CN103869965B

CN103869965B - A kind of control method, device and a kind of electronic equipment

Info

Publication number: CN103869965B
Application number: CN201310003860.6A
Authority: CN
Inventors: 蔡明祥
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-12-07
Filing date: 2013-01-06
Publication date: 2018-02-27
Anticipated expiration: 2033-01-06
Also published as: CN103869965A

Abstract

The present invention provides a kind of control method, applied to control device, including：The operation of detection first；When the first operation meets the first predetermined condition, generate the first control instruction, wherein, first control instruction includes the first sub- control instruction and the second sub- control instruction, first sub- control instruction is used to control the first electronic equipment to switch to first object state from the first reset condition, target component is changed to first object value from the first original value, second sub- control instruction is used to control the second electronic equipment to switch to the second dbjective state from the second reset condition, and target component is changed to the second desired value from the second original value；First original value is different with first object value, and the second original value and the second desired value are different.The present invention also provides a kind of control device for realizing the control method and the electronic equipment including the control device.The present invention can realize while control the same target component of two electronic equipments.

Description

A kind of control method, device and a kind of electronic equipment

Technical field

The present invention relates to computer technology and electronic technology, more particularly to a kind of control method, device and a kind of electronics to set It is standby.

Background technology

With the development of TV tech, there is the TV of configuration operating system (such as Android system), such TV It can be remotely controlled by PAD (tablet personal computer).

During technical scheme of the embodiment of the present invention is realized, inventor has found above-mentioned in the prior art at least in the presence of such as Lower problem

Temporarily also there is inconvenience in TV (TV)+Pad combinations, for example pass through touch touch manners in volume control Inconvenience in scene setting be present when still controlling Pad volumes in control TV volumes.

The content of the invention

The technical problem to be solved in the present invention is to provide a kind of control method, device and electronic equipment, solves electronic equipment The problem of control inconvenience during combination.

In order to solve the above problems, the embodiments of the invention provide a kind of control method, applied to control device, the side Method includes：

The operation of detection first；

When the described first operation meets the first predetermined condition, the first control instruction is generated, wherein, first control refers to Order includes the first sub- control instruction and the second sub- control instruction, the first sub- control instruction be used for the first electronic equipment of control from First reset condition switches to first object state, and the second sub- control instruction is used to control the second electronic equipment former from second Beginning state switches to the second dbjective state；

Wherein, first electronic equipment is under first reset condition, and target component has the first original value, in institute State under first object state, the target component has first object value；Second electronic equipment is in the described second original shape Under state, the target component has the second original value；Under second dbjective state, the target component has the second target Value；First original value is different with the first object value, and second original value is different with second desired value.

The above method can also have the characteristics that,

When the described first operation meets the second predetermined condition, the target component of second electronic equipment is maintained not Become, generate the second control instruction, second control instruction is used to control first electronic equipment from the described first original shape State switches to the 3rd dbjective state；Wherein, first electronic equipment is under the 3rd dbjective state, the target component tool There is the 3rd desired value, and first original value is different with the 3rd desired value；

And when the described first operation meets three predetermined conditions, maintain the target of first electronic equipment Parameter constant, generates the 3rd control instruction, and the 3rd control instruction is used to control second electronic equipment from described second Reset condition switches to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, the target Parameter has the 4th desired value, and second original value is different with the 4th desired value.

The above method can also have the characteristics that first electronic equipment is identical with the control device.

The above method can also have the characteristics that the target component is sound output parameter.

The above method can also have the characteristics that first operation is the slide of operational controls, the operation control Each sliding position of part corresponds to a value of the target component of first electronic equipment, and, corresponding described the One value of the target component of two electronic equipments；

It is described first operation for the operational controls slide into the second place from first position when, the first object value and Second desired value meets following condition：

Using the targeted parameter value of first electronic equipment corresponding to the second place where the operational controls as institute State first object value；

Using the targeted parameter value of second electronic equipment corresponding to the second place where the operational controls as institute State the second desired value.

The above method can also have the characteristics that, before detection first operation, in addition to：

Obtain the first initial value of the target component of first electronic equipment and the institute of second electronic equipment State the second initial value of target component；

The initial position of the operational controls is set according to the second initial value of second electronic equipment, wherein, it is described The value of the target component of second electronic equipment corresponding to initial position is second initial value；

At the beginning of the value of the target component of first electronic equipment and described first corresponding to the initial position During initial value difference, initial control instruction is generated, the initial control instruction is used for the mesh for controlling first electronic equipment Mark parameter is the first setting value, and first setting value is the mesh of first electronic equipment corresponding to the initial position Mark the value of parameter.

The above method can also have the characteristics that the glide direction of the operational controls includes first direction and second party To；

The first object value and second desired value meet：

When first operation is slided in the first direction for the operational controls, first original value is less than described first Desired value, and second original value is more than second desired value；First operation is the operational controls along second party To when sliding, first original value is more than the first object value, and second original value is less than second desired value；

Or

When first operation is slided in the first direction for the operational controls, first original value is more than described first Desired value, and second original value is less than second desired value；First operation is the operational controls along second party To when sliding, first original value is less than the first object value, and second original value is more than second desired value.

The above method can also have the characteristics that first operation is the slide of operational controls, the operation control The sliding scale of part includes first area and second area, and the first area and second area have and only one intersecting position Put；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position is located at the first area and non- The intersection location, the second place are located at the second area and the non-intersection location；Or the first position position In the second area and the non-intersection location, the second place is located at the first area and the non-intersection location；

Second predetermined condition includes：The first position and the second place are located at the first area；

3rd predetermined condition includes：The first position and the second place are located at the second area.

