CN105786221A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN105786221A CN105786221A CN201410831785.7A CN201410831785A CN105786221A CN 105786221 A CN105786221 A CN 105786221A CN 201410831785 A CN201410831785 A CN 201410831785A CN 105786221 A CN105786221 A CN 105786221A
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Abstract
The invention discloses an information processing method and an electronic device. The method comprises the following steps: detecting a first operation to obtain an operation point of a second electronic device on a first electronic device, wherein the first operation is an operation executed by the second electronic device on the body of the first electronic device; determining first pose information based on the operation point; obtaining second pose information based on a signal output by a signal transmitting terminal of the second electronic device; and determining an operation parameter of the first operation according to the first pose information and the second pose information, and executing first processing based on the operation parameter of the first operation to respond to the first operation. By adopting the method disclosed by the invention, the first electronic device can achieve varied control on the second electronic device in different use scenes.
Description
Technical field
The present invention relates to communication technology, particularly relate to a kind of information processing method and electronic equipment.
Background technology
Smart mobile phone, panel computer etc. arrange the electronic equipment of large area touch screen display unit and often arrange writing pencil (being alternatively referred to as pointer), but, existing pointer often can only carry out word input, or simply tap operation, how making writing pencil that electronic equipment realizes diversified control, correlation technique there is no effective solution.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronic equipment, it is possible to realize the writing pencil diversified control to electronic equipment in different use scenes.
The technical scheme of the embodiment of the present invention is achieved in that
The embodiment of the present invention provides a kind of information processing method, is applied to the first electronic equipment, and described first electronic equipment is provided with at least two detection unit；Described method includes:
Detection the first operation, obtains second electronic equipment operation point on described first electronic equipment, and described first operates the operation implemented on the body of described first electronic equipment for described second electronic equipment；
Determine the first posture information based on described operation point, described first posture information characterize the operating side of described second electronic equipment respectively with the distance of detection unit each described；
The signal exported based on the signal transmitting terminal of described second electronic equipment obtains the second posture information, described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described；
Based on described first posture information and described second posture information, it is determined that the operating parameter of described first operation, the operating parameter based on described first operation performs the first process, to respond described first operation.
Preferably, described putting based on operation determines the first posture information, including:
Resolve described first operation point, obtain primary importance information, operating side location on described first electronic equipment body of the first operation described in described primary importance information representation；
Based on described primary importance information and second position information, it is determined that described first posture information；Wherein, the position that each described detection unit of described second position information representation is set in described first electronic equipment.
Preferably, the signal that the described signal transmitting terminal based on the second electronic equipment exports obtains the second posture information, including:
Detect described signal, described signal be described second electronic equipment implement described first operation time sent by the signal transmitting terminal of described second electronic equipment；
Based on described signal, it is determined that the first moment, and determine described second posture information based on described first moment.
It is preferably based on described signal, it is determined that the first moment, and determines described second posture information based on described first moment, including:
Determine that the moment that each described detection unit detects described signal is described first moment；
Resolving the described signal received, obtained for the second moment, described second moment characterizes described signal transmitting terminal and sends the moment of described signal；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
It is preferably based on described signal, it is determined that the first moment, and determines described second posture information based on described first moment, including:
Determine that the moment that each described detection unit detects described signal is described first moment；
Obtain and detect that the described moment operating point was the 3rd moment；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
Preferably, described based on the first posture information and the second posture information, it is determined that the operating parameter of described first operation, including:
Based on described first posture information, described second posture information, the first range information, it is determined that described second electronic equipment is relative to the placed angle of the body of described first electronic equipment；Wherein,
Described first range information includes the distance between each the described detection unit in described first electronic equipment.
The embodiment of the present invention also provides for a kind of information processing method, is applied to the second electronic equipment, and described second electronic equipment is provided with operating side and signal transmitting terminal；Described method includes:
Detect described operating side whether to trigger described first electronic equipment and sense operation point；Wherein,
Described operation point be used for making described first electronic equipment determine the first posture information, described first posture information characterize described operating side respectively with the distance of each detection unit in described first electronic equipment；
Detect when described operating side described first electronic equipment of triggering senses operation point, trigger described signal transmitting terminal output signal, with,
Described first electronic equipment is made to obtain the second posture information based on described signal；Wherein,
Described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described.
Preferably, the described signal transmitting terminal output signal of described triggering, including:
Triggering described signal transmitting terminal output signal, described signal carries the information in the second moment, and signal transmitting terminal described in the information representation in described second moment launches the moment of described signal.
The embodiment of the present invention also provides for a kind of first electronic equipment, and described first electronic equipment is provided with at least two detection unit；Described first electronic equipment also includes:
Operation detection unit, is used for detecting the first operation, obtains second electronic equipment operation point on described first electronic equipment, and described first operates the operation implemented on the body of described first electronic equipment for described second electronic equipment；
First determines unit, for determining the first posture information based on described operation point, described first posture information characterize the operating side of described second electronic equipment respectively with the distance of detection unit each described；
Second determines unit, obtains the second posture information for the signal exported based on the signal transmitting terminal of described second electronic equipment, described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described；
3rd determines unit, for based on described first posture information and described second posture information, it is determined that the operating parameter of described first operation；
Performance element, for performing the first process based on the operating parameter of described first operation, to respond described first operation.
