CN103294208A - Information processing method and input device and electronic equipment - Google Patents
Information processing method and input device and electronic equipment Download PDFInfo
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- CN103294208A CN103294208A CN2012100557726A CN201210055772A CN103294208A CN 103294208 A CN103294208 A CN 103294208A CN 2012100557726 A CN2012100557726 A CN 2012100557726A CN 201210055772 A CN201210055772 A CN 201210055772A CN 103294208 A CN103294208 A CN 103294208A
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Abstract
The invention discloses an information processing method which is applicable to electronic equipment. The electronic equipment at least comprises a plurality of distance sensing units, an input unit and one or more light sources, wherein the distance sensing units are used for detecting whether an operating body approaches the electronic equipment; the input unit comprises a plurality of input buttons; and the one or more light sources are positioned below the input unit and are used for illuminating a part or all of the input buttons. The information processing method comprises the following steps: when one or more of the distance sensing units detect that one operating body approaches the input unit, determining a partial region, which is closest to the operating body, on the input unit; and controlling the one or more light sources to illuminate a part of the input buttons corresponding to the partial region.
Description
Technical field
The application relates to computer realm, particularly a kind of method of information processing and input media and a kind of electronic equipment.
Background technology
Along with the continuous progress of modern society, people many times need to use computing machine in the routine work life, with regard to using computing machine, inevitably can run into the situation of words input.For some particular job persons, to carry out literal input under the better lighting condition be normality not having.And these conditions can be brought inconvenience on some words inputs to them, and even can't carry out the Word message typing normally, thereby influence work.
Therefore, in order to solve in some situation, under these special statuss such as power failure, open air, Word message input inconvenience and even difficult problem, generally, during in the following way with solution light or illumination deficiency, use keyboard to carry out a literal input difficult problem:
One, set benchmark positioning key " F " and " J " at keyboard, the user is locating the forefinger of both hands on these two keys, and then according to the standard inputting fingering, finishes the typing of Word message;
Two, use the noctilucence coating at keyboard cover, when light or photo deficiency, the noctilucence coating that is coated on the keycap can be sent some light, to offer the input that the user carries out literal;
Three, above the computing machine LCD screen, keyboard light is set.
The applicant finds that there is following technical matters in above-mentioned technological means in the process that realizes the embodiment of the present application technical scheme:
One, by setting reference key " F " and " J ", though can help the user to finish the input of Word message, but this kind mode has higher requirement to the personnel that carry out words input, the typing personnel need the skilled particular location of remembeing each key on the keyboard, for some personnel that are not very skilled keyboard position, this method is inapplicable.Further, even if skilled entry personnel, when needs used Macintosh on some keyboards, during as Fn+9, the entry personnel still needed illumination to a certain degree could knock correct key position comparatively accurately.Personnel are when being put into hand on the keyboard in typing simultaneously, also need to spend certain hour and navigate to reference key " F " and " J ", if user's hand needs to switch at keyboard and other positions frequently, each typing all needs spended time to seek reference key, for the user brings greater inconvenience;
Two, for the second way, because the noctilucence coating is coated on the keyboard cover, and the people also is the keycap position that touches when typewriting, increase along with service time, the noctilucence coating can cause wearing and tearing because of permanent friction, and the noctilucence coating is yes to accumulate luminous energy simultaneously, has capacity limit, illumination can not be provided for a long time, therefore can not provide the better illumination condition for the user;
Three, because keyboard light is arranged on the top of LCD screen, being limited in scope of the illumination that it provides, during the key position of user outside knocking some illumination zones, can not be well for the user provide illumination, thus influence user's information typing.
Summary of the invention
In view of this, the invention provides a kind of method of information processing, when having insufficient light in order to solve in the prior art, can not realize input media is carried out fine illumination, and then form the problem of literal input difficulty.
On the one hand, an embodiment by the application provides following technical scheme:
A kind of information processing method, be applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described electronic equipment also comprises an input block at least, and described input block comprises a plurality of input buttons; Described electronic equipment also comprises one or more light source at least, and described one or more light source is positioned at described input block below, is used for illuminating the part or all of of described a plurality of input buttons, and described method comprises:
When described when having detected operating body near described input block apart from one or more in the sensing unit, determine on the described input block the subregion near described operating body;
Control described one or more light source and illuminate the described input button of the part corresponding with described subregion.
