CN104270663A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN104270663A CN104270663A CN201410455957.5A CN201410455957A CN104270663A CN 104270663 A CN104270663 A CN 104270663A CN 201410455957 A CN201410455957 A CN 201410455957A CN 104270663 A CN104270663 A CN 104270663A
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- predetermined direction
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
- H04N21/42201—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS] biosensors, e.g. heat sensor for presence detection, EEG sensors or any limb activity sensors worn by the user
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
- H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
- H04N21/42206—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor characterized by hardware details
- H04N21/42221—Transmission circuitry, e.g. infrared [IR] or radio frequency [RF]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
- H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
- H04N21/42206—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor characterized by hardware details
- H04N21/42224—Touch pad or touch panel provided on the remote control
Abstract
The invention discloses an information processing method. The information processing method is applied to first electronic equipment, and a first induction module is arranged on a first surface of the first electronic equipment and can induct user operations so that corresponding control signals can be generated to control second electronic equipment. The information processing method further includes the steps of obtaining a first operation through the first induction module, obtaining the operational attribute of the first operation, responding to the first operation to generate a first control signal if it is judged that the included angle between the operational direction of the first operation and a first predetermined direction is within a first threshold value range, and not responding to the first operation if it is judged that the included angle between the operational direction of the first operation and the first predetermined direction is out of the first threshold value range. Meanwhile, the invention further provides electronic equipment which is fit with human physiological structures, easy to hold and operate and capable of promoting user experience.
Description
Technical field
The present invention relates to the information processing technology, be specifically related to a kind of information processing method and electronic equipment.
Background technology
Intelligent television is subject to the welcome of users because it is multi-functional.By the operation of user to the touch area of empty mouse, and realize the operation to intelligent television.At present, empty mouse is Trackpad by being arranged on below touch area and gets the touch control operation of user in touch area.If the one side with touch area of empty mouse is referred to as front.Draw through ergonomics statistics, when staff grips empty mouse, thumb accustomed to using carries out horizontal touch-control in front, uses forefinger to carry out vertical touch-control at reverse side.As can be seen here, need badly a kind of be not only applicable to human body physiological make-up but also fast detecting can go out the empty mouse of effective touch-control.
Summary of the invention
For solving the technical problem of existing existence, the embodiment of the present invention is to provide a kind of information processing method and electronic equipment, and the physiological make-up that can be applicable to human body simultaneously fast detecting can go out the empty mouse of effective touch-control, and then promotes Consumer's Experience.
The technical scheme of the embodiment of the present invention is achieved in that
The information processing method that the embodiment of the present invention provides, is applied in the first electronic equipment, and described first electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described first electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment; Described method also comprises:
The first operation is obtained by described first induction module;
Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal:
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
In such scheme, described method also comprises:
Arrange the second induction module at the second surface of described first electronic equipment, described first surface is different from described second surface;
The second operation is obtained by described second induction module;
Obtain the direction of operating of the second operation;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation;
Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular.
In such scheme, described method also comprises:
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module,
Extract the first attribute of the first operation, described first attribute at least comprises the first operation direction of operating in the first predetermined direction causes and the first distance with the first precalculated position thereof;
Extract the second attribute of the second operation, described second attribute at least comprises second and operates in the direction of operating on the second predetermined direction and the second distance with the second precalculated position thereof;
According to described first attribute and the second attribute, generate the 3rd operation;
Respond the 3rd operation, generate the 3rd control signal.
In such scheme, described method also comprises:
Determine that the first extracted attribute is the first vector;
Determine that the second extracted attribute is the second vector;
Synthesize described first vector and the second vector, obtain the first synthesis result;
When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
In such scheme, described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces;
Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces;
Synthesize described First Speed and second speed, obtain the second synthesis result;
When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
The embodiment of the present invention additionally provides a kind of electronic equipment, and described electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment; Wherein,
Described electronic equipment obtains the first operation by described first induction module;
Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
In such scheme, arrange the second induction module at the second surface of described electronic equipment, described first surface is different from described second surface;
The second operation is obtained by described second induction module;
Obtain the direction of operating of the second operation;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation;
Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular.
