CN102402277B - Electronic terminal and information input processing method - Google Patents
Electronic terminal and information input processing method Download PDFInfo
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- CN102402277B CN102402277B CN201010284977.2A CN201010284977A CN102402277B CN 102402277 B CN102402277 B CN 102402277B CN 201010284977 A CN201010284977 A CN 201010284977A CN 102402277 B CN102402277 B CN 102402277B
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Abstract
The invention discloses an electronic terminal and an information input processing method. The electronic terminal comprises a light source unit and an acquisition unit, wherein the light source unit is used for outputting at least one layer of output light; the layer of output light forms at least one layer of light face on a shelving face of the electronic terminal; an included angle between the layer of light face and the shelving face is less than a preset angle; and the acquisition unit is used for acquiring at least one light spot formed on a pointed object after the pointed object enters the layer of light face, wherein the light spot is used for inputting a processing unit connected with the acquisition unit and is processed through the processing unit according to a preset strategy, and then a corresponding input instruction is generated. In the electronic terminal in the embodiment of the invention, an input unit used for realizing an input function is not required to be independently configured, so the space occupied by the electronic terminal is saved. In addition, through the matching of the acquisition unit and the light source unit in the embodiment of the electronic terminal, the input function is virtualized and the electronic terminal contributes to various input operations of a user.
Description
Technical field
The application relates to electronic communication field, particularly a kind of electric terminal and information input processing method.
Background technology
Existing PC (Personal Computer, PC) generally includes main frame, keyboard and mouse, wherein, realizes input function by the input equipment such as keyboard and mouse, and by the display output display content of main frame.Inventor finds in to the research process of prior art, and existing PC input/output function is quite ripe, but the operation of mouse and keyboard still needs to take certain space; And along with the development of touching technique, the concept of dummy keyboard and virtual mouse is suggested, if can realize virtual input by saving a large amount of spaces on PC, facilitate user to carry out input operation.
Summary of the invention
The object of the embodiment of the present application is to provide a kind of electric terminal and information input processing method, shows that to solve in prior art to realize output function needs physical keyboard and mouse to coordinate, the not high and problem that takes up room of integrated functionality.
For solving the problems of the technologies described above, the embodiment of the present application provides following technical scheme:
A kind of electric terminal, comprising:
Light source cell, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving on face of described electric terminal, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular;
Collecting unit, be used for gathering give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing, described at least one luminous point is for inputting the processing unit being connected with described collecting unit, and process described at least one luminous point by described processing unit according to subscribing strategy, generate corresponding input command.
Described collecting unit, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face;
Described processing unit, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Also comprise: display unit,
Described collecting unit, also for gathering the image of described indication thing;
Described processing unit, also, for by the image of described indication thing and the stack of described display unit present displayed content, generates superimposed image;
Described display unit, for showing described superimposed image.
Also comprise:
Function switching unit, be used for sending switching signal, described switching signal is for switching to described electric terminal described reservation strategy, and described reservation strategy comprises at least one in mouse input policing, keyboard input policing, board input policing, roll screen input policing, multiple point touching input policing and three-dimensional input policing.
Described light source cell, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face;
Described collecting unit, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Described light source cell, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described collecting unit, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering;
Described processing unit, also when represent described indication thing successively through described upper strata light face and described lower floor light face when described upper strata luminous point and described lower floor luminous point, generates corresponding input command.
Described light source cell, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described collecting unit, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering;
Described processing unit also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on described display screen.
Also comprise: display unit, support unit and processing unit,
Described support unit, for supporting described display unit shelving of described electric terminal on face;
Described light source cell, is arranged on described support unit;
Described collecting unit, is arranged on described display unit, and towards described at least one deck light face;
Described processing unit, for according to predetermined policy, processes described at least one luminous point, generates corresponding input command.
A kind of input message processing method, be applied to the electric terminal that comprises light source, described light source is used for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving of described electric terminal on face, wherein, described at least one deck light face with described in shelve face form angle be less than predetermined angular, described method comprises:
Gather give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing;
Process described at least one luminous point according to subscribing strategy, generate corresponding input command.
