CN101719944A - Terminal for sensing light and method for adjusting human-computer interface by sensing light - Google Patents
Terminal for sensing light and method for adjusting human-computer interface by sensing light Download PDFInfo
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- CN101719944A CN101719944A CN200910252750A CN200910252750A CN101719944A CN 101719944 A CN101719944 A CN 101719944A CN 200910252750 A CN200910252750 A CN 200910252750A CN 200910252750 A CN200910252750 A CN 200910252750A CN 101719944 A CN101719944 A CN 101719944A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/22—Illumination; Arrangements for improving the visibility of characters on dials
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M2250/00—Details of telephonic subscriber devices
- H04M2250/12—Details of telephonic subscriber devices including a sensor for measuring a physical value, e.g. temperature or motion
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Abstract
The invention discloses a terminal for sensing light and a method for adjusting a human-computer interface by sensing light, which aim to improve user experience. The terminal comprises a scene setting module, a sensitization module and a chief control module, wherein the scene setting module is used for saving a light intensity grade, a light intensity threshold corresponding to the light intensity grade, and a light intensity mode of a screen keyboard and/or a custom screen of the mobile phone terminal under the corresponding light intensity grade; the sensitization module is used for acquiring the light all around, acquiring light intensity data, and then transmitting the acquired light intensity data to the chief control module; and the chief control module is used for acquiring the light intensity threshold, and the corresponding light intensity mode and/or the corresponding custom screen from the scene setting module, comparing the light intensity data acquired by the sensitization module with the light intensity threshold to determine the light intensity grade, and the light intensity mode and/or the custom screen corresponding to the light intensity grade, and then calling a corresponding adjusting module to adjust according to the light intensity mode and/or the custom screen.
Description
Technical field
The present invention relates to communication terminal, be specifically related to the sensitization control method and the sensitization terminal of portable terminal man-machine interface.
Background technology
Along with the development of mobile communication technology, mobile phone is a mobile phone, more and more becomes the carry-on communication equipment that people generally use.Light emitting module in the mobile phone comprises the backlight luminescence module of screen and keyboard.Existing market has the part mobile phone can pass through photo-sensitive cell sensing light power, judges and carries out cell phone keyboard opening and closing backlight, and that light is then closed by force is backlight, it is backlight then to open a little less than the light.But existing cellphone subscriber experiences relatively poor.
Summary of the invention
Technical problem to be solved by this invention provides a kind of terminal of sensing light and the method for adjusting human-computer interface by sensing light, improves user experience.
For solving the problems of the technologies described above, the invention provides a kind of method of adjusting human-computer interface by sensing light, comprising:
When mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the output light intensity of screen and keyboard simultaneously.
Further, described method further comprises: the light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine corresponding luminous intensity pattern according to the light intensity grade, described luminous intensity pattern comprises the light intensity value of screen and the light intensity value of keyboard; Regulate screen and keyboard output light intensity simultaneously according to the luminous intensity pattern of correspondence.
Further, by regulating the output light intensity of one or more adjusting screens in the following parameter: brightness, contrast, gray scale.
Further, when mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, the matic mould of also regulating mobile phone terminal.
Further, the described adjusting matic mould is meant according to one or more of the following parameter of theme mode modification mobile phone terminal display interface of light intensity grade correspondence: the wallpaper of background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, mobile phone terminal.
For solving the problems of the technologies described above, the present invention also provides a kind of method of adjusting human-computer interface by sensing light, comprising:
When mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the matic mould of mobile phone terminal.
Further, described method further comprises: the light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine the corresponding matic mould according to the light intensity grade; According to one or more of the following parameter of theme mode modification mobile phone terminal display interface of correspondence: the wallpaper of background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, mobile phone terminal.
