CN102752438A - Method and device for automatically regulating terminal interface display - Google Patents
Method and device for automatically regulating terminal interface display Download PDFInfo
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- CN102752438A CN102752438A CN2011100992766A CN201110099276A CN102752438A CN 102752438 A CN102752438 A CN 102752438A CN 2011100992766 A CN2011100992766 A CN 2011100992766A CN 201110099276 A CN201110099276 A CN 201110099276A CN 102752438 A CN102752438 A CN 102752438A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
- G06F3/013—Eye tracking input arrangements
Abstract
The invention discloses a method and a device for automatically regulating terminal interface display. The method comprises the following steps of: acquiring physical distance data from a target object to a terminal and/or a target area model of the target object; determining a target area trace data model according to the target area model and/or the physical distance data, and acquiring a terminal interface display parameter which corresponds to the target area trace data model according to the mapping relation between the target area trace data model and the terminal interface display parameter; and regulating current terminal interface display content and/or display mode according to the acquired terminal interface display parameter. By means of the technical scheme disclosed by the invention, the learning cost of a user can be reduced and the use experience of the user is improved, so that the mobile phone operation is more convenient and flexible.
Description
Technical field
The present invention relates to field of mobile communication, particularly relate to method and device that a kind of automatic adjusting terminal interface shows.
Background technology
In the prior art; Carry out when mutual at user and mobile phone, the user can operate mobile phone through the touch-screen of mobile phone, for example; When picture is amplified; The user is as long as two fingers slide on mobile phone screen from inside to outside, and speed that mobile phone slides according to finger automatically and distance etc. calculate wants amplification multiple, and according to the picture of the multiplication factor that calculates after demonstrating amplification on the mobile phone interface.
At present; This intelligent interaction mode based on touch sensible is compared and is carried out alternant way through button in the past and have breakthrough progress; Meeting the trend of people-oriented interaction design and user's non-human act custom more, is the basic principle and the requirement of next-generation mobile phone INTERFACE DESIGN.But still there is following weak point in the intelligent interaction mode based on touch sensible: when picture was amplified, the user will operate with a hand at least, therefore, for the disabled person who does not have arm, just can't accomplish aforesaid operations; Secondly, the user also will do slide with hand, even if operation is very simple, but concerning the beginner, also is to need learning cost to remove to be accustomed to this interactive mode.
Summary of the invention
Method and device that the present invention provides a kind of automatic adjusting terminal interface to show.
The method that the present invention provides a kind of automatic adjusting terminal interface to show comprises:
Obtain destination object to the physical distance data at terminal and/or the target area model of destination object;
Confirm target area trace data model according to target area model and/or physical distance data; And, obtain and the corresponding terminal interface display parameters of target area trace data model according to the mapping relations of target area trace data model and terminal interface display parameters;
According to the terminal interface display parameters that obtain current terminal interface displaying contents and/or display mode are regulated.
The present invention also provides a kind of automatic adjusting terminal interface device shown, comprising:
Acquiring unit is used to obtain destination object to the physical distance data at terminal and/or the target area model of destination object;
Monitoring means; Be used for confirming target area trace data model according to target area model and/or physical distance data; And, obtain and the corresponding terminal interface display parameters of target area trace data model according to the mapping relations of target area trace data model and terminal interface display parameters;
Control unit is used for according to the terminal interface display parameters that obtain current terminal interface displaying contents and/or display mode being regulated.
Beneficial effect of the present invention is following:
Through setting up target area trace data model; And according to the mapping relations of target area trace data model and terminal interface display parameters the demonstration of terminal screen is controlled, existing mobile phone operation mode is expanded, a kind of new human-machine intelligence's interactive mode is provided; The present invention can analog subscriber reading habit; And the content of screen display is regulated up and down and/or the adjusting of font size according to user's reading habit, can reduce the user learning cost, improve user's experience; Make mobile phone operation convenient flexibly; Help improving the market competitiveness at terminal, particularly incomplete user is arranged, make it need not start just can regulate the mode of mobile phone screen institute's content displayed and demonstration for arm.