The above method can also have the characteristics that first operation is the slide of operational controls, the operation control The sliding scale of part is first area and second area, and the first area and second area partly overlap, its overlapping region Referred to as the 3rd region, the 3rd region do not include the boundary point of the first area and second area；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position is located at the first area, institute State the second place and be located at the second area, and the first position is removed with being located at during the difference of the second place in the second area Region outside 3rd region；Or the first position is located at the second area, the second place is positioned at described the Two regions, and the first position and the area during difference of the second place in the first area in addition to the 3rd region Domain；

Second predetermined condition includes：The first position and the second place are located in the first area except described the Region outside three regions；

3rd predetermined condition includes：The first position and the second place are located in the second area except described the Region outside three regions.

The above method can also have the characteristics that first operation is the slide of operational controls, the operation control The sliding scale of part is the 3rd region；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position and the second place are located at 3rd region.

The embodiment of the present invention also provides a kind of control device, including detection unit, judging unit and control unit, wherein：

The detection unit is used for, the operation of detection first；

The judging unit is used for, and judges whether first operation meets the first predetermined condition, will determine that result is sent To described control unit；

Described control unit is used for, when the judging unit judges that first operation meets first predetermined condition When, the first control instruction is generated, wherein, first control instruction includes the first sub- control instruction and the second sub- control instruction, Control first electronic equipment to switch to first object state from the first reset condition by the described first sub- control instruction, lead to Crossing the described second sub- control instruction controls second electronic equipment to switch to the second dbjective state from the second reset condition；

Said apparatus can also have the characteristics that the judging unit is additionally operable to：Judge whether first operation meets Second predetermined condition and the 3rd predetermined condition, will determine that result is sent to described control unit；

Described control unit is additionally operable to：

When the judging unit judges that first operation meets second predetermined condition, second electronics is maintained The target component of equipment is constant, generates the second control instruction, and first electronics is controlled by second control instruction Equipment switches to the 3rd dbjective state from first reset condition；Wherein, first electronic equipment is in the 3rd target Under state, the target component has the 3rd desired value, and first original value is different with the 3rd desired value；And When the judging unit judges that first operation meets three predetermined condition, the institute of first electronic equipment is maintained It is constant to state target component, generates the 3rd control instruction, second electronic equipment is controlled from institute by the 3rd control instruction State the second reset condition and switch to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, institute Stating target component has the 4th desired value, and second original value is different with the 4th desired value.

Said apparatus can also have the characteristics that the control device is first electronic equipment.

Said apparatus can also have the characteristics that the target component is sound output parameter.

Said apparatus can also have the characteristics that first operation of the detection unit detection is the cunning of operational controls Dynamic operation, each sliding position of the operational controls correspond to the target component of first electronic equipment one take Value, and, a value of the target component of corresponding second electronic equipment；

Described control unit is determined as follows the first object value and the second desired value：

When first operation of detection unit detection slides into second for the operational controls from first position When putting, using the targeted parameter value of first electronic equipment corresponding to the second place where the operational controls as described One desired value, using the targeted parameter value of second electronic equipment corresponding to the second place where the operational controls as institute State the second desired value.

Said apparatus can also have the characteristics that described device also includes：Target component acquiring unit and position set single Member, wherein：

The target component acquiring unit is used for：Before detection unit detection first operation, described the is obtained At the beginning of the second of the target component of first initial value of the target component of one electronic equipment and second electronic equipment Initial value；

The position setting unit is used for：The operational controls are set according to the second initial value of second electronic equipment Initial position, wherein, the value of the target component of second electronic equipment is described corresponding to the initial position Second initial value；

The judging unit is additionally operable to, and judges the target ginseng of first electronic equipment corresponding to the initial position Whether several values and first initial value are identical, will determine that result is sent to described control unit；

Described control unit is additionally operable to：When the judging unit judges that first electronics is set corresponding to the initial position When the value of the standby target component is with the first initial value difference, initial control instruction is generated, the initial control refers to It is the first setting value to make for controlling the target component of first electronic equipment, and first setting value is described initial The value of the target component of first electronic equipment of position correspondence.

Said apparatus can also have the characteristics that the glide direction of the operational controls includes first direction and second party To；

The first object value and second desired value meet：

It is described first operation for the operational controls along the first direction slides when, first original value be less than described in First object value, and second original value is more than second desired value；First operation is the operational controls along institute When stating second direction and sliding, first original value is more than the first object value, and second original value is less than described the Two desired values；

Or

It is described first operation for the operational controls along the first direction slides when, first original value be more than described in First object value, and second original value is less than second desired value；First operation is the operational controls along institute When stating second direction and sliding, first original value is less than the first object value, and second original value is more than described the Two desired values.

Said apparatus can also have the characteristics that first operation of the detection unit detection is the cunning of operational controls Dynamic operation, the sliding scale of the operational controls include first area and second area, and the first area and second area Have and an only intersection location；

The judging unit is judged in the following way：

When the operational controls slide into the second place from first position, the first position be located at the first area and The non-intersection location, the second place are located at the second area and the non-intersection location；Or the first position Positioned at the second area and the non-intersection location, the second place is located at the first area and the non-intersecting position Put, meet first predetermined condition；

When the first position and the second place are located at the first area, meet second predetermined condition；

When the first position and the second place are located at the second area, meet the 3rd predetermined condition.

