CN106293567A

CN106293567A - Control method, control device and electronic equipment

Info

Publication number: CN106293567A
Application number: CN201510309543.6A
Authority: CN
Inventors: 纪诚
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2015-06-08
Filing date: 2015-06-08
Publication date: 2017-01-04

Abstract

The invention discloses and be applied to the control method of the first electronic equipment and control device, at the first electronic equipment during the second electronic equipment sends video data, detect the attitude parameter of the first electronic equipment, if the attitude of the first electronic equipment change and change meet pre-conditioned, then generate pose adjustment information and send to the second electronic equipment, trigger the second electronic equipment and adjust the operational mode at the first interface based on the pose adjustment information received, so that the first interface after Tiao Zhenging matches with the display content under the first electronic equipment present mode of operation, thus improve Consumer's Experience.The invention also discloses and be applied to the control method of the second electronic equipment and control device, it addition, the invention also discloses a kind of electronic equipment.

Description

Control method, control device and electronic equipment

Technical field

The invention belongs to communication technical field, particularly relate to control method, control device and electronic equipment.

Background technology

At present, the kind of electronic equipment gets more and more, and user occurs in that following demand: set at certain electronics The picture of standby upper display, user wishes to show on another electronic equipment.In order to meet above-mentioned need Ask, prior art have developed mirror image technology.Mirror image technology mentioned here, refers to source electronic equipment The picture transmission of upper display, to target electronic device, carries out the technology shown by target electronic device.Example As: by mobile phone shown in content project in the big screen equipment such as TV or computer and show. Miracast technology is exactly one of them, and Miracast is that a kind of point-to-point customized by Wi-Fi Alliance is many Media sharing agreement.

In actual use, in order to reach more preferable viewing experience, user can be at transverse screen and perpendicular screen Between adjust the attitude of source electronic equipment, the image transmitted to target electronic device also can correspondingly present transverse screen Form under state or the form under perpendicular screen state.But, in the display unit of target electronic device Display interface is changeless, this display interface that can cause target electronic device and source electronic equipment Picture does not mates, and causes the experience that user is poor.

Summary of the invention

In view of this, it is an object of the invention to provide electronic equipment and control method thereof and control device, To improve the matching degree of the picture of display interface and the source electronic equipment of target electronic device, thus improve use Family is experienced.

For achieving the above object, the present invention provides following technical scheme:

The open a kind of control method of the present invention, is applied to the first electronic equipment, and described control method includes:

Send during video data to the second electronic equipment at described first electronic equipment, detect described the The attitude parameter of one electronic equipment, wherein, described video data be in described first electronic equipment first show Show that the data that content is corresponding, described second electronic equipment show on the first interface based on described video data Second display content, described first display content is identical with described second display content；

When the attitude parameter of described first electronic equipment changes, it is judged that described first electronic equipment It is pre-conditioned whether the change of attitude parameter meets；

Determine meet pre-conditioned in the case of, based on the attitude parameter that described first electronic equipment is current Generate pose adjustment information；

Described pose adjustment information is sent to described second electronic equipment, so that described second electronic equipment The operational mode at described first interface is adjusted based on described pose adjustment information.

Optionally, in above-mentioned control method, send out to described second electronic equipment at described first electronic equipment Before sending video data, also include: the attitude parameter current based on described first electronic equipment generates attitude Adjustment information, and send to described second electronic equipment, so that described second electronic equipment is based on described appearance State adjustment information initializes the operational mode at described first interface.

Optionally, in above-mentioned control method, the attitude parameter of described first electronic equipment of described detection, bag Include: detected the first axle of described first electronic equipment and the second axis and vertical side respectively by sensor Angle between to, wherein, described first axle and described second axis are mutually perpendicular to.

Optionally, in above-mentioned control method, the change of the attitude parameter of described first electronic equipment of described judgement It is pre-conditioned whether change meets, including: judge the first axle of described first electronic equipment in Preset Time Folder between variable quantity and described second axis and the vertical direction of the angle between line and vertical direction The variable quantity at angle the most all reaches the first angle threshold, if, it is determined that the appearance of described first electronic equipment The change of state parameter meets described pre-conditioned.

Optionally, in above-mentioned control method, the change of the attitude parameter of described first electronic equipment of described judgement It is pre-conditioned whether change meets, including: judge whether that the first axle of described first electronic equipment is with vertical Angle between direction is changed to the second angle interval and described second axis and lead from the first angle interval Nogata between angle be changed to described first angle from described second angle interval interval or described Angle between first axle and vertical direction is changed to described first angle district from described second angle interval Between and angle between described second axis and described vertical direction be changed to from described first angle interval Described second angle is interval, if, it is determined that the change of the attitude parameter of described first electronic equipment meets Described pre-conditioned.

Optionally, in above-mentioned control method, the attitude parameter current based on described first electronic equipment generates Pose adjustment information, including: determine described first according to the attitude parameter that described first electronic equipment is current The attitude that electronic equipment is current；Determine the attitude mark characterizing described first electronic equipment current pose, will Described attitude identifies as pose adjustment information.

On the other hand, invention additionally discloses a kind of control method, be applied to the second electronic equipment, described control Method processed includes:

Show in the first interface output second of display unit based on video data at described second electronic equipment During content, monitoring whether to receive pose adjustment information, described video data is that the first electronic equipment is to institute State the data that in described first electronic equipment that the second electronic equipment sends, the first display content is corresponding, described Second display content is identical with described first display content；

After receiving pose adjustment information, adjust described first interface based on described pose adjustment information Operational mode.

Optionally, in above-mentioned control method, when described second electronic equipment is before receiving video data In the case of receiving pose adjustment information, also include: determine described according to described pose adjustment information The initial launch pattern at one interface, adjusts described first interface to described initial launch pattern, to described First interface initializes.