Description of drawings
Fig. 1 is the structural representation of the automatic adjusting terminal interface device shown of the embodiment of the invention;
Fig. 2 is the preferred structure sketch map of the embodiment of the invention;
Fig. 3 is the flow chart of the method that shows of the automatic adjusting terminal interface of the embodiment of the invention.
Embodiment
The invention provides method and device that a kind of automatic adjusting terminal interface shows; In real life, scrutinize certain article if desired, in people's non-human act custom; The most natural behavior is near these article, near mode have two: 1, gather human eye over and see; 2, get article nearer.Can find out: if do not use hand, amplify and see certain article, the custom that people are the most natural is closer to go to see, if human eye near article, just can amplify and see.If the use hand, this hand does not in fact have unnecessary operation yet, only moves article closely, moves near article, if want to see the first half or Lower Half, moves up and down article and gets final product.According to above analysis; The embodiment of the invention proposes a kind of distance according to human eye and screen and regulates the method and apparatus that mobile phone interface shows automatically; This method and apparatus imitates the above-mentioned mankind's non-human act, is a kind of more humane interaction schemes, can not let the user pay any learning cost.
Below in conjunction with accompanying drawing and embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, does not limit the present invention.
Device embodiment
According to embodiments of the invention; A kind of automatic adjusting terminal interface device shown is provided; Fig. 1 is the structural representation of the automatic adjusting terminal interface device shown of the embodiment of the invention; As shown in Figure 1, comprise according to the automatic adjusting terminal interface device shown of the embodiment of the invention: acquiring unit 10, monitoring means 12 and control unit 14.Below each module of the embodiment of the invention is carried out detailed explanation.
Particularly, acquiring unit 10 is used to obtain destination object to the physical distance data at terminal and/or the target area model of destination object; Particularly, acquiring unit 10 comprises: image stream collector unit, range cells, recognition unit and intelligent cell.
Image stream collector unit is used to collect image stream, gathers the image data of destination object in the image stream; Preferably, in embodiments of the present invention, destination object behaviour face or people.In practical application, in order to confirm the particular location of an object in the space, need three points at least, therefore, image stream collector unit need be collected at least three group images stream, gathers the image data of destination object at least three group images stream respectively;
Can find out that from foregoing description image stream collector unit has the function of in dynamic or static image stream, gathering corresponding image, in addition, in practical application, image stream collector unit can also carry out image data through proprietary protocol and be transferred to range cells.
Range cells is used for calculating the physical distance data (that is, people or people face to the distance at terminal) of destination object to the terminal according to the image data of destination object; In practical application, at least three group image data that range cells will be gathered are labeled as specific coding respectively, and analysis is also calculated the correlation between specific coding, obtains the physical distance data of destination object to the terminal.
That is to say that the range cells support is to the preliminary treatment of image stream, in addition, range cells also has through proprietary protocol the ability of physical distance transfer of data to recognition unit simultaneously;
Preferably; In practical application; Image stream collector unit can be followed the trail of sensing module by compositing terminal with range cells, and the terminal tracing sensing module is meant equipment or the device that has certain intelligent acquisition and computing capability, also can gather corresponding object image, in addition; The terminal tracing sensing module can also calculate the concrete physical distance of corresponding object to the terminal, and carries out transfer of data with proprietary protocol.
Recognition unit is used for the target area is distinguished generation target area data from destination object; Preferably, in embodiments of the present invention, the target area is a human eye.Particularly, recognition unit comprises: dividing processing module and parameter matching module.
Wherein, the dividing processing module is used for tentatively the target area being distinguished from destination object according to intelligent segmentation strategy, generates preliminary target area data; That is to say that the dividing processing module has the ability of collecting imaging data stream and physical distance data through host-host protocol, has intelligent segmentation strategy simultaneously, can from background and/or face, distinguish human eye area.