Preferably, described first determines that unit includes:
Parsing module, is used for resolving described first operation point, obtains primary importance information, operating side location on described first electronic equipment body of the first operation described in described primary importance information representation；
First determines module, for based on described primary importance information and second position information, it is determined that described first posture information；Wherein, the position that each described detection unit of described second position information representation is set in described first electronic equipment.
Preferably, described second determines that unit includes:
Detection module, is used for detecting described signal, described signal be described second electronic equipment implement described first operation time sent by the signal transmitting terminal of described second electronic equipment；
Second determines module, for based on described signal, it is determined that the first moment, and determines described second posture information based on described first moment.
Preferably, described second determines module, is additionally operable to determine that the moment that each described detection unit detects described signal is described first moment；
Resolving the described signal received, obtained for the second moment, described second moment characterizes described signal transmitting terminal and sends the moment of described signal；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
Preferably, described second determines module, is additionally operable to determine that the moment that each described detection unit detects described signal is described first moment；
Obtain and detect that the described moment operating point was the 3rd moment；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
Preferably, the described 3rd determines unit, is additionally operable to based on described first posture information, described second posture information, the first range information, it is determined that described second electronic equipment is relative to the placed angle of the body of described first electronic equipment；Wherein,
Described first range information includes the distance between each the described detection unit in described first electronic equipment.
The embodiment of the present invention also provides for a kind of second electronic equipment, and described second electronic equipment is provided with operating side and signal transmitting terminal；Described second electronic equipment also includes:
Operation detection unit, is used for detecting described operating side and whether triggers described first electronic equipment and sense operation point；Wherein,
Described operation point be used for making described first electronic equipment determine the first posture information, described first posture information characterize described operating side respectively with the distance of each detection unit in described first electronic equipment；
Trigger element, for when described operation detection unit detects that described operating side described first electronic equipment of triggering senses operation point, triggering described signal transmitting terminal output signal, with,
Described first electronic equipment is made to obtain the second posture information based on described signal；Wherein,
Described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described.
Preferably, described trigger element is additionally operable to trigger described signal transmitting terminal output signal, and described signal carries the information in the second moment, and signal transmitting terminal described in the information representation in described second moment launches the moment of described signal.
In the embodiment of the present invention, the operating parameter of the first operation is determined based on the first posture information and the second posture information, so, when the first operation that the first electronic equipment is implemented is different, such as, when the first operation is relative to the placed angle difference of the first electronic equipment body, different operating parameters can be generated and process utilizing operating parameter to perform different first, namely achieve and realize different responses for the first different operations；This just makes the first electronic equipment in different use scenes, it is possible to achieve the first operation that the second electronic equipment is implemented carries out diversified response, and the first electronic equipment is controlled by the second electronic equipment convenient for users, improves Consumer's Experience.
Accompanying drawing explanation
Fig. 1 be in the embodiment of the present invention information processing method realize schematic flow sheet one；
Fig. 2 is the schematic diagram that in the embodiment of the present invention, the first electronic equipment and the second electronic equipment carry out information processing；
Fig. 3 be in the embodiment of the present invention information processing method realize schematic flow sheet two；
Fig. 4 is the schematic diagram that in the embodiment of the present invention, the first electronic equipment arranges detection unit；
Fig. 5 be in the embodiment of the present invention information processing method realize schematic flow sheet three；
Fig. 6 be in the embodiment of the present invention information processing method realize schematic flow sheet four；
Fig. 7 is the high-level schematic functional block diagram of the first electronic equipment in the embodiment of the present invention；
Fig. 8 is the high-level schematic functional block diagram of the second electronic equipment in the embodiment of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1, in a step 101, first electronic equipment (is provided with at least two detection unit) and detects the first operation, obtains second electronic equipment operation point on the first electronic equipment, and the first operation is the operation that the second electronic equipment is implemented on the body of the first electronic equipment；In a step 102, determining the first posture information based on operation point, the first posture information characterizes the operating side of the second electronic equipment and detects the distance of unit with each respectively；In step 103, the signal exported based on the signal transmitting terminal of the second electronic equipment obtains the second posture information, the second posture information include signal transmitting terminal respectively with the distance of each detection unit；At step 104, based on the first posture information and the second posture information, it is determined that the operating parameter of the first operation, the operating parameter based on described first operation performs the first process, to respond the first operation；
Based on above-mentioned steps, when user controls the operating side of the second electronic equipment, such as, when controlling operating side enforcement first operation of the second electronic equipment, accordingly, first electronic equipment can obtain the first posture information and the second posture information, and then may determine that the operating parameter of the first operation, to process based on perform response the first operation first；So that when user can carry out the first different operations by the operating side of control the second electronic equipment, triggering the first electronic equipment and carry out different responses.
