CN105791550A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN105791550A CN105791550A CN201610105267.6A CN201610105267A CN105791550A CN 105791550 A CN105791550 A CN 105791550A CN 201610105267 A CN201610105267 A CN 201610105267A CN 105791550 A CN105791550 A CN 105791550A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
- H04M1/72454—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions according to context-related or environment-related conditions
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Abstract
The invention discloses an information processing method and an electronic device. The electronic device comprises a communication module. The information processing method comprises the steps of detecting a first environment brightness parameter of an environment related to a first electronic device in a process that the first electronic device communicates with a second electronic device through the communication module; judging whether the first environment brightness parameter satisfies a preset condition; and when the preset condition is satisfied, generating a first control command so as to enable at least a light emitting device to carry out the first control command and to be in a light emitting state.
Description
The application is application number 201210514883.9,2012 applyings date December 4 days, and application name is called the divisional application of " method of information processing and electronic equipment ".
Technical field
The present invention relates to field of computer technology, particularly relate to method and the electronic equipment of a kind of information processing.
Background technology
Along with the development of science and technology, electronic technology have also been obtained development at full speed, and the kind of electronic product also gets more and more, and people have also enjoyed the various facilities that scientific development brings.Existing mobile communication equipment is also more and more universal, and user can be conversed by described mobile communication equipment, browses the operations such as webpage so that user uses more convenient.
Present inventor, in the process realizing the embodiment of the present application technical scheme, at least finds there is following technical problem in prior art:
Existing mobile communication equipment is in carrying out communication process, and ambient brightness residing for described mobile communication equipment dark time, existence will not actively generate and export the technical problem of information, this is because existing mobile communication equipment is in communication process, can't automatically gather the ambient parameter relevant to described mobile communication equipment, and based on ambient parameter when described mobile communication equipment is in dark environment, open the LED on mobile communication equipment or make screen be in illuminating state, allow the user to see road clearly to understand road conditions, thus cause user in-convenience in use, experience also poor.
Summary of the invention
The embodiment of the present application provides method and the electronic equipment of a kind of information processing, in order to solve existing mobile communication equipment in carrying out communication process, and ambient brightness residing for described mobile communication equipment dark time, there is the technical problem that will not actively generate and export information.
The embodiment of the present application provides a kind of method of information processing, it is applied to one and has in the first electronic equipment of communication module, described method includes: undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment；Wherein, described undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment, specifically include: undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detect the operating body corresponding with described first electronic equipment and whether be in and operating one and move equipment and move；Described operating body just operating described mobile equipment move time, obtain the second environment luminance parameter of described mobile equipment place environment；Using described second environment luminance parameter as described first environment luminance parameter；
Judge whether described first environment luminance parameter meets one pre-conditioned；Meet described pre-conditioned time, generate the first control instruction so that described mobile equipment at least one light-emitting device perform described first control instruction be in luminance.
Optionally, described to judge that whether described first environment luminance parameter meets one pre-conditioned, specifically includes: judge that whether described second environment luminance parameter is less than the first predetermined luminance.
Optionally, described meet described pre-conditioned time, generate the first control instruction, specifically include: when described second environment luminance parameter is less than described first predetermined luminance, generate the second control instruction as described first control instruction, so that at least one light-emitting device of described mobile equipment performs described second control instruction and is in luminance.
A kind of method that another embodiment of the application provides information processing, it is applied to one and has in the first electronic equipment of communication module, described method includes: undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment；Wherein, described undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment, specifically include: undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detect the operating body corresponding with described first electronic equipment and whether be in and operating one and move equipment and move；Described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment；Using described 3rd ambient brightness parameter as described first environment luminance parameter；
Judge whether described first environment luminance parameter meets one pre-conditioned；Meet described pre-conditioned time, generate the first control instruction so that described first electronic equipment at least one light-emitting device perform described first control instruction be in luminance.
Optionally, described to judge that whether described first environment luminance parameter meets one pre-conditioned, specifically includes: judge that whether described 3rd ambient brightness parameter is less than the second predetermined luminance.
Optionally, described meet described pre-conditioned time, generate the first control instruction, specifically include: when described 3rd ambient brightness parameter is less than described second predetermined luminance, generate as the 3rd control instruction of described first control instruction.
Optionally, after described generation is as the 3rd control instruction of described first control instruction, described method also includes: perform described 3rd control instruction, and at least one light-emitting device controlling described first electronic equipment is in luminance.