Said apparatus can also have the characteristics that first operation of the detection unit detection is the cunning of operational controls Dynamic operation, the sliding scales of the operational controls are first area and second area, and the first area and second area portion Point overlapping, its overlapping region is referred to as the 3rd region, and the 3rd region does not include the first area and the second area Boundary point；

The judging unit is judged in the following way：

When the operational controls slide into the second place from first position, the first position is located at the first area, The second place is located at the second area, and the first position is located in the second area with during the difference of the second place Region in addition to the 3rd region；Or the first position is located at the second area, the second place is positioned at described Second area, and the first position and the area during difference of the second place in the first area in addition to the 3rd region Domain, then meet first predetermined condition；

It is full when the first position and the second place are located at the region in the first area in addition to the 3rd region Foot second predetermined condition；

It is full when the first position and the second place are located at the region in the second area in addition to the 3rd region Foot the 3rd predetermined condition.

Said apparatus can also have the characteristics that first operation of the detection unit detection is the cunning of operational controls Dynamic operation, the sliding scale of the operational controls is the 3rd region；

The judging unit is judged in the following way：

When the operational controls slide into the second place, and the first position and the second set from first position When three region, meet first predetermined condition.

The embodiment of the present invention also provides a kind of electronic equipment, and the electronic equipment includes above-mentioned control device.

Compared with prior art, in the application, realize while control the same target parameter of distinct electronic apparatuses, relatively In the scheme being controlled respectively to the first electronic equipment and the second electronic equipment, this programme controls two electronic equipments simultaneously, The switching between different control models is avoided, furthermore it is also possible to realize the first electronic equipment and the second electronic equipment target ginseng Association control between number, such as, can the first electronic equipment is Jing Yin when controlling the volume of the second electronic equipment, prevent Interference.

Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification Obtain it is clear that or being understood by implementing the present invention.The purpose of the present invention and other advantages can be by specification, rights Specifically noted structure is realized and obtained in claim and accompanying drawing.

Brief description of the drawings

Accompanying drawing is used for providing further understanding technical solution of the present invention, and a part for constitution instruction, with this The embodiment of application is used to explain technical scheme together, does not form the limitation to technical solution of the present invention.

Fig. 1 is control method flow chart of the embodiment of the present invention；

Fig. 2 is the volume control interface schematic diagram of the embodiment of the present invention one；

Fig. 3 is that the volume of the embodiment of the present invention one controls another schematic diagram；

Fig. 4 is that the volume of the embodiment of the present invention one controls another schematic diagram；

Fig. 5 is the volume control interface schematic diagram of the embodiment of the present invention two；

Fig. 6 is the volume control interface schematic diagram of the embodiment of the present invention three；

Fig. 7 is control device block diagram of the embodiment of the present invention.

Embodiment

For the object, technical solutions and advantages of the present invention are more clearly understood, below in conjunction with accompanying drawing to the present invention Embodiment be described in detail.It should be noted that in the case where not conflicting, in the embodiment and embodiment in the application Feature can mutually be combined.

Can be in the computer system of such as one group computer executable instructions the flow of accompanying drawing illustrates the step of Perform.Also, although logical order is shown in flow charts, in some cases, can be with suitable different from herein Sequence performs shown or described step.

The embodiment of the present invention provides a kind of control method, applied to control device, as shown in figure 1, including：

Step 101, the operation of detection first；

Step 102, when the described first operation meets the first predetermined condition, the first control instruction, the electricity of control first are generated Sub- equipment and the second electronic equipment, specifically：First control instruction includes the first sub- control instruction and the second son control refers to Order, the first sub- control instruction are used to control the first electronic equipment to switch to first object state, institute from the first reset condition State the second sub- control instruction be used for control the second electronic equipment switch to the second dbjective state from the second reset condition；

Scheme described in the present embodiment, realize while control the same target parameter of distinct electronic apparatuses, relative to respectively The scheme being controlled to the first electronic equipment and the second electronic equipment, this programme control two electronic equipments, avoided simultaneously Switching between different control models, furthermore it is also possible to realize between the first electronic equipment and the second electronic equipment target component Association control, such as, control the second electronic equipment volume when, can the first electronic equipment is Jing Yin, prevent from disturbing.

In a kind of alternative of the present embodiment, control device can be independently of the first electronic equipment and the second electronics One electronic equipment of equipment, such as a remote control.Control device can also be the first electronic equipment and the second electronic equipment wherein One of.If control device is the first electronic equipment, need to establish data between the first electronic equipment and the second electronic equipment Second sub- control instruction is sent to second electronic equipment by interface channel, the first electronic equipment by data interface channel. First electronic equipment and the second electronic equipment can be communicated by various modes.

In a kind of alternative of the embodiment of the present invention, first electronic equipment can be tablet personal computer, smart mobile phone Deng second electronic equipment can be TV, sound equipment etc..It is of course also possible to be that control device is a remote control, the first electronics Equipment is tablet personal computer, smart mobile phone, TV, sound equipment etc., and the second electronic equipment is tablet personal computer, smart mobile phone, TV, sound equipment Deng.

In a kind of alternative of the present embodiment, in addition to：When the described first operation meets the second predetermined condition, dimension It is constant to hold the target component of second electronic equipment, generates the second control instruction, second control instruction is used to control Make first electronic equipment and switch to the 3rd dbjective state from first reset condition；Wherein, first electronic equipment Under the 3rd dbjective state, the target component has the 3rd desired value, and first original value and the 3rd mesh Scale value is different；

In a kind of alternative of the present embodiment, in addition to：When the described first operation meets three predetermined conditions, dimension It is constant to hold the target component of first electronic equipment, generates the 3rd control instruction, the 3rd control instruction is used to control Make second electronic equipment and switch to the 4th dbjective state from second reset condition；Wherein, second electronic equipment Under the 4th dbjective state, the target component has the 4th desired value, and second original value and the 4th mesh Scale value is different.