For solving the problems of the technologies described above, the present invention also provides a kind of terminal of sensing light, comprises that sight is provided with module, illuminant module, top control module, wherein:
Described sight is provided with module, is used to preserve the light intensity threshold value of light intensity grade, light intensity grade correspondence, and the luminous intensity pattern of respective ray of light strength grade sub-screen keyboard and/or the matic mould of mobile phone terminal;
Described illuminant module, the light around being used to gather obtains light intensity data, again the light intensity data that obtains is sent to top control module;
Described top control module, be used for the intensity threshold and the corresponding luminous intensity pattern and/or the matic mould that module is obtained setting being set from sight, to compare from light intensity data and the described intensity threshold that illuminant module obtains, determine the light intensity grade, and the luminous intensity pattern and/or the matic mould of this light intensity grade correspondence, call corresponding adjustment module according to luminous intensity pattern and/or the matic mould and regulate.
Further, described terminal also comprises screen backlight adjustment module, keyboard back light adjustment module, and wherein: described top control module is used for luminous intensity mode invocation screen backlight adjustment module, keyboard back light adjustment module according to on-screen keyboard; Described screen backlight adjustment module is used to respond calling of top control module, regulates in the following parameter one or more to regulate screen backlight intensity: brightness, contrast, gray scale; Described keyboard back light adjustment module is used to respond calling of top control module, regulates the brightness of keyboard back light.
Further, described terminal also comprises the subject content adjustment module, and wherein: described top control module is used for calling the subject content adjustment module according to the matic mould of mobile phone terminal; Described subject content adjustment module, be used to respond calling of top control module, regulate one or more of the following parameter of display interface: background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, wallpaper.
The present invention can carry out the adjusting of mobile phone screen and keyboard back light automatically according to the power of ambient light, can also adjust the software interface content simultaneously, improves user experience.
Description of drawings
Fig. 1 is the structural representation of the terminal of sensing light of the present invention;
Fig. 2 is the flow chart of data processing figure of the method for adjusting human-computer interface by sensing light of the present invention.
Embodiment
Inventive concept of the present invention is: when mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the output light intensity of screen and keyboard simultaneously.
Further, the light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine corresponding luminous intensity pattern according to the light intensity grade; Regulate screen and keyboard output light intensity simultaneously according to the luminous intensity pattern of correspondence.
The light intensity grade is provided with by mobile phone producer usually, can not be provided with this but also do not get rid of the user.The light intensity grade can be provided with a plurality of, is advisable with two or three usually, if two light intensity grades are set then need a light intensity threshold value, if three light intensity grades are set then need to be provided with two light intensity threshold values, by that analogy.
The corresponding one group of luminous intensity pattern of light intensity grade comprises the light intensity value of screen and the light intensity value of keyboard, during adjusting, the luminous intensity of screen and keyboard is united adjusting.The luminous intensity pattern can be provided with by mobile phone producer.Corresponding different light rays strength grade has different luminous intensity patterns.Principle is, if ambient light is stronger, then improves the output light intensity of screen and keyboard, if ambient light a little less than, then reduce the output light intensity of screen and keyboard.This is to consider that the people watches that the high interface of brightness is pleasant when ambient light is strong; When ambient light was darker, the people watched that the low interface of brightness can be pleasant.
By regulating the output light intensity of one or more adjusting screens in the following parameter: brightness, contrast, gray scale.Change the output light intensity of keyboard back light by the brightness of regulating keyboard back light
After setting the luminous intensity pattern of screen and keyboard, can automatically regulate the output light intensity of screen and keyboard simultaneously, avoid the each manually setting of user, improve user experience.
The present invention has not only considered the influence of ambient light power to the terminal screen output light intensity, but also considers the influence of the shown desktop contents of screen to the power of screen output light.
Except the method for above-mentioned adjusting screen that provides and keyboard back light, the present invention also provides a kind of method of regulating software interface: when mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the matic mould of mobile phone terminal.
Further, the light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine the corresponding matic mould according to the light intensity grade; According to one or more of the following parameter of theme mode modification mobile phone terminal display interface of correspondence: the wallpaper of background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, mobile phone terminal.
The parameter of above-mentioned adjusting can be provided with voluntarily by the user, also can adopt default setting.Principle is: if ambient light is stronger, then improve the brightness of mobile phone interface, if ambient light a little less than, then reduce the brightness of screen and keyboard.This is to consider that the people is bright in luster soon when ambient light is strong, and contrast height, the interface that grey scale change is big are pleasant; When ambient light was darker, the people watched color and contrast, the interface that gray scale is soft can be pleasant.