In such scheme,
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module,
Extract the first attribute of the first operation, described first attribute at least comprise the first operation direction of operating in the first predetermined direction causes and and the first precalculated position between the first distance;
Extract the second attribute of the second operation, described second attribute at least comprise second operate in direction of operating on the second predetermined direction and and the second precalculated position between second distance;
According to described first attribute and the second attribute, generate the 3rd operation;
Respond the 3rd operation, generate the 3rd control signal.
In such scheme,
Determine that the first extracted attribute is the first vector;
Determine that the second extracted attribute is the second vector;
Synthesize described first vector and the second vector, obtain the first synthesis result;
When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
In such scheme,
Described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces;
Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces;
Synthesize described First Speed and second speed, obtain the second synthesis result;
When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
The information processing method that the embodiment of the present invention provides and electronic equipment, described method is applied in the first electronic equipment, and described first electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described first electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment; Described method also comprises: obtain the first operation by described first induction module; Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation; Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, respond described first operation, generate the first control signal: be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.Utilize the technical scheme of the embodiment of the present invention, first induction module of the first electronic equipment is arranged on first surface, the setting of the first induction module position is beneficial to the thumb of user or the touch-control of forefinger, be applicable to the physiological make-up of human body, be easy to grip and operation, also fast detecting can go out the empty mouse of effective touch-control, and then can Consumer's Experience be promoted.
Accompanying drawing explanation
The schematic diagram of the electronic equipment that Fig. 1 provides for the embodiment of the present invention;
Fig. 2 is the realization flow schematic diagram of the first embodiment of information processing method provided by the invention;
Fig. 3 is the realization flow schematic diagram of the second embodiment of information processing method provided by the invention.
Embodiment
Below in conjunction with accompanying drawing to a preferred embodiment of the present invention will be described in detail, should be appreciated that following illustrated preferred embodiment is only for instruction and explanation of the present invention, is not intended to limit the present invention.
The first electronic equipment involved in each embodiment of information processing method provided by the invention and electronic equipment provided by the invention include but not limited to: Bluetooth remote control equipment, infrared remote control equipment; Described second electronic equipment includes but not limited to: all kinds computer, integral computer, the electronic readers etc. such as TV, intelligent television, industrial control computer, personal computer.In the embodiment of the present invention, the preferred object of the first electronic equipment (electronic equipment) is Bluetooth remote control equipment; The preferred object of the second electronic equipment is TV or intelligent television.
Electronic equipment embodiment one
First embodiment of electronic equipment provided by the invention, described electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment.
The schematic diagram of the electronic equipment that Fig. 1 provides for the embodiment of the present invention; Composition graphs 1, and be infrared remote control equipment (empty mouse) with electronic equipment, the second electronic equipment be intelligent television is example, first surface is a surface that can be user-friendly on sky mouse, first surface can be surface, dotted box portion place i.e. surface 1 in Fig. 1, surface 1 is user-friendly to thumb and performs touch control operation; First surface can also be the plane i.e. surface 2 relative with surface, dotted box portion place, surface 2 is user-friendly to forefinger and performs touch control operation; First induction module can be Trackpad, and when first surface is surperficial 1, Trackpad is arranged on the below of position shown in dotted line frame; When first surface is surperficial 2, Trackpad arrange over surface 2 with the below of dotted line frame relative position; Empty mouse obtains the operation of user by Trackpad and generates control signal, to perform the operation to intelligent television.Wherein,
Described electronic equipment obtains the first operation by described first induction module; Here, described first is operating as the touch control operation of user to touch area, further, when the first induction module is arranged on the below on surface 1, obtains user's thumb to the touch control operation of touch area 1 (dotted box portion in Fig. 1); When the first induction module is arranged on the below on surface 2, obtain user's forefinger to the touch control operation of touch area 2 (region relative with the dotted line frame in Fig. 1 over surface 2).
Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation; Here, the direction of operating of touch control operation is obtained.
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal; Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
Take first surface as surface 1 be example, when get first be operating as user use thumb touch control operation on the surface 1 time, because use the convenient horizontal touch-control to touch area 1 of thumb, so the first predetermined direction is the horizontal direction of touch area 1, consider that the touch control operation of user's thumb may exist a little skew, so the angle between the direction of operating needing calculating first to operate and the first predetermined direction, when the angle calculated is positioned at default first threshold scope, confirm that first is operating as effective horizontal touch control operation, empty mouse is based on the first operation generation first control signal, and be sent to intelligent television, such as, first control signal is converted channel signal, when intelligent television receives this signal, be converted to new channel, when calculated angle is not positioned at first threshold scope, confirms that first is operating as invalid operation, do not respond the first operation, wherein, described first threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
First surface be surface 2 for example time, first is operating as user uses forefinger at the touch control operation of touch area 2, and the first predetermined direction is the vertical direction of touch area 2, and other explanation is similar to the above, repeats no more.
As can be seen here, in the embodiment of the present invention, arrange the first induction module at the first surface of electronic equipment, this first surface can facilitate the horizontal touch-control of user's thumb or the vertical touch-control of forefinger, has adapted to the physiological make-up of human body and has catered to the operating habit of human body; When angle between the direction of operating calculating the accessed by described first induction module first operation and the first predetermined direction is positioned at first threshold scope, responds described first operation, generate the first control signal; When not being positioned at first threshold scope, do not respond the first operation; Namely for the touch control operation of user, only response meets the touch control operation of above-mentioned requirements, fast detecting can go out effective touch control operation, improve user's experience.
Electronic equipment embodiment two
Second embodiment of electronic equipment provided by the invention, described electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment.
The schematic diagram of the electronic equipment that Fig. 1 provides for the embodiment of the present invention; Composition graphs 1, and be infrared remote control equipment (empty mouse) with electronic equipment, the second electronic equipment be intelligent television is example, first surface is a surface that can be user-friendly on sky mouse, first surface can be surface, dotted box portion place i.e. surface 1 in Fig. 1, surface 1 is user-friendly to thumb and performs touch control operation; First surface can also be the plane i.e. surface 2 relative with surface, dotted box portion place, surface 2 is user-friendly to forefinger and performs touch control operation; First induction module can be Trackpad, and when first surface is surperficial 1, Trackpad is arranged on the below of position shown in dotted line frame; When first surface is surperficial 2, Trackpad arrange over surface 2 with the below of dotted line frame relative position; Empty mouse obtains the operation of user by Trackpad and generates control signal, to perform the operation to intelligent television.Wherein,
Described electronic equipment obtains the first operation by described first induction module; Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation; Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, respond described first operation, generate the first control signal: be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
Preferably, arrange the second induction module at the second surface of described first electronic equipment, described first surface is different from described second surface; The second operation is obtained by described second induction module; Obtain the direction of operating of the second operation; Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal; Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation; Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular, and described first predetermined angular can be 80 °, can also arrange flexibly according to practical situations.
Concrete, two surfaces of electronic equipment arrange Trackpad simultaneously, and when first surface is surperficial 1, second surface is surface 2; When first surface is surperficial 2, second surface is surface 1; User can be facilitated on the surface 1 to perform horizontal touch control operation, user can be facilitated over surface 2 to perform vertical touch control operation, adapt to the physiological make-up of human body.
Below for described first surface be surface 1, second surface for surface 2, described first operation, to be user to the touch control operation of the touch area of respective surfaces be example in the second operation, is further described the present embodiment.