Embodiment one
The present embodiment records a kind of information processing method, it is applied to the first electronic equipment, first electronic equipment can be smart mobile phone, the electronic equipments such as panel computer, as shown in Figure 2, first electronic equipment (for writing pencil) is provided with operating side B and signal transmitting terminal A, second electronic equipment (for panel computer) is provided with at least two detection unit, in Fig. 2 for arrange detection unit C and detection cells D two detection unit illustrate, in practical application, detection unit C and detection cells D can be arranged in the housing under the first electronic equipment display unit；
As it is shown on figure 3, the information processing method that the present embodiment is recorded comprises the following steps:
Step 201, detection the first operation, obtain second electronic equipment operation point on the first electronic equipment.
First operation can be the operation that the second electronic equipment is implemented on the body of the first electronic equipment, for instance, user can operate the second electronic equipment and carry out the first operation to input word at the first electronic equipment, or implements touch-control etc.；When the body of the first electronic equipment is operated by the operating side of the second electronic equipment, by the mode of pressure sensitive, first electronic equipment can sense that the operation point of the first operation is (now, the operating side of the second electronic equipment is formed with the display unit of the second electronic equipment and contacts, the display unit triggering the first electronic equipment senses pressure spot, namely sense operation point), by the mode of electromagnetic induction, first electronic equipment can also sense that the operation point of the first operation is (now, the display unit of the operating side of the second electronic equipment and the second electronic equipment is formed in the coverage being in electromagnetic induction, the display unit triggering the first electronic equipment senses operation point)；In the present embodiment, contact if being formed with the display unit of the first electronic equipment when the first operation implemented by the second electronic equipment.
Step 202, resolves the first operation point, obtains primary importance information, operating side location on the first electronic equipment body of primary importance information representation the first operation.
The first operation is implemented at the display unit of the first electronic equipment for the second electronic equipment, when the first electronic equipment passes through the operation point that step 201 senses the first operation, the position of the operation point that will sense is as the position of the operating side of the second electronic equipment, and the position of the operating side of the second electronic equipment can in the three-dimensional coordinate mark in plane residing for display unit for the three-dimensional system of coordinate of the foundation of reference plane (the plane BEF in corresponding diagram 2).
Step 203, based on primary importance information and second position information, it is determined that the first posture information.
Wherein, each detection unit of second position information representation namely detection unit C and the position set in the first electronic equipment of detection cells D, the first posture information characterize the operating side B of the second electronic equipment respectively with detection unit C and the distance detecting cells D；As shown in Figure 2, owing to detection unit C and detection cells D are pre-set in the first electronic equipment, that is, detection unit C and detection cells D coordinate in above-mentioned three-dimensional system of coordinate are known, therefore, the distance of three-dimensional coordinate with the three-dimensional coordinate of detection unit C by asking for the operating side B of the second electronic equipment respectively, and the three dimensions distance of the three-dimensional coordinate with detection cells D, may determine that the distance (i.e. BC in Fig. 2) of the operating side B of the second electronic equipment and detection unit C, and determine the distance (i.e. BD in Fig. 2) between the operating side B of the second electronic equipment and detection cells D.
Step 204 to step 205 is determine the process of the second posture information.
Step 204, detects signal, and the signal detected is sent by the signal transmitting terminal of the second electronic equipment when being second electronic equipment enforcement the first operation.
The signal type that the signal transmitting terminal A of the second electronic equipment launches includes: acoustic signals is (such as ultrasonic signal；Optical signal (such as infrared signal).
Step 205, it is determined that each detection unit detects the first moment of signal.
Detection unit C and detection cells D record, when signal being detected, the moment (corresponding first moment) signal being detected respectively, owing to detection unit C and detection cells D are arranged at the diverse location in the first electronic equipment, namely signal is likely to different from the transmission of signal transmitting terminal to detecting the unit C distance with detection cells D；Therefore, with detection cells D, detection unit C each detects that the moment (namely first moment) of signal is likely to different.
Step 206, resolves the signal received, obtained for the second moment, and the second moment characterized the moment of the signal transmitting terminal transmission signal of the second electronic equipment.
When the signal transmitting terminal A of the second electronic equipment launches signal, second moment (namely x time information of signal) can be carried in signal and launch, correspondingly, when detecting unit C and detection cells D signal detected, it is possible to go out the information in the second moment from the signal resolution received.
Step 207, based on the first moment, the second moment, and the transmission speed of signal, it is determined that signal transmitting terminal detects the distance of unit with each respectively.
If detection unit C and detection cells D all detect the signal that signal transmitting terminal is launched, the moment (namely second moment) parsing signal transmitting terminal transmitting signal from signal is T1, detection unit C detects that the moment (namely first moment of detection unit C) of signal is T2, the moment (namely first moment of detection cells D) of detection cells D detection signal is T3, if the transmission speed of signal is V, then the distance of detection unit C and signal transmitting terminal A is V (T2-T1), AC in corresponding diagram 2, the distance of detection cells D and signal transmitting terminal A is V (T3-T1), AD in corresponding diagram 2.