Wherein, the target component can be sound output parameter or other specification, such as bandwidth parameter, bright Degree, saturation degree etc., control device are that the first electronic equipment and the second electronic equipment carry out bandwidth allocation, adjust the first electronic equipment Brightness, saturation degree with the second electronic equipment etc..

In a kind of alternative of the present embodiment, first original value is less than the first object value, and described Two original values are more than second desired value；Or first original value is more than the first object value, and described second is former Initial value is less than second desired value.

Wherein, first operation can be the slide of operational controls, such as, operational controls are slided from first position Triggered to the second place or button, the button can be virtual button or physical button.Such as electronics Physics volume adjusting key in equipment, or, the volume adjusting key on the volume adjusting interface of electronic equipment.

The glide direction of the operational controls includes first direction and second direction.

Wherein, each sliding position of the operational controls can correspond to the target component of first electronic equipment A value, and, a value of the target component of corresponding second electronic equipment.

Wherein, the glide direction of the operational controls includes first direction and second direction；

The first object value and second desired value meet：

Or

First direction can be slided to the left, and second direction can be slided to the right；Or first direction be it is upward, Two directions are downward；Or first direction is clockwise, second direction is counter clockwise direction etc..

Wherein, before detecting first operation, in addition to：

The initial position of the operational controls is set according to the second initial value of second electronic equipment；Wherein, it is described The value of the target component of second electronic equipment corresponding to initial position is second initial value；

The method to set up of the initial position of aforesaid operations control is only a kind of example, directly can also be set operational controls In default location, or set by other means.

In a kind of alternative of the present embodiment, described first operates the slide for operational controls, the operation The sliding scale of control includes first area and second area, and the first area and second area have and only one intersecting position Put；

First predetermined condition includes：

In a kind of alternative of the present embodiment, described first operates the slide for operational controls, the operation The sliding scale of control is first area and second area, and the first area and second area partly overlap, its overlay region Domain is referred to as the 3rd region, and the 3rd region does not include the boundary point of the first area and second area；

First operation is the slide of operational controls, and the sliding scales of the operational controls is first area and the Two regions, and the first area and second area partly overlap, its overlapping region is referred to as the 3rd region, and the 3rd region is not Boundary point including the first area and second area；

First predetermined condition includes：

In a kind of alternative of the present embodiment, described first operates the slide for operational controls, the operation The sliding scale of control is the 3rd region；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position and the second place are positioned at described 3rd region.

In a kind of alternative of the present embodiment, targeted parameter value is related to the absolute position of operational controls, including：Institute The each sliding position for stating operational controls is corresponding with a value of the target component of first electronic equipment；And with One value of the target component of second electronic equipment is corresponding；

When the operational controls slide into the second place from first position, the first object value and the second desired value according to Following manner determines：

In a kind of alternative of the present embodiment, the targeted parameter value after sliding can also be determined according to relative mode, Including：According to the glide direction of the operational controls, and, the length between the first position and the second place, determine institute State the first object Parameters variation amount of the first electronic equipment and the second target component variable quantity of second electronic equipment；

The first object value is determined according to first original value and the first object Parameters variation amount；

Second desired value is determined according to second original value and the second target component variable quantity.

The present invention is further illustrated below by several embodiments.

In following embodiments, using the first electronic equipment as pad, the second electronic equipment is TV, and target component exports for sound Parameter, operational controls are the present invention will be described exemplified by a sliding block.But the invention is not restricted to this, the method in following embodiments Other kinds of electronic equipment, and the regulation applied to other kinds of target component can also be applied to.

Embodiment one

As shown in Fig. 2 be the volume adjusting interface of the present embodiment, wherein, from max1 to min between section be Pad sounds Measure control interval, from min to max2 between section be TV volume control intervals.Each position from max1 to max2 has pair TV the and Pad volume values answered.Min position correspondences Pad minimum volume (for example being 0), max1 corresponds to Pad max volume；min Corresponding TV minimum volume (for example being 0), max2 corresponds to TV max volume.To in min regions, TV volume remains max1 Minimum value (such as 0), in min to max2 regions, Pad volumes remain minimum value (such as 0).

Illustrated below using minimum value as 0.

When opening the volume adjusting interface, it can be initialized, including：Current TV volume value is obtained, according to institute The volume for stating TV sets the position of sliding block so that and the slide position corresponds to current TV volume, and according to the slide position Pad volume is controlled, in the present embodiment, control Pad volumes as 0.Pass through the program so that in the TV of viewing, retain TV Volume, directly make Pad Jing Yin, in order to avoid TV is interfered.

As shown in figure 3, when sliding block slides in TV volumes control interval, TV volume is controlled according to slide position, such as, Sliding block slides into the position that volume is 40 in Fig. 3, then the volume for adjusting TV is 40；And sliding block in TV volume control intervals when, Pad volume remains 0, as shown in left side loudspeaker in Fig. 2, represents that Pad is currently Jing Yin；In the section, with sliding block from min to Max2 directions are slided, and increase TV volume successively, as shown in right side loudspeaker in Fig. 2, represent that loudspeaker position increases for TV volumes General orientation.

As shown in figure 4, when sliding block only slides in Pad volumes control interval, Pad volume is controlled according to slide position, For example the position that volume is 40 is slid into Figure 13, then the volume for adjusting Pad is 40；And sliding block is in Pad volume control intervals When, TV volume remains 0, as shown in right side loudspeaker in Fig. 3, represents that TV is currently Jing Yin.In the section, as sliding block is from min Slided to max1 directions, increase Pad volume successively, as shown in left side loudspeaker in Fig. 4, represent that loudspeaker position is Pad sounds Measure augment direction.