Optionally, detecting described operating body apart from sensing unit and above described input block, do and brandish or during slide by described, the described one or more light sources of described control illuminate the described input button of the part corresponding with described subregion, specifically comprise:
Respond described brandishing or slide, and determine described brandishing or the direction of slide from reference position to final position;
Control described one or more light source, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
Optionally, described input block is:
Physical keyboard, described a plurality of input buttons are a plurality of keycaps, described one or more light sources are a plurality of led light sources that are arranged on described a plurality of keycaps below.
Optionally, described input block is:
By the dummy keyboard that software program is simulated generation and shown at described electronic equipment display screen, described a plurality of input buttons are a plurality of virtual keys, and described one or more light sources are specially: be arranged on the back light under the described display screen.
Optionally, the described one or more light sources of described control illuminate the described input button of the part corresponding with described subregion and are specially:
In a schedule time, control described one or more light source and illuminate the described input button of the part corresponding with described subregion.
Optionally, described electronic equipment at least also comprises an ambient light sensing unit, and described ambient light sensing unit is for detection of the ambient light intensity of described electronic equipment environment of living in.
Optionally, after the described one or more light sources of described control illuminated the described input button of the part corresponding with described subregion, described method also comprised:
Based on the environmental light brightness value of the described electronic equipment environment of living in that detects by described ambient light sensing unit, control the state of described illuminating source.
Optionally, described environmental light brightness value based on the described electronic equipment environment of living in that detects by described ambient light sensing unit is controlled the state of described illuminating source, specifically comprises:
When described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the state of controlling the part light source in described one or more light source was in illuminating state.
Optionally, when described electronic equipment comprised a plurality of illuminating source, after the described one or more light sources of described control illuminated the described input button of the part corresponding with described subregion, described method also comprised:
Obtain the dump energy of described electronic equipment;
Based on described dump energy, determine the rule that illuminates with described dump energy coupling;
Based on the described rule that illuminates, control described a plurality of light source and illuminate the described input button of the part corresponding with described subregion.
On the other hand, another embodiment by the application provides following technical scheme:
A kind of input media, be applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described input media comprises a plurality of input buttons, in described electronic equipment, also include one or more light source, described one or more light source is positioned at described input block below, is used for illuminating the part or all of of described a plurality of input buttons, and described device comprises:
First determination module is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
First control module is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
Optionally, described first control module specifically comprises:
The response determining unit is used for described the brandishing or slide of response, and determines described brandishing or the direction of slide from reference position to final position;
Illuminate the unit, be used for the described one or more light sources of control, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
Optionally, described input media is specially:
Physical keyboard, described a plurality of input buttons are a plurality of keycaps, described one or more light sources are a plurality of led light sources that are arranged on described physical keyboard below.
Optionally, described input media is specially:
By the dummy keyboard that software program is simulated generation and shown at described electronic equipment display screen, described a plurality of input buttons are a plurality of virtual keys, and described one or more light sources are specially: be arranged on the back light under the described display screen.
Optionally, to illuminate the time of the part described input button corresponding with described subregion be the schedule time to the described one or more light sources of described control.
Optionally, described electronic equipment at least also comprises an ambient light sensing unit, and described ambient light sensing unit is for detection of the ambient light intensity of described electronic equipment environment of living in.
Optionally, described device also comprises:
Second control module is used for the environmental light brightness value based on the described electronic equipment environment of living in that detects by described ambient light sensing unit, controls the state of described illuminating source.
Optionally, described second control module specifically is used for:
When described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the part light source state of controlling in described one or more light source was in illuminating state.
Optionally, described device also comprises:
Obtain module, be used for obtaining the dump energy of described electronic equipment;
Second determination module is used for based on described dump energy, determines the rule that illuminates with described dump energy coupling;
The 3rd control module is used for based on the described rule that illuminates, and controls described a plurality of light source and illuminates the described input button of the part corresponding with described subregion.