Optionally, described 3rd control instruction of described execution, at least one light-emitting device controlling described first electronic equipment is in luminance, specifically includes: when performing described three control instruction, detect described 3rd ambient brightness parameter whether in a predetermined luminance range；When described 3rd ambient brightness parameter is in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described with predetermined frequency light.
Optionally, described when performing described three control instruction, detect described 3rd ambient brightness parameter whether after a predetermined luminance range, described method also includes: when described 3rd ambient brightness parameter is not in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described and launch the light of a pre-set color.
The application one embodiment provides a kind of electronic equipment, described electronic equipment has communication module, described electronic equipment includes: circuit board: process chip, it is arranged on described circuit board, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, for detecting and the first environment luminance parameter of described electronic equipment relevant environment；Wherein, described process chip includes first environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body just operating described mobile equipment move time, for obtaining the second environment luminance parameter of described mobile equipment place environment, for using described second environment luminance parameter as described first environment luminance parameter；
It is pre-conditioned that described process chip is additionally operable to judge whether described first environment luminance parameter meets one, meet described pre-conditioned time, for generating the first control instruction, so that at least one light-emitting device of described mobile equipment performs described first control instruction and is in luminance.
Optionally, described process chip includes second environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body do not operate described mobile equipment move time, for obtaining the 3rd ambient brightness parameter of described electronic equipment place environment, for using described 3rd ambient brightness parameter as described first environment luminance parameter.
The one or more technical schemes provided in the embodiment of the present application, at least have the following technical effect that or advantage:
nullOne、Owing to the embodiment of the present application is undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment，Detect with the luminance parameter of the first environment of described first electronic equipment relevant environment meet one pre-conditioned time，Generate the first control instruction，So that at least one light-emitting device performs described first control instruction and is in luminance，In order to solve existing mobile communication equipment in carrying out communication process，And ambient brightness residing for described mobile communication equipment dark time，Existence will not actively generate and export the technical problem of information，And then achieve described mobile communication equipment when can reach pre-conditioned according to described ambient brightness parameter，Can actively respond and point out，Intelligent higher technique effect，And described ambient brightness parameter meet described pre-conditioned time，Luminescence is carried out by least one light-emitting device described，So that point out can under dim environment the vehicle travelled，Improve safety，And then be user-friendly to，The experience making user is better.
Two, owing to whether the embodiment of the present application is to be in and operating one and move equipment and move and obtain described first environment luminance parameter by detecting the operating body corresponding with described first electronic equipment, detect described operating body just operating described mobile equipment move time, obtain the second environment luminance parameter of described mobile equipment place environment as described first environment luminance parameter；Detect described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment as described first environment luminance parameter, described first environment luminance parameter meet described pre-conditioned time, control at least one light-emitting device and be in luminance, so, make the described first environment luminance parameter obtained more accurate, the accuracy that described first environment luminance parameter is responded by described mobile communication equipment can be improved, reduce described mobile communication equipment and carry out the probability of maloperation, provide the user conveniently further, the experience of user is better.
They are three years old, owing to the embodiment of the present application is when described 3rd ambient brightness parameter being detected less than described second predetermined luminance, also detect described 3rd ambient brightness parameter whether in a predetermined luminance range, when described 3rd ambient brightness parameter is in described predetermined luminance range, control at least one light-emitting device described with predetermined frequency relation, otherwise, then launch the light of a pre-set color, so that described mobile communication equipment can control at least one light-emitting device described according to practical situation launches corresponding light, provide the user conveniently further, the experience of user is better, such as: when described 3rd ambient brightness parameter is in dark environment, at least one light-emitting device described can be made to launch red or yellow light, owing to the light penetration power of described redness or yellow is the strongest, so that the better effects if of prompting.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for information processing in the application first embodiment；
Fig. 2 is the flow chart of the method for information processing in the application the second embodiment；
Fig. 3 is the structural representation of electronic equipment in the embodiment of the present application.
Detailed description of the invention
The embodiment of the present application provides method and the electronic equipment of a kind of information processing, in order to solve existing mobile communication equipment in carrying out communication process, and ambient brightness residing for described mobile communication equipment dark time, there is the technical problem that will not actively generate and export information.