Also comprise:
Gather input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face;
According to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Also comprise:
Gather the image of described indication thing;
By the image of described indication thing and present displayed content stack, generate superimposed image, and show described superimposed image.
Described light source is also for simultaneously or export successively multilayer output light, and described multilayer output light forms multilayer light face;
Described method also comprises:
Be captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Described light source also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described method also comprises:
The upper strata luminous point that collection indication thing forms in the light face of upper strata and the lower floor's luminous point forming in lower floor's light face;
In the time that described upper strata luminous point and described lower floor luminous point represent described indication thing successively through described upper strata light face and described lower floor light face, generate corresponding input command.
Described light source also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Give directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming for gathering in lower floor's light face;
Obtain 3D input command by the luminous point forming successively on the described face of not sharing the same light, and on described display screen, export corresponding content according to described 3D input command.
The technical scheme being provided from above the embodiment of the present application, electric terminal in the embodiment of the present application is exported at least one deck output light by light source cell, at least one deck output light forms at least one deck light face shelving of electric terminal on face, give directions thing to enter at least after one deck light face by collecting unit collection, giving directions at least one luminous point forming on thing, at least one luminous point is for inputting the processing unit being connected with collecting unit, and process this at least one luminous point by processing unit according to subscribing strategy, generate corresponding input command.Electric terminal in the embodiment of the present application for example,, without being configured for separately the input block (, mouse, keyboard etc.) of realizing input function, is therefore saved the space hold of electric terminal; And this electric terminal embodiment, by the cooperation to collecting unit and light source cell, has realized the virtual of input function, is convenient to user and carries out various input operations.
Brief description of the drawings
Fig. 1 is the first embodiment block diagram of the application's electric terminal;
Fig. 2 is the second embodiment block diagram of the application's electric terminal;
Fig. 3 is the 3rd embodiment block diagram of the application's electric terminal;
Fig. 4 is the 4th embodiment block diagram of the application's electric terminal;
Fig. 5 is the structural representation of a kind of all-in-one of application the application electric terminal embodiment;
Fig. 6 is the first embodiment process flow diagram that is applied to the input message processing method of the application's electric terminal;
Fig. 7 is the second embodiment process flow diagram that is applied to the input message processing method of the application's electric terminal.
Embodiment
In multiple embodiment of following the application, some embodiment provides a kind of electric terminal, and some embodiment provides a kind of input message processing method.
In order to make those skilled in the art person understand better the technical scheme in the embodiment of the present application, and the above-mentioned purpose of the embodiment of the present application, feature and advantage can be become apparent more, below in conjunction with accompanying drawing, technical scheme in the embodiment of the present application is described in further detail.
Referring to Fig. 1, the first embodiment block diagram for the application's electric terminal:
This electric terminal comprises: light source cell 110 and collecting unit 120.
Wherein, light source cell 110, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving on face of described electric terminal, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular;
Collecting unit 120, be used for gathering give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing, described at least one luminous point is for inputting the processing unit being connected with described collecting unit, and process described at least one luminous point by described processing unit according to subscribing strategy, generate corresponding input command.
Further, single 120 yuan of described collection, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face; Described processing unit, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Further, described light source cell 110, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face; Described collecting unit 120, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Further, described light source cell 110, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 120, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit, also when represent described indication thing successively through described upper strata light face and described lower floor light face when described upper strata luminous point and described lower floor luminous point, generates corresponding input command.Wherein, when light source cell 110 is exported upper strata output light and lower floor's output light time successively, first described collecting unit 120 collects Guang Mian upper strata, upper strata luminous point, then collects lower floor's luminous point of lower floor's light face, represents that described indication thing is successively through described upper strata light face and described lower floor light face; Export upper strata output light and lower floor's output light time when light source cell 110, first described collecting unit 120 collects upper strata luminous point, then collects upper strata luminous point and lower floor's luminous point simultaneously, represents that described indication thing is successively through described upper strata light face and described lower floor light face.