When first surface be surface 1 that is the first induction module be arranged on surface 1 below time, obtain user's thumb to the touch control operation of touch area 1 (dotted box portion in Fig. 1), this touch control operation is the first operation, because use the convenient horizontal touch-control to touch area 1 of thumb, so the first predetermined direction is the horizontal direction of touch area 1, consider that the touch control operation of user's thumb may exist a little skew, so the angle between the direction of operating needing calculating first to operate and the first predetermined direction, when the angle calculated is positioned at default first threshold scope, confirm that first is operating as effective horizontal touch control operation, empty mouse is based on the first operation generation first control signal, and be sent to intelligent television, such as, first control signal is converted channel signal, when intelligent television receives this signal, be converted to new channel, when calculated angle is not positioned at first threshold scope, confirms that first is operating as invalid operation, do not respond the first operation, wherein, described first threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
When second surface be surface 2 that is the second induction module be arranged on surface 2 below time, obtain user's forefinger to the touch control operation of touch area 2 (region relative with the dotted line frame in Fig. 1 over surface 2), this touch control operation is the second operation, because use the convenient vertical touch-control to touch area 2 of forefinger, so the second predetermined direction is the vertical direction of touch area 2, consider that the touch control operation of user's forefinger may exist a little skew, so the angle between the direction of operating needing calculating second to operate and the second predetermined direction, when the angle calculated is positioned at default Second Threshold scope, confirm that second is operating as effective vertical touch control operation, empty mouse is based on the second operation generation second control signal, and be sent to intelligent television, such as, second control signal is slide downward web page signals, when intelligent television receives this signal, the current shown webpage of slide downward, when calculated angle is not positioned at Second Threshold scope, confirms that second is operating as invalid operation, do not respond the second operation, wherein, described Second Threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
In such scheme, the first operation got by the first induction module and got by the second induction module second is operated and has precedence.The disposition simultaneously got when the first operation and second operates for described electronic equipment is below described in detail.
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module, extract the first attribute of the first operation, described first attribute at least comprises the first operation direction of operating in the first predetermined direction causes and the first distance with the first precalculated position thereof; Extract the second attribute of the second operation, described second attribute at least comprises second and operates in the direction of operating on the second predetermined direction and the second distance with the second precalculated position thereof; According to described first attribute and the second attribute, generate the 3rd operation; Respond the 3rd operation, generate the 3rd control signal.
Wherein, for according to described first attribute and the second attribute, generate the 3rd operation, response the 3rd operation, generates the 3rd control signal, comprising: determine that the first extracted attribute is the first vector; Determine that the second extracted attribute is the second vector; Synthesize described first vector and the second vector, obtain the first synthesis result; When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
That is, within the very first time, the second operation is got while getting the first operation, extract first and operate in the direction of operating on touch area 1 and the first distance with the first precalculated position thereof, namely determine the size that the first operation produces on the surface 1 and direction (the first vector); Extract second and operate in the direction of operating on touch area 2 and the second distance with the second precalculated position thereof, namely determine the size that the second operation produces over surface 2 and direction (the second vector); First vector and the second vector are synthesized, form a resultant vector, when the size of this resultant vector and direction are all in the 3rd threshold range, determine that corresponding being operating as of this resultant vector is different from the valid function of the first operation and the second operation, generate the 3rd operation, based on the 3rd operation, generate the 3rd control signal.Wherein, described first precalculated position can be the center position of touch area 1, and the second precalculated position can be the center position of touch area 2.
When electronic equipment gets the first operation and second operates simultaneously, described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces; Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces; Synthesize described First Speed and second speed, obtain the second synthesis result; When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
That is, within the very first time, when getting the second operation while getting the first operation, first can also be extracted and operate in touch area 1 First Speed in a lateral direction, extraction second operates in the second speed in the vertical direction of touch area 2, two speed are synthesized, when this aggregate velocity is in the 4th threshold range, determine that corresponding being operating as of this aggregate velocity is different from the first operation and namely the second valid function operated generates the 3rd operation, based on the 3rd operation, generate the 3rd control signal.