The parameter matching module is used for preliminary target area data and target area model attributes characteristic parameter are mated, and confirms the real image of target area, finally obtains the target area data according to the real image of target area.In practical application, the human eye attribute of parameter matching module through confirming calculates the characteristic vector of human eye and human eye made coupling, has the ability that identifies the human eye real image.
Intelligent cell receives the target area data (human eye real image data) that the parameter matching module matches; According to target area data and physical distance data computation target area model; Particularly; Intelligent cell is according to the focal zone of target area data and physical distance data computation target area and the angle at target area and terminal, and generates the target area model according to the focal zone of target area and the angle at target area and terminal;
That is to say that intelligent cell has according to range data and calculates human eye focal zone and human eye and screen angle data, set up have the human eye image, apart from the ability of the intelligent human-eye model of the mapping relations of angle-data, focus data.
Preferably, in practical application, parameter matching module and intelligent cell can be formed the system intelligence module, and this module has that data computation, intelligence are distinguished, memory storage, and the function of setting up intelligent human-eye model is provided;
Monitoring means 12 is used for according to target area model and/or physical distance data computation target area trace data model; And, obtain and the corresponding terminal interface display parameters of trace data model according to the mapping relations of target area trace data model and terminal interface display parameters;
That is to say; Monitoring means 12 has the relation according to intelligent human-eye model and physical distance data, sets up the ability of the intelligent human eye trace data model with human eye tracking function and has the ability of coming trigger control unit 14 through the variation of monitoring physical distance data.
Preferably, in practical application, can also comprise presetting module, be used for the terminal interface display parameters being adjusted that wherein, the terminal interface display parameters specifically comprise: content typesetting, look & feel, font size and move mode according to being provided with of user.That is to say that presetting module has the function of the terminal interface display parameters of storage user setting;
Control unit 14 is used for according to the terminal interface display parameters that obtain current terminal interface displaying contents and/or display mode being regulated.The terminal display module carries out the demonstration of user interface (User Interface abbreviates UI as) under the control of control unit 14.That is to say that control unit 15 is supported the data of related monitoring means 12 and presetting module, and sets up mapping relations,, reach the effect of management and use terminal display module through the instruction that configuration parameter in the presetting module is called in transmission.Particularly, in practical application,, then can only carry out adjusting up and down to displaying contents according to the variation of target area model if the target area model in the trace data model of target area changes; If variation has taken place the physical distance data in the trace data model of target area, then can only regulate the size of font in the display mode according to the variation of physical distance data; When model and physical distance data all variation have taken place in the target area, can regulate simultaneously displaying contents and display mode.
Can find out from above-mentioned processing procedure; The physical distance data that the image that needs foundation to gather flows, destination object arrives the terminal, target area model are (for example; The intelligence human-eye model), target area trace data model (for example; Intelligence people ocular pursuit model) and the mapping relations between the terminal interface display parameters; Specifically comprise: set up every group of mapping relations of gathering image stream and physical distance data; Set up the mapping relations of gathering between image stream, physical distance data and the target area model (intelligent human-eye model), set up the corresponding relation between target area model (intelligent human-eye model), physical distance data and the target area trace data model (intelligent people's ocular pursuit model), set up the corresponding relation between target area trace data model and the terminal interface display parameters.In practical application, monitor the variation of target area through monitoring means 12, start-up control unit 14 is controlled these mapping relations, thereby reaches the purpose of control terminal display module.