Further, described light source cell 110, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 120, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on described display screen.
Referring to Fig. 2, the second embodiment block diagram for the application's electric terminal:
This electric terminal comprises: light source cell 210, collecting unit 220 and display unit 230.
Wherein, light source cell 210, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving on face of described electric terminal, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular;
Collecting unit 220, be used for gathering give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing, and gather the image of described indication thing, described at least one luminous point is for inputting the processing unit being connected with described collecting unit, process described at least one luminous point by described processing unit according to subscribing strategy, generate corresponding input command, and by described processing unit, the image of described indication thing and described display unit present displayed content are superposeed, generate superimposed image;
Display unit 230, for showing described superimposed image.
Further, single 220 yuan of described collection, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face; Described processing unit, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Further, described light source cell 210, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face; Described collecting unit 220, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Further, described light source cell 210, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 220, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit, also when represent described indication thing successively through described upper strata light face and described lower floor light face when described upper strata luminous point and described lower floor luminous point, generates corresponding input command.Wherein, when light source cell 210 is exported upper strata output light and lower floor's output light time successively, first described collecting unit 220 collects Guang Mian upper strata, upper strata luminous point, then collects lower floor's luminous point of lower floor's light face, represents that described indication thing is successively through described upper strata light face and described lower floor light face; Export upper strata output light and lower floor's output light time when light source cell 210, first described collecting unit 220 collects upper strata luminous point, then collects upper strata luminous point and lower floor's luminous point simultaneously, represents that described indication thing is successively through described upper strata light face and described lower floor light face.
Further, described light source cell 210, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 220, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on described display screen.
Referring to Fig. 3, the 3rd embodiment block diagram for the application's electric terminal:
This electric terminal comprises: light source cell 310, collecting unit 320 and function switching unit 330.
Light source cell 310, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving on face of described electric terminal, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular;
Collecting unit 320, be used for gathering give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing, described at least one luminous point is for inputting the processing unit being connected with described collecting unit, and process described at least one luminous point by described processing unit according to subscribing strategy, generate corresponding input command;
Function switching unit 330, be used for sending switching signal, described switching signal is for switching to described electric terminal described reservation strategy, and described reservation strategy comprises at least one in mouse input policing, keyboard input policing, board input policing, roll screen input policing, multiple point touching input policing and three-dimensional input policing.
Further, single 320 yuan of described collection, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face; Described processing unit, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Further, described light source cell 310, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face; Described collecting unit 320, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Further, described light source cell 310, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 320, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit, also when represent described indication thing successively through described upper strata light face and described lower floor light face when described upper strata luminous point and described lower floor luminous point, generates corresponding input command.Wherein, when light source cell 310 is exported upper strata output light and lower floor's output light time successively, first described collecting unit 320 collects Guang Mian upper strata, upper strata luminous point, then collects lower floor's luminous point of lower floor's light face, represents that described indication thing is successively through described upper strata light face and described lower floor light face; Export upper strata output light and lower floor's output light time when light source cell 310, first described collecting unit 320 collects upper strata luminous point, then collects upper strata luminous point and lower floor's luminous point simultaneously, represents that described indication thing is successively through described upper strata light face and described lower floor light face.For example, when electric terminal is current while being switched to keyboard input policing,, detecting while giving directions thing successively through upper strata light face and lower floor's light face, represent to press the button on lower keyboard.
Further, described light source cell 310, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 320, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on described display screen.
In three embodiment of above-mentioned the application's electric terminal, processing unit is independent of electric terminal individualism, does not belong to a part for this electric terminal.For example, electric terminal can be specially the display section that does not comprise host machine part in PC, and this display section need not connect the independent input equipment such as mouse and keyboard, and all input commands obtain by the cooperation of light source cell and collecting unit.Wherein, display unit, corresponding to the function of display section, is generally display screen, and light source cell can be specially the infrared light supply that can export infrared light, collecting unit can be specially camera, and this camera can be arranged on top, the left or right-hand of display screen.
