CN105511743B

CN105511743B - A kind of control response method and intelligent electronic device

Info

Publication number: CN105511743B
Application number: CN201410486507.2A
Authority: CN
Inventors: 秦越; 何舒荣; 姚映佳
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-09-22
Filing date: 2014-09-22
Publication date: 2019-01-15
Anticipated expiration: 2034-09-22
Also published as: CN105511743A

Abstract

The present invention provides a kind of control response method and intelligent electronic device, and wherein control response method includes: the first operation of the input unit for obtaining operating body for intelligent electronic device, and input unit is corresponding with the display screen of intelligent electronic device；The input position of the first operation is determined according to the first operation；In the case where the input position of the first operation remains unchanged, the kinematic parameter that input unit is moved relative to intelligent electronic device is obtained, wherein input unit at least supports motion in one dimension relative to intelligent electronic device；Based on input position and kinematic parameter, determining and response is executed instruction；Wherein, kinematic parameter difference is corresponding executes instruction difference.It can thus be appreciated that, under the premise of the embodiment of the present invention is provided with mobilizable input unit in intelligent electronic device, the operation in existing intelligent electronic device to fixed touch screen is replaced with the operation to mobilizable input unit, the determination and response that execute instruction are realized by the first operation for mobilizable input unit.

Description

A kind of control response method and intelligent electronic device

Technical field

The present invention relates to technical field of information processing, in particular to a kind of control response method and intelligent electronic device.

Background technique

Currently, the user using intelligent electronic device is more and more, intelligent electronic device includes a fixed touch screen, is used Family can carry out various operations on the touch screen, zoomed in or out to the electronic map as shown on touch screen.

Wherein intelligent electronic device can zoom in or out electronic equipment using the following two kinds mode, the first side Formula is: touch screen can also show while display " map " is applied and apply relevant operation button to " map ", such as use and add Number button indication is enlarged, and the Minus button indicates reduction operation.When operating body executes clicking operation on the touchscreen, intelligence Electronic equipment is by the click location of the available current clicking operation of touch screen, and by the aobvious of the click location and operation button Show that position is compared, the corresponding operation button of clicking operation is determined according to comparison result, is generated corresponding with operation button Instruction, zooming in or out to the region for being presently in position can be completed when electronic equipment executes instruction in this way.

The second way is: distance change situation when two fingers by detecting user slide on the touchscreen generates Corresponding instruction generates amplification instruction when distance change situation is ascending specifically to amplify the area for being presently in position Domain；When distance change situation be by greatly to it is small when generate to reduce to instruct and reduce the region for being presently in position.

Summary of the invention

In view of this, the embodiment of the present invention provides a kind of control response method and intelligent electronic device, pass through operation intelligence Mobilizable input unit in electronic equipment, triggering intelligent electronic device response execute instruction.To realize the technical effect, this hair The technical solution of control response method and intelligent electronic device that bright embodiment provides is as follows:

The embodiment of the present invention provides a kind of control response method, and the method is applied in intelligent electronic device, the side Method includes:

Obtain operating body for the intelligent electronic device input unit first operation, the input unit with it is described The display screen of intelligent electronic device is corresponding；

The input position of first operation is determined according to first operation；

In the case where the input position of first operation remains unchanged, the input dress of the intelligent electronic device is obtained Set relative to the intelligent electronic device movement kinematic parameter, wherein the input unit of the intelligent electronic device relative to The intelligent electronic device at least supports motion in one dimension；

Based on input position and the kinematic parameter, determining and response is executed instruction；Wherein, the kinematic parameter difference is right That answers executes instruction difference.

It is preferably based on input position and the kinematic parameter determines to execute instruction and includes:

The intelligent electronic device input unit relative in the intelligent electronic device motion process, when described defeated When entering position presence and the constant input position, executed instruction according to kinematic parameter determination.

Preferably, the input unit is touch display screen, and the touch display screen includes touch sensitive layer and described aobvious Display screen curtain, the sensing unit in the touch sensitive layer are corresponding with the display unit in the display screen；

Before first operation for obtaining the input unit that operating body is directed to the intelligent electronic device, the method is also It include: that control shows the first display interface in the touch display screen；

And the response determining based on input position and the kinematic parameter executes instruction and includes:

The first display position in first display interface is determined based on the input position；

When input position presence and the input position is constant, when the kinematic parameter is the first kinematic parameter, produces Raw amplification instruction；

The amplification instruction is executed for first display interface centered on first display position；

Or

When input position presence and the input position is constant, when the kinematic parameter is the second kinematic parameter, produces It is raw to reduce instruction；

The diminution instruction is executed for first display interface centered on first display position.

Preferably, the method also includes: when the input position exists and the input position is constant and continue to obtain When kinematic parameter, the duration is obtained, and response multiple is determined according to the duration.

Preferably, the method also includes: the control display screen shows the second display interface, and described second shows boundary It include M display object in face, M is the integer more than or equal to 1, the input unit of the input unit and the display screen Display unit is corresponding；

The second display position in second display interface is determined based on the input position；

When the input position exists and the input position is constant, executed instruction according to kinematic parameter determination；

Based on second display position response described in execute instruction.

Preferably, described based on executing instruction described in the response of second display position and include:

Determine second display position corresponding first display object on second display interface；

According to the direction of motion that the input unit of the intelligent electronic device is moved relative to the intelligent electronic device, produce Raw move corresponding with the direction of motion；

The move is responded, the move is used to change the first display object based on the direction of motion With the relative position of the second display interface；

Alternatively,

It is described based on executing instruction described in the response of second display position and include:

Based on second display position and according to the input unit of the intelligent electronic device relative to the intelligence The direction of motion of electronic equipment movement generates display Object Selection instruction corresponding with the direction of motion；

The display Object Selection instruction is responded, the display Object Selection instruction from second display position for opening Begin to the input unit of the intelligent electronic device to select multiple displays pair at the end of moving relative to the intelligent electronic device As.