Above-mentioned two kinds of methods also can be used in combination, and threshold value can be the same or different.
Realize that terminal of the present invention comprises: sight is provided with module, illuminant module, top control module, wherein:
● described sight is provided with module, is used to preserve light intensity grade and corresponding light intensity threshold value, and the luminous intensity pattern of respective ray of light strength grade sub-screen keyboard and/or the matic mould of mobile phone terminal;
Threshold value can have a plurality of, and existing is that example describes with two threshold values, when two threshold values are set, three kinds of intensity can be arranged: low light intensity, middle light intensity, high light intensity.
The luminous intensity pattern and/or the matic mould of different light intensity degree correspondence are also inequality, can the module setting be set by sight.With the corresponding different light intensity degree pattern of different light rays strength grade and the matic mould is example, and sight is provided with screen backlight intensity, keyboard back light intensity and the subject content (as wallpaper, animation or the like) of preserving each light intensity grade correspondence in the module.For example: under low light intensity contextual model, lower screen backlight intensity is set, lower keyboard back light intensity is selected some contrasts, wallpaper that gray scale is softer, animation etc.; Under middle light intensity contextual model, common screen backlight intensity is set, common keyboard back light intensity is selected some contrasts, wallpaper that gray scale is more moderate, animation etc.; Under high light intensity contextual model, higher screen backlight intensity is set, higher keyboard back light intensity is selected the higher wallpaper of some contrasts, gray scale, animation etc.
● described illuminant module, the light around being used to gather obtains light intensity data, again the light intensity data that obtains is sent to top control module;
● described top control module, be used for the intensity threshold and the corresponding luminous intensity pattern and/or the matic mould that module is obtained setting being set from sight, to compare from light intensity data and the described intensity threshold that illuminant module obtains, determine the light intensity grade, and the luminous intensity pattern and/or the matic mould of this light intensity grade correspondence, call corresponding adjustment module according to luminous intensity pattern and/or the matic mould and regulate.
As shown in Figure 1, said system also comprises screen backlight adjustment module, keyboard back light adjustment module and subject content adjustment module, wherein:
● described screen backlight adjustment module, be used to respond calling of top control module, regulate in the following parameter one or more to regulate screen backlight intensity: brightness, contrast, gray scale;
● described keyboard back light adjustment module, be used to respond calling of top control module, regulate the keyboard backlight illumination;
● described theme adjustment module, be used to respond calling of top control module, regulate one or more of the following parameter of display interface: background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, wallpaper;
When top control module determine to be regulated the luminous intensity pattern of on-screen keyboard, only call the screen backlight adjustment module and the keyboard back light adjustment module gets final product.And when top control module determine to be regulated the matic mould of mobile phone, then except calling the theme adjustment module, also may call screen backlight adjustment module and keyboard back light adjustment module, the content of Tiao Jieing and deciding as required.
Use simultaneously with two kinds of methods below, and the threshold value that adopts is all example mutually and describes.The user is provided with the Rule of judgment that light intensity is set in the module at sight; And the contextual model under the various light intensities, comprise screen backlight intensity, keyboard back light intensity, subject content (wallpaper or the like); The sight module is preserved above the setting, makes top control module can obtain these settings.The user also can use the setting of acquiescence.
Flow chart of data processing in the use comprises as shown in Figure 2:
Step 201: the light around the illuminant module collection obtains the strong and weak data of light;
Step 202: illuminant module sends to top control module with the strong and weak data of light;
Step 203: top control module is provided with the intensity threshold of obtaining setting the module from sight, and strong and weak data of the light that the contrast illuminant module records and intensity threshold are determined corresponding the luminous intensity pattern and the matic mould;
Step 204: top control module is initiated respective request according to the luminous intensity pattern that is provided with and the matic mould to corresponding adjustment module;
Step 205: adjusting is finished in the request of each adjustment module response top control module.
The present invention adjusts the terminal output light intensity from the angle of human eye comfortableness, comprises screen backlight, keyboard back light, and the gray scale of the saturation of the color of the shown software interface of screen, contrast, black and white.