Optionally, in above-mentioned control method, set for characterizing described first electronics in described pose adjustment information In the case of the attitude mark of standby current pose, adjust described first interface based on described pose adjustment information, Including: utilize described pose adjustment information, and the operation at the pose adjustment information preset and the first interface Corresponding relation between pattern, determines the object run pattern at described first interface；Wherein, described first The operational mode at interface includes that first mode and the second pattern, described first interface run on described first mould In the case of formula, the length of the first side at described first interface more than the length of second side, described the In the case of one interface runs on described second pattern, the length of the first side at described first interface is less than The length of second side；Described first interface is adjusted to described object run pattern.

Optionally, above-mentioned control method also includes: based on display unit big in described second electronic equipment The size at described first interface of little adjustment.

On the other hand, invention additionally discloses a kind of control device, be applied to the first electronic equipment, described control Device processed includes:

Attitude parameter detector unit, for sending display at described first electronic equipment to the second electronic equipment In data procedures, detecting the attitude parameter of described first electronic equipment, wherein, described video data is institute Stating the data that in the first electronic equipment, the first display content is corresponding, described second electronic equipment is based on described aobvious Registration is according to display the second display content on the first interface, described first display content and described second display Content is identical；

Judging unit, for when the attitude parameter of described first electronic equipment changes, it is judged that described It is pre-conditioned whether the change of the attitude parameter of the first electronic equipment meets；

First processing unit, for determine meet pre-conditioned in the case of, based on described first electronics The attitude parameter generation pose adjustment information that equipment is current；

Transmitting element, for described pose adjustment information is sent to described second electronic equipment, so that institute State the second electronic equipment and adjust the operational mode at described first interface based on described pose adjustment information.

Optionally, above-mentioned control device also includes pretreatment unit；At described first electronic equipment to described Before second electronic equipment sends video data, described pretreatment unit is worked as based on described first electronic equipment Before attitude parameter generate pose adjustment information, and send to described second electronic equipment, so that described the Two electronic equipments are based on the operational mode at the first interface described in described pose adjustment information initializing.

Optionally, in above-mentioned control device, attitude parameter detector unit specifically for: divided by sensor Do not detect the angle between first axle and the second axis and the vertical direction of described first electronic equipment, its In, described first axle and described second axis are mutually perpendicular to.

Optionally, in above-mentioned control device, described judging unit includes the first judge module；Described first Judge module for judge in Preset Time the first axle of described first electronic equipment and vertical direction it Between angle variable quantity and described second axis and vertical direction between angle variable quantity whether All reach the first angle threshold, if, it is determined that the change of the attitude parameter of described first electronic equipment is full Foot is described pre-conditioned.

Optionally, judging unit described in above-mentioned control device includes the second judge module: described second judges Module is for judging whether that angle between first axle and the vertical direction of described first electronic equipment is from the One angle interval be changed to that the second angle is interval and angle between described second axis and vertical direction from It is interval that described second angle interval is changed to described first angle, or described first axle and vertical direction Between angle be changed to from described second angle interval that described first angle is interval and described second axis And it is interval that the angle between described vertical direction is changed to described second angle from described first angle interval, If, it is determined that the change of the attitude parameter of described first electronic equipment meets described pre-conditioned.

Optionally, in above-mentioned control device, described first processing unit specifically for: according to described first The current attitude parameter of electronic equipment determines the attitude that described first electronic equipment is current, determines that sign is described The attitude mark of the first electronic equipment current pose, identifies described attitude as pose adjustment information.

On the other hand, invention additionally discloses a kind of control device, be applied to the second electronic equipment, described control Device processed includes:

Information monitoring unit, at described second electronic equipment based on video data at the of display unit During one interface output the second display content, monitor whether to receive pose adjustment information, described video data It is the first electronic equipment in described first electronic equipment that described second electronic equipment sends in the first display Holding corresponding data, described second display content is identical with described first display content；

Second processing unit, for after receiving pose adjustment information, based on described pose adjustment information Adjust the operational mode at described first interface.

Optionally, above-mentioned control device also includes initialization unit；

When described second electronic equipment received the situation of pose adjustment information before receiving video data Under, described initialization unit determines the initial launch mould at described first interface according to described pose adjustment information Formula, adjusts described first interface to described initial launch pattern, initializes described first interface.

Optionally, in above-mentioned control device, set for characterizing described first electronics in described pose adjustment information In the case of the attitude mark of standby current pose, described second processing unit specifically for: utilize described appearance Corresponding pass between state adjustment information, and pose adjustment information and the operational mode at the first interface preset System, determines the object run pattern at described first interface；Described first interface is adjusted to described target and transport Row mode；Wherein, the operational mode at described first interface includes first mode and the second pattern, described In the case of one interface runs on described first mode, the length of the first side at described first interface is more than The length of second side, in the case of described first interface runs on described second pattern, described first boundary The length of the first side in face is less than the length of second side.

Optionally, above-mentioned control device also includes the 3rd processing unit, and described 3rd processing unit is based on institute The size stating display unit in the second electronic equipment adjusts the size at described first interface.

On the other hand, invention additionally discloses a kind of electronic equipment, control device including above-mentioned any one.

As can be seen here, the invention have the benefit that

The control method being applied to the first electronic equipment disclosed by the invention, at the first electronic equipment to second During electronic equipment sends video data, detect the attitude parameter of the first electronic equipment, if the first electricity The attitude of subset changes and changes and meets pre-conditioned, then generate pose adjustment information to second Electronic equipment sends, and triggers the second electronic equipment and adjusts the first interface based on the pose adjustment information received Operational mode so that aobvious under the first interface after Tiao Zhenging and the first electronic equipment present mode of operation Show that content matches, thus improve Consumer's Experience.

The control method being applied to the second electronic equipment disclosed by the invention, at the second electronic equipment based on The video data that one electronic equipment sends is during the first interface exports the second display content, if connect Receive the pose adjustment information that the first electronic equipment sends, then utilize this pose adjustment information to adjust the first boundary The operational mode in face, so that under the first interface after Tiao Zhenging and the first electronic equipment present mode of operation Display content matches, thus improves Consumer's Experience.