The embodiment of the present invention also provides a kind of intelligent electronic device, including control response device and is located at the smart electronics In equipment and mobilizable input unit, the control response device include:

First acquisition unit, the first operation for being directed to the input unit of the intelligent electronic device for obtaining operating body, The input unit is corresponding with the display screen of the intelligent electronic device；

First determination unit, for determining the input position of first operation according to first operation；

Second acquisition unit, for obtaining the intelligence in the case where the input position of first operation remains unchanged The kinematic parameter that the input unit of energy electronic equipment is moved relative to the intelligent electronic device, wherein the smart electronics are set Standby input unit at least supports motion in one dimension relative to the intelligent electronic device；

Second determination unit, for being determined based on input position and the kinematic parameter, wherein the kinematic parameter is different It is corresponding to execute instruction difference；

Response unit is executed instruction for responding.

Preferably, second determination unit determined based on input position and the kinematic parameter execute instruction include: The input intelligent electronic device of the intelligent electronic device is relative in the intelligent electronic device motion process, when the input When position exists and the input position is constant, executed instruction according to kinematic parameter determination.

The intelligent electronic device further include: control device, it is aobvious for controlling the display first in the touch display screen Show interface；

Second determination unit includes: the first determining subelement and the first instruction generating subunit；

Described first determines subelement, for determining that first in first display interface is aobvious based on the input position Show position；

The first instruction generating subunit is used to exist when the input position and the input position is constant, described When kinematic parameter is the first kinematic parameter, amplification instruction is generated, and trigger the response unit with first display position and be Center executes the amplification instruction for first display interface；

Or

Second determination unit includes: the second determining subelement and the second instruction generating subunit；

Described second determines subelement, for determining that first in first display interface is aobvious based on the input position Show position；

The second instruction generating subunit is used to exist when the input position and the input position is constant, described When kinematic parameter is the second kinematic parameter, generates and reduce instruction, and trigger the response unit with first display position and be Center executes the diminution instruction for first display interface.

Preferably, the control response device further include: third acquiring unit, for when input position presence and institute State input position it is constant and continue obtain kinematic parameter when, obtain the duration, and according to the duration determine response multiple.

Preferably, the intelligent electronic device further include: display control unit shows for controlling the display screen Two display interfaces, interior second display interface includes M display object, and M is the integer more than or equal to 1, the input intelligence The input unit of electronic equipment is corresponding with the display display unit of screen；

Second determination unit includes: that position determines subelement and instructs determining subelement；

The position determines subelement, for determining that second in second display interface is aobvious based on the input position Show position；

Described instruction determines subelement, is used for when the input position exists and the input position is constant, according to institute It states kinematic parameter determination to execute instruction, and triggers the response unit and referred to based on second display position response execution It enables.

Preferably, the response unit includes: that object determines subelement, third instruction generating subunit and the first response Unit；

The object determines subelement, for determining that second display position is corresponding on second display interface First display object；

The third instructs generating subunit, for opposite according to the input intelligent electronic device of the intelligent electronic device In the direction of motion of intelligent electronic device movement, move corresponding with the direction of motion is generated；

The first response subelement, for responding the move, the move is used to be based on the movement Direction changes the relative position of the first display object and the second display interface；

Alternatively,

The response unit includes: the 4th instruction generating subunit and the second response subelement；

The 4th instruction generating subunit, for being set based on second display position and according to the smart electronics The direction of motion that standby input intelligent electronic device is moved relative to the intelligent electronic device generates and the direction of motion pair The display Object Selection instruction answered；

The second response subelement, for responding the display Object Selection instruction, the display Object Selection instruction For the input intelligent electronic device since second display position to the intelligent electronic device relative to the intelligence Electronic equipment selects multiple display objects at the end of moving.

The control response method and intelligent electronic device that the embodiments of the present invention provide, can be by operating smart electronics Mobilizable input unit in equipment obtains input position when carrying out the first operation to input unit and maintains in input position The kinematic parameter that input unit is moved relative to intelligent electronic device in the case where constant, then it is based on input position and kinematic parameter It determines and responds and execute instruction.It follows that the embodiment of the present invention is provided with mobilizable input dress in intelligent electronic device Under the premise of setting, replaced in existing intelligent electronic device with the operation to mobilizable input unit to the behaviour of fixed touch screen Make, the determination and response that execute instruction are realized by the first operation for mobilizable input unit.

Detailed description of the invention

To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for For those of ordinary skill in the art, without any creative labor, it can also be obtained according to these attached drawings His attached drawing.

Fig. 1 is the first flow chart of control response method provided in an embodiment of the present invention；

Fig. 2 is second of flow chart of control response method provided in an embodiment of the present invention；

Fig. 3 is a kind of state diagram of intelligent electronic device provided in an embodiment of the present invention；

Fig. 4 is another state diagram of intelligent electronic device provided in an embodiment of the present invention；

Fig. 5 is the third flow chart of control response method provided in an embodiment of the present invention；

Fig. 6 is a kind of schematic diagram of input unit in intelligent electronic device provided in an embodiment of the present invention；

Fig. 7 is another schematic diagram of input unit in intelligent electronic device provided in an embodiment of the present invention；

Fig. 8 is the 4th kind of flow chart of control response method provided in an embodiment of the present invention；

Fig. 9 is the schematic diagram provided in an embodiment of the present invention for executing instruction response；

Figure 10 is a kind of structural schematic diagram of intelligent electronic device provided in an embodiment of the present invention；

Figure 11 is a kind of structural schematic diagram of the second determination unit in intelligent electronic device provided in an embodiment of the present invention；

Figure 12 is second of structural schematic diagram of intelligent electronic device provided in an embodiment of the present invention；

Figure 13 is the third structural schematic diagram of intelligent electronic device provided in an embodiment of the present invention；

Figure 14 is second of structural schematic diagram of the second determination unit in intelligent electronic device provided in an embodiment of the present invention；

Figure 15 is the first structural schematic diagram of response unit in intelligent electronic device provided in an embodiment of the present invention；

Figure 16 is second of structural schematic diagram of response unit in intelligent electronic device provided in an embodiment of the present invention.

Specific embodiment

In order to make those skilled in the art more fully understand the embodiment of the present invention, below in conjunction in the embodiment of the present invention Attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art Every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.

Referring to Fig. 1, it illustrates the control response sides provided in an embodiment of the present invention applied in intelligent electronic device Method may comprise steps of:

101: obtaining operating body for the first operation of the input unit of intelligent electronic device, input unit and smart electronics The display screen of equipment is corresponding.

It is understood that the first operation is operating body in the operation carried out on the input unit of intelligent electronic device, Intelligent electronic device passes through operation determined by the sequence of operations point sensed, and intelligent electronic device can be according to operating body not Biconditional operation obtains the first different operations.

