CN103869965A

CN103869965A - Control method, control device and electronic equipment

Info

Publication number: CN103869965A
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: 2014-06-18
Anticipated expiration: 2033-01-06
Also published as: CN103869965B

Abstract

The invention provides a control method which his applied to control equipment and comprises the following steps of: detecting a first operation; and when the first operation meets a first preset condition, generating a first control command, wherein the first control command comprises a first sub control command and a second sub control command, the first sub control command is used for controlling first electronic equipment to be switched into a first target state from a first original state and controlling a target parameter to be changed into a first target value from a first original value, the second sub control command is used for controlling second electronic equipment to be switched into a second target state from a second original state and controlling the target parameter to be changed into a second target value from a second original value, the first original value is different from the first target value and the second original value is different from the second target value. The invention also provides a control device for implementing the control method and electronic equipment comprising the same. According to the invention, simultaneous control on the same target parameter of two pieces of electronic equipment can be implemented.

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, relate in particular to a kind of control method, device and a kind of electronic equipment.

Background technology

Along with the development of TV tech, there is the TV of configuration operation system (such as Android system), such TV can carry out remote control by PAD (panel computer).

Realizing in the process of embodiment of the present invention technical scheme, inventor finds that in above-mentioned prior art, at least there are the following problems

TV (TV)+Pad is combined in and in volume control, temporarily also has inconvenience, has inconvenience when still controlling Pad volume by touch touch manner control TV volume in scene setting.

Summary 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, the problem of the control inconvenience while solving electronic apparatus combination.

In order to address the above problem, the embodiment of the present invention provides a kind of control method, is applied to opertaing device, and described method comprises:

Detect the first operation;

In the time of described the first operation first predetermined condition, generate the first steering order, wherein, described the first steering order comprises the first sub-steering order and the second sub-steering order, described the first sub-steering order is used for controlling the first electronic equipment and switches to first object state from the first virgin state, and described the second sub-steering order is used for controlling the second electronic equipment and switches to the second dbjective state from the second virgin state;

Wherein, described the first electronic equipment is under described the first virgin state, and target component has the first original value, and under described first object state, described target component has first object value; Described the second electronic equipment is under described the second virgin state, and described target component has the second original value; Under described the second dbjective state, described target component has the second desired value; Described the first original value is different with described first object value, and described the second original value is different with described the second desired value.

Said method also can have following characteristics,

In the time of described the first operation second predetermined condition, the described target component that maintains described the second electronic equipment is constant, generate the second steering order, described the second steering order is used for controlling described the first electronic equipment and switches to the 3rd dbjective state from described the first virgin state; Wherein, described the first electronic equipment is under described the 3rd dbjective state, and described target component has the 3rd desired value, and described the first original value is different with described the 3rd desired value;

And, in the time that described the first operation meets the 3rd predetermined condition, the described target component that maintains described the first electronic equipment is constant, generates the 3rd steering order, and described the 3rd steering order is used for controlling described the second electronic equipment and switches to the 4th dbjective state from described the second virgin state; Wherein, described the second electronic equipment is under described the 4th dbjective state, and described target component has the 4th desired value, and described the second original value is different with described the 4th desired value.

Said method also can have following characteristics, and described the first electronic equipment is identical with described opertaing device.

Said method also can have following characteristics, and described target component is voice output parameter.

Said method also can have following characteristics, described first is operating as the slide of operational controls, a value of the described target component of corresponding described first electronic equipment of each sliding position of described operational controls, and, a value of the described target component of corresponding described the second electronic equipment;

Described first is operating as described operational controls while sliding into the second place from primary importance, and described first object value and the second desired value meet following condition:

Using the target component value of described the first electronic equipment corresponding second place at described operational controls place as described first object value;

Using the target component value of described the second electronic equipment corresponding second place at described operational controls place as described the second desired value.