In such scheme, described 3rd control signal is and the second control signal, signal that the first control signal is all not identical, such as the 3rd control signal can for closing or open the signal of intelligent television, second control signal can be the signal of the current shown webpage of slip intelligent television, and the first control signal can be the signal of converted channel.
As can be seen here, in the embodiment of the present invention, at the first surface of electronic equipment, the first induction module is set, second induction module is set at second surface simultaneously, this first surface can facilitate this second surface of horizontal touch-control of user's thumb can facilitate the vertical touch-control of user's forefinger, has adapted to the physiological make-up of human body and has catered to the operating habit of human body; When angle between the direction of operating calculating the corresponding operating accessed by respective induction module and corresponding predetermined direction is positioned at respective threshold scope, respond described operation, generate corresponding control signal; When not being positioned at respective threshold scope, do not respond described operation; Namely for the touch control operation of user, only response meets the touch control operation of above-mentioned corresponding requirements, fast detecting can go out effective touch control operation, improve user's experience.
Embodiment of the method one
First embodiment of information processing method provided by the invention, is applied in the first electronic equipment, and described first electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described first electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment.
The schematic diagram of the first electronic equipment that Fig. 1 provides for the present embodiment; Composition graphs 1, for the first electronic equipment for Bluetooth remote control equipment (empty mouse), the second electronic equipment are for intelligent television, first surface is a surface that can be user-friendly on sky mouse, first surface can be surface, dotted box portion place i.e. surface 1 in Fig. 1, surface 1 is user-friendly to thumb and performs touch control operation; First surface can also be the plane i.e. surface 2 relative with surface, dotted box portion place, surface 2 is user-friendly to forefinger and performs touch control operation; First induction module can be Trackpad, and when first surface is surperficial 1, Trackpad is arranged on the below of position shown in dotted line frame; When first surface is surperficial 2, Trackpad arrange over surface 2 with the below of dotted line frame relative position; Empty mouse obtains the operation of user by Trackpad and generates control signal, to perform the operation to intelligent television.
Fig. 2 is the realization flow schematic diagram of the first embodiment of information processing method provided by the invention; As shown in Figure 2, described method comprises:
Step 201: obtain the first operation by described first induction module;
Here, described first is operating as the touch control operation of user to touch area, further, when the first induction module is arranged on the below on surface 1, obtains user's thumb to the touch control operation of touch area 1 (dotted box portion in Fig. 1); When the first induction module is arranged on the below on surface 2, obtain user's forefinger to the touch control operation of touch area 2 (region relative with the dotted line frame in Fig. 1 over surface 2).
Step 202: the operational attribute obtaining the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Here, the direction of operating of touch control operation is obtained.
Step 203: be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal; Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
Take first surface as surface 1 be example, when get first be operating as user use thumb touch control operation on the surface 1 time, because use the convenient horizontal touch-control to touch area 1 of thumb, so the first predetermined direction is the horizontal direction of touch area 1, consider that the touch control operation of user's thumb may exist a little skew, so the angle between the direction of operating needing calculating first to operate and the first predetermined direction, when the angle calculated is positioned at default first threshold scope, confirm that first is operating as effective horizontal touch control operation, empty mouse is based on the first operation generation first control signal, and be sent to intelligent television, such as, first control signal is converted channel signal, when intelligent television receives this signal, be converted to new channel, when calculated angle is not positioned at first threshold scope, confirms that first is operating as invalid operation, do not respond the first operation, wherein, described first threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
First surface be surface 2 for example time, first is operating as user uses forefinger at the touch control operation of touch area 2, and the first predetermined direction is the vertical direction of touch area 2, and other explanation is similar to the above, repeats no more.
As can be seen here, in the embodiment of the present invention, arrange the first induction module at the first surface of electronic equipment, this first surface can facilitate the horizontal touch-control of user's thumb or the vertical touch-control of forefinger, has adapted to the physiological make-up of human body and has catered to the operating habit of human body; When angle between the direction of operating calculating the accessed by described first induction module first operation and the first predetermined direction is positioned at first threshold scope, responds described first operation, generate the first control signal; When not being positioned at first threshold scope, do not respond the first operation; Namely for the touch control operation of user, only response meets the touch control operation of above-mentioned requirements, fast detecting can go out effective touch control operation, improve user's experience.