Accompanying drawing explanation

In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to reality Execute the required accompanying drawing used in example or description of the prior art to be briefly described, it should be apparent that below, Accompanying drawing in description is only embodiments of the invention, for those of ordinary skill in the art, not On the premise of paying creative work, it is also possible to obtain other accompanying drawing according to the accompanying drawing provided.

During Fig. 1 is for carrying out data image based on prior art, the source electronic equipment of transverse screen mode and mesh The display effect figure of mark electronic equipment；

During Fig. 2 is for carrying out data image based on prior art, the source electronic equipment of vertical screen mode and mesh The display effect figure of mark electronic equipment；

Fig. 3 is the flow chart of a kind of control method being applied to the first electronic equipment disclosed by the invention；

Fig. 4 is first axle and a kind of schematic diagram of the second axis of the first electronic equipment in the present invention；

Fig. 5 is the flow chart of a kind of control method being applied to the second electronic equipment disclosed by the invention；

During Fig. 6 is for carrying out data image based on control method disclosed by the invention, the source of vertical screen mode The display effect figure of electronic equipment and target electronic device；

Fig. 7 is the structural representation controlling device being applied to the first electronic equipment disclosed by the invention；

Fig. 8 is the structural representation controlling device being applied to the second electronic equipment disclosed by the invention.

Detailed description of the invention

In the prior art, the display interface in the display unit of target electronic device is changeless, Target electronic device is after receiving the video data that source electronic equipment sends, defeated at fixing display interface Go out this video data.After user adjusts the attitude of source electronic equipment, source electronic equipment can be in transverse screen mode And switch between vertical screen mode, the video data that source electronic equipment sends to target electronic device is the most correspondingly Present the form under transverse screen state or the form under perpendicular screen state, and display circle in target electronic device Face is fixing, and this may result in target electronic device cannot completely show video data, or target electricity Subset is only in a part of output display data of display interface, and the picture causing video data corresponding is the least, Inconvenient user's viewing.

Illustrate here in conjunction with Fig. 1 and Fig. 2.

Source electronic equipment is with 100 labellings, and target electronic device is with 200 labellings, in target electronic device Display interface is as shown in Figures 1 and 2.The data corresponding with self display content are sent out by source electronic equipment Deliver to target electronic device.When source electronic equipment is in transverse screen mode, target electronic device can be normal The data that display receives.When source electronic equipment is switched to shown in Fig. 2 by the transverse screen mode shown in Fig. 1 Vertical screen mode after, target electronic device is only capable of the part display that receives of display at display interface Data, the picture that video data is presented is less, can cause inconvenience to the user.

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present invention, and It is not all, of embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art are not doing Go out the every other embodiment obtained under creative work premise, broadly fall into the scope of protection of the invention.

See the stream that Fig. 3, Fig. 3 are a kind of control method being applied to the first electronic equipment disclosed by the invention Cheng Tu.Wherein, the first electronic equipment is the source electronic equipment in mirror image technology, joins with the first electronic equipment Closing the second electronic equipment used is the target electronic device in mirror image technology.This control method includes:

Step S31: send during video data to the second electronic equipment at the first electronic equipment, detection the The attitude parameter of one electronic equipment.

Wherein, video data is the data that in the first electronic equipment, the first display content is corresponding, the second electronics Equipment shows on the first interface that based on video data the second display content, the first display content show with second Show that content is identical.

First electronic equipment in running, by display unit display content (for the ease of describe, It being designated as the first display content) corresponding data (being designated as video data) send to the second electronic equipment, the Two electronic equipments show the video data received, the second electronics on the first interface of self display unit The content (being designated as the second display content) that equipment shows on the first interface and the display of the first electronic equipment Display content in unit is consistent, thus the mirror image realizing the first electronic equipment and the second electronic equipment shows.

Step S32: when the attitude parameter of the first electronic equipment changes, it is judged that the first electronic equipment It is pre-conditioned whether the change of attitude parameter meets.

Step S33: determine meet pre-conditioned in the case of, based on the attitude that the first electronic equipment is current Parameter generates pose adjustment information.

First electronic equipment, during sending video data to the second electronic equipment, detects self in real time Attitude parameter, the first electronic equipment can adjust the operational mode of self according to the attitude parameter that detects, Switch between transverse screen mode and vertical screen mode.It addition, the first electronic equipment is detecting self After attitude parameter, if it is determined that attitude parameter there occurs change, then determine whether the change of attitude parameter Whether meet pre-conditioned, determine attitude parameter meet pre-conditioned in the case of, based on current appearance State parameter generates pose adjustment information.When the change of the attitude parameter of the first electronic equipment meets pre-conditioned Time, showing that the attitude of the first electronic equipment occurs in that large change, the operational mode of the first electronic equipment can Change can be had occurred and that, now generate pose adjustment information.

Step S34: by pose adjustment information send to the second electronic equipment so that the second electronic equipment based on Pose adjustment information adjusts the operational mode at the first interface.

Second electronic equipment is after receiving the pose adjustment information that the first electronic equipment sends, based on this Pose adjustment information adjusts the operational mode at the first interface, so that the first interface and first after Tiao Zhenging Display content under electronic equipment present mode of operation matches.

In enforcement, the attitude parameter detecting the first electronic equipment can be in the following way:

Detected respectively by sensor the first axle of the first electronic equipment and the second axis and vertical direction it Between angle.Wherein, first axle and second axis of the first electronic equipment is mutually perpendicular to.It is to say, The attitude parameter of the first electronic equipment includes: between first axle and the vertical direction of the first electronic equipment Angle between angle, and the second axis and the vertical direction of the first electronic equipment.

