CN102915189B - A kind of display processing method and electronic equipment - Google Patents
A kind of display processing method and electronic equipment Download PDFInfo
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- CN102915189B CN102915189B CN201110220278.6A CN201110220278A CN102915189B CN 102915189 B CN102915189 B CN 102915189B CN 201110220278 A CN201110220278 A CN 201110220278A CN 102915189 B CN102915189 B CN 102915189B
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Abstract
The object of the present invention is to provide a kind of display processing method and electronic equipment, make user that two electronic equipments can be utilized easily to operate simultaneously.This display processing method, for the first electronic equipment, comprising: obtain a motion detection data; The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data; According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion, wherein, described first instruction is used for modifying to a displaying contents.The invention enables user can control electronic equipment easily.
Description
Technical field
The invention belongs to electronic applications, particularly a kind of display processing method, device and electronic equipment.
Background technology
NFC (NearFieldCommunication, close range wireless communication) technology is a kind of non contact angle measurement and interconnection technique, wireless near field communication can be carried out at mobile device, consumer electronics product, PC and smart control Tool Room, exchange information while consumer's simple, intuitive can be allowed, access content and service.
And simultaneously, the near field communication (NFC)s such as existing infrared, bluetooth are also widely used at mobile device, consumer electronics product, PC and smart control instrument.
Based on above near field communication (NFC), the various electronic equipment such as mobile device, consumer electronics product can be accessed mutually, realize the exchange of information.
But inventor finds in the process realizing the embodiment of the present invention, at least there is following shortcoming in prior art:
Although based on above near field communication (NFC), make mobile device, the various electronic equipment such as consumer electronics product can be accessed mutually, realize the exchange of information, but consider that this is the mutual of equipment room, when controlling some real-world object, user needs the button on pressing touch-screen or pressing hardware button realizes operation, but when when much not having holding plane, hand-held two terminals operate user, because the hand of user needs hand-held two electronic equipments, possibly or cannot can not carry out above-mentioned pressing operation easily, user is caused to use inconvenience.
Summary of the invention
The object of the embodiment of the present invention is to provide a kind of display processing method and electronic equipment, makes user that two electronic equipments can be utilized easily to operate simultaneously.
To achieve these goals, embodiments provide a kind of display processing method, for the first electronic equipment, the first display screen of described first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion, wherein, described first instruction is used for modifying to a displaying contents;
Perform described first instruction, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
Above-mentioned display processing method, wherein, also comprises:
Send described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enable described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, the second displaying contents of the described 3rd display screen display utilizing the 3rd electronic equipment is modified.
Above-mentioned display processing method, wherein, described acquisition one motion detection data specifically comprises:
A signal is received from the second electronic equipment;
Motion detection data described in the signal acquisition at least received described in basis.
Above-mentioned display processing method, wherein, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
Above-mentioned display processing method, wherein,
Described first electronic equipment is provided with the first motion sensor, second electronic equipment is provided with the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the first sensing data of arriving of the second motion sensor senses, carry described second sensing data of described second electronic equipment in described signal;
Describedly determine that the first relative motion between described first electronic equipment and the second electronic equipment specifically comprises according to described motion detection data:
According to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
According to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Described first electronic equipment determines the first relative motion between described first electronic equipment and the second electronic equipment according to described first motion and the second motion.
To achieve these goals, embodiments provide a kind of electronic equipment, described electronic equipment is as the first electronic equipment, and the first display screen of described first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and described electronic equipment comprises:
Motion detection data acquisition module, for obtaining a motion detection data;
Relative motion determination module, for determining the first relative motion between described first electronic equipment and the second electronic equipment according to described motion detection data;
Instruction acquisition module, for according to the corresponding relation between pre-recorded relative motion and instruction, obtains first instruction corresponding with described first relative motion, and wherein, described first instruction is used for modifying to a displaying contents;
Execution module, for performing described first instruction, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
Above-mentioned electronic equipment, wherein, also comprises:
Sending module, for sending described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display.
Above-mentioned electronic equipment, wherein, described motion detection data acquisition module specifically comprises:
Receiving element, for receiving a signal from the second electronic equipment;
Acquiring unit, at least according to described in motion detection data described in the signal acquisition that receives.