For example operating body, when carrying out clicking operation on the input device, intelligent electronic device can sense an operation Point, then intelligent electronic device can determine that the first operation is clicking operation by this operating point at this time；For another example operating body When carrying out slide on the input device, intelligent electronic device can sense multiple operating points, and multiple operating points are formed One line segment, then intelligent electronic device can determine that the first operation is slide at this time.

And input unit is corresponding with the display screen of intelligent electronic device, passes through input unit and display screen in this way Input position on input unit can be converted to the display position on display screen by position corresponding relationship.

102: the input position of the first operation is determined according to the first operation.Intelligent electronic device can in embodiments of the present invention Sensing unit to be arranged in input unit, when operating body executes the first operation on the input device, intelligent electronic device can To determine the input position of the first operation by sensing unit.

103: in the case where the input position of the first operation remains unchanged, obtaining the input unit phase of intelligent electronic device For the kinematic parameter of intelligent electronic device movement.

Wherein the input unit in intelligent electronic device is arranged to movable part, in the input position dimension of the first operation Hold it is constant in the case where, input unit operating body power effect under, input unit can be carried out relative to intelligent electronic device Movement, and the input unit of intelligent electronic device at least supports motion in one dimension relative to intelligent electronic device, such as to the left or to Right movement.The input unit of certain intelligent electronic device can also carry out two dimensional motion relative to intelligent electronic device, such as up and down Side-to-side movement.

When input unit is moved relative to intelligent electronic device, intelligent electronic device can be with sensing input device during exercise Kinematic parameter, which is used to indicate motion profile of the input unit relative to intelligent electronic device, includes at least fortune The duration in dynamic direction and movement.

Herein it may be noted that be a bit: the acquisition of kinematic parameter be first operation input position remain unchanged In the case of, prompt intelligent electronic device to terminate the acquisition of kinematic parameter when input position changes.

104: and response determining based on input position and kinematic parameter executes instruction.

Wherein, kinematic parameter is as the determining key parameter executed instruction, when kinematic parameter difference, corresponding execution Instruction is also different.Further for the different application in intelligent electronic device, its corresponding is executed instruction when kinematic parameter is identical It can be different.Specifically, be stored in advance in intelligent electronic device kinematic parameter, using and execute instruction the corresponding relationship of three, After getting kinematic parameter, currently running executing instruction under the kinematic parameter is applied from searching in corresponding relationship.

For the electronic map application in intelligent electronic device, the direction of motion in kinematic parameter is corresponded in electronic map Scaling instruction, and two kinds of opposite directions of motion correspond to different scalings and instruct, and specifically may is that the upward direction of motion pair That answers executes instruction as amplification instruction, and the downward direction of motion is corresponding to be executed instruction to reduce instruction.

It is determined after executing instruction by the direction of motion, intelligent electronic device can be on the basis of the central point for showing screen It is executed instruction described in response.When executing instruction certainly to electronic map response, input position can also be converted to display screen In display position, on the basis of the display position response described in execute instruction.

Again by taking the word document in intelligent electronic device as an example, the direction of motion in kinematic parameter is corresponded in word document Duplicate instructions, and opposite two kinds of directions of motion instruction executes duplicate instructions upward or downward, specifically may is that upward movement Direction is used to indicate duplication document content upwards, and the downward direction of motion is used to indicate duplication document content downwards.And multiple Can be on the basis of the display position of current cursor when document content processed or display screen that input position is converted in Display position on the basis of replicate document content.

From the above process as can be seen that control response method provided in an embodiment of the present invention can be by being directed to smart electronics In equipment mobilizable input unit first operation, obtain to input unit carry out first operation when input position and defeated Enter the kinematic parameter that input unit is moved relative to intelligent electronic device in the case that position remains unchanged, then is based on input position Determining and response executes instruction with kinematic parameter.I.e. the embodiment of the present invention is provided with mobilizable input in intelligent electronic device Under the premise of device, replaced in existing intelligent electronic device with the operation to mobilizable input unit to the behaviour of fixed touch screen Make, by realizing the determination and response that execute instruction for the operation of mobilizable input unit first.

Intelligent electronic device is held with the first operating body in the prior art, second operation body carries out the first operation and holds to trigger For the mode of row instruction, control response method provided in an embodiment of the present invention can be by single operation body to intelligent electronic device In mobilizable input unit carry out the first operation, executed instruction to trigger intelligent electronic device response.

Referring to Fig. 2, being described it illustrates another flow chart of control response method provided in an embodiment of the present invention Determine a kind of feasible pattern executed instruction, comprising the following steps:

201: obtaining operating body for the first operation of the input unit of intelligent electronic device, input unit and smart electronics The display screen of equipment is corresponding.

202: the input position of the first operation is determined according to the first operation.

203: in the case where the input position of the first operation remains unchanged, obtaining the input unit phase of intelligent electronic device For the kinematic parameter of intelligent electronic device movement, wherein the input unit of the intelligent electronic device is relative to the intelligence Electronic equipment at least supports motion in one dimension.

In embodiments of the present invention, step 201 is to step 203: it is identical to step 103 as step 101, it is real to this present invention Example is applied no longer to be illustrated.

204: intelligent electronic device input unit relative in intelligent electronic device motion process, when input position is deposited And input position it is constant when, according to kinematic parameter determination execute instruction.

Wherein, input position, which exists, shows that operating body carries out always the first operation, and input position for input unit It is constant to may indicate that operating body carries out always the first operation in the same position to input unit.That is in input unit phase For in intelligent electronic device motion process, operating body will the same position to input unit carry out the first operation always, at this In the case of kind, intelligent electronic device is just executed instruction according to kinematic parameter determination.

By taking Fig. 3 as an example, finger carries out the first operation, the operating position of the first operation to input unit 1 as operating body For the position 2 that finger tips are in contact with input unit 1, which can be used as input position.It is acted in the power of finger Under, input unit is moved downward relative to intelligent electronic device, and input unit shown in Fig. 3 from being changed to shown in Fig. 4 at this time, from Fig. 4 As can be seen that the dialog box for being shown in lower end in Fig. 3 originally is entered device and is covered during input unit moves downward Lid.