As a kind of embodiment, the first axle of the first electronic equipment can be and the first electronic equipment The axis that the first side of display unit is parallel, the second axis of the first electronic equipment can be and the first electricity The axis that the second side of the display unit of subset is parallel, the first of the display unit of the first electronic equipment Side and second side are adjacent and be mutually perpendicular to.Figure 4 illustrates the first axle A of the first electronic equipment With a kind of form of the second axis B, it addition, Fig. 4 also show vertical upwardly direction and vertical to Under direction.

At present electronic equipment is provided with multiple sensors, such as 3-axis acceleration sensor, gyroscope etc.. First electronic equipment utilizes the detected value of self-sensor device, it is possible to determine in the first electronic equipment respectively Angle between one axis and the second axis and vertical direction.

Accordingly, it is judged that it is pre-conditioned whether the change of the attitude parameter of the first electronic equipment meets, permissible Employing various ways realizes.

1, angle between first axle and the vertical direction of the first electronic equipment in Preset Time is judged The variable quantity of the angle between variable quantity and the second axis and vertical direction the most all reaches the first angle Threshold value, if, it is determined that the change of the attitude parameter of the first electronic equipment meets pre-conditioned.

When user is along direction 1 shown in Fig. 4 (counterclockwise) or direction 2 (clockwise) rotating electronic device During, the angle between first axle and the vertical direction of the first electronic equipment and the second axis With the angle between vertical direction all can change.If user quickly rotates the first electronic equipment, The then variable quantity at short notice of the angle between first axle and vertical direction and the second axis and lead Nogata between angle variable quantity at short notice relatively big, the first electronic equipment will in transverse screen mode and Switch between vertical screen mode, therefore, here by judging that first axle is with vertical in Preset Time The variable quantity of the angle between variable quantity and the second axis and the vertical direction of the angle between direction is No reach the first angle threshold, determine whether to perform generate pose adjustment information and send pose adjustment letter The step of breath.

2, judge whether that the angle between first axle and the vertical direction of the first electronic equipment is from the first angle Interval is changed to the second angle interval and the angle between the second axis and vertical direction from the second angle district Between to be changed to the first angle interval, or the angle between first axle and vertical direction is from the second angle district Between to be changed to interval and between the second axis and vertical direction the angle of the first angle interval from the first angle It is changed to the second angle interval, if, it is determined that the change of the attitude parameter of the first electronic equipment meets pre- If condition.

Angle between the first axle and vertical direction of the first electronic equipment interval at the first angle and Angle between second axis and vertical direction is when the second angle interval, and the first electronic equipment is in first Operational mode；Angle between the first axle and vertical direction of the first electronic equipment is in the second angle district Between and angle between the second axis and vertical direction when the first angle interval, at the first electronic equipment In the second operational mode.Wherein, the first operational mode of the first electronic equipment is transverse screen mode and perpendicular screen mould A pattern in formula, the second operational mode of the first electronic equipment is in vertical screen mode and transverse screen mode Another pattern.

If the angle position between first axle and the vertical direction of the first electronic equipment that n-th detects It is interval that angle interval in the first angle, between the second axis and vertical direction is positioned at the second angle, the Angle between first axle and the vertical direction of the first electronic equipment detected for n+1 time is positioned at the second folder It is interval that angular zone, angle between the second axis and vertical direction are positioned at the first angle, it is determined that meets pre- If condition, perform the follow-up pose adjustment information that generates and send the step of pose adjustment information.If the Angle between first axle and the vertical direction of the first electronic equipment that n+1 detects is still located at the first folder It is interval that angle range, angle between the second axis and vertical direction are still located at the second angle, it is determined that discontented Foot is pre-conditioned.

If the angle position between first axle and the vertical direction of the first electronic equipment that n-th detects It is interval that angle interval in the second angle, between the second axis and vertical direction is positioned at the first angle, the Angle between first axle and the vertical direction of the first electronic equipment detected for n+1 time is positioned at the first folder It is interval that angle range, angle between the second axis and vertical direction are positioned at the second angle, it is determined that meets pre- If condition, perform the follow-up pose adjustment information that generates and send the step of pose adjustment information.If the Angle between first axle and the vertical direction of the first electronic equipment that n+1 detects is still located at the second folder It is interval that angle range, angle between the second axis and vertical direction are still located at the first angle, it is determined that discontented Foot is pre-conditioned.

In the control method being applied to the first electronic equipment that the present invention is disclosed above, based on the first electronics The attitude parameter generation pose adjustment information that equipment is current, including: according to the appearance that the first electronic equipment is current The attitude that state parameter determination the first electronic equipment is current；Determine the appearance characterizing the first electronic equipment current pose State identifies, and identifies attitude as pose adjustment information.

When determining that the change of attitude parameter of the first electronic equipment meets pre-conditioned, utilize current appearance The attitude that state parameter determination the first electronic equipment is current, utilizes the attitude of the first default electronic equipment afterwards With the corresponding relation of attitude mark, determine the attitude mark corresponding with current pose, this attitude mark is made Send to the second electronic equipment for pose adjustment information.

With the attitude parameter of the first electronic equipment include the angle between first axle and vertical direction and As a example by angle between second axis and vertical direction, in the change of the attitude parameter determining the first electronic equipment When change meets pre-conditioned, utilize the angle between first axle and the vertical direction of the first electronic equipment, Or utilize the angle between the second axis and the vertical direction of the first electronic equipment, first can be determined The attitude that electronic equipment is current.

In enforcement, the first electronic equipment using current attitude parameter as pose adjustment information to the second electronics Equipment sends also possible, and the second electronic equipment is receiving the attitude parameter that the first electronic equipment sends After, first determine, according to the attitude parameter of the first electronic equipment, the attitude that the first electronic equipment is current, afterwards First interface is adjusted to the attitude current with the first electronic equipment and match.