Above-mentioned electronic equipment, wherein, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
Above-mentioned electronic equipment, wherein,
Described first electronic equipment and the second electronic equipment are respectively arranged with the first motion sensor and the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the first sensing data of arriving of the second motion sensor senses, carry described second sensing data in described signal;
Described relative motion determination module specifically comprises:
First motion determination unit, for according to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
Second motion determination unit, for according to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Relative motion determining unit, determines the first relative motion between described first electronic equipment and the second electronic equipment for described first electronic equipment according to described first motion and the second motion.
To achieve these goals, embodiments provide a kind of display processing method, for the first electronic equipment, described first electronic equipment has first content, the second display screen of Part I and the second electronic equipment that the first display screen of described first electronic equipment shows described first content shows the Part II of described first content, and described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Perform described first instruction, make the first display screen and second display screen jointly show second content different from first content.
To achieve these goals, embodiments provide a kind of display processing method, for the first electronic equipment, it is characterized in that, described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Send described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display.
Described second displaying contents is according to the data genaration be stored in described 3rd electronic equipment.
The embodiment of the present invention has following beneficial effect:
In the display processing method of the embodiment of the present invention and electronic equipment, there is a host electronic equipment to calculate host electronic equipment and from the relative motion between electronic equipment, and determine according to the relation between predefined relative motion and instruction and perform instruction, user is made only to need hand-hold electronic equipments to carry out moving and can realize triggering and the execution of instruction, and need not go again to carry out pressing etc. traditional trigger action to electronic equipment, make user can control electronic equipment easily.
Accompanying drawing explanation
Figure 1 shows that the schematic flow sheet of a kind of display processing method of the embodiment of the present invention;
Figure 2 shows that the schematic diagram of electric room by signal strength detection relative motion;
Fig. 3 a-Fig. 3 e is the process schematic of electric room relative motion to the change of display;
Fig. 4 a-Fig. 4 d is the schematic diagram of the various possible relative motion of electric room;
Figure 5 shows that the structural representation of the electronic equipment of the embodiment of the present invention.
Embodiment
In the display processing method of the embodiment of the present invention and electronic equipment, there is a host electronic equipment to calculate host electronic equipment and from the relative motion between electronic equipment, and determine according to the relation between predefined relative motion and instruction and perform instruction, user is made only to need hand-hold electronic equipments to carry out moving and can realize triggering and the execution of instruction, and need not go again to carry out pressing etc. traditional trigger action to electronic equipment, make user can control electronic equipment easily.
As shown in Figure 1, a kind of display processing method of the embodiment of the present invention, for the first electronic equipment, described display processing method comprises:
Step 11, obtains a motion detection data;
Step 12, determines the first relative motion between described first electronic equipment and the second electronic equipment according to described motion detection data;
Step 13, according to the corresponding relation between pre-recorded relative motion and instruction, obtains first instruction corresponding with described first relative motion, and wherein, described first instruction is used for modifying to a displaying contents.
In specific embodiments of the invention, first electronic equipment can obtain a motion detection data, and according to this motion detection data determine relative motion between the first electronic equipment and the second electronic equipment (as away from, close, rotate), and then according to the corresponding relation between the relative motion and instruction pre-defined, obtain an instruction, and then realize the control of the first electronic equipment to display object, relative to prior art, the screen that user not be used in electronic equipment carries out touch control operation, or realize controlling by pressing hardware button, greatly facilitate the operation of user.
Relative motion in a particular embodiment of the present invention can be using the first electronic equipment as benchmark, also can be using the second electronic equipment as benchmark
In a particular embodiment of the present invention, first instruction corresponding with described first relative motion that the first electronic equipment obtains can be used in two kinds of situations, is respectively described below.
< situation one >
In situation one, this instruction is performed by the first electronic equipment.
At present based on prior art, the first display screen of the first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and integrally shows a display object by the first display screen and second display screen.
In situation one, namely by performing the first instruction, the first displaying contents utilizing the second display screen of the first display screen and the second electronic equipment of stating the first electronic equipment jointly to show is modified, in this case, the display processing method of the embodiment of the present invention also comprises:
Performing described first instruction, modifying to utilizing the first displaying contents of described first display screen and second display screen display.
From another angle, said process is described below.
In the embodiment of the present invention, perform described first instruction, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
Illustrate as follows.