Step 208, based on the first posture information, the second posture information, the first range information, it is determined that the operating parameter of the first operation.
nullStep 208 is based on the first posture information、And second posture information，Determine the process of the operating parameter of the first operation，In fig. 2，Six length of sides of tetrahedron ABCD are determined by step 201 to step 207，Namely AB (the first distance，Distance between signal transmitting terminal A and the operating side B of the second electronic equipment，Can record in advance)、BC、BD (BC and BD correspond to operating side B respectively with detection unit C、The distance of detection cells D，Corresponding with the first posture information)、AC、AD (AC and AD correspond to signal transmitting terminal A respectively with detection unit C and detect cells D distance，Corresponding second posture information) and the CD (distance between detection unit C and detection cells D，Owing to detection unit C and detection cells D are fixedly installed in the first electronic equipment，Therefore CD can record in advance)；Owing to having determined that whole length of sides of tetrahedron ABCD, therefore based on geometrical principle, AB and the plane BEF (plane residing for display unit can be sought out, E is AC and display unit plane point of intersection, and F is the intersection point of AD and display unit plane) minimum angle α (namely AB with the AB projection A at plane BEF1Minimum angle between B), the minimum angle α of AB and plane BEF namely the second electronic equipment are relative to the placed angle of the body of the first electronic equipment.
Step 209, the operating parameter based on the first operation performs the first process, to respond the first operation.
Such as, when user inputs word by the first electronic equipment in the display unit of the second electronic equipment, second electronic equipment placed angle relative to the first electronic equipment body can be passed through, determine the operating parameter corresponding from different placed angles in step 207, operating parameter presents the handwriting trace corresponding with different angles (such as controlling display unit, angle is more little, then handwriting trace is more thick, and the more big then handwriting trace of angle is more thin)；
Again such as, when user control the second electronic equipment in display unit, carry out touch-control time, different touch control operation parameters (operating parameter of corresponding first operation) can be generated in step 207 based on different placed angles, such as, when angle [alpha] is less than angle threshold, generate the first operating parameter for simulating the double click operation to touch object；When angle [alpha] is more than angle threshold, generate the second operating parameter for simulation to touch object right button single-click operation；Actual use scene can generate different operating parameters for different placed angles, no longer illustrate one by one here.
It is to be noted, in practical application, as shown in Figure 4, first electronic equipment can also arrange plural detection unit, now, when the signal of the second electronic equipment launches signal, first electronic equipment has multiple detection unit and signal detected, now, the first electronic equipment can perform above-mentioned process according to optional two detection unit signal being detected as above-mentioned detection unit C and detection cells D, repeats no more here.
Embodiment two
The present embodiment records a kind of information processing method, it is applied to the first electronic equipment, first electronic equipment can be smart mobile phone, the electronic equipments such as panel computer, as shown in Figure 2, first electronic equipment (for writing pencil) is provided with operating side B and signal transmitting terminal A, second electronic equipment (for panel computer) is provided with at least two detection unit, in Fig. 2 for arrange detection unit C and detection cells D two detection unit illustrate, in practical application, detection unit C and detection cells D can be arranged in the housing under the first electronic equipment display unit；
As it is shown in figure 5, the information processing method that the present embodiment is recorded comprises the following steps:
Step 301, detection the first operation, obtain second electronic equipment operation point on the first electronic equipment.
First operation can be the operation that the second electronic equipment is implemented on the body of the first electronic equipment, for instance, user can operate the second electronic equipment and carry out the first operation to input word at the first electronic equipment, or implements touch-control etc.；When the body of the first electronic equipment is operated by the operating side of the second electronic equipment, by the mode of pressure sensitive, first electronic equipment can sense that the operation point of the first operation is (now, the operating side of the second electronic equipment is formed with the display unit of the second electronic equipment and contacts, the display unit triggering the second electronic equipment senses pressure spot, namely sense operation point), by the mode of electromagnetic induction, first electronic equipment can also sense that the operation point of the first operation is (now, the display unit of the operating side of the second electronic equipment and the second electronic equipment is formed in the coverage being in electromagnetic induction, the display unit triggering the second electronic equipment senses operation point)；In the present embodiment, contact if being formed with the display unit of the first electronic equipment when the first operation implemented by the second electronic equipment.
Step 302, resolves the first operation point, obtains primary importance information, operating side location on the first electronic equipment body of primary importance information representation the first operation.
The first operation is implemented at the display unit of the second electronic equipment for the first electronic equipment, when the first electronic equipment passes through the operation point that step 301 senses the first operation, the position of the operation point that will sense is as the position of the operating side B of the second electronic equipment, and the position of the operating side B of the first electronic equipment can in the three-dimensional coordinate mark in plane residing for display unit for the three-dimensional system of coordinate of the foundation of reference plane (the plane BEF in corresponding diagram 2).
Step 303, based on primary importance information and second position information, it is determined that the first posture information.