The control method of the first electronic equipment that the present invention is disclosed above, is mainly used in the first electronic equipment During the second electronic equipment sends video data.Send out to the second electronic equipment at the first electronic equipment Before sending video data, such as after data cube computation set up by the first electronic equipment and the second electronic equipment, First electronic equipment can be adjusted to predetermined attitude by user, by the first display circle of the second electronic equipment Face adjusts to predetermined operational mode, sends video data at the first electronic equipment to the second electronic equipment During, the first electronic equipment self attitude parameter change and change meet pre-conditioned time, Pose adjustment information is sent, in order to trigger the second electronic equipment and adjust the first interface to the second electronic equipment Operational mode.

The above-mentioned method being applied to the first electronic equipment can also be improved by the present invention.

Concrete, at the first electronic equipment before the second electronic equipment sends video data, also include: Generate pose adjustment information based on the current attitude parameter of the first electronic equipment, and send to the second electronics and set Standby, so that the second electronic equipment operational mode based on this pose adjustment information initializing the first interface.

It is to say, after data cube computation set up by the first electronic equipment and the second electronic equipment, the first electricity Subset utilizes self current attitude parameter to generate pose adjustment information, this pose adjustment information is sent To the second electronic equipment, the second electronic equipment utilizes this pose adjustment information to initialize the first interface Operation, so that the operational mode at the first interface attitude current with the first electronic equipment matches, afterwards When the first electronic equipment starts to send video data to the second electronic equipment, the first of the second electronic equipment Display content under display interface and the first electronic equipment present mode of operation matches.If follow-up user The most significantly adjusting the attitude of the first electronic equipment, the first electronic equipment sends appearance to the second electronic equipment State adjustment information so that the first interface of the second electronic equipment becomes with the change of the first electronic equipment attitude Change.Technical scheme based on this improvement, sends video data at the first electronic equipment to the second electronic equipment Before, user can arbitrarily adjust the attitude of the first electronic equipment, and without being adjusted to predetermined appearance State, reduces the requirement to user operation.

Need exist for explanation, generate pose adjustment letter based on the attitude parameter that the first electronic equipment is current Breath can be in the following way: utilizes current attitude parameter to determine the attitude that the first electronic equipment is current, Utilize attitude and the corresponding relation of attitude mark of the first default electronic equipment afterwards, determine and current appearance The attitude mark that state is corresponding, identifies this attitude as pose adjustment information；Or, the first electronic equipment Using current attitude parameter as pose adjustment information.

It addition, the attitude parameter of the first electronic equipment includes: the first axle of the first electronic equipment is with vertical The angle between angle and the second axis and vertical direction between direction.

The present invention is disclosed above is applied to the control method of the first electronic equipment, invention additionally discloses application Control method in the second electronic equipment.

Seeing Fig. 5, Fig. 5 is the control method being applied to the second electronic equipment disclosed by the invention.Wherein, Second electronic equipment is the target electronic device in mirror image technology, and the first electronic equipment is in mirror image technology Source electronic equipment.This control method includes:

Step S51: export second based on video data at the first interface of display unit at the second electronic equipment During display content, monitor whether to receive pose adjustment information.

Wherein, video data is that the first electronic equipment is in the first electronic equipment that the second electronic equipment sends First display data corresponding to content, the second electronic equipment exports the on the first interface based on video data Two display contents, the second display content is identical with the first display content.

At the first electronic equipment during the second electronic equipment sends video data, the second electronic equipment Exporting the second display content based on the video data received at the first interface, the second electronic equipment is also simultaneously Detect whether in real time to receive the pose adjustment information that the first electronic equipment sends.This pose adjustment information by First electronic equipment self attitude change and change meet pre-conditioned in the case of send.When When second electronic equipment receives the pose adjustment information that the first electronic equipment sends, show that the first electronics sets Standby attitude occurs in that large change.

Step S52: after receiving pose adjustment information, adjusts the first interface based on pose adjustment information Operational mode.

Second electronic equipment, after receiving pose adjustment information, adjusts the first boundary based on pose adjustment information The operational mode in face, so that under the first interface after Tiao Zhenging and the first electronic equipment present mode of operation Display content match.

In enforcement, adjust the first interface based on pose adjustment information, can be in the following ways:

Utilize pose adjustment information, and the operational mode at the pose adjustment information preset and the first interface it Between corresponding relation, determine the object run pattern at the first interface；Afterwards, the first interface is adjusted to mesh Mark operational mode.Wherein, pose adjustment information is the attitude mark characterizing the first electronic equipment current pose.

Wherein, the operational mode at the first interface includes first mode and the second pattern, and the first interface runs on In the case of first mode, the length of the first side at the first interface more than the length of second side, first In the case of interface runs on the second pattern, the length of the first side at the first interface is less than second side Length.The object run pattern at the first interface is the one in first mode and the second pattern.

Illustrate here in conjunction with example:

When the first electronic equipment is in transverse screen mode, the first interface runs on the pattern shown in Fig. 1, the The length of the first side (transverse sides) at one interface is more than the length of second side (longitudinal side), First interface matches with the display content under the first electronic equipment present mode of operation.

When user rotates the first electronic equipment, the first electronic equipment is made to be changed to vertical screen mode by transverse screen mode Time, the first electronic equipment sends pose adjustment information to the second electronic equipment, and the second electronic equipment utilizes and connects The pose adjustment information received adjusts the operational mode at the first interface, adjusts the first interface to shown in Fig. 6 Pattern, wherein, the length of the first side (transverse sides) at the first interface is (vertical less than second side To side) length, the first interface and display content under the first electronic equipment present mode of operation are mutually Join.

In enforcement, the first electronic equipment can also be to the pose adjustment information that the second electronic equipment sends The attitude parameter of one electronic equipment, then the second electronic equipment is receiving the attitude parameter of the first electronic equipment After, the attitude parameter being primarily based on the first electronic equipment determines the attitude of the first electronic equipment, utilizes afterwards Corresponding relation between attitude and the operational mode at the first interface of the first electronic equipment preset, determines the The object run pattern at one interface；Afterwards, the first interface is adjusted to object run pattern.Wherein, The object run pattern at one interface is the one in first mode and the second pattern.