And when input unit is moved downward relative to intelligent electronic device, finger tips are connect with input unit 1 always Touching, and the contact position of the two is still the position 2 that finger tips have just started touch input means, that is to say, that in input unit phase For in the motion process of intelligent electronic device, input position exists and input position is constant, and the movement ginseng obtained at this time It include the direction of motion in number, which is designated as downward movement technique.

If the application run on intelligent electronic device at this time is electronic map, the then corresponding execution of the downward direction of motion To reduce instruction, corresponding execute instruction of the upward direction of motion then can be amplification instruction for instruction.

205: being executed instruction described in response.It is determined after executing instruction by the direction of motion, intelligent electronic device can be with It is executed instruction described in response on the basis of the central point of display screen.When being executed instruction certainly to electronic map response, it can also incite somebody to action Input position is converted to the display position in display screen, is executed instruction described in response on the basis of the display position.

For Fig. 3 and Fig. 4, input unit is touch display screen, and touch display screen includes touch sensitive layer and display Screen, the sensing unit in touch sensitive layer are corresponding with the display unit in display screen.Sensing unit can be according to the first behaviour Make to determine the first input position operated, and the input position can be converted to the display position of display unit.For Fig. 3 and The flow chart of intelligent electronic device shown in Fig. 4, control response method provided in an embodiment of the present invention can be as shown in fig.5, packet Include following steps:

501: control shows the first display interface in touch display screen.Wherein show that content is intelligence on the first display interface The content for the application that can be currently run on electronic equipment, control response method provided by the embodiment of the present invention is then to obtain After first operation, which is handled.

502: obtaining operating body for the first operation of the input unit of intelligent electronic device, input unit and smart electronics The display screen of equipment is corresponding.

503: the input position of the first operation is determined according to the first operation.

In embodiments of the present invention, step 502 and step 503: it is identical as step 101 and step 102, it is real to this present invention Example is applied no longer to be illustrated.

504: in the case where the input position of the first operation remains unchanged, obtaining the input unit phase of intelligent electronic device For the kinematic parameter of intelligent electronic device movement.

In embodiments of the present invention, input unit and intelligent electronic device institute contact site are provided with hall device, intelligence Electronic equipment is moved come pointing input device relative to intelligent electronic device by magnetic flux change situation on detection hall device Movement travel, which can indicate this kinematic parameter of the direction of motion, and the corresponding duration is magnetic flux change At the duration after fixed amount.

505: the first display position in the first display interface is determined based on input position.Based on input position, pass through sense Answer unit that input position is converted to the first display position in the first display interface, to determine that the first current operation is to be directed to Which position of display content is operated.

506: when input position presence and input position is constant, when kinematic parameter is the first kinematic parameter, generates amplification and refers to It enables.In embodiments of the present invention, the first kinematic parameter can be the downward direction of motion, and the corresponding amplification of the downward direction of motion refers to It enables.When intelligent electronic device determines that kinematic parameter is the first kinematic parameter, generates amplification corresponding with the first kinematic parameter and refer to It enables.

And move distance determines amplification factor relative to the distance of central point when according to downward movement, when distance is got over Big amplification factor is bigger, wherein central point be input unit when not operated in a state of nature when point.When detecting magnetic When variations of flux is at a fixed amount, then the duration of fixed amount in the first kinematic parameter is obtained, and determine according to the duration Amplification factor.As duration longer amplification factor is bigger, and separated in time between different grades of amplification factor.

507: executing amplification instruction for the first display interface centered on the first display position.

508: when input position exists and input position is constant when kinematic parameter is the second kinematic parameter, generation, which is reduced, to be referred to It enables.Correspondingly, the second kinematic parameter is the upward direction of motion, corresponding instruction is to reduce instruction, when smart electronics are set When standby determining kinematic parameter is the second kinematic parameter, diminution instruction corresponding with the second kinematic parameter is generated.

And move distance determines minification relative to the distance of central point when according to upward movement, when distance is got over Big minification is bigger, wherein central point be input unit when not operated in a state of nature when point.When detecting magnetic When variations of flux is at a fixed amount, then the duration of fixed amount in the first kinematic parameter is obtained, and determine according to the duration Minification.As duration longer minification is bigger, and separated in time between different grades of minification.

In embodiments of the present invention, by the first kinematic parameter be changed to the second kinematic parameter or by the second kinematic parameter more The mode for being changed to the first kinematic parameter includes but is not limited to following two ways:

A kind of mode is: intelligent electronic device detects the magnetic flux change situation on hall device, when magnetic flux change feelings When the input unit of condition instruction changes relative to the movement travel that intelligent electronic device moves, then the fortune of input unit is changed Dynamic parameter；

Another way is: central point of the input unit in reset condition being mapped in intelligent electronic device, intelligence Electronic equipment can determine the movement row that input unit is moved relative to intelligent electronic device by detecting magnetic flux change situation Whether journey changes, and can determine whether movement travel passes through central point by the change of movement travel.When input fills When the movement travel change and movement travel set pass through central point, the kinematic parameter of input unit is changed.

509: being executed centered on the first display position for the first display interface and reduce instruction.

Wherein, amplification instruction is under the premise of input position exists and input position is constant, according to the first kinematic parameter Obtained instruction, that is to say, that operating body executes always the first operation, such as Fig. 3 at the same position in touch display screen at this time With process shown in Fig. 4.In the case where the first operation remains unchanged, intelligent electronic device obtains touch display screen relative to intelligence The kinematic parameter of electronic equipment movement, the kinematic parameter generate amplification instruction when being the first kinematic parameter, which is the It is generated when two kinematic parameters and reduces instruction.

In embodiments of the present invention, kinematic parameter may include the direction of motion, determine which kind of is generated by the direction of motion It executes instruction, amplification instruction is generated if the downward direction of motion, the upward direction of motion then generates diminution instruction.Obtaining phase After should executing instruction, centered on the first display position being converted to, i.e. the constant feelings of the content that the first display position is shown Under condition, the display content execution on the first display interface is executed instruction accordingly.

Further, when input position exists and input position is constant, touch display screen is under the power effect of operating body Continue to move relative to intelligent electronic device, control response method provided in an embodiment of the present invention can continue to be moved at this time Parameter determines response multiple according to the duration for persistently obtaining kinematic parameter, in this way can be to the display of the first display interface Content is executed instruction according to response multiple to execute accordingly centered on the first display position.And work as duration lasts When increase, response multiple can also become larger, and can complete the operation to the first display interface as early as possible by increasing response multiple in this way.