Referring to Fig. 4, the 4th embodiment block diagram for the application's electric terminal:
This electric terminal comprises: support unit 410, display unit 420, light source cell 430, collecting unit 440 and processing unit 450.
Wherein, described support unit 410, for supporting described display unit 420 shelving of described electric terminal on face;
Described light source cell 430, be arranged on described support unit 410, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face described shelving on face, wherein, described at least one deck light face with described in shelve face form angle be less than predetermined angular;
Described collecting unit 440, is arranged on described display unit 420, and towards described at least one deck light face, for gather give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing;
Described processing unit 450, for according to predetermined policy, processes described at least one luminous point, generates corresponding input command.
Further, single 440 yuan of described collection, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face; Described processing unit 450, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
Further, described light source cell 430, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face; Described collecting unit 440, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
Further, described light source cell 430, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 440, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit 450, also when represent described indication thing successively through described upper strata light face and described lower floor light face when described upper strata luminous point and described lower floor luminous point, generates corresponding input command.Wherein, when light source cell 430 is exported upper strata output light and lower floor's output light time successively, first described collecting unit 440 collects Guang Mian upper strata, upper strata luminous point, then collects lower floor's luminous point of lower floor's light face, represents that described indication thing is successively through described upper strata light face and described lower floor light face; Export upper strata output light and lower floor's output light time when light source cell 430, first described collecting unit 440 collects upper strata luminous point, then collects upper strata luminous point and lower floor's luminous point simultaneously, represents that described indication thing is successively through described upper strata light face and described lower floor light face.
Further, described light source cell 430, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance; Described collecting unit 440, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering; Described processing unit 450 also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on described display screen.
In the 4th embodiment of above-mentioned the application's electric terminal, processing unit belongs to a part for electric terminal.For example, electric terminal can be the one PC of collection display section and host machine part, this one PC is equally without connecting the independent input equipment such as mouse and keyboard, all input commands obtain by the cooperation of light source cell and collecting unit, and on display unit, show output after processing by processing unit.Taking one PC as example, above-mentioned support unit 410 can be specially support or housing, the all-in-one of integrated display section and host machine part is arranged on this support or housing, in the time of application above-described embodiment, processing unit is corresponding to the function of host machine part, display unit is corresponding to the function of display section, and this processing unit is integrated in display unit inside; Collecting unit can be specially camera, and this camera can be arranged on top, the left or right-hand of all-in-one, and in the time that all-in-one has stent support, this camera can also be arranged on the below of all-in-one.
Referring to Fig. 5, a kind of all-in-one machine structure schematic diagram for application the application electric terminal embodiment:
The all-in-one of this all-in-one main frame that has been integrated and display screen, camera is installed above all-in-one, all-in-one for example, shelving face (, desktop) above, is provided with multi-layered infrared light source (being three layers of infrared light supply in Fig. 5) by stentplacement below support on base.
Wherein, multi-layered infrared light source can be exported thinner light face, between multi-layered infrared light face, is parallel to each other, and when user is in the time operating, in the time that finger enters certain one deck infrared light face, finger tip part will form highlighted luminous point on infrared light face.
Camera can catch above-mentioned highlighted luminous point in its acquisition range, and integrated host-processor can be according to above-mentioned luminous point in all-in-one, and move on light face formed track and/or generate corresponding input command with respect to the position of light face of finger.This all-in-one can comprise by the corresponding input command of realizing: keyboard input command, mouse input command, handwriting pad input command, roll screen input command, multiple point touching input command and the mutual input command of 3D.
Further, this camera can also gather the image of finger, and the processor in main frame can superpose present displayed content on the image of this finger and display screen, and exports this superimposed image.For example, in the time realizing keyboard entry function, on the dummy keyboard of exporting on the display screen that finger-image can be added to, thereby be convenient to for carrying out input operation according to shown dummy keyboard.