In some cases, the screen of Single Electron equipment is less, likely there are the following problems now to utilize Single Electron equipment to show a pictures: picture is amplified the overall condition that display then cannot see picture, picture is remained stationary, may details be seen clearly, in this case, utilize existing method then can solve the problem, as two electronic equipments are put together, a large display screen is formed by two display screens of two electronic equipments, and show the picture after amplification by the display screen that this combination obtains, both ensure that the clarity of detail of picture, also ensure that overall visible.
Certainly, above-mentioned is the explanation carried out for picture, and this situation is equally applicable to other the situation such as video, text.
Can find, in the above cases, two electronic equipments need as far as possible close to ensureing display effect, if but now user needs rotating image, when two electronic equipments being placed into above an object, user can only be hand-held, and in this case, user will be inconvenient by the button on pressing hardware button and/or display screen.
And utilize the method for the embodiment of the present invention, user only needs simply to be moved by an electronic equipment, user is by least one in the electronic equipment in manipulation hand, make the two gradually away from, now, host electronic equipment can get motion detection data, and by motion detection data determine relative motion therebetween for away from, then according to the corresponding relation between pre-recorded relative motion and instruction, obtain be open in host electronic equipment the picture amplification instruction opened in the application program of photo current away from corresponding instruction, and by performing this instruction to realize the amplification utilizing two pictures that display screen shows jointly, thus the entirety realizing file is amplified.
Can find, user need not realize by the button on pressing hardware button and/or display screen the display and control that Shows Picture again, facilitates the operation of user.
Can find from the above description, in a particular embodiment of the present invention, for above-mentioned situation, after first electronic equipment performs described first instruction, can the data of the content change that the second display screen of the second electronic equipment shows be caused to be sent to the second electronic equipment the execution due to instruction, make the second electronic equipment in response to this first instruction, the content on the second display screen on the second electronic equipment after corresponding display change.
< situation two >
In situation two, utilize the display and control of this first instruction realization to the 3rd electronic equipment.
In this case, the display processing method of the embodiment of the present invention also comprises:
Send described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display.
Illustrate as follows.
Assuming that there is electronic equipment A, B and C, based on existing the short distance wireless communication technology, communication link is established between 3, now C (as televisor or another PDA etc.) is at display picture, now, user is by A and/or B in manipulation hand, make A and B gradually away from, now, A can get motion detection data, and by motion detection data determine relative motion between A and B for away from, then according to the corresponding relation between pre-recorded relative motion and instruction, obtain be the picture amplification instruction opened in equipment C in the application program of photo current away from corresponding instruction, and be sent to equipment C, this instruction is performed to realize the amplification of picture by equipment C.
Can find from the above description, in a particular embodiment of the present invention, for above-mentioned situation, after first electronic equipment sends described first instruction, 3rd electronic equipment needs to perform the content that this first instruction changes display screen display, meanwhile, the data that this displaying contents is corresponding are stored in the 3rd electronic equipment.
Be explained above the two kinds of application modes determining instruction in the method for the embodiment of the present invention according to the relative motion of electric room, but should be understood that, the application of above-mentioned instruction only illustrates, the embodiment of the present invention produces for controlling the instruction shown mainly through the mutual motion of detection control electric room, and the application that no limit order is follow-up.
In a particular embodiment of the present invention, need host electronic equipment to determine the relative motion of electric room, just can determine instruction according to relative motion, at this, provide the detailed description of following several implementation.
In a particular embodiment of the present invention, the signal intensity of the signal that can transmit at electric room, also can carry exercise data according to signal and determine relative motion, also existing camera can be utilized to gather the view data of another electronic equipment to determine relative motion, be respectively described below.
For the mode utilizing wireless signal to transmit, described acquisition one motion detection data specifically comprises:
A signal is received from the second electronic equipment;
Motion detection data described in the signal acquisition at least received described in basis.
And utilizing the mode of camera, described motion detection data is the view data comprising described second electronic equipment of described camera collection.
< implementation one >
As everyone knows, all wireless signals are along with the increase of transmission range, its intensity can progressively weaken, when there is not restraining mass between transmitting terminal and receiving end, there is certain relation between signal intensity and transmission range, this relation can by testing or obtaining according to modeling in advance.
Illustrate as follows.