In embodiments of the present invention, input unit in addition to Fig. 3 and touch display screen shown in Fig. 4, may be used also by input unit To use other forms, as shown in Figure 6 and Figure 7, one mobilizable input unit is set at the back side of intelligent electronic device, it should Input unit can be moved relative to intelligent electronic device.Such as in intelligent electronic device shown in Fig. 6, input unit 1 can phase Intelligent electronic device is moved downward upwards, input unit 1 can be relative to intelligent electronic device clockwise in Fig. 7 It rotates and rotates counterclockwise.

For the intelligent electronic device of both structures, control response method such as Fig. 8 provided in an embodiment of the present invention It is shown, it may comprise steps of:

801: control display screen shows the second display interface, includes M display object in the second display interface, M is big It is corresponding with the display display unit of screen in the input unit of the integer for being equal to 1, input unit.

Wherein show object by the content of the application currently run on intelligent electronic device, this hair on the second display interface Control response method provided by bright embodiment is then to handle after the operation of acquisition first the display object.It is described aobvious Show that object is determined according to the application currently run, such as it can be the text in word document, or be currently to run Some game in personage or control.

And input unit can determine that the input position of the first operation, the input position can be converted according to the first operation For the display position of display unit.In embodiments of the present invention, input unit can touch control for one, and input unit is then this The sensing unit in control is touched, the input position of the first operation is determined by the first operation of induction.

802: obtaining operating body for the first operation of the input unit of intelligent electronic device, input unit and smart electronics The display screen of equipment is corresponding.

803: the input position of the first operation is determined according to the first operation.In embodiments of the present invention, step 802 and step 803: it is identical as step 101 and step 102, this embodiment of the present invention is no longer illustrated.

804: in the case where the input position of the first operation remains unchanged, obtaining the input unit phase of intelligent electronic device For the kinematic parameter of intelligent electronic device movement.

In embodiments of the present invention, there is a groove in intelligent electronic device, which is used to install input unit, and Touch point is installed on at least opposite both sides of groove, wherein opposite both sides are according to input unit relative to smart electronics Depending on the direction of motion of equipment, when moving downward upwards such as input unit relative to intelligent electronic device, then opposite both sides are The both sides up and down of groove.

Input unit moves under the action of the first operation relative to intelligent electronic device, when input unit touches touch-control When point, intelligent electronic device detects that the level on touch point changes, and intelligent electronic device can be electric according to occurring at this time The touch point of flat variation determines the direction of motion of input unit, and according to using the duration of level change on touch point as Duration in kinematic parameter, the length of duration can determine the response multiple executed instruction, longer when the duration It is bigger to respond multiple.

805: the second display position in the second display interface is determined based on input position.Based on input position, by defeated Enter unit and input position is converted to the first display position in the first display interface, it is targeted with the first operation for determining current Display object.

806: when input position exists and input position is constant, being executed instruction according to kinematic parameter determination.

Kinematic parameter is corresponding to execute instruction when kinematic parameter difference as the determining key parameter executed instruction Also different.Further for the different application in intelligent electronic device, its corresponding executes instruction can also be with when kinematic parameter is identical It is different.Specifically, be stored in advance in intelligent electronic device kinematic parameter, using and execute instruction the corresponding relationship of three, obtaining After getting kinematic parameter, currently running executing instruction under the kinematic parameter is applied from searching in corresponding relationship.

807: being executed instruction based on the response of the second display position.In embodiments of the present invention, it is rung based on the second display position Including but not limited to following manner should be executed instruction:

First way are as follows: it is responded and is executed instruction centered on the second display position, it specifically can flow chart shown in Parameter Map 5 In related description；

The second way are as follows: the second display position corresponding first display object on the second display interface is determined first, To get the first targeted display object of the first operation, secondly according to the input unit of intelligent electronic device relative to intelligence The direction of motion of electronic equipment movement, generates move corresponding with the direction of motion, is then responding to move, move For changing the relative position of the first display object and the second display interface based on the direction of motion.

Wherein the direction of motion is that one of kinematic parameter parameter, the direction of motion can be used as the movement in move It direction can be aobvious to first when responding relative position of the move to change the first display object and the second display interface Show that object executes move, changes position of the first display object in the second display interface, to change the first display pair As the relative position with the second display interface.Certainly movement can also be executed to the second display interface when responding move to refer to It enables, the position of such first display object within display screen is constant, and shows that the second display interface in screen then can basis Move changes display content, to realize the change of the relative position of the first display object and the second display interface.

The case where the third mode mainly for the display object in the second display interface is text, detailed process can be with Are as follows: based on the second display position and the movement moved according to the input unit of intelligent electronic device relative to intelligent electronic device Direction generates display Object Selection instruction corresponding with the direction of motion, is then responding to display Object Selection instruction, display object choosing Instruction is selected to tie for moving to the input unit of intelligent electronic device relative to intelligent electronic device since the second display position Multiple display objects are selected when beam.

As shown in figure 9, cursor (black line segment) position is the second display position in Fig. 9, input unit is relative to intelligence Energy electronic equipment moves downward, and intelligent electronic device starts to choose downwards from the second display position and show on the second display interface at this time The text (display object) shown, at the end of input unit is relative to intelligent electronic device movement, text selection terminates, and completes aobvious Show the implementation procedure of Object Selection instruction.

Above-described embodiment is described in the case where the input position of the first operation remains unchanged, how according to input bit It is determining and respond the process executed instruction to set the kinematic parameter moved with input unit relative to intelligent electronic device, needs simultaneously It is to be noted that the determination and response that execute instruction in some embodiments are existed in input position and under the premise of remain unchanged, When detecting that input position is not present or input position changes, intelligent electronic device is no longer based on input position and movement ginseng Number is determined and is responded and executes instruction.

Further after executing instruction response, control response method provided in an embodiment of the present invention can also control defeated Enter device reset, i.e. control input unit restores to original state, and as shown in Figure 3 and Figure 4, the original state of input unit is figure Shown in 3, input unit moves to state shown in Fig. 4 relative to intelligent electronic device, after executing instruction response, input dress It sets and is restored to original state shown in Fig. 3.