Below in conjunction with accompanying drawing, be example with the human eye, the handling process of above-mentioned each module in the embodiment of the invention is described.Fig. 2 is the preferred structure sketch map of the embodiment of the invention; As shown in Figure 2; Specifically comprise: terminal tracing sensing module, dividing processing module, system intelligence module, monitoring modular, presetting module, system control module and terminal display module; Wherein, the terminal tracing sensing module comprises image stream collector unit, range cells, and the system intelligence module comprises parameter matching module, intelligent cell; Automatic adjusting terminal interface device shown as shown in Figure 2 is being carried out terminal interface when regulating automatically according to human eye, need to carry out following the processing:
Step 1, user pick up mobile phone, and the terminal tracing sensing module of this mobile phone starts immediately, and terminal tracing sensing module synchronous collection image flows and calculate the physical distance of article and terminal screen, carries out transfer of data with proprietary protocol to the dividing processing module.Particularly; Camera in the image stream collector unit in the terminal tracing sensing module more than 3 or 3 begins to collect the dynamic of the corresponding object in mobile phone screen the place ahead and static image stream through a plurality of directions; After range cells receives the image stream of these objects; Make the image mark fast, and calculate the physical distance data that obtain between corresponding object and this sensing module.Through proprietary protocol, with the many group images stream of collecting and physical distance transfer of data to the dividing processing module.
Step 2, dividing processing module through intelligent imaging cut apart, technology such as image processing; After obtaining image stream and physical distance data, human eye is tentatively distinguished from image stream; Generate many group human eye image datas, and set up the mapping relations of every group of human eye image stream and corresponding physics range data.Human eye image stream is discerned through the recognition unit that proprietary protocol is transferred in the system intelligence module once more.
After the parameter matching module of step 3, system intelligence module receives many group human eye image streams; Characteristic vector through the human eye of repeatedly analysing and comparing; Human eye is made coupling; Further confirm to identify the real image of this human eye, and the multi-group data of this human eye real image is transferred to intelligent cell, carry out next step analysis.
Step 4, system intelligence module are stored through many groups human eye real image data that intelligent cell will identify; Receive the mapping relations of every group of human eye real image data corresponding physical range data synchronously, obtain the angle-data of human eye focal zone and human eye and screen according to these mapping relations; Set up the mapping relations between the angle of distance and human eye and screen of human eye focal zone and human eye real image, human eye and screen, generate the human eye model of mind, and be transferred to monitoring modular.
The physical distance data that step 5, monitoring modular pass through and the mapping relations of human eye model of mind generate an intelligent human eye trace data model.Follow the trail of the physical distance data that sensing module is collected through monitoring terminal, system control module is sent instruction.In case user's cell phone, user and mobile phone screen distance change, and human eye focal zone, human eye and screen angle in the mapping relations of human eye model of mind will change thereupon, and system control module is activated.Simultaneously, the data such as human eye focal zone, human eye and screen angle, human eye and distance in intelligent people's ocular pursuit model of correspondence are transferred to system control module under this distance.
Step 6, system control module pass through the parameter preset of interface interchange presetting module.This preset data comprises all configuration parameters that mobile phone UI interface can represent under variable in distance, for example, and content typesetting, look & feel, content size, move mode etc.Preferably, when using for the first time, can the terminal interface display parameters be set the user in presetting module according to user's custom.
Step 7, system control module are set up the mapping relations of monitoring modular and presetting module, and in a single day monitoring modular monitors distance and change, promptly can the triggering system control module.System control module is according to the displaying contents and the mode of the parameter control terminal display module of presetting module; After the terminal display module is received operational order; According to data call terminal interface display parameters such as human eye focal zone, human eye and the screen angle received, human eye and distances, send the demonstration composing and the style of content on the instruction adjustment mobile phone screen.For example, monitoring modular detects the near far away of human eye and screen level distance to be changed, and the terminal display module then human eye focal zone on UI interface, terminal amplifies and dwindles demonstration; Simultaneously, change according to the angle of human eye and screen, the terminal display module to UI interface, terminal carry out content on move and move down.Particularly; When user's human eye level during near screen 5cm; Monitoring modular calculates range data and has shortened 5cm; Triggered the control operation of system control module execution presetting module, system control module makes human eye focal zone, UI interface content amplify 1 times according to human eye focal zone, human eye and screen angle data.This moment, mobile phone terminal moved 3cm on vertically; The human eye focal zone distance that monitoring modular can monitor human eye and screen changes; The angle of the human eye of correspondence and screen becomes big in people's ocular pursuit model thereupon, and the UI interface content is moved down, and the user very easily sees the top of UI interface content.