As shown in Figure 2, assuming that A equipment carries out determination and the execution of instruction as main equipment.Assuming that at moment t1, the wireless signal strength that the receiver being arranged at A equipment receives the transmitter transmitting being arranged at B equipment is X1, and at moment t2, the wireless signal strength that the receiver being arranged at A equipment receives the transmitter transmitting being arranged at B equipment is X2, the signal intensity of signal that now A equipment receives for twice according to front and back can determine distance D1 and D2, the relative motion can determining therebetween by the change of distance.
In the above-mentioned situation of implementation one, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
Certainly, consider that electronic equipment is as independent existence, when utilizing aforesaid way, generally speaking, electronic equipment all can be provided with transmitter and receiver, then when electronic equipment is as main equipment, open receiver, close transmitter, and at it as from opening transmitter during equipment, close receiver.
Certainly, when electronic equipment exists in pairs, also can be that B equipment carries out determination and the execution of instruction as main equipment, now need A equipment that the signal intensity that front and back detect for twice is sent to B equipment, the calculating of distance is carried out by B equipment, and then by relative motion that the change of distance can be determined therebetween.In this case, on described first electronic equipment and the second electronic equipment, correspondence is provided with receiver and transmitter, and described motion detection data is the signal intensity that the described receiver carried in described signal receives the wireless signal that described transmitter is launched.
To above-mentioned example, arrange receiver with A equipment, B equipment arranges transmitter, and A equipment illustrates as main equipment.
As shown in Figure 3 a, assuming that utilize the display screen of A equipment and B equipment to collectively show a portrait, now, user finds that this portrait shows sidewards, not too convenient viewing, want portrait rotary viewing, now according to the method for the embodiment of the present invention, user by A equipment away from B equipment, wherein t1, t2 and the t3 moment is as shown in Fig. 3 b-3d, then A equipment is according to t1, t2 and t3 reception to the signal intensity of signal can determine respective distances, by the change of distance can determine relative motion therebetween for away from, and obtain be the picture amplification instruction opened in the application program of photo current away from corresponding instruction, then the t3 moment performs rotate instruction, perform the schematic diagram after rotate instruction as shown in Figure 3 d.
Electronic equipment is drawn close by end user, and the schematic diagram presented as shown in Figure 3 e.
Can find, user just achieves the rotation of image by shirtsleeve operation.
Certainly, the above-mentioned explanation being the left and right side being arranged at electronic equipment for receiver and transmitter and carrying out, in order to realize more instruction, receiver and transmitter can also be set respectively at the side up and down that electronic equipment is relative, distinguish on different directions away from, thus realize more instruction, as amplified, reducing.
Certainly, in order to ensure not disturb each other, infrared transmitter and receiver can be adopted to realize, and due to infrared stronger directivity, the receiver that cannot be arranged at another electronic equipment top at the signal of the infrared transmitter transmitting of side setting receives.
Should be understood that, above-mentioned is be shown as with image the explanation that example carries out, and when two electronic equipments show an operation system interface jointly, this instruction can also be " Back " instruction, " Next instruction ", " Home instruction " etc., does not enumerate at this.
< implementation two >
Above-mentioned implementation one is the explanation carried out for receiver and transmitter, when increasing electronic equipment has possessed multidirectional motion sensor, as 3 axle sensors, 4 axle sensors, even 6 axle sensors at present.
In existing sensor, sensor can sense acceleration (comprising rectilinear motion), inclination angle and rotation etc., as accelerometer measures is the change of speed in the unit interval.Speed is described as metre per second (m/s) (m/s), comprises the change of change in location and direction of motion.The unit of acceleration transducer is every square, rice second (m/s2).Acceleration transducer obtains obliquity information by measuring out-of-alignment gravitation information.
And rotation measuring is the change of angular speed, such as, a three-axis sensor, X, Y-axis is parallel to earth surface, and Z axis is vertical, and in this case, Z axis measurement is 1g, X, and Y-axis is 0g.Rotational Z-axis, X, Y-axis is constant, in this case, Z axis is measured or 1g.Namely gyroscope can be used for this rotation of perception.
Can find from the above description, because different sensors can detect different motions, and after two electronic equipment motions separately all determine, the relative motion just can determining therebetween according to respective motion, illustrates as follows.