Corresponding with above method embodiment, the embodiment of the present invention also provides a kind of intelligent electronic device, structural representation Figure can be as shown in fig.10, intelligent electronic device 100 includes: control response device 110 and is located on intelligent electronic device 100 And mobilizable input unit 120, the control response device 110 include: first acquisition unit 111, the first determination unit 112, second acquisition unit 113, the second determination unit 114 and response unit 115.Wherein,

First acquisition unit 111, the first operation for being directed to the input unit of intelligent electronic device for obtaining operating body are defeated It is corresponding with the display screen of intelligent electronic device to enter device.

For example operating body, when carrying out clicking operation on the input device, first acquisition unit 111 can sense a behaviour Make a little, then first acquisition unit 111 can determine that the first operation is clicking operation by this operating point at this time；For another example grasp When making body and carrying out slide on the input device, first acquisition unit 111 can sense multiple operating points, and multiple operations Into a line section of dot, then first acquisition unit 111 can determine that the first operation is slide at this time.

First determination unit 112, for determining the input position of the first operation according to the first operation.In the embodiment of the present invention Sensing unit can be arranged in middle intelligent electronic device in input unit, which is the first determination unit 112.Work as operation When body executes the first operation on the input device, intelligent electronic device can determine the input bit of the first operation by sensing unit It sets.

Second acquisition unit 113, for obtaining smart electronics in the case where the input position of the first operation remains unchanged The kinematic parameter that the input unit of equipment is moved relative to intelligent electronic device.

When input unit is moved relative to intelligent electronic device, second acquisition unit 113 can transported with sensing input device Kinematic parameter when dynamic, the kinematic parameter are used to indicate motion profile of the input unit relative to intelligent electronic device, at least wrap Include the duration of the direction of motion and movement.

Herein it may be noted that be a bit: the acquisition of kinematic parameter be first operation input position remain unchanged In the case of, prompt second acquisition unit 113 to terminate the acquisition of kinematic parameter when input position changes.

Second determination unit 114, for being determined based on input position and kinematic parameter, wherein kinematic parameter difference is corresponding Execute instruction difference.Response unit 115 is executed instruction for responding

Wherein, kinematic parameter is as the determining key parameter executed instruction, when kinematic parameter difference, corresponding execution Instruction is also different.Further for the different application in intelligent electronic device, its corresponding is executed instruction when kinematic parameter is identical It can be different.Specifically, be stored in advance in intelligent electronic device kinematic parameter, using and execute instruction the corresponding relationship of three, After getting kinematic parameter, the second determination unit 114 is searched currently running apply from corresponding relationship and is joined in the movement Executing instruction under several.

It is determined after executing instruction by the direction of motion, response unit 115 can be on the basis of the central point for showing screen It is executed instruction described in response.When executing instruction certainly to electronic map response, input position can also be converted to display screen In display position, response unit 115 responded on the basis of the display position described in execute instruction.

From the above process as can be seen that intelligent electronic device provided in an embodiment of the present invention can be by being directed to smart electronics In equipment mobilizable input unit first operation, obtain to input unit carry out first operation when input position and defeated Enter the kinematic parameter that input unit is moved relative to intelligent electronic device in the case that position remains unchanged, then is based on input position Determining and response executes instruction with kinematic parameter.I.e. the embodiment of the present invention is provided with mobilizable input in intelligent electronic device Under the premise of device, replaced in existing intelligent electronic device with the operation to mobilizable input unit to the behaviour of fixed touch screen Make, the determination and response that execute instruction are realized by the first operation for mobilizable input unit.

Intelligent electronic device is held with the first operating body in the prior art, second operation body carries out the first operation and holds to trigger For the mode of row instruction, intelligent electronic device provided in an embodiment of the present invention can be by single operation body to intelligent electronic device In mobilizable input unit carry out the first operation, executed instruction to trigger intelligent electronic device response.

Above-mentioned second determination unit 114 determines that the process executed instruction may is that based on input position and kinematic parameter The input intelligent electronic device of intelligent electronic device is relative in intelligent electronic device motion process, when input position exists and defeated Enter position it is constant when, according to kinematic parameter determination execute instruction.

By taking Fig. 3 as an example, finger carries out the first operation, the operating position of the first operation to input unit 1 as operating body For the position 2 that finger tips are in contact with input unit 1, which can be used as input position.It is acted in the power of finger Under, input unit is moved downward relative to intelligent electronic device, and input unit shown in Fig. 3 from being changed to shown in Fig. 4 at this time.

In Fig. 3 and intelligent electronic device shown in Fig. 4, input unit 120 is touch display screen, and touch display screen includes Touch sensitive layer and display screen, the sensing unit in touch sensitive layer are corresponding with the display unit in screen is shown.

Corresponding intelligent electronic device 100 further include: control device, it is aobvious for controlling the display first in touch display screen Show interface.Wherein show content by the content of the application currently run on intelligent electronic device, this hair on the first display interface Control response method provided by bright embodiment is then to handle after the operation of acquisition first the display content.

For intelligent electronic device shown in Fig. 3 and Fig. 4, the structural schematic diagram of the second determination unit 114 can be with refering to fig. 11 It is shown, comprising: first determines that subelement 1141, first instructs generating subunit 1142, second to determine subelement 1143 and second Instruct generating subunit 1144.

Wherein, first subelement 1141 is determined, for determining the first display in the first display interface based on input position Position.

First instruction generating subunit 1142, for existing and input position is constant, kinematic parameter the when input position When one kinematic parameter, amplification instruction is generated, and triggers response unit 115 centered on the first display position for the first display circle Face executes amplification instruction.

Second determines subelement 1143, for determining the first display position in the first display interface based on input position.

Second instruction generating subunit 1144, for existing and input position is constant, kinematic parameter the when input position It when two kinematic parameters, generates and reduces instruction, and trigger response unit 115 centered on the first display position for the first display circle Face, which executes, reduces instruction.

Wherein, amplification instruction is under the premise of input position exists and input position is constant, according to the first kinematic parameter Obtained instruction, that is to say, that operating body executes always the first operation, such as Fig. 3 at the same position in touch display screen at this time With process shown in Fig. 4.In the case where the first operation remains unchanged, intelligent electronic device obtains touch display screen relative to intelligence The kinematic parameter of electronic equipment movement, the kinematic parameter generate amplification instruction when being the first kinematic parameter, corresponding movement ginseng It is generated when number is the second kinematic parameter and reduces instruction.