Can find out that from above-mentioned processing in embodiments of the present invention, the content revealing of mobile phone interface has the enough flexibility ratios and the degree of freedom.Cell phone system can be according to the range data of screen and human eye, content shows on the adjustment mobile phone screen composing and style, and for example, after the distance of screen and human eye diminished, screen content can become big automatically.Stored a pictures on the mobile phone, the image of mobile phone screen just can be adjusted to suitable image and see to the user according to the distance of human eye and screen automatically, and human eye can be seen whole personage's head portrait apart from screen 30cm the time; Human eye is apart from screen 20cm, and screen is adjusted to the lip of seeing personage's head portrait automatically.In addition, in embodiments of the present invention, cell phone system can represent with best interface according to mobile phone holder's custom and characteristic.For example, certain old man is a long sight, and after initialization was provided with the long sight data, in valid value range, no matter this old man's mobile phone was far still near from human eye, can both very clear browser interface, and no longer receive the influence of long sight obstacle.
By means of technique scheme of the present invention, through setting up target area trace data model, and according to the control to the demonstration of terminal screen of the mapping relations of target area trace data model and terminal interface display parameters; The intelligent interaction mode based on touch sensible of having solved in the prior art is unfavorable for that the disabled person operates and needs the user to pay the problem of learning cost; Can expand existing mobile phone operation mode, habits and customs that can analog subscriber reduce the user learning cost; Dwindle user's individual difference; Improve user's experience, make mobile phone operation convenient flexibly, help improving the market competitiveness at terminal.
Method embodiment
According to embodiments of the invention; The method that provides a kind of automatic adjusting terminal interface to show; Fig. 3 is the flow chart of the method that shows of the automatic adjusting terminal interface of the embodiment of the invention, and is as shown in Figure 3, and the method that shows according to the automatic adjusting terminal interface of the embodiment of the invention comprises following processing:
Step 301 is obtained destination object to the physical distance data at terminal and/or the target area model of destination object;
Particularly; Obtain destination object in the step 301 and comprise following processing: collect image stream to the physical distance data at terminal; Gather the image data of destination object in the image stream, calculate the physical distance data of destination object to the terminal according to the image data of destination object; Preferably, in embodiments of the present invention, destination object behaviour face or people.
In practical application,, need three points at least in order to confirm the particular location of an object in the space; Therefore; In step 301, need to carry out following processing: 1, collect at least three group images stream, gather the image data of destination object at least three group images stream respectively; 2, at least three group image data that will gather are labeled as specific coding respectively, and analysis is also calculated the correlation between specific coding, obtains the physical distance data of destination object to the terminal.
Particularly, the target area model that obtains destination object in the step 301 specifically comprises: 1, collect image stream, gather the image data of destination object in the image stream, calculate the physical distance data of destination object to the terminal according to the image data of destination object; 2, the target area is distinguished generation target area data from destination object, and confirm the target area model according to target area data and physical distance data; In embodiments of the present invention, the target area is a human eye.
Particularly, the target area being distinguished generation target area data from destination object specifically comprises:
1, tentatively the target area is distinguished from destination object according to intelligent segmentation strategy, generate preliminary target area data; 2, preliminary target area data and target area model attributes characteristic parameter are mated, confirm the real image of target area, finally obtain the target area data according to the real image of target area.
Specifically comprise according to target area data and physical distance data computation target area model:
1, according to the focal zone of target area data and physical distance data computation target area and the angle at target area and terminal; 2, generate the target area model according to the focal zone of target area and the angle at target area and terminal.
Step 302; Confirm target area trace data model according to target area model and/or physical distance data; And, obtain and the corresponding terminal interface display parameters of trace data model according to the mapping relations of target area trace data model and terminal interface display parameters;
Step 303 shows to current terminal interface that according to the terminal interface display parameters that obtain content and/or display mode are regulated.Particularly, in practical application,, then can only carry out adjusting up and down to displaying contents according to the variation of target area model if the target area model in the trace data model of target area changes; If variation has taken place the physical distance data in the trace data model of target area, then can only regulate the size of font in the display mode according to the variation of physical distance data; When model and physical distance data all variation have taken place in the target area, can regulate simultaneously displaying contents and display mode.