It addition, in the control method being applied to the second electronic equipment that the present invention is disclosed above, it is also possible to Including: adjust the size at the first interface based on the size of display unit in the second electronic equipment.When the second electricity When the size of display unit is bigger in subset, the first interface is set to bigger size.Such as: can To arrange the length at the first interface in the display unit of the second electronic equipment and wide aobvious with the first electronic equipment Show that length and the width of unit are proportional, when the size of the display unit of the second electronic equipment is the biggest, this ratio Coefficient is the biggest.

The control method of the second electronic equipment that the present invention is disclosed above, is mainly used in the second electronic equipment The video data sent based on the first electronic equipment shows content in the first interface output second of display unit During.At the first electronic equipment before the second electronic equipment sends video data, such as first After data cube computation set up by electronic equipment and the second electronic equipment, the first electronic equipment can be adjusted by user To the most predetermined attitude, the first display interface of the second electronic equipment is adjusted to predetermined operational mode, During first electronic equipment sends video data to the second electronic equipment, the first electronic equipment is at self Attitude parameter change and change when meeting pre-conditioned, send pose adjustment to the second electronic equipment Information, in order to trigger the second electronic equipment and adjust the operational mode at the first interface.

When the control method being applied to the first electronic equipment is improved, at the first electronic equipment to second Before electronic equipment sends video data, perform the attitude parameter based on the first electronic equipment is current and generate appearance State adjustment information, and send to the step of the second electronic equipment, it is applied to the second electronic equipment Control method be also carried out improving accordingly.

Concrete, when the second electronic equipment received pose adjustment information before receiving video data In the case of, also include: determine the initial launch pattern at the first interface according to pose adjustment information, by first Interface adjusts to initial launch pattern, initializes the first interface.

It is to say, after data cube computation set up by the first electronic equipment and the second electronic equipment, first Before electronic equipment sends video data to the second electronic equipment, the second electronic equipment utilizes the first electronics to set The pose adjustment information that preparation is sent carries out initialization operation to the first interface, so that the operation at the first interface The pattern attitude current with the first electronic equipment matches, and starts to the second electricity when the first electronic equipment afterwards When subset sends video data, the first display interface and first electronic equipment of the second electronic equipment are current Display content under operational mode matches.

In enforcement, the second electronic equipment determines the initial launch pattern at the first interface according to pose adjustment information Can be in the following ways: utilize pose adjustment information, and the pose adjustment information preset and the first interface Operational mode between corresponding relation, determine the initial launch pattern at the first interface.Wherein, the first electricity The pose adjustment information that subset sends is the mark of the attitude characterizing the first electronic equipment.

When the pose adjustment information that the first electronic equipment sends is attitude parameter, the second electronic equipment utilizes The attitude parameter received determines the attitude that the first electronic equipment is current, utilizes the first default electronics afterwards Corresponding relation between attitude and the operational mode at the first interface of equipment, determines the initial fortune at the first interface Row mode.

Invention additionally discloses the control device being applied to the first electronic equipment.

Seeing Fig. 7, Fig. 7 is that the structure controlling device being applied to the first electronic equipment disclosed by the invention is shown It is intended to.This control device includes attitude parameter detector unit 10, judging unit the 20, first processing unit 30 With transmitting element 40.

Wherein:

Attitude parameter detector unit 10, for sending display number at the first electronic equipment to the second electronic equipment During according to, detect the attitude parameter of the first electronic equipment.Wherein, video data is the first electronic equipment In the first display data corresponding to content, the second electronic equipment shows on the first interface based on video data Second display content, the first display content is identical with the second display content.

Judging unit 20, for when the attitude parameter of the first electronic equipment changes, it is judged that the first electricity It is pre-conditioned whether the change of the attitude parameter of subset meets.

First processing unit 30, for determine meet pre-conditioned in the case of, set based on the first electronics Standby current attitude parameter generates pose adjustment information.

Transmitting element 40, for pose adjustment information is sent to the second electronic equipment, so that the second electronics Equipment adjusts the operational mode at the first interface based on pose adjustment information.

The control device being applied to the first electronic equipment disclosed by the invention, at the first electronic equipment to second During electronic equipment sends video data, detect the attitude parameter of the first electronic equipment, if the first electricity The attitude of subset changes and changes and meets pre-conditioned, then generate pose adjustment information to second Electronic equipment sends, and triggers the second electronic equipment and adjusts the first interface based on the pose adjustment information received Operational mode so that aobvious under the first interface after Tiao Zhenging and the first electronic equipment present mode of operation Show that content matches, thus improve Consumer's Experience.

Preferably, on the basis of controlling device shown in Fig. 7, it is also possible to pretreatment unit is set. At the first electronic equipment before the second electronic equipment sends video data, pretreatment unit is based on the first electricity The attitude parameter generation pose adjustment information that subset is current, and send to the second electronic equipment, so that the Two electronic equipments operational mode based on pose adjustment information initializing the first interface.

In the case of control device includes pretreatment unit, at the first electronic equipment to the second electronic equipment Before sending video data, user can arbitrarily adjust the attitude of the first electronic equipment, and without being adjusted Whole to the attitude made an appointment, reduce the requirement to user operation.

At present electronic equipment is usually provided with multiple sensors, such as 3-axis acceleration sensor and gyro Instrument.In force, attitude parameter detector unit 10 specifically for detecting the first electronics respectively by sensor Angle between first axle and the second axis and the vertical direction of equipment, wherein, first axle and second Axis is mutually perpendicular to.

Accordingly, it is judged that unit 20 can use various ways to realize.

Such as: judging unit 20 includes the first judge module.First judge module is for judging when default The variable quantity of the angle between first axle and the vertical direction of interior first electronic equipment and the second axle The variable quantity of the angle between line and vertical direction the most all reaches the first angle threshold, if, it is determined that The change of the attitude parameter of the first electronic equipment meets pre-conditioned.