In embodiments of the present invention, kinematic parameter may include the direction of motion, determine which kind of is generated by the direction of motion It executes instruction, amplification instruction is generated if the downward direction of motion, the upward direction of motion then generates diminution instruction.Obtaining phase After should executing instruction, response unit 115 is centered on the first display position being converted to, i.e., the first display position is shown interior Hold it is constant in the case where, on the first display interface display content execution execute instruction accordingly.

Further, when input position exists and input position is constant, touch display screen is under the power effect of operating body Continue to move relative to intelligent electronic device, control response device provided in an embodiment of the present invention can also include that third is true at this time Order member 116, as shown in figure 12.

Third determination unit 116 can continue obtain kinematic parameter, according to persistently obtain kinematic parameter duration it is true Provisioning response multiple, such response unit 115 can display content to the first display interface, pressed centered on the first display position It is executed instruction accordingly according to response multiple to execute.And when duration lasts increase, response multiple can also become larger, in this way The operation to the first display interface can be completed as early as possible by increasing response multiple.

Figure 13 is please referred to, it illustrates the third structural schematic diagram of intelligent electronic device provided in an embodiment of the present invention, On the basis of Figure 10 further include: display control unit 130 shows the second display interface, the second display for controlling display screen It include M display object in interface, M is the integer more than or equal to 1, inputs the input unit and display screen of intelligent electronic device Display unit it is corresponding.

In embodiments of the present invention, show that object is answered by what is currently run on intelligent electronic device on the second display interface Content, intelligent electronic device are then to handle after the operation of acquisition first the display object.The display object root It is determined according to the application currently run, such as it can be the text in word document, or is some currently running trip Personage or control in play.

Corresponding second determination unit 114 may include: that position determines subelement 1145 and instructs determining subelement 1146, As shown in figure 14.Wherein position determines subelement 1145, for determining that second in the second display interface is aobvious based on input position Show position.

It instructs and determines subelement 1146, be used for when input position exists and input position is constant, it is true according to kinematic parameter Surely it executes instruction, and triggers response unit and executed instruction based on the response of the second display position.

It is to be understood that input position, which exists, shows that operating body carries out always the first operation for input unit, and Input position is constant to may indicate that operating body carries out always the first operation in the same position to input unit.That is defeated Enter device relative in intelligent electronic device motion process, operating body will the same position to input unit carry out the first behaviour always Make, in this case, instructs and determine that 1146 ability of subelement is executed instruction according to kinematic parameter determination.

Kinematic parameter is corresponding to execute instruction when kinematic parameter difference as the determining key parameter executed instruction Also different.Further for the different application in intelligent electronic device, its corresponding executes instruction can also be with when kinematic parameter is identical It is different.Specifically, instruct determine be stored in advance in subelement 1146 kinematic parameter, using and execute instruction the corresponding of three and close System currently running applies the execution under the kinematic parameter to refer to after getting kinematic parameter from searching in corresponding relationship It enables.

In this case, a kind of structural schematic diagram of response unit 115 can be with refering to fig. 15, comprising: object determines son Unit 1151, third instruction generating subunit 1152 and the first response subelement 1153.Wherein,

Object determines subelement 1151, for determining corresponding first display on the second display interface of the second display position Object.

Third instructs generating subunit 1152, for the input intelligent electronic device according to intelligent electronic device relative to intelligence The direction of motion of energy electronic equipment movement, generates move corresponding with the direction of motion.

First response subelement 1153, for responding move, move is used to change first based on the direction of motion Show the relative position of object and the second display interface.

Wherein the direction of motion is that one of kinematic parameter parameter, the direction of motion can be used as the movement in move Direction, such first response subelement 1153 change the phase of the first display object and the second display interface in response move When to position, move can be executed to the first display object, change position of the first display object in the second display interface It sets, to change the relative position of the first display object and the second display interface.Certain first response subelement 1153 is responding Move, the position of such first display object within display screen can also be executed when move to the second display interface It is constant, and display content can be changed according to move by showing the second display interface in screen then, to realize the first display The change of the relative position of object and the second display interface.

Another structural schematic diagram of response unit 115 can be with refering to fig. 1 shown in 6, comprising: the 4th instruction generating subunit 1154 and second respond subelement 1155.

4th instruction generating subunit 1154, for based on the second display position and according to the input of intelligent electronic device The direction of motion that intelligent electronic device is moved relative to intelligent electronic device generates display Object Selection corresponding with the direction of motion Instruction.

Second response subelement 1155, for responding display Object Selection instruction, the instruction of display Object Selection is for from the Two display positions start to the input intelligent electronic device of intelligent electronic device to select at the end of moving relative to intelligent electronic device Select multiple display objects.

As shown in figure 9, cursor (black line segment) position is the second display position in Fig. 9, input unit is relative to intelligence Energy electronic equipment moves downward, and the second response subelement 1155 starts to choose the second display circle downwards from the second display position at this time The text (display object) shown on face, at the end of input unit is relative to intelligent electronic device movement, text selection terminates, Complete the implementation procedure of display Object Selection instruction.

It is understood that in actual use, each device and list in the embodiment of above-mentioned intelligent electronic device Member can be a separate unit, according to actual use situation, any combination can be carried out to above-mentioned each separate unit, to any The intelligent electronic device embodiment of the present invention obtained after combination no longer illustrates one by one.And each embodiment in this specification is equal It is described in a progressive manner, each embodiment focuses on the differences from other embodiments, each embodiment Between same and similar part may refer to each other.For device class embodiment, due to itself and the basic phase of embodiment of the method Seemingly, so being described relatively simple, the relevent part can refer to the partial explaination of embodiments of method.

It should also be noted that, herein, relational terms such as first and second and the like are used merely to one Entity or operation are distinguished with another entity or operation, without necessarily requiring or implying between these entities or operation There are any actual relationship or orders.Moreover, the terms "include", "comprise" or its any other variant are intended to contain Lid non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that There is also other identical elements in process, method, article or equipment including the element.

A kind of control response method provided by the present invention and intelligent electronic device are described in detail above, herein In apply that a specific example illustrates the principle and implementation of the invention, the explanation of above example is only intended to sides Assistant solves method and its core concept of the invention；At the same time, for those skilled in the art, think of according to the present invention Think, there will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be construed as pair Limitation of the invention.