On the one hand, another embodiment of the application also provides following technical scheme again:
A kind of electronic equipment, described electronic equipment comprises:
Input media includes one or more buttons, is used for receiving the input of operating body;
Apart from sensing unit, for detection of whether operating body being arranged near described electronic equipment;
Light emitting source is arranged on described input media below, is used for illuminating the part or all of of described one or more input buttons;
Wherein, described input media also comprises:
First determination module is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
First control module is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
One or more technical schemes in the technique scheme have following technique effect or advantage:
One, by one or more light sources is set, the zone that when importing, can approach according to operating body automatically, emphasis provides corresponding light or illumination, and then makes the user can carry out the information typing easily, solved in the prior art, the information typing is than the difficult technologies problem.
Two, because light source is illuminating when zone typewriting, the application can be according to user's the typewriting time, control the time of illuminating, thereby can effectively reduce the time that some there is no need to provide the light source irradiation, reach energy-conservation effect, particularly electronic equipment can effectively increase the service time of electronic equipment when using the limited storage power of battery homenergic.
Three, further, in the technical scheme that the application provides, can also be according to the dump energy of described electronic equipment, adopt the rule that illuminates with described dump energy coupling, illuminate described correspondence button, can more effectively control the energy consumption in the described electronic equipment, further increase the time that electronic equipment uses storage powers such as battery.
Four, further, by the ambient light sensing unit is set in described electronic equipment, can make electronic equipment according to external environmental light brightness value, the duty of control illuminating source, the light source that makes light source in the electronic equipment provide can effectively be done most suitable adjustment according to surround lighting, and then provides best brightness of illumination for the user.
Description of drawings
Fig. 1 is the process flow diagram of the method for middle information processing in the embodiment of the present application;
Fig. 2 is electronic equipment distribution of light sources area schematic in the embodiment of the present application;
Fig. 3 is the construction module figure of input media in the embodiment of the present application;
Fig. 4 is the construction module figure of electronic equipment in the embodiment of the present application.
Embodiment
In the technical scheme that the application provides, one or more light sources are set in electronic equipment, when the user when carrying out the information typing by typewriting, for the position of user typewriting provides enough brightness, make the user can finish the information typing smoothly.
Be explained in detail to the main realization principle of embodiment of the invention technical scheme, embodiment and to the beneficial effect that should be able to reach below in conjunction with each accompanying drawing.
Please refer to Fig. 1, be the method flow diagram of information processing in the embodiment of the present application;
Step S100 when described when having detected operating body near described input block apart from one or more in the sensing unit, determines on the described input block the subregion near described operating body;
When concrete the application, information processing method in this step, be applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described electronic equipment also comprises an input block at least, and described input block comprises a plurality of input buttons; Described electronic equipment also comprises one or more light source at least, and described one or more light sources are positioned at described input block below, is used for illuminating the part or all of of described a plurality of input buttons.
For instance, described electronic equipment is notebook computer, describedly can be arranged on infrared inductor on the notebook apart from sensing unit, this infrared inductor is used for detecting whether operating body is arranged near described electronic equipment, that is: whether the user of detection notebook computer will typewrite.Described input block comprises a plurality of input buttons, specifically, be each button on the keyboard of notebook computer, described electronic equipment also comprises one or more light source at least, is positioned at described input block below, namely below keyboard of notebook computer, because light source can be one, also can be a plurality of, because light source is for illuminating the part or all of of input button, so these light sources can be light sources of a button correspondence, also can be the corresponding a plurality of light sources in several key areas.Specifically, the situation of a lot of correspondences is arranged, as:
1, lighting source only has one, in this mode, has comprised two kinds of situations again, and namely lighting source is pointolite and light source board (area source).When lighting source is pointolite, this kind situation is one of simple proposal in the present techniques scheme, when described when having detected operating body near described input block apart from one or more in the sensing unit, on the corresponding definite described input block near the subregion of described operating body, namely be to determine current pointolite, then according to subsequent step, the duty of described pointolite is controlled to be illuminating state;
2, lighting source is a plurality of, in this mode, can be divided into lighting source again and lack than the input button, and quantity is more than the input button, the situation that quantity is different with importing number of keys unanimity etc.