Said method also can have following characteristics, detects before described the first operation, also comprises:

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

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

When the value of the described target component of described the first electronic equipment corresponding to described initial position is from described the first initial value when different, generate initial steering order, described initial steering order is the first setting value for the described target component of controlling described the first electronic equipment, and described the first setting value is the value of the described target component of described the first electronic equipment that described initial position is corresponding.

Said method also can have following characteristics, and the glide direction of described operational controls comprises first direction and second direction;

Described first object value and described the second desired value meet:

Described first is operating as described operational controls while sliding along first direction, and described the first original value is less than described first object value, and described the second original value is greater than described the second desired value; Described first is operating as described operational controls while sliding along second direction, and described the first original value is greater than described first object value, and described the second original value is less than described the second desired value;

Or,

Described first is operating as described operational controls while sliding along first direction, and described the first original value is greater than described first object value, and described the second original value is less than described the second desired value; Described first is operating as described operational controls while sliding along second direction, and described the first original value is less than described first object value, and described the second original value is greater than described the second desired value.

Said method also can have following characteristics, and described first is operating as the slide of operational controls, and the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described the first predetermined condition comprises:

Described operational controls slides into the second place from primary importance, and described primary importance is positioned at described first area and non-described intersection location, and the described second place is positioned at described second area and non-described intersection location; Or described primary importance is positioned at described second area and non-described intersection location, the described second place is positioned at described first area and non-described intersection location;

Described the second predetermined condition comprises: described primary importance and the second place are positioned at described first area;

Described the 3rd predetermined condition comprises: described primary importance and the second place are positioned at described second area.

Said method also can have following characteristics, described first is operating as the slide of operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and second area;

Described the first predetermined condition comprises:

Described operational controls slides into the second place from primary importance, described primary importance is positioned at described first area, the described second place is positioned at described second area, and described primary importance is arranged in described second area when different with the second place except described the 3rd extra-regional region; Or described primary importance is positioned at described second area, the described second place is positioned at described second area, and described primary importance is arranged in described first area when different with the second place except described the 3rd extra-regional region;

Described the second predetermined condition comprises: described primary importance and the second place are arranged in described first area except described the 3rd extra-regional region;

Described the 3rd predetermined condition comprises: described primary importance and the second place are arranged in described second area except described the 3rd extra-regional region.

Said method also can have following characteristics, and described first is operating as the slide of operational controls, and the sliding scale of described operational controls is the 3rd region;

Described the first predetermined condition comprises:

Described operational controls slides into the second place from primary importance, and described primary importance and the described second place are positioned at described the 3rd region.

The embodiment of the present invention also provides a kind of control device, comprises detecting unit, judging unit and control module, wherein:

Described detecting unit is used for, and detects the first operation;

Described judging unit is used for, and judges that whether described first operate first predetermined condition, and judged result is sent to described control module;

Described control module is used for, in the time that described judging unit judges that described the first operation meets described the first predetermined condition, generate the first steering order, wherein, described the first steering order comprises the first sub-steering order and the second sub-steering order, switch to first object state by the first electronic equipment described in described the first sub-steering order control from the first virgin state, switch to the second dbjective state by the second electronic equipment described in described the second sub-steering order control from the second virgin state;

Said apparatus also can have following characteristics, described judging unit also for: judge that whether described first operate second predetermined condition and the 3rd predetermined condition, judged result sent to described control module;

Described control module also for:

In the time that described judging unit judges that described the first operation meets described the second predetermined condition, the described target component that maintains described the second electronic equipment is constant, generate the second steering order, switch to the 3rd dbjective state by the first electronic equipment described in described the second steering order control from described the first virgin state; Wherein, described the first electronic equipment is under described the 3rd dbjective state, and described target component has the 3rd desired value, and described the first original value is different with described the 3rd desired value; And, in the time that described judging unit judges that described the first operation meets described the 3rd predetermined condition, the described target component that maintains described the first electronic equipment is constant, generate the 3rd steering order, switch to the 4th dbjective state by the second electronic equipment described in described the 3rd steering order control from described the second virgin state; Wherein, described the second electronic equipment is under described the 4th dbjective state, and described target component has the 4th desired value, and described the second original value is different with described the 4th desired value.