If sliding block slides into Pad volume control intervals from TV volume control intervals, such as, slided from position shown in Fig. 3 To position shown in Fig. 4, then control TV volume to be changed into 0 from 40, control Pad volume to be changed into 40 from 0.If sliding block is from Pad sounds Amount control interval slides into TV volume control intervals, and the position as shown in from Fig. 4 slides into position shown in Fig. 3, then controls Pad sound Amount is changed into 0 from 40, controls TV volume to be changed into 40 from 0.

Such scheme realizes that Pad and TV volumes are controlled in same interface, in the prior art, it is necessary to which Pad is distant Switched in control pattern and non-remote control mode, the volume of the two could be adjusted respectively, the present embodiment need not enter row mode The two volume of control simultaneously can be achieved in switching, moreover, in the embodiment, the complete mutual exclusion of Pad and TV volumes, when watching TV Can be very easily Jing Yin by Pad, prevent from disturbing, certainly, can also be realized when using Pad TV is Jing Yin.

Embodiment two

As shown in figure 5, be the volume control interface of the present embodiment, wherein, it is Pad volumes control zone from max1 to min1 Between, it is TV volume control intervals from min2 to max2, the two has the intersecting area from min2 to min1.

There are corresponding TV and Pad volume values each position from max1 to max2.Min1 position correspondences Pad double bass Measure (for example being 0), max1 corresponds to Pad max volume；Min2 corresponds to TV minimum volume (such as 0), and max2 corresponds to TV's Max volume.In max1 value min2 regions, TV volumes remain minimum volume (such as 0), in min1 to max2 regions, Pad Volume remains minimum volume (such as 0).Illustrated below using minimum volume as 0.

When sliding block slides between min2 and max1, the position slided into according to sliding block controls Pad volume；And from Min2 to max1 directions, Pad volumes increase successively；TV volumes remain 0 in the section.

When sliding block slides between min1 and max2, the position control TV slided into according to sliding block volume, and from Min1 to max2 directions, TV volumes increase successively；Pad volumes remain 0 in the section.

When sliding block slides between the intersecting area min2 and min1 of the two, the same time control in position that is slided into according to sliding block Pad and TV processed volume, and the two volume change is in opposite direction, the direction from min2 to min1, TV volumes increase successively, Pad sounds Amount is sequentially reduced；The direction from min1 to min2, Pad volumes increase successively, and TV volumes are sequentially reduced.

If sliding block slided into from section [max1, min2] (min2, min1] section, then reduce Pad volumes, increase TV sounds Amount；If sliding block slides into [min1, max2] section from section [max1, min2], then reduce Pad volumes to 0, increase TV sounds Amount.If sliding block from section [min1, max2] slide into section [min2, min1), then reduce TV volumes, increase Pad volumes；Such as Fruit sliding block slides into [max1, min2] section from [min1, max2], then reduces TV volumes to 0, increase Pad volumes.

In the embodiment, the Pad and TV sounding, and sliding slider in one direction simultaneously in this section of region of min2 and min1 When, one increase of the two volume, a reduction.In remaining region, the two mutual exclusion, one it is sound when, another holding is Jing Yin.

Embodiment three

As shown in fig. 6, being the volume control interface of the present embodiment, this section of section is both Pad volume controls from max1 to min1 Section processed, and TV volume control intervals.

When sliding block slides from max1 to min1, control Pad volumes are sequentially reduced, and TV volumes increase successively；By sliding block from Min1 to max1 slide when, control Pad volumes increase successively, TV volumes are sequentially reduced.

Each position from max1 to max2 can represent the absolute value of TV and Pad volumes.TV and Pad sounds can also be represented The relative value of amount, TV and Pad volume change are determined according to sliding length and glide direction.

Volume control interface is merely illustrative in the various embodiments described above, and the volume control interface can also be a circular area Domain, sliding block slide on annulus, left side annulus control Pad volumes, right side annulus control TV volumes, etc..

By the slidable adjustment volume of sliding block in the various embodiments described above, in other embodiments, can also be adjusted by volume Section presses key control volume.Such as physics volume adjusting key on the volume adjusting key and electronic equipment on volume control interface, the sound Measuring adjusting key includes increasing and reducing two operating keys, and volume, and the position of corresponding adjusting slider are adjusted when pressing increase key, is made Front and rear sliding block must be adjusted to slide to first direction, press and volume is adjusted when reducing key, and the position of corresponding adjusting slider so that adjust Sliding block slides to second direction before and after section, and second direction is with first direction on the contrary, so as to reach the purpose of control volume.

Now volume adjusting key is not exclusively that volume increases or decreases, actually related to the position where sliding block.With Fig. 2 Exemplified by, it is assumed that volume increase key is so that sliding block moves right, and volume reduces key and is so that sliding block is moved to the left.Such as, it is assumed that Sliding block is in 0 position when initial, if pressing volume increase key, slip moves right, and now increases TV volumes；If press sound Amount reduces key, then sliding block is moved to the left, and now increases Pad volumes.Again such as, it is assumed that sliding block is in Pad volumes control zone when initial Between, if pressing volume increase key, sliding block moves right, then reduces Pad volumes；If pressing volume reduces key, sliding block is to the left It is mobile, then increase Pad volumes.It can be seen that the volume control of volume adjusting key is relevant with the slide position before being controlled.