The technical scheme of the embodiment of the present application is the problem solving above-mentioned technology, and general thought is as follows:
nullOwing to the embodiment of the present application is undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment，Detect with the luminance parameter of the first environment of described first electronic equipment relevant environment meet one pre-conditioned time，Generate the first control instruction，So that at least one light-emitting device performs described first control instruction and is in luminance，In order to solve existing mobile communication equipment in carrying out communication process，And ambient brightness residing for described mobile communication equipment dark time，Existence will not actively generate and export the technical problem of information，And then achieve described mobile communication equipment when can reach pre-conditioned according to described ambient brightness parameter，Can actively respond and point out，Intelligent higher technique effect，And described ambient brightness parameter meet described pre-conditioned time，Luminescence is carried out by least one light-emitting device described，So that point out can under dim environment the vehicle travelled，Improve safety，And then be user-friendly to，The experience making user is better.
In order to be better understood from technique scheme, below in conjunction with Figure of description and specific embodiment, technique scheme is described in detail.
A kind of method that the application one embodiment provides information processing, is applied to one and has in the first electronic equipment of communication module, and wherein, described electronic equipment is such as the electronic equipment such as panel computer, smart mobile phone.
Wherein, the electronic equipment such as described communication module such as NRF905 radio receiving transmitting module, nRF24L01 module, NRF903 module.
Refer to Fig. 1, described method includes:
Step 101: undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment；
Step 102: judge whether described first environment luminance parameter meets one pre-conditioned；
Step 103: meet described pre-conditioned time, generate the first control instruction so that at least one light-emitting device perform described first control instruction be in luminance.
Wherein, in a step 101, undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment.In specific implementation process, undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detect the operating body corresponding with described first electronic equipment and whether be in and operating one and move equipment and move；Described operating body just operating described mobile equipment move time, obtain the second environment luminance parameter of described mobile equipment place environment；Based on described second environment luminance parameter, obtain described first environment luminance parameter.
Specifically, for the first electronic equipment for smart mobile phone, first user A is currently in use smart mobile phone A when conversing with mobile phone B, detect described first user A whether operating one and move equipment and move, wherein, described mobile equipment is such as the mobile instrument such as automobile, electric motor car, motorcycle, detect first user A operating automobile travel time, obtain the second environment luminance parameter of described automobile place environment, using described second environment luminance parameter as described first environment luminance parameter.
Owing to first user A is in the process that operation automobile moves, the ambient parameter of smart mobile phone A place environment can be by opening and closing what car light was adjusted, therefore, when carrying out subsequent step with the ambient parameter of smart mobile phone A place environment, there will be more maloperation, and the embodiment of the present application be by using the second environment luminance parameter of described automobile place environment as described first environment luminance parameter such that it is able to improve the accuracy that described first environment luminance parameter is responded by described first electronic equipment.
Next step 102 is performed, in this step, it is judged that it is pre-conditioned whether described first environment luminance parameter meets one.In specific implementation process, it is judged that whether described second environment luminance parameter is less than the first predetermined luminance.
Specifically, described first predetermined luminance could be arranged to the brightness such as 100Lux, 80Lux, 70Lux, when described second environment luminance parameter is less than described first predetermined luminance, it is possible to determine that described first environment luminance parameter meets described pre-conditioned；When described second environment luminance parameter is not less than described first predetermined luminance, it is possible to determine that described first environment luminance parameter is unsatisfactory for described pre-conditioned.
In actual application, when described first predetermined luminance is set to 100Lux, if obtaining described second environment luminance parameter when being 120Lux, owing to 120Lux is more than 100Lux, so, it is possible to determine that described first environment luminance parameter is unsatisfactory for described pre-conditioned；If described second environment luminance parameter is 90Lux, owing to 90Lux is less than 100Lux, so, it is possible to determine that described first environment luminance parameter meets described pre-conditioned.
Meet described pre-conditioned time, perform step 103, generate the first control instruction so that at least one light-emitting device perform described first control instruction be in luminance.In specific implementation process, when described second environment luminance parameter is less than described first predetermined luminance, generate the second control instruction as described first control instruction, so that at least one light-emitting device of described mobile equipment performs described second control instruction and is in luminance.
Specifically, when described second environment luminance parameter is less than described first predetermined luminance, described first electronic equipment can automatically generate described second control instruction, control to be sent to described mobile equipment by described second, so that described at least one light-emitting device of mobile equipment performs described second control instruction and is in luminance.