At first, for the lighting source situation consistent with the input number of keys, each button on the input button has a lighting source relative with it, when described when having detected operating body near described input block apart from one or more in the sensing unit, determine on the described input block the zone near described operating body, it namely is the position that the position that the operator knocks is defined as opening illumination, for example: the user knocks the phonetic of " zhuan li " patent two words, detecting first position that impacts is the corresponding zone of z letter, so in subsequent step, open the light source at z letter place, the h that follow-up needs beat is to the i letter, also according to mode like this, determine corresponding zone.
Secondly, for lighting source and the unmatched quantity of input number of keys, many or light source is more than importing button according to source, Mingguang City as: input button, in this under situation, can be according to the principle of zone division, determine the region, please refer to Fig. 2, be electronic equipment distribution of light sources area schematic in the embodiment of the present application, electronic equipment as shown in Figure 2, on whole input button, be divided into A, B, there is a light source in C3 zone, when the user impacts space bar in each zone, determine on the described input block the zone near described operating body, namely be the C zone at the space bar place of determining that the operator knocks, for be in the subsequent step, need the position of unlatching light source, in addition, can also adopt as in the exercise of: standard fingering, the key area of each finger tapping arranges a light source, is about to whole keyboard and is divided into 10 zones, can also make simply arrange about two zones, in these two zones, light source is set.Lighting source in the above-mentioned zone is not limited to a lighting source, also can be a plurality of lighting sources, and the zone of Que Dinging here is lighting source to be done as a whole, regards a zone as, so that the process of subsequent control light source igniting.
Situation for a plurality of input buttons and lighting source distribution, also have many kinds of situations, the technician can be according to specific requirement and actual conditions, the distribution of lighting source and the corresponding relation of input button rationally are set, when the user knocked keyboard, the source region at each place, key position namely was to need the lighting source opened in the subsequent step.
Step S110 controls described one or more light source and illuminates the described input button of the part corresponding with described subregion.
Specifically, this step comprises described the brandishing or slide of response, and determines described brandishing or the direction of slide from reference position to final position; Control described one or more light source, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
Describe with the example of mentioning in the preamble equally, the user beats the phonetic " zhuan li " of " patent " two words, from first alphabetical z, end to last alphabetical i, when knocking, determined the direction of beaing of " patent " two word phonetics, the source region of controlling corresponding alphabetical place illuminates successively from first alphabetical z, second letter h until last alphabetical i, and the order that the light source case at each alphabetical place is beaten illuminates successively.
In the embodiment of the present application, described input block can for:
Physical keyboard, described a plurality of input buttons are a plurality of keycaps, described one or more light sources are a plurality of led light sources that are arranged on described a plurality of keycaps below.The led light source that enumerate in this place only is a kind of mode among the embodiment that provides of the application, and the technician under this area can also adopt this area technological means commonly used, as adopting the LCD light source, and other similar illuminating sources.Described input block can also be, the dummy keyboard that generates and show at described electronic equipment display screen by software program simulation, described a plurality of input button is a plurality of virtual keys, and described one or more light sources are specially: be arranged on the back light under the described display screen.
In the above-mentioned example, provided the actual corresponding object lesson of input block, these examples only are the descriptions to the concrete application mode of the embodiment of the present application, input block among the application are not imposed any restrictions.
In addition, the described one or more light sources of described control illuminate the described input button of the part corresponding with described subregion and are specially: in a schedule time, control described one or more light source and illuminate the described input button of the part corresponding with described subregion.
For instance, the time that common people beat a letter is that 1s is to 2s, the time that the control light source illuminates the input button can be set to 1s, 2s and even other meet the time of illuminating of user's custom, such as, the somebody typewrites than comparatively fast, it is a little short that the more usual 1s clock time of illuminating of light source is set, the somebody typewrites slow, the time of illuminating that light source is set is a little long than the 2s clock time, when described electronic equipment dispatched from the factory, the lighting hours that can set in advance standard was 1.5s, according to user's the time of illuminating or prolongation or shortening that each light source of control is set.
In described electronic equipment, also comprise an ambient light sensing unit, described ambient light sensing unit is for detection of the ambient light intensity of described electronic equipment environment of living in.
In addition, controlling described one or more light source illuminates after the described input button of the part corresponding with described subregion, also comprise: based on the environmental light brightness value of the described electronic equipment environment of living in that detects by described ambient light sensing unit, control the state of described illuminating source.