Therefore, in a particular embodiment of the present invention, in above-mentioned display processing method, described first electronic equipment and the second electronic equipment are respectively arranged with the first motion sensor and the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the first sensing data of arriving of the second motion sensor senses, carry described second sensing data in described signal;
Describedly determine that the first relative motion between described first electronic equipment and the second electronic equipment specifically comprises according to described motion detection data:
According to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
According to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Described first electronic equipment determines the first relative motion between described first electronic equipment and the second electronic equipment according to described first motion and the second motion.
Illustrate as follows.
As shown in fig. 4 a, assuming that user needs to return previous menu, now two electronic equipments overlap by user, then respectively to upper and move down electronic equipment, now two electronic equipments detect the exercise data of oneself separately, find that first electronic equipment moves along the positive dirction of a certain axle, and another electronic equipment moves along the negative direction of this axle, the motion then can determining therebetween be away from, and then to determine according to the corresponding relation pre-set and to perform the instruction returning previous menu, then the two horizontal positioned is incited somebody to action to a plane, can find that the menu of the two common display turns back to previous menu.
As shown in Figure 4 b, after two electronic equipment overlaps, perpendicular on the direction of display screen away from, can realize returning Home menu.
As illustrated in fig. 4 c, assuming that user rolls on-screen menu under needing realization, now two electronic equipments overlap by user, then another one electronic equipment is rotated along a side inverse clock, now two electronic equipments detect the exercise data of oneself separately, find that first electronic equipment rotates along a certain axle inverse clock, and another electronic equipment keeps motionless, then can determine that motion therebetween rotates, and then to determine according to the corresponding relation pre-set and to perform down the instruction of roll screen curtain, then will the two horizontal positioned to a plane.
Below only illustrate, can also be can also be therebetween as Fig. 4 d rotates the rotation etc. realizing image around the axle reverse direction shown in dotted line certainly, not enumerate at this.
< implementation three >
In implementation three, the existing camera of electronic equipment can be utilized to realize, and described first electronic equipment has a camera, and described motion detection data is the view data comprising described second electronic equipment of described camera collection.
For the image photographed, when parameter due to camera is determined, it is found a view and determines, when moving in Fig. 4 a mode therebetween, the camera collection of the first electronic equipment comprise in the view data of described second electronic equipment, the area of the actual part be photographed of the second electronic equipment can not change, but the part photographed changes, and when another electronic equipment moves in Fig. 4 b mode, then actual photographed to the area of electronic equipment change.
By the relative motion state that above-mentioned mode can be determined therebetween, and then determine the execution of instruction.
Certainly, in this case a judgment mechanism can also be set, after this view data of acquisition, judge that the content of the second electronic equipment display is a part for the displaying contents that the first electronic equipment sends according to the content of second display screen display in view data, when judged result indicate the content of the second electronic equipment display be the first electronic equipment send displaying contents a part of time, just perform the step of described acquisition first instruction, otherwise do not perform the step of described acquisition first instruction.
Certainly, above various modes can combine to realize, so that can corresponding more instruction, no longer describe in detail at this.
The electronic equipment of the embodiment of the present invention, as shown in Figure 5, comprising:
Motion detection data acquisition module, for obtaining a motion detection data;
Relative motion determination module, for determining the first relative motion between described first electronic equipment and the second electronic equipment according to described motion detection data;
Instruction acquisition module, for according to the corresponding relation between pre-recorded relative motion and instruction, obtains first instruction corresponding with described first relative motion, and wherein, described first instruction is used for modifying to a displaying contents.
In this electronic equipment, described electronic equipment is as the first electronic equipment, and the first display screen of described first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and described electronic equipment also comprises:
Execution module, for performing described first instruction, modify to utilizing the first displaying contents of described first display screen and second display screen display, that is, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
This electronic equipment also comprises:
Sending module, for sending described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display.
In this electronic equipment, described motion detection data acquisition module specifically comprises:
Receiving element, for receiving a signal from the second electronic equipment;
Acquiring unit, at least according to described in motion detection data described in the signal acquisition that receives.
In this electronic equipment, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
In this electronic equipment, described first electronic equipment and the second electronic equipment are respectively arranged with the first motion sensor and the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the first sensing data of arriving of the second motion sensor senses, carry described second sensing data in described signal;
Described relative motion determination module specifically comprises:
First motion determination unit, for according to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
Second motion determination unit, for according to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Relative motion determining unit, determines the first relative motion between described first electronic equipment and the second electronic equipment for described first electronic equipment according to described first motion and the second motion.