The embodiment of the present invention provides a kind of control device, as shown in fig. 7, control device 700 includes detection unit 701, sentenced Disconnected unit 702 and control unit 703, wherein：

Detection unit 701, for detecting the first operation；

Judging unit 702, for judging whether first operation meets the first predetermined condition, it will determine that result is sent to Described control unit 703；

Control unit 703, for when the judging unit judge it is described first operation meet first predetermined condition when, The first control instruction is generated, wherein, first control instruction includes the first sub- control instruction and the second sub- control instruction, passes through The first sub- control instruction controls first electronic equipment to switch to first object state from the first reset condition, passes through institute Stating the second sub- control instruction controls second electronic equipment to switch to the second dbjective state from the second reset condition；

In a kind of alternative of the present embodiment, the judging unit 702 is additionally operable to：Whether judge first operation Meet the second predetermined condition and the 3rd predetermined condition, will determine that result is sent to described control unit 703；

Described control unit 703 is additionally operable to：

When the judging unit 702 judges that first operation meets second predetermined condition, described second is maintained The target component of electronic equipment is constant, generates the second control instruction, and described first is controlled by second control instruction Electronic equipment switches to the 3rd dbjective state from first reset condition；Wherein, first electronic equipment is the described 3rd Under dbjective state, the target component has the 3rd desired value, and first original value is different with the 3rd desired value；With And when the judging unit 702 judges that first operation meets three predetermined condition, first electronics is maintained to set The standby target component is constant, generates the 3rd control instruction, controls second electronics to set by the 3rd control instruction It is standby to switch to the 4th dbjective state from second reset condition；Wherein, second electronic equipment is in the 4th target-like Under state, the target component has the 4th desired value, and second original value is different with the 4th desired value.

In a kind of alternative of the present embodiment, the control device 700 can be first electronic equipment.

In a kind of alternative of the present embodiment, first operation that the detection unit 701 detects is operation control The slide of part, each sliding position of the operational controls correspond to the one of the target component of first electronic equipment Individual value, and, a value of the target component of corresponding second electronic equipment；

When first operation of the detection unit 701 detection slides into second for the operational controls from first position During position, the first object value and the second desired value meet following condition：

In a kind of alternative of the present embodiment, the control device may also include：The He of target component acquiring unit 704 Position setting unit 705, wherein：

The target component acquiring unit 704 is used for：Before first operation is detected, first electronic equipment is obtained The target component the first initial value and second electronic equipment the target component the second initial value；

The position setting unit 705 is used for：The operation is set according to the second initial value of second electronic equipment The initial position of control；Wherein, the value of the target component of second electronic equipment is corresponding to the initial position Second initial value；

The judging unit 702 is additionally operable to, and judges the target ginseng of first electronic equipment corresponding to the initial position Whether several values and first initial value are identical, will determine that result is sent to described control unit 703；

Described control unit 703 is additionally operable to：When the judging unit 702 is judged described first corresponding to the initial position When the value of the target component of electronic equipment is with the first initial value difference, initial control instruction is generated, it is described initial Control instruction is used to control the target component of first electronic equipment to be the first setting value, and first setting value is institute State the value of the target component of first electronic equipment corresponding to initial position.

In a kind of alternative of the present embodiment, first operation that the detection unit 701 detects is operation control The slide of part, the sliding scale of the operational controls include first area and second area, and the first area and Two regions have and an only intersection location；

The judging unit 702 is judged in the following way：

In a kind of alternative of the present embodiment, first operation that the detection unit 701 detects is operation control The slide of part, the sliding scales of the operational controls are first area and second area, and the first area and second Region partly overlaps, and its overlapping region is referred to as the 3rd region, and the 3rd region does not include the first area and second area Boundary point；

The judging unit 702 is judged in the following way：

In a kind of alternative of the present embodiment, first operation that the detection unit 701 detects is operation control The slide of part, the sliding scale of the operational controls is the 3rd region；

The judging unit 702 is judged in the following way：

The embodiment of the present invention also provides a kind of electronic equipment, and the electronic equipment includes above-mentioned control device 700.

It should be noted that multiple details described in above-mentioned control method embodiment are equally applicable to control device implementation Example, therefore eliminate the repeated description to same or similar part.

Those skilled in the art should be understood that each part for the device that above-mentioned the embodiment of the present application is provided, And each step in method, they can be concentrated on single computing device, or are distributed in multiple computing device institutes group Into network on.Alternatively, they can be realized with the program code that computing device can perform.It is thus possible to they are deposited Storage performed in the storage device by computing device, either they are fabricated to respectively each integrated circuit modules or by it In multiple modules or step be fabricated to single integrated circuit module to realize.So, the present invention is not restricted to any specific Hardware and software combine.

Although disclosed herein embodiment as above, described content be only readily appreciate the present invention and use Embodiment, it is not limited to the present invention.Technical staff in any art of the present invention, taken off not departing from the present invention On the premise of the spirit and scope of dew, any modification and change, but the present invention can be carried out in the form and details of implementation Scope of patent protection, still should be subject to the scope of the claims as defined in the appended claims.