In actual application, to move equipment for automobile, also carrying out in communication process by smart mobile phone B with another communication equipment at first user A while A of driveing a car, second environment luminance parameter automobile A place environment being detected is 90Lux, owing to 90Lux is less than the first predetermined luminance for 100Lux, so, smart mobile phone B automatically generates the second control instruction, and described second control instruction is sent to automobile A, so that the taillight of automobile A performs described second control instruction and is in luminance, such as: when the taillight of automobile A is not opened, open the taillight of automobile A；When the taillight of automobile A is opened, open double; two flashing lights or the fog lamp of automobile A.
The one or more technical schemes provided in the embodiment of the present application, at least have the following technical effect that or advantage:
nullOne、Owing to the embodiment of the present application is undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment，Detect with the luminance parameter of the first environment of described first electronic equipment relevant environment meet one pre-conditioned time，Generate the first control instruction，So that at least one light-emitting device performs described first control instruction and is in luminance，In order to solve existing mobile communication equipment in carrying out communication process，And ambient brightness residing for described mobile communication equipment dark time，Existence will not actively generate and export the technical problem of information，And then achieve described mobile communication equipment when can reach pre-conditioned according to described ambient brightness parameter，Can actively respond and point out，Intelligent higher technique effect，And described ambient brightness parameter meet described pre-conditioned time，Luminescence is carried out by least one light-emitting device described，So that point out can under dim environment the vehicle travelled，Improve safety，And then be user-friendly to，The experience making user is better.
nullThey are two years old、Owing to whether the embodiment of the present application is to be in and operating one and move equipment and move and obtain described first environment luminance parameter by detecting the operating body corresponding with described first electronic equipment，Detect described operating body just operating described mobile equipment move time，Obtain the second environment luminance parameter of described mobile equipment place environment as described first environment luminance parameter，Described first environment luminance parameter meet described pre-conditioned time，At least one light-emitting device controlling described mobile equipment is in luminance，So，Make the described first environment luminance parameter obtained more accurate，The accuracy that described first environment luminance parameter is responded by described mobile communication equipment can be improved，Reduce described mobile communication equipment and carry out the probability of maloperation，Provide the user further conveniently，The experience of user is better.
A kind of method that another embodiment of the application provides information processing, is applied to one and has in the first electronic equipment of communication module, and wherein, described electronic equipment is such as the electronic equipment such as panel computer, smart mobile phone.
Wherein, the electronic equipment such as described communication module such as NRF905 radio receiving transmitting module, nRF24L01 module, NRF903 module.
Refer to Fig. 2, described method includes:
Step 201: undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment；
Step 202: judge whether described first environment luminance parameter meets one pre-conditioned；
Step 203: meet described pre-conditioned time, generate the first control instruction so that at least one light-emitting device perform described first control instruction be in luminance.
Wherein, in step 201, undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment.In specific implementation process, undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detect the operating body corresponding with described first electronic equipment and whether be in and operating one and move equipment and move；Described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment；Based on described 3rd ambient brightness parameter, obtain described first environment luminance parameter.
Specifically, for the first electronic equipment for smart mobile phone, first user A is currently in use smart mobile phone A when conversing with mobile phone B, detect described first user A whether operating one and move equipment and move, wherein, described mobile equipment is such as the mobile instrument such as automobile, electric motor car, motorcycle, detect first user A do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment, using described 3rd ambient brightness parameter as described first environment luminance parameter.
Next step 202 is performed, in this step, it is judged that it is pre-conditioned whether described first environment luminance parameter meets one.In specific implementation process, it is judged that whether described 3rd ambient brightness parameter is less than the second predetermined luminance.
Specifically, described second predetermined luminance could be arranged to the brightness such as 100Lux, 80Lux, 70Lux, when described 3rd ambient brightness parameter is less than described first predetermined luminance, it is possible to determine that described first environment luminance parameter meets described pre-conditioned；When described 3rd ambient brightness parameter is not less than described first predetermined luminance, it is possible to determine that described first environment luminance parameter is unsatisfactory for described pre-conditioned, wherein, described first predetermined luminance and described second predetermined luminance can identical can also differ.