Wherein, each detection unit of second position information representation namely detection unit C and the position set in the first electronic equipment of detection cells D, the first posture information characterize the operating side B of the second electronic equipment respectively with detection unit C and the distance detecting cells D；As shown in Figure 2, owing to detection unit C and detection cells D are pre-set in the first electronic equipment, that is, detection unit C and detection cells D coordinate in above-mentioned three-dimensional system of coordinate are known, therefore, the distance of three-dimensional coordinate with the three-dimensional coordinate of detection unit C by asking for the operating side B of the second electronic equipment respectively, and the three dimensions distance of the three-dimensional coordinate with detection cells D, may determine that the distance (i.e. BC in Fig. 2) of the operating side B of the second electronic equipment and detection unit C, and determine the distance (i.e. BD in Fig. 2) between the operating side B of the second electronic equipment and detection cells D.
Step 304 to step 305 is determine the process of the second posture information.
Step 304, detects signal, and the signal detected is sent by the signal transmitting terminal of the second electronic equipment when being second electronic equipment enforcement the first operation.
The signal type that the signal transmitting terminal A of the second electronic equipment launches includes: acoustic signals is (such as ultrasonic signal；Optical signal (such as infrared signal).
Step 305, it is determined that the moment that each detection unit detects signal was the first moment.
Detection unit C and detection cells D record, when signal being detected, the moment (corresponding first moment) signal being detected respectively, owing to detection unit C and detection cells D are arranged at the diverse location in the first electronic equipment, therefore, with detection cells D, detection unit C each detects that the moment (namely first moment) of signal is likely to different.
Step 306, obtains and detects that the moment operating point was the 3rd moment.
First electronic equipment record senses that the operating side of the second electronic equipment was the 3rd moment in a formation operation point moment for display unit；It is to be noted, when the operating side B of the second electronic equipment trigger the first electronic equipment sense operation point after, signal can be launched by synchronous triggering signal transmitting terminal A, it is to say, with the first electronic equipment, the moment that signal transmitting terminal A launches signal senses that the moment operating point is synchronization (namely the 3rd moment).
Step 307, based on the first moment, the second moment, and the transmission speed of signal, it is determined that signal transmitting terminal detects the distance of unit with each respectively.
If the moment (namely the 3rd moment) that the second electronic equipment senses operation point is T1, detection unit C detects that the moment (namely first moment of detection unit C) of signal is T2, detection cells D detects that the moment (namely first moment of detection cells D) of signal is T3, when the transmission speed of signal is V, the distance of detection unit C and signal transmitting terminal A is V (T2-T1), AC in corresponding diagram 2, the distance of detection cells D and signal transmitting terminal A is V (T3-T1), the AD in corresponding diagram 2.
Step 308, based on the first posture information, the second posture information, the first range information, it is determined that the operating parameter of the first operation.
nullStep 308 is based on the first posture information、And second posture information，Determine the process of the operating parameter of the first operation，In fig. 2，Six length of sides of tetrahedron ABCD are determined by step 301 to step 307，Namely the AB (distance between signal transmitting terminal A and the operating side B of the second electronic equipment，Can measure in advance)、BC、BD (BC and BD correspond to operating side B respectively with detection unit C、The distance of detection cells D，Corresponding with the first posture information)、AC、AD (AC and AD correspond to signal transmitting terminal A respectively with detection unit C and detect cells D distance，Corresponding second posture information) and the CD (distance between detection unit C and detection cells D，Owing to detection unit C and detection cells D are fixedly installed in the first electronic equipment，Therefore CD can record in advance)；Owing to having determined that whole length of sides of tetrahedron ABCD, therefore based on geometrical principle, AB and the plane BEF (plane residing for display unit can be sought out, E is AC and display unit plane point of intersection, and F is the intersection point of AD and display unit plane) minimum angle α (namely AB with the AB projection A at plane BEF1Minimum angle between B), the minimum angle α of AB and plane BEF namely the second electronic equipment are relative to the placed angle of the body of the first electronic equipment.
Step 309, the operating parameter based on the first operation performs the first process, to respond the first operation.
Such as, when user inputs word by the second electronic equipment in the display unit of the first electronic equipment, second electronic equipment placed angle relative to the first electronic equipment body can be passed through, determine the operating parameter corresponding from different placed angles in step 307, operating parameter presents the handwriting trace corresponding with different angles (such as controlling display unit, angle is more little, then handwriting trace is more thick, and the more big then handwriting trace of angle is more thin)；
Again such as, when user control the second electronic equipment in the first electronic equipment display unit, carry out touch-control time, different touch control operation parameters (operating parameter of corresponding first operation) can be generated in step 307 based on different placed angles, such as, when angle [alpha] is less than angle threshold, generate the first operating parameter for simulating the double click operation to touch object；When angle [alpha] is more than angle threshold, generate the second operating parameter for simulation to touch object right button single-click operation；Actual use scene can generate different operating parameters for different angles, no longer illustrate one by one here.
It is to be noted, in practical application, as shown in Figure 4, first electronic equipment can also arrange plural detection unit, now, when the signal of the second electronic equipment launches signal, first electronic equipment has multiple detection unit and signal detected, now, the first electronic equipment can perform above-mentioned process according to optional two detection unit signal being detected as above-mentioned detection unit C and detection cells D, repeats no more here.