Claims

1. a kind of control response method, the method is applied in intelligent electronic device, which comprises

Operating body is obtained for the first operation of the input unit of the intelligent electronic device, the input position of the input unit There is position corresponding relationship between the display position of the display screen of the intelligent electronic device；

In the case where the input position of first operation remains unchanged, the input unit phase of the intelligent electronic device is obtained For the kinematic parameter of intelligent electronic device movement, wherein the input unit of the intelligent electronic device is relative to described Intelligent electronic device at least supports motion in one dimension；

Based on input position and the kinematic parameter, determining and response is executed instruction；Wherein, the kinematic parameter difference is corresponding Execute instruction difference.

2. referring to the method according to claim 1, wherein determining to execute based on input position and the kinematic parameter Order includes:

The intelligent electronic device input unit relative in the intelligent electronic device motion process, when the input bit When setting presence and the constant input position, executed instruction according to kinematic parameter determination.

3. according to the method described in claim 2, described touch shows it is characterized in that, the input unit is touch display screen Display screen includes touch sensitive layer and the display screen, in the sensing unit and the display screen in the touch sensitive layer Display unit is corresponding；

Before first operation for obtaining the input unit that operating body is directed to the intelligent electronic device, the method is also wrapped Include: control shows the first display interface in the touch display screen；

When input position presence and the input position is constant, and when the kinematic parameter is the first kinematic parameter, generation is put Big instruction；

Or

When input position presence and the input position is constant, when the kinematic parameter is the second kinematic parameter, generates contracting Small instruction；

4. according to the method described in claim 3, it is characterized in that, the method also includes: when the input position exist and The input position it is constant and continue obtain kinematic parameter when, obtain the duration, and according to the duration determine response multiple.

5. according to the method described in claim 2, it is characterized in that, the method also includes: the control display screen is shown Second display interface, interior second display interface includes M display object, and M is the integer more than or equal to 1, the input dress The input unit set is corresponding with the display display unit of screen；

Based on second display position response described in execute instruction.

6. according to the method described in claim 5, it is characterized in that, described respond the execution based on second display position Instruction includes:

According to the direction of motion that the input unit of the intelligent electronic device is moved relative to the intelligent electronic device, generate with The corresponding move of the direction of motion；

Respond the move, the move is used to change based on the direction of motion the first display object and the The relative position of two display interfaces；

Alternatively,

Based on second display position and according to the input unit of the intelligent electronic device relative to the smart electronics The direction of motion of equipment moving generates display Object Selection instruction corresponding with the direction of motion；

Respond display Object Selection instruction, the display Object Selection instruct for since second display position to The input unit of the intelligent electronic device selects multiple display objects at the end of moving relative to the intelligent electronic device.

7. a kind of intelligent electronic device, including control response device and it is located on the intelligent electronic device and mobilizable input Device, the control response device include:

First acquisition unit, the first operation for being directed to the input unit of the intelligent electronic device for obtaining operating body are described There is position corresponding relationship between the display position of the display screen of the input position of input unit and the intelligent electronic device；

Second acquisition unit, for obtaining the intelligence electricity in the case where the input position of first operation remains unchanged The kinematic parameter that the input unit of sub- equipment is moved relative to the intelligent electronic device, wherein the intelligent electronic device Input unit at least supports motion in one dimension relative to the intelligent electronic device；

Second determination unit, for being determined based on input position and the kinematic parameter, wherein the kinematic parameter difference is corresponding Execute instruction difference；

Response unit is executed instruction for responding.

8. intelligent electronic device according to claim 7, which is characterized in that second determination unit is based on input position Determine that executing instruction includes: the input intelligent electronic device in the intelligent electronic device relative to described with the kinematic parameter In intelligent electronic device motion process, when the input position exists and the input position is constant, joined according to the movement Number determination executes instruction.

9. intelligent electronic device according to claim 8, which is characterized in that the input unit is touch display screen, institute Stating touch display screen includes touch sensitive layer and the display screen, sensing unit and the display in the touch sensitive layer Display unit in screen is corresponding；

The intelligent electronic device further include: control device, for controlling the first display of display circle in the touch display screen Face；

Described first determines subelement, for determining the first display position in first display interface based on the input position It sets；

The first instruction generating subunit, for working as, the input position exists and the input position is constant, the movement When parameter is the first kinematic parameter, amplification instruction is generated, and trigger the response unit centered on first display position The amplification instruction is executed for first display interface；

Or

Described second determines subelement, for determining the first display position in first display interface based on the input position It sets；

The second instruction generating subunit, for working as, the input position exists and the input position is constant, the movement When parameter is the second kinematic parameter, generates and reduce instruction, and trigger the response unit centered on first display position The diminution instruction is executed for first display interface.

10. intelligent electronic device according to claim 9, which is characterized in that the control response device further include: third Acquiring unit, for when the input position exist and the input position it is constant and continue obtain kinematic parameter when, acquisition is held The continuous time, and response multiple is determined according to the duration.

11. intelligent electronic device according to claim 8, which is characterized in that the intelligent electronic device further include: display Control device shows the second display interface for controlling the display screen, includes M display pair in second display interface As M is the integer more than or equal to 1, the display unit of the input unit of the input intelligent electronic device and the display screen It is corresponding；

The position determines subelement, for determining the second display position in second display interface based on the input position It sets；

Described instruction determines subelement, is used for when the input position exists and the input position is constant, according to the fortune Dynamic parameter determination executes instruction, and triggers the response unit and be based on executing instruction described in the response of second display position.

12. intelligent electronic device according to claim 11, which is characterized in that the response unit includes: that object determines Subelement, third instruction generating subunit and the first response subelement；

The object determines subelement, for determining second display position corresponding first on second display interface Show object；

The third instructs generating subunit, for the input intelligent electronic device according to the intelligent electronic device relative to institute The direction of motion of intelligent electronic device movement is stated, move corresponding with the direction of motion is generated；

The first response subelement, for responding the move, the move is used to be based on the direction of motion Change the relative position of the first display object and the second display interface；

Alternatively,

The 4th instruction generating subunit, for based on second display position and according to the intelligent electronic device The direction of motion that input intelligent electronic device is moved relative to the intelligent electronic device, generates corresponding with the direction of motion Show Object Selection instruction；

The second response subelement, for responding the display Object Selection instruction, the display Object Selection instruction is used for Input intelligent electronic device since second display position to the intelligent electronic device is relative to the smart electronics Multiple display objects are selected at the end of equipment moving.