record data in main frame.Be specially:, by via the described data message of following assembly and gathering, data identification assembly is utilized to identify, wherein, by user behavior pattern identification module identification user with work, all behavior forms associated of living, identified by the environmental goals thing identification module pair object be associated with behavior pattern, identified by the object relating attribute identification module pair particular community be associated with this object.
Step 4, is transferred to recognition result in carbon footprint gauge assembly and identifies.Be specially: based on the data pattern of aforesaid data identification component recognition, by the carbon footprint quantitative relation formula that quantitative model respective modules selects this data pattern to be suitable for, calculation process is carried out according to the carbon footprint quantitative relation formula of correspondence by carbon footprint computing module, by the result of calculation of result of calculation integrate module by aforesaid carbon footprint computing module, carry out classifying, gathering, be integrated into corresponding user.
Step 5, exports carbon footprint recognition result.Be specially: analysis result to be sent to via the data transmission blocks of association by the carbon footprint analysis result about user that main frame is analyzed and to there is display device (such as, display screen or loudspeaker) mobile terminal on, enable user understand the carbon footprint situation of oneself in real time or in time.
Specific embodiment
Fig. 3 is carbon footprint computing terminal of the present invention when carrying out carbon footprint and calculating, a kind of demonstration graph of embodiment.
Below for the activity of user A some day, utilize this carbon footprint computing terminal pair carbon footprint associated with user A to do one and calculate.In the present embodiment, be provided with the structure 200 of wearing of following assembly comprising camera 132a to be worn on the clothes of user A.Meanwhile, the main body 210 that this wears structure 200 is also provided with the data sending terminal mouth 211 in order to image data to be sent to the terminal server 300 being provided with data identification software and carbon footprint gauge assembly.
(1) the camera 132a recording user A stroke of a day is utilized to be:
Morning, drive private car, travelled to unit consumption 0.5 liter of gasoline from family;
Airplane to destination of going on business, travels 500 kilometers by the city worked;
After arriving destination, user A meets with related personnel in a hotel, power consumption 30 degree;
Airplane goes to another city via in destination of going on business, and travels 100 kilometers;
Take by another city the city that motor-car returns work, travel 1200 kilometers;
After Hours, user A culinary art at home and rest, power consumption 15 degree.
(2) data of following assembly collection are transferred to data identification assembly by data outputting module, after the relating module of data identification assembly identifies these data, show that the behavior pattern of the carbon footprint associated with user A mainly concentrates on: ride public transportation means (comprising self driving, aircraft, motor-car), to receive a visitor electricity consumption, and electricity consumption at home.
(3) data that these are identified are sent to carbon footprint metering module, the relating module in carbon footprint metering module correspond to the data of identification, selects the quantitative relation formula of its carbon footprint corresponding respectively as follows:
1. the CO2 emissions (Kg) of drive private car: oil consumption litre number × 0.785
2. the CO2 emissions of airplane: excursion: within 200 kilometers=the unit main cabin carbon emission per capita of milimeter number × this aircraft of 0.275x; Midway travelling: 200-1000 kilometer=55+0.105 × (milimeter number-200);
3. the CO2 emissions of used during taking train: long-distance travel: more than 1000 kilometers=milimeter number × 0.139;
4. the CO2 emissions (Kg) of electricity consumption: CO2 emissions (Kg)=30 × 0.785 × renewable energy power correction factor of office electricity consumption; CO2 emissions (Kg)=consumption number × 0.785x renewable energy power correction factor of household electricity;
(4) according to the quantitative relation formula of the carbon footprint gone out of above-mentioned correspondence, calculation process is carried out to the data identified, show that the result of calculation of carbon footprint is as follows:
1. the CO2 emissions (Kg) of self driving:
0.5×0.785＝0.3925
2. the CO2 emissions (Kg) of airplane:
Midway travelling: 55+0.105 × (500-200)=86.5;
Excursion: 100 × 0.275 × 27=742.5;
3. the CO2 emissions (Kg) of motor-car are taken:
Long-distance travel: 1200 × 0.139=166.8
4. the CO2 emissions (Kg) of electricity consumption:
Office electricity consumption 30 × 0.785 × 0.5=11.775;
Household electricity 15 × 0.785 × 0.8=9.42.
Above-mentioned concrete carbon footprint is integrated, show that the user A carbon footprint of a day is:
0.3925+86.5+742.5+166.8+11.775+9.42＝1017.3875(Kg)
Terminal server 300, by the carbon footprint metric results about user A, is sent on the mobile phone 400 of user A, via the display screen 410 be arranged on mobile phone 400, result is shown to user.
Be more than the description of this invention and non-limiting, based on other embodiment of inventive concept, all among protection scope of the present invention.