Claims

1. a kind of control method, applied to control device, methods described includes：

The operation of detection first；

When the described first operation meets the first predetermined condition, the first control instruction is generated, wherein, the first control instruction bag The first sub- control instruction and the second sub- control instruction are included, the first sub- control instruction is used to control the first electronic equipment from first Reset condition switches to first object state, and the second sub- control instruction is used to control the second electronic equipment from the second original shape State switches to the second dbjective state；

Wherein, for first electronic equipment under first reset condition, target component has the first original value, described Under one dbjective state, the target component has first object value；Second electronic equipment under second reset condition, The target component has the second original value；Under second dbjective state, the target component has the second desired value；Institute It is different with the first object value to state the first original value, second original value is different with second desired value；

First electronic equipment is identical with the control device；

First operation is the slide of operational controls, and the sliding scale of the operational controls is the 3rd region, is specially First area and second area partly overlap, and its overlapping region is referred to as the 3rd region, and the 3rd region does not include described first Region and the boundary point of second area；

First predetermined condition includes：

2. the method as described in claim 1, it is characterised in that methods described also includes：

When the described first operation meets the second predetermined condition, maintain the target component of second electronic equipment constant, The second control instruction is generated, second control instruction is used to control first electronic equipment to cut from first reset condition Shift to the 3rd dbjective state；Wherein, first electronic equipment is under the 3rd dbjective state, and the target component has the Three desired values, and first original value is different with the 3rd desired value；

And when the described first operation meets three predetermined conditions, maintain the target component of first electronic equipment It is constant, the 3rd control instruction is generated, the 3rd control instruction is used to control second electronic equipment original from described second State switches to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, the target component With the 4th desired value, and second original value is different with the 4th desired value.

3. the method as described in claim 1, it is characterised in that the target component is sound output parameter.

4. the method as described in claim 1, it is characterised in that

First operation is the slide of operational controls, and each sliding position of the operational controls corresponds to first electricity One value of the target component of sub- equipment, and, one of the target component of corresponding second electronic equipment Value；

When first operation slides into the second place for the operational controls from first position, the first object value and second Desired value meets following condition：

Using the targeted parameter value of first electronic equipment corresponding to the second place where the operational controls as described One desired value；

Using the targeted parameter value of second electronic equipment corresponding to the second place where the operational controls as described Two desired values.

5. method as claimed in claim 4, it is characterised in that before detection first operation, in addition to：

Obtain the first initial value of the target component of first electronic equipment and the mesh of second electronic equipment Mark the second initial value of parameter；

The initial position of the operational controls is set according to the second initial value of second electronic equipment, wherein, it is described initial The value of the target component of second electronic equipment of position correspondence is second initial value；

When the value of the target component of first electronic equipment corresponding to the initial position and first initial value When different, initial control instruction is generated, the initial control instruction is used to control the target of first electronic equipment to join Number is the first setting value, and first setting value is joined for the target of first electronic equipment corresponding to the initial position Several values.

6. method as claimed in claim 4, it is characterised in that

The glide direction of the operational controls includes first direction and second direction；

The first object value and second desired value meet：

When first operation is slided in the first direction for the operational controls, first original value is less than the first object Value, and second original value is more than second desired value；First operation is slided in a second direction for the operational controls When dynamic, first original value is more than the first object value, and second original value is less than second desired value；

Or

When first operation is slided in the first direction for the operational controls, first original value is more than the first object Value, and second original value is less than second desired value；First operation is slided in a second direction for the operational controls When dynamic, first original value is less than the first object value, and second original value is more than second desired value.

7. a kind of control method, applied to control device, methods described includes：

The operation of detection first；

First electronic equipment is identical with the control device；

Methods described also includes：

And when the described first operation meets three predetermined conditions, maintain the target component of first electronic equipment It is constant, the 3rd control instruction is generated, the 3rd control instruction is used to control second electronic equipment original from described second State switches to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, the target component With the 4th desired value, and second original value is different with the 4th desired value；

First operation is the slide of operational controls, and the sliding scale of the operational controls includes first area and second Region, and the first area and second area have and an only intersection location；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position is located at the first area and non-described Intersection location, the second place are located at the second area and the non-intersection location；Or the first position is located at institute Second area and the non-intersection location are stated, the second place is located at the first area and the non-intersection location；

8. a kind of control method, applied to control device, methods described includes：

The operation of detection first；

First electronic equipment is identical with the control device；

Methods described also includes：

First operation is the slide of operational controls, and the sliding scale of the operational controls is first area and the secondth area Domain, and the first area and second area partly overlap, its overlapping region is referred to as the 3rd region, and the 3rd region does not include The first area and the boundary point of second area；

First predetermined condition includes：

The operational controls slide into the second place from first position, and the first position is located at the first area, and described Two positions are located at the second area, and the first position be located at during the difference of the second place in the second area except described Region outside 3rd region；Or the first position is located at the second area, the second place is located at secondth area Domain, and the first position and the region during difference of the second place in the first area in addition to the 3rd region；

Second predetermined condition includes：The first position and the second place, which are located in the first area, removes the 3rd area Overseas region；

3rd predetermined condition includes：The first position and the second place, which are located in the second area, removes the 3rd area Overseas region.

A kind of 9. control device, it is characterised in that including detection unit, judging unit and control unit, wherein：

The detection unit is used for, the operation of detection first；

The judging unit is used for, and judges whether first operation meets the first predetermined condition, will determine that result is sent to institute State control unit；

Described control unit is used for, raw when the judging unit judges that first operation meets first predetermined condition Into the first control instruction, wherein, first control instruction includes the first sub- control instruction and the second sub- control instruction, passes through institute Stating the first sub- control instruction controls the first electronic equipment to switch to first object state from the first reset condition, passes through described second Sub- control instruction controls the second electronic equipment to switch to the second dbjective state from the second reset condition；

The control device is first electronic equipment；

Described the first of the detection unit detection operates the slide for operational controls, the sliding scale of the operational controls For the 3rd region, specially first area and second area partly overlaps, and its overlapping region is referred to as the 3rd region, the 3rd area Domain does not include the boundary point of the first area and second area；

The judging unit is judged in the following way：

When the operational controls slide into the second place from first position, and the first position and the second place are located at institute When stating three regions, meet first predetermined condition.