Preferably, in practical application, can also adjust the terminal interface display parameters according to being provided with of user, wherein, the terminal interface display parameters specifically comprise: content typesetting, look & feel, font size and move mode.
Can find out from above-mentioned processing procedure; The physical distance data that the image that needs foundation to gather flows, destination object arrives the terminal, target area model are (for example; The intelligence human-eye model), target area trace data model (for example; Intelligence people ocular pursuit model) and the mapping relations between the terminal interface display parameters; Specifically comprise: set up every group of mapping relations of gathering image stream and physical distance data; Set up the mapping relations of gathering between image stream, physical distance data and the target area model (intelligent human-eye model), set up the corresponding relation between target area model (intelligent human-eye model), physical distance data and the target area trace data model (intelligent people's ocular pursuit model), set up the corresponding relation between target area trace data model and the terminal interface display parameters.In practical application, monitor the variation of target area through monitoring means, the start-up control unit is controlled these mapping relations, thereby reaches the purpose of control terminal display module.
Below in conjunction with accompanying drawing, be example with the human eye, the handling process of above-mentioned each module in the embodiment of the invention is described.
Step 1, user pick up mobile phone, and the terminal tracing sensing module of this mobile phone starts immediately, and terminal tracing sensing module synchronous collection image flows and calculate the physical distance of article and terminal screen, carries out transfer of data with proprietary protocol to the dividing processing module.Particularly; Camera in the image stream collector unit in the terminal tracing sensing module more than 3 or 3 begins to collect the dynamic of the corresponding object in mobile phone screen the place ahead and static image stream through a plurality of directions; After range cells receives the image stream of these objects; Make the image mark fast, the computational methods through inside obtain the physical distance data between corresponding object and this sensing module.Through proprietary protocol, with the many group images stream of collecting and physical distance transfer of data to the dividing processing module.
Step 2, dividing processing module through intelligent imaging cut apart, technology such as image processing; After obtaining image stream and physical distance data, human eye is tentatively distinguished from image stream; Generate many group human eye image datas, and set up the mapping relations of every group of human eye image stream and corresponding physics range data.Human eye image stream is discerned through the recognition unit that proprietary protocol is transferred in the system intelligence module once more.
After the recognition unit of step 3, system intelligence module receives many group human eye image streams; Characteristic vector through the human eye of repeatedly analysing and comparing; Human eye is made coupling; Further confirm to identify the real image of this human eye, and the multi-group data of this human eye real image is transferred to intelligent cell, carry out next step analysis.
Step 4, system intelligence module are stored through many groups human eye real image data that intelligent cell will identify; Receive the mapping relations of every group of human eye real image data corresponding physical range data synchronously, obtain the angle-data of human eye focal zone and human eye and screen according to these mapping relations; Set up the mapping relations between the angle of distance and human eye and screen of human eye focal zone and human eye real image, human eye and screen, generate the human eye model of mind, and be transferred to monitoring modular.
The physical distance data that step 5, monitoring modular pass through and the mapping relations of human eye model of mind generate an intelligent human eye trace data model.Follow the trail of the physical distance data that sensing module is collected through monitoring terminal, system control module is sent instruction.In case user's cell phone, user and mobile phone screen distance change, and human eye focal zone, human eye and screen angle in the mapping relations of human eye model of mind will change thereupon, and system control module is activated.Simultaneously, the data such as human eye focal zone, human eye and screen angle, human eye and distance in intelligent people's ocular pursuit model of correspondence are transferred to system control module under this distance.
Step 6, system control module pass through the parameter preset of interface interchange presetting module.This preset data comprises all configuration parameters that mobile phone UI interface can represent under variable in distance, for example, and content typesetting, look & feel, content size, move mode etc.Preferably, when using for the first time, can the terminal interface display parameters be set the user in presetting module according to user's custom.