Embodiment of the method two
First embodiment of information processing method provided by the invention, is applied in the first electronic equipment, and described first electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described first electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment.
The schematic diagram of the first electronic equipment that Fig. 1 provides for the present embodiment; Composition graphs 1, for the first electronic equipment for infrared remote control equipment (empty mouse), the second electronic equipment are for intelligent television, first surface is a surface that can be user-friendly on sky mouse, first surface can be surface, dotted box portion place i.e. surface 1 in Fig. 1, surface 1 is user-friendly to thumb and performs touch control operation; First surface can also be the plane i.e. surface 2 relative with surface, dotted box portion place, surface 2 is user-friendly to forefinger and performs touch control operation; First induction module can be Trackpad, and when first surface is surperficial 1, Trackpad is arranged on the below of position shown in dotted line frame; When first surface is surperficial 2, Trackpad arrange over surface 2 with the below of dotted line frame relative position; Empty mouse obtains the operation of user by Trackpad and generates control signal, to perform the operation to intelligent television.
Fig. 3 is the realization flow schematic diagram of the second embodiment of information processing method provided by the invention; As shown in Figure 3, described method comprises:
Step 301: obtain the first operation by described first induction module;
Step 302: the operational attribute obtaining the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Here, the direction of operating of touch control operation is obtained.
Step 303: be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal; Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
Preferably, arrange the second induction module at the second surface of described first electronic equipment, described first surface is different from described second surface; The second operation is obtained by described second induction module; Obtain the direction of operating of the second operation; Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal; Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation; Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular, and described first predetermined angular can be 80 °, can also arrange flexibly according to practical situations.
Concrete, two surfaces of electronic equipment arrange Trackpad simultaneously, and when first surface is surperficial 1, second surface is surface 2; When first surface is surperficial 2, second surface is surface 1; User can be facilitated on the surface 1 to perform horizontal touch control operation, user can be facilitated over surface 2 to perform vertical touch control operation, adapt to the physiological make-up of human body.
Below for described first surface be surface 1, second surface for surface 2, described first operation, to be user to the touch control operation of the touch area of respective surfaces be example in the second operation, is further described the present embodiment.
When first surface be surface 1 that is the first induction module be arranged on surface 1 below time, obtain user's thumb to the touch control operation of touch area 1 (dotted box portion in Fig. 1), this touch control operation is the first operation, because use the convenient horizontal touch-control to touch area 1 of thumb, so the first predetermined direction is the horizontal direction of touch area 1, consider that the touch control operation of user's thumb may exist a little skew, so the angle between the direction of operating needing calculating first to operate and the first predetermined direction, when the angle calculated is positioned at default first threshold scope, confirm that first is operating as effective horizontal touch control operation, empty mouse is based on the first operation generation first control signal, and be sent to intelligent television, such as, first control signal is converted channel signal, when intelligent television receives this signal, be converted to new channel, when calculated angle is not positioned at first threshold scope, confirms that first is operating as invalid operation, do not respond the first operation, wherein, described first threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
When second surface be surface 2 that is the second induction module be arranged on surface 2 below time, obtain user's forefinger to the touch control operation of touch area 2 (region relative with the dotted line frame in Fig. 1 over surface 2), this touch control operation is the second operation, because use the convenient vertical touch-control to touch area 2 of forefinger, so the second predetermined direction is the vertical direction of touch area 2, consider that the touch control operation of user's forefinger may exist a little skew, so the angle between the direction of operating needing calculating second to operate and the second predetermined direction, when the angle calculated is positioned at default Second Threshold scope, confirm that second is operating as effective vertical touch control operation, empty mouse is based on the second operation generation second control signal, and be sent to intelligent television, such as, second control signal is the signal of slide downward webpage, when intelligent television receives this signal, the current shown webpage of slide downward, when calculated angle is not positioned at Second Threshold scope, confirms that second is operating as invalid operation, do not respond the second operation, wherein, described Second Threshold scope is arranged flexibly according to practical situations, preferably can be set to [-30 °, 30 °].