10. device as claimed in claim 9, it is characterised in that

The judging unit is additionally operable to：Judge whether first operation meets the second predetermined condition and the 3rd predetermined condition, will Judged result is sent to described control unit；

Described control unit is additionally operable to：

When the judging unit judges that first operation meets second predetermined condition, second electronic equipment is maintained The target component it is constant, generate the second control instruction, pass through second control instruction and control first electronic equipment The 3rd dbjective state is switched to from first reset condition；Wherein, first electronic equipment is in the 3rd dbjective state Under, the target component has the 3rd desired value, and first original value is different with the 3rd desired value；And work as institute State judging unit and judge that first operation when meeting three predetermined condition, maintains the mesh of first electronic equipment Parameter constant is marked, generates the 3rd control instruction, second electronic equipment is controlled from described the by the 3rd control instruction Two reset conditions switch to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, the mesh Mark parameter has the 4th desired value, and second original value is different with the 4th desired value.

11. device as claimed in claim 9, it is characterised in that the target component is sound output parameter.

12. device as claimed in claim 9, it is characterised in that

Described the first of the detection unit detection operates the slide for operational controls, each slip of the operational controls One value of the target component of the first electronic equipment described in position correspondence, and, corresponding second electronic equipment One value of the target component；

When first operation of detection unit detection slides into the second place for the operational controls from first position, Using the targeted parameter value of first electronic equipment corresponding to the second place where the operational controls as first mesh Scale value, using the targeted parameter value of second electronic equipment corresponding to the second place where the operational controls as described Two desired values.

13. device as claimed in claim 12, it is characterised in that described device also includes：Target component acquiring unit and position Setting unit is put, wherein：

The target component acquiring unit is used for：Before detection unit detection first operation, first electricity is obtained Second initial value of the target component of the first initial value of the target component of sub- equipment and second electronic equipment；

The position setting unit is used for：The first of the operational controls is set according to the second initial value of second electronic equipment Beginning position, wherein, the value of the target component of second electronic equipment corresponding to the initial position be described second Initial value；

The judging unit is additionally operable to, and judges the target component of first electronic equipment corresponding to the initial position Whether value and first initial value are identical, will determine that result is sent to described control unit；

Described control unit is additionally operable to：When the judging unit judges first electronic equipment corresponding to the initial position When the value of the target component is with the first initial value difference, initial control instruction is generated, the initial control instruction is used In controlling the target component of first electronic equipment to be the first setting value, first setting value is the initial position The value of the target component of corresponding first electronic equipment.

14. device as claimed in claim 12, it is characterised in that

The first object value and second desired value meet：

First operation for the operational controls along the first direction slides when, first original value is less than described first Desired value, and second original value is more than second desired value；First operation is the operational controls along described the When two directions are slided, first original value is more than the first object value, and second original value is less than second mesh Scale value；

Or

First operation for the operational controls along the first direction slides when, first original value is more than described first Desired value, and second original value is less than second desired value；First operation is the operational controls along described the When two directions are slided, first original value is less than the first object value, and second original value is more than second mesh Scale value.

A kind of 15. control device, it is characterised in that including detection unit, judging unit and control unit, wherein：

The detection unit is used for, the operation of detection first；

The control device is first electronic equipment；

Described control unit is additionally operable to：

When the judging unit judges that first operation meets second predetermined condition, second electronic equipment is maintained The target component it is constant, generate the second control instruction, pass through second control instruction and control first electronic equipment The 3rd dbjective state is switched to from first reset condition；Wherein, first electronic equipment is in the 3rd dbjective state Under, the target component has the 3rd desired value, and first original value is different with the 3rd desired value；And work as institute State judging unit and judge that first operation when meeting three predetermined condition, maintains the mesh of first electronic equipment Parameter constant is marked, generates the 3rd control instruction, second electronic equipment is controlled from described the by the 3rd control instruction Two reset conditions switch to the 4th dbjective state；Wherein, second electronic equipment is under the 4th dbjective state, the mesh Mark parameter has the 4th desired value, and second original value is different with the 4th desired value；

Described the first of the detection unit detection operates the slide for operational controls, the sliding scale of the operational controls Including first area and second area, and the first area and second area have and an only intersection location；

The judging unit is judged in the following way：

When the operational controls slide into the second place from first position, the first position is located at the first area and non-institute Intersection location is stated, the second place is located at the second area and the non-intersection location；Or the first position is located at The second area and the non-intersection location, the second place are located at the first area and the non-intersection location, full Foot first predetermined condition；

A kind of 16. control device, it is characterised in that including detection unit, judging unit and control unit, wherein：

The detection unit is used for, the operation of detection first；

The control device is first electronic equipment；

Described control unit is additionally operable to：

Described the first of the detection unit detection operates the slide for operational controls, the sliding scale of the operational controls For first area and second area, and the first area and second area partly overlap, and its overlapping region is referred to as the 3rd region, 3rd region does not include the boundary point of the first area and the second area；

The judging unit is judged in the following way：

When the operational controls slide into the second place from first position, the first position is located at the first area, described The second place is located at the second area, and institute is removed with being located at during the difference of the second place in the second area in the first position State the region outside the 3rd region；Or the first position is located at the second area, the second place is located at described second Region, and the first position and the region during difference of the second place in the first area in addition to the 3rd region, Then meet first predetermined condition；

When the first position and the second place are located at the region in the first area in addition to the 3rd region, meet institute State the second predetermined condition；

When the first position and the second place are located at the region in the second area in addition to the 3rd region, meet institute State the 3rd predetermined condition.

17. a kind of electronic equipment, it is characterised in that the electronic equipment includes the control as described in claim 9 to 16 is any Device.