Embodiment three
The embodiment of the present invention also states that a kind of information processing method, it is applied to the second electronic equipment, as shown in Figure 2, second electronic equipment (for writing pencil) arranges operating side B and signal transmitting terminal A, the operating side B of the second electronic equipment carries out the first operation for the body at the first electronic equipment, first electronic equipment (for panel computer) is provided with at least two detection unit, in Fig. 2 for arrange detection unit C and detection cells D two detection unit illustrate, in practical application, detection unit C and detection cells D can be arranged in the housing under the first electronic equipment display unit；
As shown in Figure 6, the information processing method that the present embodiment is recorded comprises the following steps:
Step 401, whether detection operating side triggers the first electronic equipment senses operation point, if it is detected perform step 402 or step 403；Otherwise continue detection.
Wherein, operation point is used for making the first electronic equipment determine the first posture information, and the first posture information characterizes operating side and detects unit C and the distance of detection cells D with the first electronic equipment respectively.
Step 402, triggers signal transmitting terminal output signal.
The first electronic equipment is made to obtain the second posture information based on signal；Wherein, the second posture information include signal transmitting terminal B respectively with detection unit C and detect cells D distance；The type of the signal of signal transmitting terminal B output includes: acoustic signals is (such as ultrasonic signal；Optical signal (such as infrared signal)；
Process when detection unit C in first electronic equipment detects signal with detection cells D may refer to the record of embodiment two, second electronic equipment is by launching signal, the first electronic equipment is made to can determine the first operating parameter operated that the second electronic equipment is implemented, such as the second electronic equipment is relative to the placed angle of the first electronic equipment body, thus triggering the first electronic equipment to determine the operating parameter (operating parameter is different because of placed angle difference value) of the first operation, to utilize operating parameter to perform the first process, the touch object simulation chosen is performed double click operation or right button single-click operation by such as response the first operation；Again such as, in the first operation for utilize operating side when the input operation of the first electronic equipment display unit, different operating parameters is generated according to different placed angles, operating parameter is utilized to control the different handwriting trace of display unit display thickness (such as, angle is more little, then handwriting trace is more thick, and the more big then handwriting trace of angle is more thin).
Step 403, triggers signal transmitting terminal output signal, and signal carries the information in the second moment, and the information representation signal transmitting terminal in the second moment launches the moment of signal.
When detection unit C in first electronic equipment and detection cells D detect signal, the x time information of signal can be parsed from signal, and then determine the first operating parameter (such as the second electronic equipment is relative to the placed angle of the first electronic equipment body) operated that the first electronic equipment is implemented, the concrete of first electronic equipment processes and identical described in embodiment one, thus triggering the first electronic equipment to determine the operating parameter (operating parameter is different because of placed angle difference value) of the first operation, to utilize operating parameter to perform the first process, the touch object simulation chosen is performed double click operation or right button single-click operation by such as response the first operation；Again such as, in the first operation for utilize operating side when the input operation of the first electronic equipment display unit, different operating parameters is generated according to different placed angles, operating parameter is utilized to control the different handwriting trace of display unit display thickness (such as, angle is more little, then handwriting trace is more thick, and the more big then handwriting trace of angle is more thin).
Embodiment four
The present embodiment records a kind of first electronic equipment, as it is shown in fig. 7, described first electronic equipment is provided with at least two detection unit 71；Described first electronic equipment also includes:
Operation detection unit 72, is used for detecting the first operation, obtains second electronic equipment operation point on described first electronic equipment, and described first operates the operation implemented on the body of described first electronic equipment for described second electronic equipment；
First determines unit 73, for determining the first posture information based on described operation point, described first posture information characterize the operating side of described second electronic equipment respectively with the distance of detection unit 71 each described；
Second determines unit 74, obtains the second posture information for the signal exported based on the signal transmitting terminal of described second electronic equipment, described second posture information include described signal transmitting terminal respectively with the distance of detection unit 71 each described；
3rd determines unit 75, for based on described first posture information and described second posture information, it is determined that the operating parameter of described first operation；
Performance element 76, for performing the first process based on the operating parameter of described first operation, to respond described first operation.
As an embodiment, described first determines that unit 73 includes:
Parsing module, is used for resolving described first operation point, obtains primary importance information, operating side location on described first electronic equipment body of the first operation described in described primary importance information representation；
First determines module (coupling with parsing module), for based on described primary importance information and second position information, it is determined that described first posture information；Wherein, the position that each described detection unit 71 of described second position information representation is set in described first electronic equipment.
As an embodiment, described second determines that unit 74 includes:
Detection module, is used for detecting described signal, described signal be described second electronic equipment implement described first operation time sent by the signal transmitting terminal of described second electronic equipment；
Second determines module (coupling with detection module), for based on described signal, it is determined that the first moment, and determines described second posture information based on described first moment.