In actual application, when described second predetermined luminance is set to 120Lux, if obtaining described 3rd ambient brightness parameter when being 120Lux, owing to 120Lux is equal to 120Lux, so, it is possible to determine that described first environment luminance parameter is unsatisfactory for described pre-conditioned；If described second environment luminance parameter is 110Lux, owing to 110Lux is less than 120Lux, so, it is possible to determine that described first environment luminance parameter meets described pre-conditioned.
Meet described pre-conditioned time, perform step 203, generate the first control instruction so that at least one light-emitting device perform described first control instruction be in luminance.In specific implementation process, when described 3rd ambient brightness parameter is less than described second predetermined luminance, generate the 3rd control instruction as described first control instruction, when described first electronic equipment is provided with at least one light-emitting device, so that at least one light-emitting device of described first electronic equipment performs described first control instruction and is in luminance；When described first electronic equipment is not provided with at least one light-emitting device described, controls described first control instruction of described at least one light-emitting device execution by described first electronic equipment and be in luminance.
After described generation is as the 3rd control instruction of described first control instruction, described method also includes: perform described 3rd control instruction, and at least one light-emitting device controlling described first electronic equipment is in luminance.In specific implementation process, detect whether described first electronic equipment has at least one light-emitting device, when there being at least one light-emitting device described, described first electronic equipment performs described 3rd control instruction, controls at least one light-emitting device described and is in luminance；If there is no at least one light-emitting device described, then described 3rd control instruction is sent at least one light-emitting device described, so that at least one light-emitting device described is in luminance.
In actual application, for smart mobile phone, it is currently in use smart mobile phone C at first user A and carries out by process with another mobile phone, and first user A does not operate automobile, the mobile equipment such as electric motor car, the 3rd ambient brightness parameter obtaining smart mobile phone C place environment is 100Lux, owing to 100Lux is less than the second predetermined luminance for 120Lux, smart mobile phone C can automatically generate the 3rd control instruction, after generating described 3rd control instruction, automatically described 3rd control instruction is performed, backlight or the flash of light etc. that control smart mobile phone C are in luminance, smart mobile phone C is made to highlight under dark environment, to remind the vehicle travelled, it is thus possible to effectively guarantee the safety of first user A.
In another embodiment, described 3rd control instruction of described execution, at least one light-emitting device controlling described first electronic equipment is in luminance, specifically includes: when performing described three control instruction, detect described 3rd ambient brightness parameter whether in a predetermined luminance range；When described 3rd ambient brightness parameter is in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described with predetermined frequency light.
In specific implementation process, described predetermined luminance range is such as 50Lux～120Lux, 60Lux～120Lux, the scopes such as 70Lux～120Lux, people is made to have certain visibility in described predetermined luminance range, it is possible to see the general outline of object, so, when with predetermined frequency light so that the better effects if of prompting.When described predetermined luminance range is 70Lux～120Lux, it is 80Lux in described 3rd ambient brightness parameter, then can be determined that described 3rd ambient brightness parameter is in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described with predetermined frequency light, described preset frequency is such as flicker per second 2 times, flicker per second 3 times or flicker per second 4 times, such as: can control the backlight etc. of smart mobile phone and launch light with the speed of flicker per second 2 times.
In another embodiment, described when performing described three control instruction, detect described 3rd ambient brightness parameter whether after a predetermined luminance range, described method also includes: when described 3rd ambient brightness parameter is not in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described and launch the light of a pre-set color.
In specific implementation process, owing to described 3rd ambient brightness parameter is not in described predetermined luminance range so that when environment is in described 3rd ambient brightness parameter, the visibility of people is extremely low, accordingly, it would be desirable to launch the strong HONGGUANG of penetrance or gold-tinted so that the better effects if of prompting.When described predetermined luminance range is 70Lux～120Lux, it is 40Lux in described 3rd ambient brightness parameter, then can be determined that described 3rd ambient brightness parameter is not in described predetermined luminance range, perform described 3rd control instruction, being controlled at least one light-emitting device described and launch the light of a pre-set color, described pre-set color is yellow or redness.
The one or more technical schemes provided in the embodiment of the present application, at least have the following technical effect that or advantage:
nullOne、Owing to the embodiment of the present application is undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment，Detect with the luminance parameter of the first environment of described first electronic equipment relevant environment meet one pre-conditioned time，Generate the first control instruction，So that at least one light-emitting device performs described first control instruction and is in luminance，In order to solve existing mobile communication equipment in carrying out communication process，And ambient brightness residing for described mobile communication equipment dark time，Existence will not actively generate and export the technical problem of information，And then achieve described mobile communication equipment when can reach pre-conditioned according to described ambient brightness parameter，Can actively respond and point out，Intelligent higher technique effect，And described ambient brightness parameter meet described pre-conditioned time，Luminescence is carried out by least one light-emitting device described，So that point out can under dim environment the vehicle travelled，Improve safety，And then be user-friendly to，The experience making user is better.