Such as: judging unit 20 includes the second judge module.Second judge module is used for judging whether first Angle between first axle and the vertical direction of electronic equipment is changed to the second angle from the first angle interval Interval and between the second axis and vertical direction angle is changed to the first angle district from the second angle interval Between, or the angle between first axle and vertical direction is changed to the first angle district from the second angle interval Between and angle between the second axis and vertical direction be changed to the second angle from the first angle interval interval, If, it is determined that the change of the attitude parameter of the first electronic equipment meets pre-conditioned.

In enforcement, the first processing unit 30 can generate pose adjustment information in the following ways: according to The current attitude parameter of one electronic equipment determines the attitude that the first electronic equipment is current, determines sign the first electricity The attitude mark of subset current pose, identifies attitude as pose adjustment information.

It addition, the first processing unit 30 can also using current attitude parameter as pose adjustment information to Two electronic equipments send.Second electronic equipment receive first electronic equipment send attitude parameter after, First determine, according to the attitude parameter of the first electronic equipment, the attitude that the first electronic equipment is current, afterwards by One interface adjusts to the attitude current with the first electronic equipment and matches.

Invention additionally discloses the control device being applied to the second electronic equipment.

Seeing Fig. 8, Fig. 8 is that the structure controlling device being applied to the second electronic equipment disclosed by the invention is shown It is intended to.This control device includes information monitoring unit 50 and the second processing unit 60.

Wherein:

Information monitoring unit 50, at the second electronic equipment based on video data at the first of display unit During interface output the second display content, monitor whether to receive pose adjustment information.Wherein, video data It is that the first electronic equipment first display content in the first electronic equipment that the second electronic equipment sends is corresponding Data, the second display content is identical with the first display content.

Second processing unit 60, for after receiving pose adjustment information, adjusts based on pose adjustment information The operational mode at whole first interface.

The control device being applied to the second electronic equipment disclosed by the invention, at the second electronic equipment based on The video data that one electronic equipment sends is during the first interface exports the second display content, if connect Receive the pose adjustment information that the first electronic equipment sends, then utilize this pose adjustment information to adjust the first boundary The operational mode in face, so that under the first interface after Tiao Zhenging and the first electronic equipment present mode of operation Display content matches, thus improves Consumer's Experience.

Preferably, on the basis of controlling device shown in Fig. 8, it is also possible to arrange initial further Change unit.When the second electronic equipment received the situation of pose adjustment information before receiving video data Under, initialization unit determines the initial launch pattern at the first interface according to pose adjustment information, by the first boundary Face adjusts to initial launch pattern, initializes the first interface.

It addition, in the disclosed above control device being applied to the second electronic equipment of the present invention, adjust in attitude In the case of whole information is the attitude mark characterizing the first electronic equipment current pose, the second processing unit 60 Can adjust the operational mode at the first interface in the following ways:

Utilize pose adjustment information, and the operational mode at the pose adjustment information preset and the first interface it Between corresponding relation, determine the object run pattern at the first interface；Afterwards, the first interface is adjusted to mesh Mark operational mode.

In enforcement, the first electronic equipment can also be to the pose adjustment information that the second electronic equipment sends The attitude parameter of one electronic equipment, then the second electronic equipment is receiving the attitude parameter of the first electronic equipment After, the second processing unit 60 attitude parameter based on the first electronic equipment determines the attitude of the first electronic equipment, Utilize the corresponding relation between attitude and the operational mode at the first interface of the first electronic equipment preset, really The object run pattern at fixed first interface, afterwards, adjusts the first interface to object run pattern.Wherein, The object run pattern at the first interface is the one in first mode and the second pattern.

Preferably, in the control device being applied to the second electronic equipment disclosed by the invention, can To arrange the 3rd processing unit further, the 3rd processing unit is based on display unit in the second electronic equipment Size adjusts the size at the first interface.

Invention additionally discloses a kind of electronic equipment, this electronic equipment includes disclosed above any one of the present invention Plant and control device.

Preferably, during this electronic equipment includes the disclosed above control device being applied to the first electronic equipment One, also include the disclosed above one controlled in device being applied to the second electronic equipment, then exist In mirror-image system, this electronic equipment both can be as source electronic equipment, it is also possible to as target electronic device.

Finally, in addition it is also necessary to explanation, in this article, the relational terms of such as first and second or the like It is used merely to separate an entity or operation with another entity or operating space, and not necessarily requires Or imply relation or the order that there is any this reality between these entities or operation.And, art Language " includes ", " comprising " or its any other variant are intended to comprising of nonexcludability, thus Make to include that the process of a series of key element, method, article or equipment not only include those key elements, and Also include other key elements being not expressly set out, or also include for this process, method, article or The key element that person's equipment is intrinsic.In the case of there is no more restriction, by statement " including ... " The key element limited, it is not excluded that also deposit in including the process of described key element, method, article or equipment In other identical element.

In this specification, each embodiment uses the mode gone forward one by one to describe, and each embodiment stresses Being the difference with other embodiments, between each embodiment, identical similar portion sees mutually. For device disclosed in embodiment, owing to it corresponds to the method disclosed in Example, so describing Fairly simple, relevant part sees method part and illustrates.

Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses The present invention.Multiple amendment to these embodiments will be aobvious and easy for those skilled in the art See, generic principles defined herein can without departing from the spirit or scope of the present invention, Realize in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein, And it is to fit to the widest scope consistent with principles disclosed herein and features of novelty.

Claims

1. a control method, is applied to the first electronic equipment, it is characterised in that described control method bag Include:

Control method the most according to claim 1, it is characterised in that at described first electronic equipment Before described second electronic equipment sends video data, also include:

The attitude parameter current based on described first electronic equipment generates pose adjustment information, and sends to institute State the second electronic equipment, so that described second electronic equipment is based on described in described pose adjustment information initializing The operational mode at the first interface.