Claims (10)
1. the method for an adjusting human-computer interface by sensing light comprises:
When mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the output light intensity of screen and keyboard simultaneously.
2. the method for claim 1 is characterized in that, described method further comprises:
Light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine corresponding luminous intensity pattern according to the light intensity grade, described luminous intensity pattern comprises the light intensity value of screen and the light intensity value of keyboard; Regulate screen and keyboard output light intensity simultaneously according to the luminous intensity pattern of correspondence.
3. method as claimed in claim 2 is characterized in that,
By regulating the output light intensity of one or more adjusting screens in the following parameter: brightness, contrast, gray scale.
4. the method for claim 1 is characterized in that,
When mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, the matic mould of also regulating mobile phone terminal.
5. method as claimed in claim 4 is characterized in that,
The described adjusting matic mould is meant according to one or more of the following parameter of theme mode modification mobile phone terminal display interface of light intensity grade correspondence: the wallpaper of background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, mobile phone terminal.
6. the method for an adjusting human-computer interface by sensing light comprises:
When mobile phone terminal detects ambient light intensity and meets default light intensity class requirement, regulate the matic mould of mobile phone terminal.
7. method as claimed in claim 6 is characterized in that, described method further comprises:
Light around the mobile phone terminal collection obtains the light intensity data; Light intensity data that obtain and the light intensity threshold value that sets in advance are compared, determine the light intensity grade, determine the corresponding matic mould according to the light intensity grade; According to one or more of the following parameter of theme mode modification mobile phone terminal display interface of correspondence: the wallpaper of background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, mobile phone terminal.
8. the terminal of a sensing light comprises that sight is provided with module, illuminant module, top control module, wherein:
Described sight is provided with module, is used to preserve the light intensity threshold value of light intensity grade, light intensity grade correspondence, and the luminous intensity pattern of respective ray of light strength grade sub-screen keyboard and/or the matic mould of mobile phone terminal;
Described illuminant module, the light around being used to gather obtains light intensity data, again the light intensity data that obtains is sent to top control module;
Described top control module, be used for the intensity threshold and the corresponding luminous intensity pattern and/or the matic mould that module is obtained setting being set from sight, to compare from light intensity data and the described intensity threshold that illuminant module obtains, determine the light intensity grade, and the luminous intensity pattern and/or the matic mould of this light intensity grade correspondence, call corresponding adjustment module according to luminous intensity pattern and/or the matic mould and regulate.
9. terminal as claimed in claim 8 is characterized in that, described terminal also comprises screen backlight adjustment module, keyboard back light adjustment module, wherein:
Described top control module is used for luminous intensity mode invocation screen backlight adjustment module, keyboard back light adjustment module according to on-screen keyboard;
Described screen backlight adjustment module is used to respond calling of top control module, regulates in the following parameter one or more to regulate screen backlight intensity: brightness, contrast, gray scale;
Described keyboard back light adjustment module is used to respond calling of top control module, regulates the brightness of keyboard back light.
10. terminal as claimed in claim 8 or 9 is characterized in that described terminal also comprises the subject content adjustment module,
Described top control module is used for calling the subject content adjustment module according to the matic mould of mobile phone terminal;
Described subject content adjustment module, be used to respond calling of top control module, regulate one or more of the following parameter of display interface: background color, background patterns, background luminance, background color contrast, background color saturation, background color gray scale, wallpaper.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910252750A CN101719944A (en) | 2009-12-09 | 2009-12-09 | Terminal for sensing light and method for adjusting human-computer interface by sensing light |
| PCT/CN2010/071226 WO2010148675A1 (en) | 2009-12-09 | 2010-03-23 | Terminal for sensing light and method for sensing light and adjusting human machine interface |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910252750A CN101719944A (en) | 2009-12-09 | 2009-12-09 | Terminal for sensing light and method for adjusting human-computer interface by sensing light |
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| CN101719944A true CN101719944A (en) | 2010-06-02 |
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| CN200910252750A Pending CN101719944A (en) | 2009-12-09 | 2009-12-09 | Terminal for sensing light and method for adjusting human-computer interface by sensing light |
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| WO (1) | WO2010148675A1 (en) |
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