The embodiment of the present invention additionally provides a kind of display processing method, for the first electronic equipment, described first electronic equipment has first content, first display screen of described first electronic equipment and the second display screen of the second electronic equipment show first content jointly, that is, the second display screen of Part I and the second electronic equipment that the first display screen of described first electronic equipment shows described first content shows the Part II of described first content, wherein a kind of exemplary example as shown in Figure 3 a, the display screen of two equipment collectively show a portrait, the first half of the display screen display human body on the left side, and the first half of the display screen display human body on the right, described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Perform described first instruction, make the first display screen and second display screen jointly show second content different from first content.
In specific embodiments of the invention, front 3 steps with before step without any difference, be not further described at this.
And in a particular embodiment of the present invention, any one content in the display screen display of electronic equipment is all corresponding with the data of preserving in electronic equipment, if the content shown on a display screen in a WORD interface and WORD saves a WORD document in electronic equipment, display screen plays a video, owing to saving a video file in electronic equipment, for in specific embodiments of the invention, first display screen of the first electronic equipment and the second display screen of the second electronic equipment show a content jointly, that is a first display screen display part, and second display screen shows another part, the two is in conjunction with the complete display object of formation one.
For this display, in a particular embodiment of the present invention, can be that two kinds of modes realize, as follows:
1, the data that displaying contents is corresponding are stored in the first electronic equipment;
In this case, first electronic equipment needs the content-data needing display (i.e. the image of video card drafting) to be sent to the second electronic equipment, second electronic equipment can be shown, in this case, first electronic equipment performs described first instruction, determine the content after execution first instruction, and the part shown by the second electronic equipment is sent to the second electronic equipment, the content that second display screen is shown is replaced.
2, same data content all preserved by the first electronic equipment and the second electronic equipment
As same data content (as same video file) all preserved by the first electronic equipment and the second electronic equipment, now, first electronic equipment can be sent to the second electronic equipment by needing the content of display, but also can not send, but send this first instruction to the second electronic equipment, to be processed according to the file self preserved and described first instruction by the second electronic equipment and obtain displaying contents, as jointly play the words of this video file, second electronic equipment can control video card and the right-hand component of current video frame is depicted as displaying contents and be sent to display screen and show.
In this case, the first electronic equipment only needs to perform the first instruction in the machine, and the first instruction is sent to the second electronic equipment simultaneously, and the second electronic equipment performs this instruction, changes displaying contents, illustrates as follows.
As shown in Figure 3 a, assuming that A and B preserves same picture file, the now left-half that Shows Picture respectively of A and B and right-hand part part, after determining the instruction rotated, instruction is sent to B by A, A and B all performs rotate instruction to original image (namely overall), and shows left-half and right-hand part part of postrotational picture respectively, as shown in Figure 3 e.
The another kind of display processing method of the embodiment of the present invention, for the first electronic equipment, described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Sending described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enable described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the displaying contents of described 3rd display screen display.
The displaying contents of described 3rd display screen display is according to the data genaration be stored in described 3rd electronic equipment.
In this case, the generation of a just instruction, this instruction is directly sent to another electronic equipment, is performed by another electronic equipment.
Certainly, any one above-mentioned display processing method, can arrange a trigger mechanism, in order to avoid automatically trigger, this can by carrying out arranging realizing before the use.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. a display processing method, for the first electronic equipment, is characterized in that, the first display screen of described first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion, wherein, described first instruction is used for modifying to a displaying contents;
Perform described first instruction, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
2. display processing method according to claim 1, is characterized in that, also comprises:
Send described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enable described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, the second displaying contents of the described 3rd display screen display utilizing the 3rd electronic equipment is modified.
3. display processing method according to claim 1 and 2, is characterized in that, described acquisition one motion detection data specifically comprises:
A signal is received from the second electronic equipment;
Motion detection data described in the signal acquisition at least received described in basis.
4. display processing method according to claim 3, it is characterized in that, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
5. display processing method according to claim 3, is characterized in that:
Described first electronic equipment is provided with the first motion sensor, second electronic equipment is provided with the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the second sensing data of arriving of the second motion sensor senses, carry described second sensing data of described second electronic equipment in described signal;
Describedly determine that the first relative motion between described first electronic equipment and the second electronic equipment specifically comprises according to described motion detection data:
According to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
According to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Described first electronic equipment determines the first relative motion between described first electronic equipment and the second electronic equipment according to described first motion and the second motion.