Further, when having installed after multi-layered infrared light source, this all-in-one is except catching the motion of finger in X-Y direction, can also catch the motion of finger in Z direction, for example, can be according to each layer of infrared light identity distance from the vertical range of shelving face, the finger distance (for example, distance for 10mm, 5mm, still touched desktop) that now distance is shelved face detected.Taking 3 layers of infrared light face as example, each layer of infrared light supply can be lighted successively, suppose that now right hand forefinger finger tip is just positioned at the 3rd layer of infrared light face, when layers 1 and 2 infrared light supply is lighted, the infrared light face that formed and right hand forefinger finger tip cannot form bright spot, only have in the time that the 3rd layer of infrared light supply lighted, the infrared light face forming can shine right hand forefinger finger tip, the illuminated position of finger tip forms high bright spot, high bright spot picture head being shot captures, therefore all-in-one can judge that right hand forefinger finger tip is positioned at the height of the 3rd layer of light source, can realize 3D input according to the bright spot forming on different infrared light faces thus.
Corresponding with the embodiment of the application's electric terminal, the application also provides the embodiment of input message processing method.The embodiment of above-mentioned input message processing method is the embodiment of the method that is applied to electric terminal embodiment.
Referring to Fig. 6, the first embodiment process flow diagram for the application's input message processing method:
Step 601: after at least one deck light face that at least one deck output light that collection gives directions thing to enter light source output forms, at least one luminous point forming on this indication thing.
In the applied electric terminal of the embodiment of the present application, comprise light source, light source is used for exporting at least one deck output light, at least one deck output light forms at least one deck light face shelving of electric terminal on face, wherein, at least one deck light face with described in shelve face form angle be less than predetermined angular, namely allow this infrared light face and to shelve face not exclusively parallel, certain angle can tilt.
Step 602: process described at least one luminous point according to subscribing strategy, generate corresponding input command.
Further, can also gather and give directions input trajectory that thing forms on one deck light face at least and/or the position with respect to light face, generate corresponding input command according to input trajectory and/or with respect to the position of light face.
Further, can also or export successively multilayer output light by the light source while, multilayer output light forms multilayer light face, and is captured in the luminous point forming on the face of not sharing the same light of multilayer light face.
Further, can also or export successively upper strata output light and lower floor's output light by the light source while, form upper strata light face and lower floor's light face, wherein, upper strata light face is greater than lower floor's light face and the distance of shelving face with the distance of shelving face, then gather and give directions the upper strata luminous point that forms of thing and the lower floor's luminous point forming in the light face of upper strata in lower floor's light face, in the time that upper strata luminous point and lower floor's luminous point represent to give directions thing successively through upper strata light face and lower floor's light face, generate corresponding input command.
Further, can also or export successively upper strata output light and lower floor's output light by the light source while, form upper strata light face and lower floor's light face, wherein, upper strata light face is greater than lower floor's light face and the distance of shelving face with the distance of shelving face, then the upper strata luminous point that collection indication thing forms in the light face of upper strata and the lower floor's luminous point forming in lower floor's light face, obtain 3D input command by the luminous point forming successively on the face of not sharing the same light, and on display screen, export corresponding content according to 3D input command.
Referring to Fig. 7, the second embodiment process flow diagram for the application's input message processing method:
Step 701: after at least one deck light face that at least one deck output light that collection gives directions thing to enter light source output forms, at least one luminous point forming on this indication thing.
Step 702: gather the image of giving directions thing.
Step 703: by giving directions image and the present displayed content stack of thing, generate superimposed image.
Step 704: show this superimposed image.
Step 705: process described at least one luminous point according to subscribing strategy, generate corresponding input command.
Above-described embodiment can be applied in the time realizing keyboard entry function by electric terminal, and the virtual image of keyboard and indication figure image are superposeed, and is presented on display screen, so that for carrying out input operation according to dummy keyboard.