Control method the most according to claim 1 and 2, it is characterised in that described detection described The attitude parameter of one electronic equipment, including: the of described first electronic equipment is detected respectively by sensor Angle between one axis and the second axis and vertical direction, wherein, described first axle and described second Axis is mutually perpendicular to.

Control method the most according to claim 3, it is characterised in that described first electricity of described judgement It is pre-conditioned whether the change of the attitude parameter of subset meets, including:

Judge the angle between first axle and the vertical direction of described first electronic equipment in Preset Time Variable quantity and described second axis and vertical direction between the variable quantity of angle the most all reach One angle threshold, if, it is determined that the change of the attitude parameter of described first electronic equipment meets described pre- If condition.

Judge whether that the angle between first axle and the vertical direction of described first electronic equipment is from the first folder Angle range is changed to the second angle interval and the angle between described second axis and vertical direction from described It is interval that second angle interval is changed to described first angle, or between described first axle and vertical direction Angle be changed to from described second angle interval that described first angle is interval and described second axis and institute State the angle between vertical direction and be changed to described second angle interval from described first angle interval, if so, Then determine that the change of the attitude parameter of described first electronic equipment meets described pre-conditioned.

Control method the most according to claim 1, it is characterised in that set based on described first electronics Standby current attitude parameter generates pose adjustment information, including:

The appearance that described first electronic equipment is current is determined according to the attitude parameter that described first electronic equipment is current State；

Determine characterize described first electronic equipment current pose attitude mark, using described attitude mark as Pose adjustment information.

7. a control method, is applied to the second electronic equipment, it is characterised in that described control method bag Include:

Control method the most according to claim 7, it is characterised in that when described second electronic equipment In the case of receiving pose adjustment information before receiving video data, also include:

The initial launch pattern at described first interface is determined, by described first according to described pose adjustment information Interface adjusts to described initial launch pattern, initializes described first interface.

9. according to the control method described in claim 7 or 8, it is characterised in that at described pose adjustment In the case of information is the attitude mark characterizing described first electronic equipment current pose, based on described attitude Adjustment information adjusts described first interface, including:

Utilize described pose adjustment information, and the operation mould at the pose adjustment information preset and the first interface Corresponding relation between formula, determines the object run pattern at described first interface；Wherein, described first boundary The operational mode in face includes that first mode and the second pattern, described first interface run on described first mode In the case of, the length of the first side at described first interface more than the length of second side, described first In the case of interface runs on described second pattern, the length of the first side at described first interface is less than the The length of dual side-edge；

Described first interface is adjusted to described object run pattern.

Control method the most according to claim 9, it is characterised in that described method also includes:

The size at described first interface is adjusted based on the size of display unit in described second electronic equipment.

11. 1 kinds control device, are applied to the first electronic equipment, it is characterised in that described control device Including:

12. control devices according to claim 11, it is characterised in that described control device also wraps Include pretreatment unit；

At described first electronic equipment before described second electronic equipment sends video data, described pre-place Reason unit generates pose adjustment information based on the attitude parameter that described first electronic equipment is current, and sends extremely Described second electronic equipment, so that described second electronic equipment is based on described pose adjustment information initializing institute State the operational mode at the first interface.

13. according to the control device described in claim 11 or 12, it is characterised in that attitude parameter is examined Survey unit specifically for: detected the first axle and second of described first electronic equipment respectively by sensor Angle between axis and vertical direction, wherein, described first axle and described second axis are mutually perpendicular to.

14. control devices according to claim 13, it is characterised in that described judging unit includes First judge module；

Described first judge module is for judging the first axle of described first electronic equipment in Preset Time And the angle between the variable quantity of the angle between vertical direction and described second axis and vertical direction Variable quantity the most all reach the first angle threshold, if, it is determined that the attitude of described first electronic equipment The change of parameter meets described pre-conditioned.

15. control devices according to claim 13, it is characterised in that described judging unit includes Second judge module:

Described second judge module is for judging whether the first axle of described first electronic equipment and vertical side Angle between to is changed to the second angle interval and described second axis with vertical from the first angle interval It is interval that angle between direction is changed to described first angle from described second angle interval, or described the Angle between one axis and vertical direction is changed to described first angle district from described second angle interval Between and angle between described second axis and described vertical direction be changed to from described first angle interval Described second angle is interval, if, it is determined that the change of the attitude parameter of described first electronic equipment meets Described pre-conditioned.

16. control devices according to claim 11, it is characterised in that described first processing unit Specifically for: determine that described first electronic equipment is worked as according to the attitude parameter that described first electronic equipment is current Front attitude, determines the attitude mark characterizing described first electronic equipment current pose, by described attitude mark Know as pose adjustment information.

17. 1 kinds control device, are applied to the second electronic equipment, it is characterised in that described control device Including:

18. control devices according to claim 17, it is characterised in that described control device also wraps Include initialization unit；

19. according to the control device described in claim 17 or 18, it is characterised in that in described attitude In the case of adjustment information is the attitude mark characterizing described first electronic equipment current pose, described second Processing unit specifically for: utilize described pose adjustment information, and the pose adjustment information preset and the Corresponding relation between the operational mode at one interface, determines the object run pattern at described first interface；Will Described first interface adjusts to described object run pattern；

Wherein, the operational mode at described first interface includes first mode and the second pattern, described first boundary In the case of face runs on described first mode, the length of the first side at described first interface is more than second The length of side, in the case of described first interface runs on described second pattern, described first interface The length of first side is less than the length of second side.

20. control devices according to claim 19, it is characterised in that described control device also wraps Including the 3rd processing unit, described 3rd processing unit is based on display unit big in described second electronic equipment The size at described first interface of little adjustment.

21. 1 kinds of electronic equipments, it is characterised in that include institute as any one of claim 11 to 20 The control device stated.