Said apparatus also can have following characteristics, and described control device is described the first electronic equipment.

Said apparatus also can have following characteristics, and described target component is voice output parameter.

Said apparatus also can have following characteristics, described first of described detecting unit detection is operating as the slide of operational controls, a value of the described target component of corresponding described first electronic equipment of each sliding position of described operational controls, and, a value of the described target component of corresponding described the second electronic equipment;

Described control module is determined described first object value and the second desired value in the following way:

When described detecting unit detect described first when being operating as described operational controls and sliding into the second place from primary importance, using the target component value of described the first electronic equipment corresponding second place at described operational controls place as described first object value, using the target component value of described the second electronic equipment corresponding second place at described operational controls place as described the second desired value.

Said apparatus also can have following characteristics, and described device also comprises: target component acquiring unit and position setting unit, wherein:

Described target component acquiring unit is used for: before described detecting unit detects described the first operation, obtain first initial value of described target component of described the first electronic equipment and the second initial value of the described target component of described the second electronic equipment;

Described position setting unit is used for: the initial position of described operational controls is set according to the second initial value of described the second electronic equipment, and wherein, the value of the described target component of described the second electronic equipment that described initial position is corresponding is described the second initial value;

Described judging unit also for, judge that whether the value of described target component of described the first electronic equipment that described initial position is corresponding identical with described the first initial value, judged result is sent to described control module;

Described control module also for: the value of described target component that judges described the first electronic equipment that described initial position is corresponding when described judging unit from described the first initial value when different, generate initial steering order, described initial steering order is the first setting value for the described target component of controlling described the first electronic equipment, and described the first setting value is the value of the described target component of described the first electronic equipment that described initial position is corresponding.

Said apparatus also can have following characteristics, and the glide direction of described operational controls comprises first direction and second direction;

Described first object value and described the second desired value meet:

Described first is operating as described operational controls while sliding along described first direction, and described the first original value is less than described first object value, and described the second original value is greater than described the second desired value; Described first is operating as described operational controls while sliding along described second direction, and described the first original value is greater than described first object value, and described the second original value is less than described the second desired value;

Or,

Described first is operating as described operational controls while sliding along described first direction, and described the first original value is greater than described first object value, and described the second original value is less than described the second desired value; Described first is operating as described operational controls while sliding along described second direction, and described the first original value is less than described first object value, and described the second original value is greater than described the second desired value.

Said apparatus also can have following characteristics, described first of described detecting unit detection is operating as the slide of operational controls, the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described judging unit judges in the following way:

When described operational controls slides into the second place from primary importance, described primary importance is positioned at described first area and non-described intersection location, and the described second place is positioned at described second area and non-described intersection location; Or described primary importance is positioned at described second area and non-described intersection location, the described second place is positioned at described first area and non-described intersection location, meets described the first predetermined condition;

In the time that described primary importance and the second place are positioned at described first area, meet described the second predetermined condition;

In the time that described primary importance and the second place are positioned at described second area, meet described the 3rd predetermined condition.

Said apparatus also can have following characteristics, described first of described detecting unit detection is operating as the slide of operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and described second area;

Described judging unit judges in the following way:

When described operational controls slides into the second place from primary importance, described primary importance is positioned at described first area, the described second place is positioned at described second area, and described primary importance is arranged in described second area when different with the second place except described the 3rd extra-regional region; Or described primary importance is positioned at described second area, the described second place is positioned at described second area, and described primary importance is arranged in described first area when different with the second place except described the 3rd extra-regional region, meets described the first predetermined condition;

In the time that described primary importance and the second place are arranged in described first area except described the 3rd extra-regional region, meet described the second predetermined condition;

In the time that described primary importance and the second place are arranged in described second area except described the 3rd extra-regional region, meet described the 3rd predetermined condition.