They are two years old, owing to whether the embodiment of the present application is to be in and operating one and move equipment and move and obtain described first environment luminance parameter by detecting the operating body corresponding with described first electronic equipment, detect described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment as described first environment luminance parameter, described first environment luminance parameter meet described pre-conditioned time, control at least one light-emitting device and be in luminance, so, make the described first environment luminance parameter obtained more accurate, the accuracy that described first environment luminance parameter is responded by described mobile communication equipment can be improved, reduce described mobile communication equipment and carry out the probability of maloperation, provide the user conveniently further, the experience of user is better.
They are three years old, owing to the embodiment of the present application is when described 3rd ambient brightness parameter being detected less than described second predetermined luminance, also detect described 3rd ambient brightness parameter whether in a predetermined luminance range, when described 3rd ambient brightness parameter is in described predetermined luminance range, control at least one light-emitting device described with predetermined frequency relation, otherwise, then launch the light of a pre-set color, so that described mobile communication equipment can control at least one light-emitting device described according to practical situation launches corresponding light, provide the user conveniently further, the experience of user is better, such as: when described 3rd ambient brightness parameter is in dark environment, at least one light-emitting device described can be made to launch red or yellow light, owing to the light penetration power of described redness or yellow is the strongest, so that the better effects if of prompting.
The application one embodiment provides a kind of electronic equipment, and described electronic equipment has communication module, and described electronic equipment is such as the electronic equipment such as panel computer, smart mobile phone.
Wherein, the electronic equipment such as described communication module such as NRF905 radio receiving transmitting module, nRF24L01 module, NRF903 module.
Referring to Fig. 3, this electronic equipment includes circuit board 301；Process chip 302, it is arranged on circuit board 301, undertaken in the process conversed at described first electronic equipment by communication module 303 and the second electronic equipment, for detecting and the first environment luminance parameter of described electronic equipment relevant environment, pre-conditioned for judging whether described first environment luminance parameter meets one, meet described pre-conditioned time, be used for generating the first control instruction so that at least one light-emitting device perform described first control instruction be in luminance.
Wherein, circuit board 301 can be the mainboard of electronic equipment, and further, process chip 302 can be independent process chip, it is also possible to being integrated in processor, further, at least one light-emitting device described can be the electronic equipment such as LED, electric filament lamp.
Further, process chip 302 and include first environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body just operating described mobile equipment move time, for obtaining the second environment luminance parameter of described mobile equipment place environment, based on described second environment luminance parameter, it is used for obtaining described first environment luminance parameter.
Further, process chip 302 and include the first judging unit, be used for judging that whether described second environment luminance parameter is less than the first predetermined luminance.、
Further, process chip 302 and include the first instruction generation unit, when described second environment luminance parameter is less than described first predetermined luminance, for generating the second control instruction as described first control instruction, so that at least one light-emitting device of described mobile equipment performs described second control instruction and is in luminance
In another embodiment, process chip 302 and include second environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body do not operate described mobile equipment move time, for obtaining the 3rd ambient brightness parameter of described electronic equipment place environment, based on described 3rd ambient brightness parameter, it is used for obtaining described ambient brightness parameter.
Further, process chip 302 and include the second judging unit, be used for judging that whether described 3rd ambient brightness parameter is less than the second predetermined luminance.
Further, process chip 302 and include the second instruction generation unit, when described 3rd ambient brightness parameter is less than described second predetermined luminance, for generating the 3rd control instruction as described first control instruction.
Further, processing chip 302 and include the first instruction execution unit, be used for performing described 3rd control instruction, at least one light-emitting device controlling described first electronic equipment is in luminance.
In another embodiment, described first instruction execution unit includes the first instruction and performs subelement, when performing described three control instruction, for detecting described 3rd ambient brightness parameter whether in a predetermined luminance range, when described 3rd ambient brightness parameter is in described predetermined luminance range, for performing described 3rd control instruction, control at least one light-emitting device described with predetermined frequency light.