Step 7, system control module are set up the mapping relations of monitoring modular and presetting module, and in a single day monitoring modular monitors distance and change, promptly can the triggering system control module.System control module is according to the displaying contents and the mode of the parameter control terminal display module of presetting module; After the terminal display module is received operational order; According to the data call terminal interface display parameters of receiving such as human eye focal zone, human eye and screen angle, human eye and screen distance, send the demonstration composing and the style of content on the instruction adjustment mobile phone screen.For example, monitoring modular detects the near far away of human eye and screen level distance to be changed, and the terminal display module then human eye focal zone on UI interface, terminal amplifies and dwindles demonstration; Simultaneously, change according to the angle of human eye and screen, the terminal display module to UI interface, terminal carry out content on move and move down.Particularly; When user's human eye level during near screen 5cm; Monitoring modular calculates range data and has shortened 5cm; Triggered the control operation of system control module execution presetting module, system control module makes human eye focal zone, UI interface content amplify 1 times according to human eye focal zone, human eye and screen angle data.This moment, mobile phone terminal moved 3cm on vertically; The human eye focal zone distance that monitoring modular can monitor human eye and screen changes; The angle of the human eye of correspondence and screen becomes big in people's ocular pursuit model thereupon, and the UI interface content is moved down, and the user very easily sees the top of UI interface content.
Can find out that from above-mentioned processing in embodiments of the present invention, the content revealing of mobile phone interface has the enough flexibility ratios and the degree of freedom.Cell phone system can be according to the range data of screen and human eye, content shows on the adjustment mobile phone screen composing and style, and for example, after the distance of screen and human eye diminished, screen content can become big automatically.Stored a pictures on the mobile phone, the image of mobile phone screen just can be adjusted to suitable image and see to the user according to the distance of human eye and screen automatically, and human eye can be seen whole personage's head portrait apart from screen 30cm the time; Human eye is apart from screen 20cm, and screen is adjusted to the lip of seeing personage's head portrait automatically.In addition, in embodiments of the present invention, cell phone system can represent with best interface according to mobile phone holder's custom and characteristic.For example, certain old man is a long sight, and after initialization was provided with the long sight data, in valid value range, no matter this old man's mobile phone was far still near from human eye, can both very clear browser interface, and no longer receive the influence of long sight obstacle.
By means of technique scheme of the present invention, through setting up target area trace data model, and the demonstration of terminal screen is controlled according to the mapping relations of target area trace data model and terminal interface display parameters; Existing mobile phone operation mode is expanded; A kind of new human-machine intelligence's interactive mode is provided, the reading habit that the present invention can analog subscriber, and the content of screen display is regulated up and down and/or the adjusting of font size according to user's reading habit; Can reduce the user learning cost; Improve user's experience, make mobile phone operation convenient flexibly, help improving the market competitiveness at terminal; Particularly incomplete user is arranged, make it need not start just can regulate the mode of mobile phone screen institute's content displayed and demonstration for arm.
Although be the example purpose, the preferred embodiments of the present invention are disclosed, it also is possible those skilled in the art will recognize various improvement, increase and replacement, therefore, scope of the present invention should be not limited to the foregoing description.
Claims (10)
1. regulate the method that terminal interface shows automatically for one kind, it is characterized in that, comprising:
Obtain destination object to the physical distance data at terminal and/or the target area model of said destination object;
Confirm target area trace data model according to said target area model and/or said physical distance data; And, obtain and the corresponding terminal interface display parameters of said target area trace data model according to the mapping relations of said target area trace data model and terminal interface display parameters;
Said terminal interface display parameters according to obtaining are regulated current terminal interface displaying contents and/or display mode.