6. an electronic equipment, is characterized in that, described electronic equipment is as the first electronic equipment, and the first display screen of described first electronic equipment can coordinate with the second display screen of the second electronic equipment and show, and described electronic equipment comprises:
Motion detection data acquisition module, for obtaining a motion detection data;
Relative motion determination module, for determining the first relative motion between described first electronic equipment and the second electronic equipment according to described motion detection data;
Instruction acquisition module, for according to the corresponding relation between pre-recorded relative motion and instruction, obtains first instruction corresponding with described first relative motion, and wherein, described first instruction is used for modifying to a displaying contents;
Execution module, for performing described first instruction, modify to the second part of the Part I of the first displaying contents and described first displaying contents of described second display screen display that utilize described first display screen display, wherein said Part I and described Part II form described first displaying contents.
7. electronic equipment according to claim 6, is characterized in that, also comprises:
Sending module, for sending described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display.
8. the electronic equipment according to claim 6 or 7, is characterized in that, described motion detection data acquisition module specifically comprises:
Receiving element, for receiving a signal from the second electronic equipment;
Acquiring unit, at least according to described in motion detection data described in the signal acquisition that receives.
9. electronic equipment according to claim 8, it is characterized in that, on described first electronic equipment and the second electronic equipment, correspondence is provided with transmitter and receiver, and described motion detection data is the signal intensity that described receiver receives the wireless signal that described transmitter is launched.
10. electronic equipment according to claim 8, is characterized in that:
Described first electronic equipment and the second electronic equipment are respectively arranged with the first motion sensor and the second motion sensor, described motion detection data comprise the first motion sensor senses to the first sensing data and the second sensing data of arriving of the second motion sensor senses, carry described second sensing data in described signal;
Described relative motion determination module specifically comprises:
First motion determination unit, for according to described first motion sensor senses to the first sensing data determine described first electronic equipment first motion;
Second motion determination unit, for according to described second motion sensor senses to the second sensing data determine described second electronic equipment second motion;
Relative motion determining unit, determines the first relative motion between described first electronic equipment and the second electronic equipment for described first electronic equipment according to described first motion and the second motion.
11. 1 kinds of display processing methods, for the first electronic equipment, it is characterized in that, described first electronic equipment has first content, the second display screen of Part I and the second electronic equipment that the first display screen of described first electronic equipment shows described first content shows the Part II of described first content, and described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Perform described first instruction, make the first display screen and second display screen jointly show second content different from first content.
12. 1 kinds of display processing methods, for the first electronic equipment, is characterized in that, described display processing method comprises:
Obtain a motion detection data;
The first relative motion between described first electronic equipment and the second electronic equipment is determined according to described motion detection data;
According to the corresponding relation between pre-recorded relative motion and instruction, obtain first instruction corresponding with described first relative motion;
Send described first instruction to the 3rd electronic equipment comprising the 3rd display screen, enabling described 3rd electronic equipment perform described first instruction according to after receiving described first instruction, modifying to utilizing the second displaying contents of described 3rd display screen display;
Described second displaying contents is according to the data genaration be stored in described 3rd electronic equipment.
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| CN106325472A (en) * | 2015-06-25 | 2017-01-11 | 联想(北京)有限公司 | First electronic equipment, and method and system for identifying relative positions between equipment |
| CN106371559B (en) * | 2015-08-11 | 2019-09-10 | 北京智谷睿拓技术服务有限公司 | Exchange method, interactive device and user equipment |
| CN105892656B (en) * | 2016-03-30 | 2019-03-29 | 联想(北京)有限公司 | A kind of data processing method and electronic equipment |
| CN107682879B (en) * | 2017-08-30 | 2021-04-02 | 深圳市盛路物联通讯技术有限公司 | Frequency adjusting method based on antenna received signal strength and mobile terminal |
| CN107835314B (en) * | 2017-11-03 | 2020-03-24 | 青岛海信移动通信技术股份有限公司 | Method for executing operation when mobile terminal is placed on object and mobile terminal |
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| WO2007003195A1 (en) * | 2005-07-04 | 2007-01-11 | Bang & Olufsen A/S | A unit, an assembly and a method for controlling in a dynamic egocentric interactive space |
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