In such scheme, the first operation got by the first induction module and got by the second induction module second is operated and has precedence.Get the first operation below and the second processing method operated is described in detail for described electronic equipment simultaneously.
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module, extract the first attribute of the first operation, described first attribute at least comprises the first operation direction of operating in the first predetermined direction causes and the first distance with the first precalculated position thereof; Extract the second attribute of the second operation, described second attribute at least comprises second and operates in the direction of operating on the second predetermined direction and the second distance with the second precalculated position thereof; According to described first attribute and the second attribute, generate the 3rd operation; Respond the 3rd operation, generate the 3rd control signal.
Wherein, for according to described first attribute and the second attribute, generate the 3rd operation, response the 3rd operation, generates the 3rd control signal, comprising: determine that the first extracted attribute is the first vector; Determine that the second extracted attribute is the second vector; Synthesize described first vector and the second vector, obtain the first synthesis result; When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
That is, within the very first time, the second operation is got while getting the first operation, extract first and operate in the direction of operating on touch area 1 and the first distance with the first precalculated position thereof, namely determine the size that the first operation produces on the surface 1 and direction (the first vector); Extract second and operate in the direction of operating on touch area 2 and the second distance with the second precalculated position thereof, namely determine the size that the second operation produces over surface 2 and direction (the second vector); First vector and the second vector are synthesized, form a resultant vector, when the size of this resultant vector and direction are all in the 3rd threshold range, determine that corresponding being operating as of this resultant vector is different from the valid function of the first operation and the second operation, generate the 3rd operation, based on the 3rd operation, generate the 3rd control signal.Wherein, described first precalculated position can be the center position of touch area 1, and the second precalculated position can be the center position of touch area 2.
When electronic equipment gets the first operation and second operates simultaneously, described method also comprises: described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces; Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces; Synthesize described First Speed and second speed, obtain the second synthesis result; When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
That is, within the very first time, when getting the second operation while getting the first operation, first can also be extracted and operate in touch area 1 First Speed in a lateral direction, extraction second operates in the second speed in the vertical direction of touch area 2, two speed are synthesized, when this aggregate velocity is in the 4th threshold range, determine that corresponding being operating as of this aggregate velocity is different from the first operation and namely the second valid function operated generates the 3rd operation, based on the 3rd operation, generate the 3rd control signal.
In such scheme, described 3rd control signal is and the second control signal, signal that the first control signal is all not identical, such as the 3rd control signal can for closing or open the signal of intelligent television, second control signal can be the signal of the current shown webpage of slip intelligent television, and the first control signal can be the signal of converted channel.
As can be seen here, in the embodiment of the present invention, at the first surface of electronic equipment, the first induction module is set, second induction module is set at second surface simultaneously, this first surface can facilitate this second surface of horizontal touch-control of user's thumb can facilitate the vertical touch-control of user's forefinger, has adapted to the physiological make-up of human body and has catered to the operating habit of human body; When angle between the direction of operating calculating the corresponding operating accessed by respective induction module and corresponding predetermined direction is positioned at respective threshold scope, respond described operation, generate corresponding control signal; When not being positioned at respective threshold scope, do not respond described operation; Namely for the touch control operation of user, only response meets the touch control operation of above-mentioned corresponding requirements, fast detecting can go out effective touch control operation, improve user's experience.
In several embodiments that the application provides, should be understood that disclosed equipment and method can realize by another way.Apparatus embodiments described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.In addition, the coupling each other of shown or discussed each part or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.