As an embodiment, described second determines module, is additionally operable to determine that the moment that each described detection unit 71 detects described signal is described first moment；
Resolving the described signal received, obtained for the second moment, described second moment characterizes described signal transmitting terminal and sends the moment of described signal；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit 71 each described.
As an embodiment, described second determines module, is additionally operable to determine that the moment that each described detection unit 71 detects described signal is described first moment；
Obtain and detect that the described moment operating point was the 3rd moment；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit 71 each described.
As an embodiment, the described 3rd determines unit 75, is additionally operable to based on described first posture information, described second posture information, the first range information, it is determined that described second electronic equipment is relative to the placed angle of the body of described first electronic equipment；Wherein,
Described first range information includes the distance between each the described detection unit 71 in described first electronic equipment.
In practical application, the detection unit 71 in the first electronic equipment can by supporting that the signal receiving device receiving at least one of realizes: optical signal (such as infrared ray)；Acoustical signal (such as ultrasound wave)；All the other each unit can be realized by microprocessor (MCU), logic programmable gate array (FGPA), special IC (ASIC).
Embodiment five
The present embodiment records a kind of second electronic equipment, and as shown in Figure 8, described second electronic equipment is provided with operating side 81 and signal transmitting terminal 82；Described second electronic equipment also includes:
Operation detection unit 83, is used for detecting described operating side 81 and whether triggers described first electronic equipment and sense operation point；Wherein,
Described operation point be used for making described first electronic equipment determine the first posture information, described first posture information characterize described operating side 81 respectively with the distance of each detection unit in described first electronic equipment；
Trigger element 84, for when described operation detection unit 83 detect described operating side 81 trigger described first electronic equipment sense operation point time, trigger described signal transmitting terminal 82 and export signal, with,
Described first electronic equipment is made to obtain the second posture information based on described signal；Wherein,
Described second posture information include described signal transmitting terminal 82 respectively with the distance of detection unit each described.
As an embodiment, described trigger element 84 is additionally operable to trigger described signal transmitting terminal 82 and exports signal, and described signal carries the information in the second moment, and signal transmitting terminal 82 described in the information representation in described second moment launches the moment of described signal.
In practical application, operating side 81 can be realized by conducting medium；Signal transmitting terminal 82 can by supporting with at least one of signal projector realization of Types Below: acoustic signals (such as ultrasonic signal)；Optical signal (such as infrared signal)；Operation detection unit 83 and trigger element 84 can be realized by microprocessor (MCU), logic programmable gate array (FGPA), special IC (ASIC).
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program upon execution, performs to include the step of said method embodiment；And aforesaid storage medium includes: movable storage device, read only memory (ROM, Read-OnlyMemory), the various media that can store program code such as random access memory (RAM, RandomAccessMemory), magnetic disc or CD.
Or, if the above-mentioned integrated unit of the present invention realizes using the form of software function module and as independent production marketing or when using, it is also possible to be stored in a computer read/write memory medium.Based on such understanding, the part that prior art is contributed by the technical scheme of the embodiment of the present invention substantially in other words can embody with the form of software product, this computer software product is stored in a storage medium, including some instructions with so that a computer equipment (can be personal computer, server or the network equipment etc.) performs all or part of of method described in each embodiment of the present invention.And aforesaid storage medium includes: the various media that can store program code such as movable storage device, ROM, RAM, magnetic disc or CDs.
The above; being only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any those familiar with the art is in the technical scope that the invention discloses; change can be readily occurred in 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 described scope of the claims.
Claims (16)
1. an information processing method, is applied to the first electronic equipment, it is characterised in that described first electronic equipment is provided with at least two detection unit；Described method includes:
Detection the first operation, obtains second electronic equipment operation point on described first electronic equipment, and described first operates the operation implemented on the body of described first electronic equipment for described second electronic equipment；
Determine the first posture information based on described operation point, described first posture information characterize the operating side of described second electronic equipment respectively with the distance of detection unit each described；
The signal exported based on the signal transmitting terminal of described second electronic equipment obtains the second posture information, described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described；
Based on described first posture information and described second posture information, it is determined that the operating parameter of described first operation, the operating parameter based on described first operation performs the first process, to respond described first operation.
2. method according to claim 1, it is characterised in that described putting based on operation determines the first posture information, including:
Resolve described first operation point, obtain primary importance information, operating side location on described first electronic equipment body of the first operation described in described primary importance information representation；
Based on described primary importance information and second position information, it is determined that described first posture information；Wherein, the position that each described detection unit of described second position information representation is set in described first electronic equipment.
3. method according to claim 1, it is characterised in that the signal that the described signal transmitting terminal based on the second electronic equipment exports obtains the second posture information, including:
Detect described signal, described signal be described second electronic equipment implement described first operation time sent by the signal transmitting terminal of described second electronic equipment；
Based on described signal, it is determined that the first moment, and determine described second posture information based on described first moment.