In another embodiment, described first instruction execution unit includes the second instruction and performs subelement, when performing described three control instruction, for detecting described 3rd ambient brightness parameter whether in a predetermined luminance range, when described 3rd ambient brightness parameter is not in described predetermined luminance range, for performing described 3rd control instruction, control at least one light-emitting device described and launch the light of a pre-set color.
The one or more technical schemes provided in the embodiment of the present application, at least have the following technical effect that or advantage:
nullOne、Owing to the embodiment of the present application is undertaken in the process conversed by described communication module and the second electronic equipment at described first electronic equipment，Detect with the luminance parameter of the first environment of described first electronic equipment relevant environment meet one pre-conditioned time，Generate the first control instruction，So that at least one light-emitting device performs described first control instruction and is in luminance，In order to solve existing mobile communication equipment in carrying out communication process，And ambient brightness residing for described mobile communication equipment dark time，Existence will not actively generate and export the technical problem of information，And then achieve described mobile communication equipment when can reach pre-conditioned according to described ambient brightness parameter，Can actively respond and point out，Intelligent higher technique effect，And described ambient brightness parameter meet described pre-conditioned time，Luminescence is carried out by least one light-emitting device described，So that point out can under dim environment the vehicle travelled，Improve safety，And then be user-friendly to，The experience making user is better.
Two, owing to whether the embodiment of the present application is to be in and operating one and move equipment and move and obtain described first environment luminance parameter by detecting the operating body corresponding with described first electronic equipment, detect described operating body just operating described mobile equipment move time, obtain the second environment luminance parameter of described mobile equipment place environment as described first environment luminance parameter；Detect described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment as described first environment luminance parameter, described first environment luminance parameter meet described pre-conditioned time, control at least one light-emitting device and be in luminance, so, make the described first environment luminance parameter obtained more accurate, the accuracy that described first environment luminance parameter is responded by described mobile communication equipment can be improved, reduce described mobile communication equipment and carry out the probability of maloperation, provide the user conveniently further, the experience of user is better.
They are three years old, owing to the embodiment of the present application is when described 3rd ambient brightness parameter being detected less than described second predetermined luminance, also detect described 3rd ambient brightness parameter whether in a predetermined luminance range, when described 3rd ambient brightness parameter is in described predetermined luminance range, control at least one light-emitting device described with predetermined frequency relation, otherwise, then launch the light of a pre-set color, so that described mobile communication equipment can control at least one light-emitting device described according to practical situation launches corresponding light, provide the user conveniently further, the experience of user is better, such as: when described 3rd ambient brightness parameter is in dark environment, at least one light-emitting device described can be made to launch red or yellow light, owing to the light penetration power of described redness or yellow is the strongest, so that the better effects if of prompting.
Although preferred embodiments of the present invention have been described, but those skilled in the art are once know basic creative concept, then these embodiments can be made other change and amendment.So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention.
Obviously, the present invention can be carried out various change and modification without deviating from the spirit and scope of the present invention by those skilled in the art.So, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (10)
1. an information processing method, is applied to one and has in the first electronic equipment of communication module, it is characterised in that described method includes:
Undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, the first environment luminance parameter of detection and described first electronic equipment relevant environment；
Wherein, described undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detection and the first environment luminance parameter of described first electronic equipment relevant environment, specifically include:
Undertaken in the process conversed at described first electronic equipment by described communication module and the second electronic equipment, detect the operating body corresponding with described first electronic equipment and whether be in and operating one and move equipment and move；
Described operating body do not operate described mobile equipment move time, obtain the 3rd ambient brightness parameter of described first electronic equipment place environment；
Using described 3rd ambient brightness parameter as described first environment luminance parameter；
Judge whether described first environment luminance parameter meets one pre-conditioned；
Meet described pre-conditioned time, generate the first control instruction so that described first electronic equipment at least one light-emitting device perform described first control instruction be in luminance.
2. the method for claim 1, it is characterised in that described to judge that whether described first environment luminance parameter meets pre-conditioned, specifically includes:
Judge that whether described 3rd ambient brightness parameter is less than the second predetermined luminance.
3. method as claimed in claim 2, it is characterised in that described meet described pre-conditioned time, generate the first control instruction, specifically include:
When described 3rd ambient brightness parameter is less than described second predetermined luminance, generate the 3rd control instruction as described first control instruction.