2. the method for claim 1 is characterized in that,
The said destination object that obtains specifically comprises to the physical distance data at terminal:
Collection image stream is gathered the image data of destination object in the said image stream, calculates the said physical distance data of said destination object to said terminal according to the image data of said destination object;
The target area model that obtains said destination object specifically comprises:
Collection image stream is gathered the image data of destination object in the said image stream, calculates the said physical distance data of said destination object to said terminal according to the image data of said destination object;
The target area is distinguished generation target area data from said destination object, and confirm said target area model according to said target area data and said physical distance data.
3. method as claimed in claim 2 is characterized in that, said target area is distinguished generation target area data specifically comprise from said destination object:
Tentatively said target area is distinguished from said destination object according to intelligent segmentation strategy, generate preliminary target area data;
Said preliminary target area data and target area model attributes characteristic parameter are mated, confirm the real image of said target area, finally obtain said target area data according to the real image of said target area.
4. the method for claim 1 is characterized in that, said method also comprises:
According to being provided with of user said terminal interface display parameters are adjusted, wherein, said terminal interface display parameters specifically comprise: content typesetting, look & feel, font size and move mode.
5. method as claimed in claim 2 is characterized in that, said destination object behaviour face, and said target area is a human eye;
Specifically comprise according to said target area data and said physical distance data computation target area model:
According to said target area data and the focal zone of the said target area of said physical distance data computation and the angle at said target area and said terminal;
Generate said target area model according to the focal zone of said target area and the angle at said target area and said terminal.
6. regulate the terminal interface device shown automatically for one kind, it is characterized in that, comprising:
Acquiring unit is used to obtain destination object to the physical distance data at terminal and/or the target area model of said destination object;
Monitoring means; Be used for confirming target area trace data model according to said target area model and/or said physical distance data; And, obtain and the corresponding terminal interface display parameters of said target area trace data model according to the mapping relations of said target area trace data model and terminal interface display parameters;
Control unit is used for according to the said terminal interface display parameters that obtain current terminal interface displaying contents and/or display mode being regulated.
7. device as claimed in claim 6 is characterized in that, said acquiring unit specifically comprises:
Image stream collector unit is used to collect image stream, gathers the image data of destination object in the said image stream;
Range cells is used for calculating the physical distance data of said destination object to said terminal according to the image data of said destination object;
Recognition unit is used for the target area is distinguished generation target area data from said destination object;
Intelligent cell is used for confirming the target area model according to said target area data and said physical distance data.
8. device as claimed in claim 7 is characterized in that, said recognition unit specifically comprises:
The dividing processing module is used for tentatively said target area being distinguished from said destination object according to intelligent segmentation strategy, generates preliminary target area data;
The parameter matching module is used for said preliminary target area data and target area model attributes characteristic parameter are mated, and confirms the real image of said target area, finally obtains said target area data according to the real image of said target area.
9. device as claimed in claim 6 is characterized in that, said device also comprises:
Presetting module is used for according to being provided with of user said terminal interface display parameters being adjusted, and wherein, said terminal interface display parameters specifically comprise: content typesetting, look & feel, font size and move mode.
10. device as claimed in claim 7 is characterized in that, said destination object behaviour face, and said target area is a human eye;
Said intelligent cell specifically is used for: according to said target area data and the focal zone of the said target area of said physical distance data computation and the angle at said target area and said terminal, generate said target area model according to the focal zone of said target area and the angle at said target area and said terminal.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110099276.6A CN102752438B (en) | 2011-04-20 | 2011-04-20 | Method and device for automatically regulating terminal interface display |
| PCT/CN2012/071468 WO2012142869A1 (en) | 2011-04-20 | 2012-02-22 | Method and apparatus for automatically adjusting terminal interface display |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110099276.6A CN102752438B (en) | 2011-04-20 | 2011-04-20 | Method and device for automatically regulating terminal interface display |
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| CN102752438A true CN102752438A (en) | 2012-10-24 |
| CN102752438B CN102752438B (en) | 2014-08-13 |
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| WO (1) | WO2012142869A1 (en) |
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Also Published As
| Publication number | Publication date |
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| WO2012142869A1 (en) | 2012-10-26 |
| CN102752438B (en) | 2014-08-13 |
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