As seen through the above description of the embodiments, electric terminal in the embodiment of the present application is exported at least one deck output light by light source cell, at least one deck output light forms at least one deck light face shelving of electric terminal on face, give directions thing to enter at least after one deck light face by collecting unit collection, giving directions at least one luminous point forming on thing, at least one luminous point is for inputting the processing unit being connected with collecting unit, and process this at least one luminous point by processing unit according to subscribing strategy, generate corresponding input command.Electric terminal in the embodiment of the present application for example,, without being configured for separately the input block (, mouse, keyboard etc.) of realizing input function, is therefore saved the space hold of electric terminal; And this electric terminal embodiment, by the cooperation to collecting unit and light source cell, has realized the virtual of input function, is convenient to user and carries out various input operations.
Those skilled in the art can be well understood to the mode that technology in the embodiment of the present application can add essential general hardware platform by software and realize.Based on such understanding, the part that technical scheme in the embodiment of the present application contributes to prior art in essence in other words can embody with the form of software product, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions (can be personal computers in order to make a computer equipment, server, or the network equipment etc.) carry out the method described in some part of each embodiment of the application or embodiment.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually referring to, what each embodiment stressed is and the difference of other embodiment.Especially,, for system embodiment, because it is substantially similar in appearance to embodiment of the method, so description is fairly simple, relevant part is referring to the part explanation of embodiment of the method.
Above-described the application's embodiment, does not form the restriction to the application's protection domain.The amendment done within any spirit in the application and principle, be equal to and replace and improvement etc., within all should being included in the application's protection domain.
Claims (12)
1. an electric terminal, is characterized in that, comprising:
Light source cell, for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving on face of described electric terminal, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular; Described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular and be specially: described at least one deck light face with described in to shelve face substantially parallel;
Collecting unit, be used for gathering give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing, described at least one luminous point is for inputting the processing unit being connected with described collecting unit, and process described at least one luminous point by described processing unit according to subscribing strategy, generate corresponding input command;
Described light source cell, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described collecting unit, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering;
Described processing unit, the also vertical range for shelving face according to each layer of infrared light distance, detects the distance that finger distance is shelved face, obtains 3D input command by the luminous point forming successively on the face of not sharing the same light.
2. electric terminal according to claim 1, is characterized in that,
Described collecting unit, also for gathering input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face;
Described processing unit, also for according to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
3. electric terminal according to claim 1, is characterized in that, also comprises: display unit,
Described collecting unit, also for gathering the image of described indication thing;
Described processing unit, also, for by the image of described indication thing and the stack of described display unit present displayed content, generates superimposed image;
Described display unit, for showing described superimposed image.
4. electric terminal according to claim 1, is characterized in that, also comprises:
Function switching unit, be used for sending switching signal, described switching signal is for switching to described electric terminal described reservation strategy, and described reservation strategy comprises at least one in mouse input policing, keyboard input policing, board input policing, roll screen input policing, multiple point touching input policing and three-dimensional input policing.
5. electric terminal according to claim 1, is characterized in that,
Described light source cell, also, for simultaneously or export successively multilayer output light, described multilayer output light forms multilayer light face;
Described collecting unit, also for being captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
6. electric terminal according to claim 1, is characterized in that,
Described light source cell, also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described collecting unit, also gives directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming in lower floor's light face for gathering;
Described processing unit also for obtaining 3D input command by the luminous point forming successively on the described face of not sharing the same light, and is exported corresponding content according to described 3D input command on display screen.
7. electric terminal according to claim 1, is characterized in that, also comprises: display unit, support unit and processing unit,
Described support unit, for supporting described display unit shelving of described electric terminal on face;
Described light source cell, is arranged on described support unit;
Described collecting unit, is arranged on described display unit, and towards described at least one deck light face;
Described processing unit, for according to predetermined policy, processes described at least one luminous point, generates corresponding input command.