Specifically, when described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the state of controlling the part light source in described one or more light source was in illuminating state.
For instance, the current environmental light brightness value is that 30 luxs can know that namely current environment is indoor for the cloudy day, so do not need to open lighting source, namely the state for the described one or more light sources of control is in closed condition, if the current environmental light brightness value is 0.3, very dark when namely knowing user user's environment, be in illuminating state so control the state of described one or more light sources.
And when described environmental light brightness value is between first threshold and second threshold value, control the part light source in described one or more light source, as always having 10 light sources, be in illuminating state according to part as 3,5 light sources in 10 light sources of current environmental light brightness value adjustment person.
Technician under this area can be according to specific circumstances, first threshold, and the concrete corresponding brightness value of second threshold value, and when described environmental light brightness value is between first and second threshold value, provide enough light illuminations of corresponding luminance brightness.
When described electronic equipment comprised a plurality of illuminating source, after the described one or more light sources of described control illuminated the described input button of the part corresponding with described subregion, described method also comprised:
Obtain the dump energy of described electronic equipment;
Based on described dump energy, determine the rule that illuminates with described dump energy coupling;
Based on the described rule that illuminates, control described a plurality of light source and illuminate the described input button of the part corresponding with described subregion.
Specifically, very sufficient such as the dump energy of current electronic device, as more than 90%, then to needing luminous light source that enough electric power is provided, make the light source full power operation, if the dump power less than 10% of current electronic device, the work shape body that illuminating source then is set is lowest power consumption shape body.The rule that illuminates that proposes for example in the said process is not necessarily limited to dump energy more than 90%, take a strategy, take a programme of work below 10%, technology under this area is any can to adopt the habitual technological means in this area, the duty of correspondence and light source is set under the various electric weight situations.
Need to prove, in the present embodiment, the a plurality of light source opening section of the control light source of taking based on the external environment condition brightness values is duty, with based on dump energy single or multiple light sources are adopted different luminous strategies, can be used alternatingly mutually, as the external environment condition brightness values between first threshold and second threshold value time, the part light source of lighting can use maximum rating according to specific circumstances, or minimum duty etc., and illuminate scheme based on what dump energy was taked, under the situation of power supply abundance, as electronic equipment external during power supply, just can take this scheme again.The technician arranges the programme of work of light source according to concrete operating position.
Please refer to Fig. 3 below, be the system construction drawing of input media in the embodiment of the present application;
Described input media is applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described input media comprises a plurality of input buttons, in described electronic equipment, also include one or more wasteland, described one or more light sources are positioned at the below of described input block, be used for illuminating the part or all of of described a plurality of input buttons, described input media comprises:
First determination module is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
Specifically described first determination module comprises:
The response determining unit is used for described the brandishing or slide of response, and determines described brandishing or the direction of slide from reference position to final position;
Illuminate the unit, be used for the described one or more light sources of control, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
Above-mentioned input media is specifically as follows physical keyboard, and described a plurality of input button is the keycap on a plurality of keyboards, and described one or more light sources are a plurality of led light sources that are arranged on described physical keyboard below.Input media also can be the dummy keyboard of simulating generation and showing at described electronic equipment display screen by software program, described a plurality of input button is a plurality of virtual keys, and described one or more light sources are specially: the back light that is arranged on described display screen below.
Wherein, to illuminate the time of the part described input button corresponding with described subregion be the schedule time to the described one or more light sources of described control.
First control module is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
Described input media also comprises second control module, is used for the environmental light brightness value based on the described electronic equipment environment of living in that detects by described ambient light sensing unit, controls the state of described illuminating source.
Specifically, described second control module is used for, and when described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the part light source state of controlling in described one or more light source was in illuminating state.
Described input media also comprises:
Obtain module, be used for obtaining the dump energy of described electronic equipment;
Second determination module is used for based on described dump energy, determines the rule that illuminates with described dump energy coupling;
The 3rd control module is used for based on the described rule that illuminates, and controls described a plurality of light source and illuminates the described input button of the part corresponding with described subregion.