The above-mentioned unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in various embodiments of the present invention can all be integrated in a processing unit, also can be each unit individually as a unit, also can two or more unit in a unit integrated; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that program command is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: movable storage device, read-only memory (ROM, Read-Only Memory), magnetic disc or CD etc. various can be program code stored medium.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (10)
1. an information processing method, is applied in the first electronic equipment, and described first electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described first electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment; Described method also comprises:
The first operation is obtained by described first induction module;
Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal:
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
2. method according to claim 1, is characterized in that, described method also comprises:
Arrange the second induction module at the second surface of described first electronic equipment, described first surface is different from described second surface;
The second operation is obtained by described second induction module;
Obtain the direction of operating of the second operation;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation;
Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular.
3. method according to claim 2, is characterized in that, described method also comprises:
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module,
Extract the first attribute of the first operation, described first attribute at least comprises the first operation direction of operating in the first predetermined direction causes and the first distance with the first precalculated position thereof;
Extract the second attribute of the second operation, described second attribute at least comprises second and operates in the direction of operating on the second predetermined direction and the second distance with the second precalculated position thereof;
According to described first attribute and the second attribute, generate the 3rd operation;
Respond the 3rd operation, generate the 3rd control signal.
4. method according to claim 3, is characterized in that, described method also comprises:
Determine that the first extracted attribute is the first vector;
Determine that the second extracted attribute is the second vector;
Synthesize described first vector and the second vector, obtain the first synthesis result;
When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
5. the method according to claim 3 or 4, is characterized in that, described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces;
Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces;
Synthesize described First Speed and second speed, obtain the second synthesis result;
When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
6. an electronic equipment, described electronic equipment wirelessly communicates with the second electronic equipment; The first surface of described electronic equipment is provided with the first induction module, and described first induction module can be responded to the operation of user and generate corresponding control signal, to control described second electronic equipment; Wherein,
Described electronic equipment obtains the first operation by described first induction module;
Obtain the operational attribute of the first operation, described operational attribute at least comprises the direction of operating of described first operation;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is when being positioned at first threshold scope, responds described first operation, generates the first control signal;
Be judged as that angle between the direction of operating of described first operation and the first predetermined direction is not when being positioned at first threshold scope, do not respond the first operation.
7. electronic equipment according to claim 6, is characterized in that, arranges the second induction module at the second surface of described electronic equipment, and described first surface is different from described second surface;
The second operation is obtained by described second induction module;
Obtain the direction of operating of the second operation;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is when being positioned at Second Threshold scope, responds described second operation, generates the second control signal;
Be judged as that angle between the direction of operating of described second operation and the second predetermined direction is not when being positioned at Second Threshold scope, do not respond described second operation;
Wherein, the angle between described first predetermined direction and the second predetermined direction is greater than the first predetermined angular.
8. electronic equipment according to claim 7, is characterized in that,
Within the very first time of presetting, when obtaining the first operation by the first induction module and obtain the second operation by the second induction module,
Extract the first attribute of the first operation, described first attribute at least comprise the first operation direction of operating in the first predetermined direction causes and and the first precalculated position between the first distance;
Extract the second attribute of the second operation, described second attribute at least comprise second operate in direction of operating on the second predetermined direction and and the second precalculated position between second distance;
According to described first attribute and the second attribute, generate the 3rd operation;
Respond the 3rd operation, generate the 3rd control signal.
9. electronic equipment according to claim 8, is characterized in that,
Determine that the first extracted attribute is the first vector;
Determine that the second extracted attribute is the second vector;
Synthesize described first vector and the second vector, obtain the first synthesis result;
When described first synthesis result is positioned at the 3rd threshold range, generate the 3rd control signal.
10. electronic equipment according to claim 8 or claim 9, is characterized in that,
Described first attribute also comprises described first and operates in the First Speed that described first predetermined direction produces;
Described second attribute also comprises described second and operates in the second speed that described second predetermined direction produces;
Synthesize described First Speed and second speed, obtain the second synthesis result;
When the second synthesis result is positioned at the 4th threshold range, generate the 3rd control signal.
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