4. method as claimed in claim 3, it is characterised in that after described generation is as the 3rd control instruction of described first control instruction, described method also includes:
Performing described 3rd control instruction, at least one light-emitting device controlling described first electronic equipment is in luminance.
5. method as claimed in claim 4, it is characterised in that described 3rd control instruction of described execution, at least one light-emitting device controlling described first electronic equipment is in luminance, specifically includes:
When performing described three control instruction, detect described 3rd ambient brightness parameter whether in a predetermined luminance range；
When described 3rd ambient brightness parameter is in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described with predetermined frequency light.
6. method as claimed in claim 5, it is characterised in that detecting described 3rd ambient brightness parameter described whether after a predetermined luminance range when performing described three control instruction, described method also includes:
When described 3rd ambient brightness parameter is not in described predetermined luminance range, perform described 3rd control instruction, control at least one light-emitting device described and launch the light of a pre-set color.
7. an electronic equipment, described electronic equipment has communication module, it is characterised in that described electronic equipment includes:
Circuit board:
Process chip, be arranged on described circuit board, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, for detecting and the first environment luminance parameter of described electronic equipment relevant environment；Wherein, described process chip includes first environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body just operating described mobile equipment move time, for obtaining the second environment luminance parameter of described mobile equipment place environment, for using described second environment luminance parameter as described first environment luminance parameter；
It is pre-conditioned that described process chip is additionally operable to judge whether described first environment luminance parameter meets one, meet described pre-conditioned time, for generating the first control instruction, so that at least one light-emitting device of described mobile equipment performs described first control instruction and is in luminance；
Described process chip includes second environment luminance parameter acquiring unit, undertaken in the process conversed at described electronic equipment by described communication module and the second electronic equipment, whether it is in and is operating one for detecting the operating body corresponding with described electronic equipment and move equipment and move, described operating body do not operate described mobile equipment move time, for obtaining the 3rd ambient brightness parameter of described electronic equipment place environment, for using described 3rd ambient brightness parameter as described first environment luminance parameter.
8. electronic equipment as claimed in claim 7, it is characterised in that described process chip includes the second judging unit, is used for judging that whether described 3rd ambient brightness parameter is less than the second predetermined luminance.
9. electronic equipment as claimed in claim 8, it is characterised in that described process chip includes the second instruction and generates unit, when described 3rd ambient brightness parameter is less than described second predetermined luminance, for generating the 3rd control instruction as described first control instruction.
10. electronic equipment as claimed in claim 9, it is characterised in that described process chip includes the first instruction execution unit, is used for performing described 3rd control instruction, and at least one light-emitting device controlling described first electronic equipment is in luminance.
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| CN201610105267.6A CN105791550B (en) | 2012-12-04 | 2012-12-04 | The method and electronic equipment of information processing |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610105267.6A CN105791550B (en) | 2012-12-04 | 2012-12-04 | The method and electronic equipment of information processing |
| CN201210514883.9A CN103856619B (en) | 2012-12-04 | 2012-12-04 | The method of information processing and electronic equipment |
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| CN201210514883.9A Division CN103856619B (en) | 2012-12-04 | 2012-12-04 | The method of information processing and electronic equipment |
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| JP2001119454A (en) * | 1999-10-19 | 2001-04-27 | Matsushita Electric Ind Co Ltd | Portable telephone set |
| CN2483252Y (en) * | 2000-10-20 | 2002-03-27 | 王兆辉 | Controller for automatically changing dimming arrangement |
| CN102014207A (en) * | 2010-11-30 | 2011-04-13 | 中兴通讯股份有限公司 | Communication terminal and visual telephone processing method |
| CN103856619B (en) * | 2012-12-04 | 2016-03-30 | 联想(北京)有限公司 | The method of information processing and electronic equipment |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2001119454A (en) * | 1999-10-19 | 2001-04-27 | Matsushita Electric Ind Co Ltd | Portable telephone set |
| CN2483252Y (en) * | 2000-10-20 | 2002-03-27 | 王兆辉 | Controller for automatically changing dimming arrangement |
| CN102014207A (en) * | 2010-11-30 | 2011-04-13 | 中兴通讯股份有限公司 | Communication terminal and visual telephone processing method |
| CN103856619B (en) * | 2012-12-04 | 2016-03-30 | 联想(北京)有限公司 | The method of information processing and electronic equipment |
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