Please refer to Fig. 4, be the system module figure of electronic equipment in the embodiment of the present application;
Described electronic equipment comprises:
Input media 410 includes one or more buttons, is used for receiving the input of operating body;
Apart from sensing unit 420, for detection of whether operating body being arranged near described electronic equipment;
Light emitting source 430 is arranged on described input media below, is used for illuminating the part or all of of described one or more input buttons;
Wherein, described input media also comprises:
First determination module 411 is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
First control module 412 is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
One or more embodiment by the application can be achieved as follows technique effect:
One, by one or more light sources is set, the zone that when importing, can approach according to operating body automatically, emphasis provides corresponding light or illumination, and then makes the user can carry out the information typing easily, solved in the prior art, the information typing is than the difficult technologies problem.
Two, because light source is illuminating when zone typewriting, the application can be according to user's the typewriting time, control the time of illuminating, thereby can effectively reduce the time that some there is no need to provide the light source irradiation, obtain energy-conservation effect, particularly electronic equipment can effectively increase the service time of electronic equipment when using the limited storage power of battery homenergic.
Three, further, in the technical scheme that the application provides, can also be according to the dump energy of described electronic equipment, adopt the rule that illuminates with described dump energy coupling, illuminate described correspondence button, can more effectively control the energy consumption in the described electronic equipment, further increase the time that electronic equipment uses storage powers such as battery.
Four, further, by the ambient light sensing unit is set in described electronic equipment, can make electronic equipment according to external environmental light brightness value, the duty of control illuminating source, the light source that makes light source in the electronic equipment provide can effectively be done most suitable adjustment according to surround lighting, and then provides best brightness of illumination for the user.
Obviously, those skilled in the art can carry out various changes and modification and the spirit and scope that do not break away from the application to the application.Like this, if these of the application are revised and modification belongs within the scope of the application's claim and equivalent technologies thereof, then the application also is intended to comprise these changes and modification interior.
Claims (19)
1. information processing method, be applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described electronic equipment also comprises an input block at least, and described input block comprises a plurality of input buttons; Described electronic equipment also comprises one or more light source at least, and described one or more light source is positioned at described input block below, is used for illuminating the part or all of of described a plurality of input buttons, it is characterized in that described method comprises:
When described when having detected operating body near described input block apart from one or more in the sensing unit, determine on the described input block the subregion near described operating body;
Control described one or more light source and illuminate the described input button of the part corresponding with described subregion.
2. the method for claim 1, it is characterized in that, detecting described operating body apart from sensing unit and above described input block, do and brandish or during slide by described, the described one or more light sources of described control illuminate the described input button of the part corresponding with described subregion, specifically comprise:
Respond described brandishing or slide, and determine described brandishing or the direction of slide from reference position to final position;
Control described one or more light source, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
3. method as claimed in claim 1 or 2 is characterized in that, described input block is:
Physical keyboard, described a plurality of input buttons are a plurality of keycaps, described one or more light sources are a plurality of led light sources that are arranged on described a plurality of keycaps below.
4. method as claimed in claim 1 or 2 is characterized in that, described input block is:
By the dummy keyboard that software program is simulated generation and shown at described electronic equipment display screen, described a plurality of input buttons are a plurality of virtual keys, and described one or more light sources are specially: be arranged on the back light under the described display screen.
5. method as claimed in claim 1 or 2 is characterized in that, the described one or more light sources of described control illuminate the described input button of the part corresponding with described subregion and are specially:
In a schedule time, control described one or more light source and illuminate the described input button of the part corresponding with described subregion.
6. method as claimed in claim 1 or 2 is characterized in that, described electronic equipment at least also comprises an ambient light sensing unit, and described ambient light sensing unit is for detection of the ambient light intensity of described electronic equipment environment of living in.
7. method as claimed in claim 6 is characterized in that, after the described one or more light sources of described control illuminated the described input button of the part corresponding with described subregion, described method also comprised:
Based on the environmental light brightness value of the described electronic equipment environment of living in that detects by described ambient light sensing unit, control the state of described illuminating source.
8. method as claimed in claim 7 is characterized in that, described environmental light brightness value based on the described electronic equipment environment of living in that detects by described ambient light sensing unit is controlled the state of described illuminating source, specifically comprises:
When described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the state of controlling the part light source in described one or more light source was in illuminating state.