Claims (12)
1., by following the carbon footprint computing terminal that principle realizes, this carbon footprint computing terminal includes:
(1) main frame, it is the functional structure arranging following data identification assembly and carbon footprint gauge assembly, includes to arrange the following fuselage of following assembly;
(2) follow assembly, it is connected with aforesaid main frame and is arranged on the functional module on aforesaid fuselage, and this is followed assembly and includes locating module, photographing module, time logging modle, and data transmission module,
Locating module wherein, it is the modular structure in order to position the described position of following assembly place,
Photographing module wherein, it correspond to the position that aforesaid locating module locates, in order to the functional structure of taking with user-dependent behavior pattern or other content association,
Time logging modle wherein, it correspond to set by aforesaid locating module and photographing module, in order to record the functional structure of the time locus relevant to the behavior pattern of user or other content association,
Data transmission module wherein, it is the time locus data that view data in order to be shot with video-corder by aforesaid photographing module and aforesaid time logging modle obtain, and transfers to the functional structure of following data identification assembly with wireless or wire transmission mode;
(3) data identification assembly, it is arranged on aforesaid main frame, in order to the aforesaid data of following assembly and gathering, carries out analysis and identifies, draw and the functional structure calculating the data pattern that carbon footprint is associated;
(4) carbon footprint gauge assembly, it is arranged on aforesaid main frame, the carbon footprint quantitative relation formula preset in order to basis, the data be associated with calculating carbon footprint that aforesaid data identification assembly is identified, carry out calculation process, draw the functional structure of carbon footprint result of calculation
And, described carbon footprint computing terminal is also provided with the carbon footprint threshold module presetting and can adjust in real time carbon footprint threshold values.
2. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: correspond to described carbon footprint threshold module, described main frame is provided with alarm set, when the result of calculation of carbon footprint corresponding to user exceedes the threshold value of setting, this alarm set can make prompting to user.
3. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: described fuselage can be worn on waistband, has and wears structure.
4. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: on described fuselage, to be also provided with in temperature measurement module, air-flow test module, audio recording module at least one.
5. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: described follows assembly, be arranged on the headwear comprising cap, hair band, glasses, ear pendant at least one, include necklace, necklace at least one at interior necklace, comprise the jewelry of bracelet, bangle, wrist-watch, ring at least one, and tie clip, clasp, wearing structure at least one at least one in interior dress ornament structure.
6. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: described photographing module includes can the camera of measuring distance and object size.
7. according to claim 1 by following the carbon footprint computing terminal that principle realizes, it is characterized in that: correspond to and user-dependent behavior pattern or other content association, described data identification assembly, includes
User behavior pattern identification module, it be identify user with work, all the behavior forms associated of living functional module,
Environmental goals thing identification module, it is the behavior pattern that correspond to the identification of aforesaid user behavior pattern identification module, to the functional module that the object be associated with behavior pattern identifies,
Object relating attribute identification module, it is the object that correspond to aforesaid environmental goals thing identification module, to the functional module that the particular community be associated with this object identifies.
8. the carbon footprint computing terminal by following principle realization according to claim 1, is characterized in that: described carbon footprint gauge assembly, includes quantitative model respective modules, carbon footprint computing module, result of calculation integrate module,
Quantitative model respective modules, it is the data pattern based on aforesaid data identification component recognition, the functional module of the carbon footprint quantitative relation formula selecting this data pattern to be suitable for,
Carbon footprint computing module, it is by the data of aforesaid data identification component recognition, according to the carbon footprint quantitative relation formula of correspondence, carries out the functional module of calculation process,
Result of calculation integrate module, it is by the result of calculation of aforesaid carbon footprint computing module, carries out classifying, gathering, and is integrated into the functional module of corresponding user.
9., as claimed in claim 1 by following an implementation method for the carbon footprint computing terminal that principle realizes, it is characterized in that, the method comprises the steps:
Step 1, utilizes trace and the related information of following component record user;
Step 2, is sent on main frame by record result;
Step 3, utilizes data identification assembly to identify record data in main frame;
Step 4, is transferred to recognition result in carbon footprint gauge assembly and identifies;
Step 5, exports carbon footprint recognition result.
10. the implementation method by following the carbon footprint computing terminal that principle realizes according to claim 9, it is characterized in that: in step 1, first the position at user place is positioned, camera is utilized to shoot with video-corder the image information of the environmental goals thing associated with the trace of user, utilize the initial time of time logging modle recording user activity, utilize the temperature that temperature measurement module record object thing is corresponding, utilize audio recording module to record associated audio content.
11. implementation methods by following the carbon footprint computing terminal that principle realizes according to claim 9, it is characterized in that: in step 3, by via the described data message of following assembly and gathering, data identification assembly is utilized to identify, wherein, by user behavior pattern identification module identification user with work, all behavior forms associated of living, identified by the environmental goals thing identification module pair object be associated with behavior pattern, identified by the object relating attribute identification module pair particular community be associated with this object.
12. implementation methods by following the carbon footprint computing terminal that principle realizes according to claim 9, it is characterized in that: in step 4, based on the data pattern of aforesaid data identification component recognition, by the carbon footprint quantitative relation formula that quantitative model respective modules selects this data pattern to be suitable for, calculation process is carried out according to the carbon footprint quantitative relation formula of correspondence by carbon footprint computing module, by the result of calculation of result of calculation integrate module by aforesaid carbon footprint computing module, carry out classifying, gathering, be integrated into corresponding user.
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| TW201351173A (en) * | 2012-06-15 | 2013-12-16 | Rong-Zhao Hong | Multi-user carbon emissions control web platform and monitoring method thereof |
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| CN103793772A (en) * | 2012-11-02 | 2014-05-14 | 王亚利 | Account system and method for realizing management of carbon emission or carbon emission reduction behavior |
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