4. method according to claim 3, it is characterised in that based on described signal, it is determined that the first moment, and determine described second posture information based on described first moment, including:
Determine that the moment that each described detection unit detects described signal is described first moment；
Resolving the described signal received, obtained for the second moment, described second moment characterizes described signal transmitting terminal and sends the moment of described signal；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
5. method according to claim 3, it is characterised in that based on described signal, it is determined that the first moment, and determine described second posture information based on described first moment, including:
Determine that the moment that each described detection unit detects described signal is described first moment；
Obtain and detect that the described moment operating point was the 3rd moment；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
6. the method according to any one of claim 1 to 5, it is characterised in that described based on the first posture information and the second posture information, it is determined that the operating parameter of described first operation, including:
Based on described first posture information, described second posture information, the first range information, it is determined that described second electronic equipment is relative to the placed angle of the body of described first electronic equipment；Wherein,
Described first range information includes the distance between each the described detection unit in described first electronic equipment.
7. an information processing method, is applied to the second electronic equipment, it is characterised in that described second electronic equipment is provided with operating side and signal transmitting terminal；Described method includes:
Detect described operating side whether to trigger described first electronic equipment and sense operation point；Wherein,
Described operation point be used for making described first electronic equipment determine the first posture information, described first posture information characterize described operating side respectively with the distance of each detection unit in described first electronic equipment；
Detect when described operating side described first electronic equipment of triggering senses operation point, trigger described signal transmitting terminal output signal, with,
Described first electronic equipment is made to obtain the second posture information based on described signal；Wherein,
Described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described.
8. method according to claim 7, it is characterised in that the described signal transmitting terminal output signal of described triggering, including:
Triggering described signal transmitting terminal output signal, described signal carries the information in the second moment, and signal transmitting terminal described in the information representation in described second moment launches the moment of described signal.
9. an electronic equipment, it is characterised in that described first electronic equipment is provided with at least two detection unit；Described first electronic equipment also includes:
Operation detection unit, is used for detecting the first operation, obtains second electronic equipment operation point on described first electronic equipment, and described first operates the operation implemented on the body of described first electronic equipment for described second electronic equipment；
First determines unit, for determining the first posture information based on described operation point, described first posture information characterize the operating side of described second electronic equipment respectively with the distance of detection unit each described；
Second determines unit, obtains the second posture information for the signal exported based on the signal transmitting terminal of described second electronic equipment, described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described；
3rd determines unit, for based on described first posture information and described second posture information, it is determined that the operating parameter of described first operation；
Performance element, for performing the first process based on the operating parameter of described first operation, to respond described first operation.
10. the first electronic equipment according to claim 9, it is characterised in that described first determines that unit includes:
Parsing module, is used for resolving described first operation point, obtains primary importance information, operating side location on described first electronic equipment body of the first operation described in described primary importance information representation；
First determines module, for based on described primary importance information and second position information, it is determined that described first posture information；Wherein, the position that each described detection unit of described second position information representation is set in described first electronic equipment.
11. the first electronic equipment according to claim 9, it is characterised in that described second determines that unit includes:
Detection module, is used for detecting described signal, described signal be described second electronic equipment implement described first operation time sent by the signal transmitting terminal of described second electronic equipment；
Second determines module, for based on described signal, it is determined that the first moment, and determines described second posture information based on described first moment.
12. the first electronic equipment according to claim 11, it is characterised in that
Described second determines module, is additionally operable to determine that the moment that each described detection unit detects described signal is described first moment；
Resolving the described signal received, obtained for the second moment, described second moment characterizes described signal transmitting terminal and sends the moment of described signal；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
13. the first electronic equipment according to claim 11, it is characterised in that
Described second determines module, is additionally operable to determine that the moment that each described detection unit detects described signal is described first moment；
Obtain and detect that the described moment operating point was the 3rd moment；
Based on described first moment, described second moment, and the transmission speed of described signal, it is determined that described signal transmitting terminal respectively with the distance of detection unit each described.
14. the first electronic equipment according to any one of claim 9 to 13, it is characterized in that, described 3rd determines unit, it is additionally operable to based on described first posture information, described second posture information, the first range information, it is determined that described second electronic equipment is relative to the placed angle of the body of described first electronic equipment；Wherein,
Described first range information includes the distance between each the described detection unit in described first electronic equipment.
15. an electronic equipment, it is characterised in that described second electronic equipment is provided with operating side and signal transmitting terminal；Described second electronic equipment also includes:
Operation detection unit, is used for detecting described operating side and whether triggers described first electronic equipment and sense operation point；Wherein,
Described operation point be used for making described first electronic equipment determine the first posture information, described first posture information characterize described operating side respectively with the distance of each detection unit in described first electronic equipment；
Trigger element, for when described operation detection unit detects that described operating side described first electronic equipment of triggering senses operation point, triggering described signal transmitting terminal output signal, with,
Described first electronic equipment is made to obtain the second posture information based on described signal；Wherein,
Described second posture information include described signal transmitting terminal respectively with the distance of detection unit each described.
16. the second electronic equipment according to claim 15, it is characterized in that, described trigger element is additionally operable to trigger described signal transmitting terminal output signal, and described signal carries the information in the second moment, and signal transmitting terminal described in the information representation in described second moment launches the moment of described signal.
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