9. as claim 7 or 8 described methods, it is characterized in that, when described electronic equipment comprised a plurality of illuminating source, after the described one or more light sources of described control illuminated the described input button of the part corresponding with described subregion, described method also comprised:
Obtain the dump energy of described electronic equipment;
Based on described dump energy, determine the rule that illuminates with described dump energy coupling;
Based on the described rule that illuminates, control described a plurality of light source and illuminate the described input button of the part corresponding with described subregion.
10. input media, be applied in the electronic equipment, described electronic equipment comprises a plurality of apart from sensing unit at least, described apart from sensing unit for detection of whether operating body being arranged near described electronic equipment, described input media comprises a plurality of input buttons, in described electronic equipment, also include one or more light source, described one or more light sources are positioned at described input block below, are used for illuminating the part or all of of described a plurality of input buttons, it is characterized in that described device comprises:
First determination module is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
First control module is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
11. device as claimed in claim 10 is characterized in that, described first control module specifically comprises:
The response determining unit is used for described the brandishing or slide of response, and determines described brandishing or the direction of slide from reference position to final position;
Illuminate the unit, be used for the described one or more light sources of control, make it illuminate the described input button of the corresponding part in described and described subregion successively along described direction.
12. as claim 10 or 11 described devices, it is characterized in that described input media is specially:
Physical keyboard, described a plurality of input buttons are a plurality of keycaps, described one or more light sources are a plurality of led light sources that are arranged on described physical keyboard below.
13. as claim 10 or 11 described devices, it is characterized in that described input media is specially:
By the dummy keyboard that software program is simulated generation and shown at described electronic equipment display screen, described a plurality of input buttons are a plurality of virtual keys, and described one or more light sources are specially: be arranged on the back light under the described display screen.
14., it is characterized in that the time that the described one or more light sources of described control illuminate the part described input button corresponding with described subregion is the schedule time as claim 10 or 11 described devices.
15., it is characterized in that described electronic equipment at least also comprises an ambient light sensing unit as claim 10 or 11 described devices, described ambient light sensing unit is for detection of the ambient light intensity of described electronic equipment environment of living in.
16. device as claimed in claim 15 is characterized in that, described device also comprises:
Second control module is used for the environmental light brightness value based on the described electronic equipment environment of living in that detects by described ambient light sensing unit, controls the state of described illuminating source.
17. device as claimed in claim 16 is characterized in that, described second control module specifically is used for:
When described environmental light brightness value was higher than first threshold, the state of controlling described one or more light sources was in closed condition;
When described environmental light brightness value was lower than second threshold values, the state of controlling described one or more light sources was in illuminating state;
When described environmental light brightness value was between first threshold and second threshold value, the part light source state of controlling in described one or more light source was in illuminating state.
18. as claim 16 or 17 described devices, it is characterized in that described device also comprises:
Obtain module, be used for obtaining the dump energy of described electronic equipment;
Second determination module is used for based on described dump energy, determines the rule that illuminates with described dump energy coupling;
The 3rd control module is used for based on the described rule that illuminates, and controls described a plurality of light source and illuminates the described input button of the part corresponding with described subregion.
19. an electronic equipment is characterized in that, described electronic equipment comprises:
Input media includes one or more buttons, is used for receiving the input of operating body;
Apart from sensing unit, for detection of whether operating body being arranged near described electronic equipment;
Light emitting source is arranged on described input media below, is used for illuminating the part or all of of described one or more input buttons;
Wherein, described input media also comprises:
First determination module is used for when described when having detected operating body near described input block apart from sensing unit one or more, determines on the described input block the subregion near described operating body;
First control module is used for the described one or more light sources of control and illuminates the described input button of the part corresponding with described subregion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100557726A CN103294208A (en) | 2012-03-05 | 2012-03-05 | Information processing method and input device and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100557726A CN103294208A (en) | 2012-03-05 | 2012-03-05 | Information processing method and input device and electronic equipment |
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| CN103294208A true CN103294208A (en) | 2013-09-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012100557726A Pending CN103294208A (en) | 2012-03-05 | 2012-03-05 | Information processing method and input device and electronic equipment |
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Application publication date: 20130911 |