8. an input message processing method, it is characterized in that, be applied to the electric terminal that comprises light source, described light source is used for exporting at least one deck output light, described at least one deck output light forms at least one deck light face shelving of described electric terminal on face, wherein, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular, described at least one deck light face with described in shelve the angle that face forms and be less than predetermined angular and be specially: described at least one deck light face and described in to shelve face substantially parallel; Described method comprises:
Gather give directions thing enter described at least after one deck light face, at least one luminous point forming on described indication thing;
Process described at least one luminous point according to subscribing strategy, generate corresponding input command;
Described light source also, for simultaneously or export successively upper strata output light and lower floor's output light, forms upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Described method also comprises:
The upper strata luminous point that collection indication thing forms in the light face of upper strata and the lower floor's luminous point forming in lower floor's light face;
The vertical range of shelving face according to each layer of infrared light distance, detects the distance that finger distance is shelved face, obtains 3D input command by the luminous point forming successively on the face of not sharing the same light.
9. method according to claim 8, is characterized in that, also comprises:
Gather input trajectory that described indication thing forms on described at least one deck light face and/or the position with respect to described light face;
According to described input trajectory and/or generate corresponding input command with respect to the position of described light face.
10. method according to claim 8, is characterized in that, also comprises:
Gather the image of described indication thing;
By the image of described indication thing and present displayed content stack, generate superimposed image, and show described superimposed image.
11. methods according to claim 8, is characterized in that, described light source is also for simultaneously or export successively multilayer output light, and described multilayer output light forms multilayer light face;
Described method also comprises:
Be captured in the luminous point forming on the face of not sharing the same light of described multilayer light face.
12. methods according to claim 8, it is characterized in that, described light source is also for simultaneously or export successively upper strata output light and lower floor's output light, form upper strata light face and lower floor's light face, wherein, described upper strata light face with described in shelve face distance be greater than described lower floor light face with described in shelve face distance;
Give directions the upper strata luminous point that forms at upper strata light face of thing and the lower floor's luminous point forming for gathering in lower floor's light face;
Obtain 3D input command by the luminous point forming successively on the described face of not sharing the same light, and on display screen, export corresponding content according to described 3D input command.
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| CN201010284977.2A CN102402277B (en) | 2010-09-16 | 2010-09-16 | Electronic terminal and information input processing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010284977.2A CN102402277B (en) | 2010-09-16 | 2010-09-16 | Electronic terminal and information input processing method |
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| CN102402277B true CN102402277B (en) | 2014-11-05 |
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| CN104850271B (en) * | 2014-02-18 | 2019-03-29 | 联想(北京)有限公司 | A kind of input method and device |
| DE102014207920A1 (en) * | 2014-04-28 | 2015-10-29 | Robert Bosch Gmbh | Electrical device and method for operating an electrical device |
| DE102014207902A1 (en) * | 2014-04-28 | 2015-10-29 | Robert Bosch Gmbh | Module and method for operating a module |
| JP6739847B2 (en) * | 2018-09-12 | 2020-08-12 | 株式会社アルファコード | Image display control device and image display control program |
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| CN1378171A (en) * | 2002-05-20 | 2002-11-06 | 许旻 | Computer input system |
| CN1493053A (en) * | 2001-01-08 | 2004-04-28 | Vkb����˾ | Data input device |
| CN1701351A (en) * | 2000-09-07 | 2005-11-23 | 卡尼斯塔公司 | Quasi-three-dimensional method and apparatus to detect and localize interaction of user-object and virtual transfer device |
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| TW464800B (en) * | 1998-10-07 | 2001-11-21 | Intel Corp | A method for inputting data to an electronic device, an article comprising a medium for storing instructions, and an image processing system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1701351A (en) * | 2000-09-07 | 2005-11-23 | 卡尼斯塔公司 | Quasi-three-dimensional method and apparatus to detect and localize interaction of user-object and virtual transfer device |
| CN1493053A (en) * | 2001-01-08 | 2004-04-28 | Vkb����˾ | Data input device |
| CN1378171A (en) * | 2002-05-20 | 2002-11-06 | 许旻 | Computer input system |
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