Said apparatus also can have following characteristics, and described first of described detecting unit detection is operating as the slide of operational controls, and the sliding scale of described operational controls is the 3rd region;

Described judging unit judges in the following way:

When described operational controls slides into the second place from primary importance, and described primary importance and the described second place are while being positioned at described the 3rd region, meet described the first predetermined condition.

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

Compared with prior art, in the application, realize the same target parameter of simultaneously controlling distinct electronic apparatuses, with respect to the scheme of respectively the first electronic equipment and the second electronic equipment being controlled, this programme is controlled two electronic equipments simultaneously, avoid the switching between different control models, in addition, can also realize the association control between the first electronic equipment and the second electronic equipment target component, such as, in the time controlling the volume of the second electronic equipment, can be quiet the first electronic equipment, prevent from disturbing.

Other features and advantages of the present invention will be set forth in the following description, and, partly from instructions, become apparent, or understand by implementing the present invention.Object of the present invention and other advantages can be realized and be obtained by specifically noted structure in instructions, claims and accompanying drawing.

Accompanying drawing explanation

Accompanying drawing is used to provide the further understanding to technical solution of the present invention, and forms a part for instructions, is used from and explains technical scheme of the present invention with the application's embodiment mono-, does not form the restriction to technical solution of the present invention.

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

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

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

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

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

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

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

Embodiment

For making the object, technical solutions and advantages of the present invention clearer, hereinafter in connection with accompanying drawing, embodiments of the invention are elaborated.It should be noted that, in the situation that not conflicting, the combination in any mutually of the feature in embodiment and embodiment in the application.

Can in the computer system such as one group of computer executable instructions, carry out in the step shown in the process flow diagram of accompanying drawing.And, although there is shown logical order in flow process, in some cases, can carry out shown or described step with the order being different from herein.

The embodiment of the present invention provides a kind of control method, is applied to opertaing device, as shown in Figure 1, comprising:

Step 101, detects the first operation;

Step 102, in the time of described the first operation first predetermined condition, generate the first steering order, control the first electronic equipment and the second electronic equipment, concrete: described the first steering order comprises the first sub-steering order and the second sub-steering order, described the first sub-steering order is used for controlling the first electronic equipment and switches to first object state from the first virgin state, and described the second sub-steering order is used for controlling the second electronic equipment and switches to the second dbjective state from the second virgin state;

Scheme described in the present embodiment, realize the same target parameter of simultaneously controlling distinct electronic apparatuses, with respect to the scheme of respectively the first electronic equipment and the second electronic equipment being controlled, this programme is controlled two electronic equipments simultaneously, has avoided the switching between different control models, in addition, can also realize the association control between the first electronic equipment and the second electronic equipment target component, such as, in the time controlling the volume of the second electronic equipment, can be quiet the first electronic equipment, prevent from disturbing.

In a kind of alternatives of the present embodiment, opertaing device can be an electronic equipment that is independent of the first electronic equipment and the second electronic equipment, such as a telepilot.Opertaing device can be also the first electronic equipment and the second electronic equipment one of them.If opertaing device is the first electronic equipment, between the first electronic equipment and the second electronic equipment, need to set up data interface channel, the first electronic equipment sends to described the second electronic equipment by data interface channel by the second sub-steering order.The first electronic equipment can be communicated by letter by variety of way with the second electronic equipment.

In a kind of alternatives of the embodiment of the present invention, described the first electronic equipment can be panel computer, smart mobile phone etc., and described the second electronic equipment can be TV, sound equipment etc.Certainly, can be also that opertaing device is a telepilot, the first electronic equipment is panel computer, smart mobile phone, TV, sound equipment etc., the second electronic equipment is panel computer, smart mobile phone, TV, sound equipment etc.

In a kind of alternatives of the present embodiment, also comprise: in the time of described the first operation second predetermined condition, the described target component that maintains described the second electronic equipment is constant, generate the second steering order, described the second steering order is used for controlling described the first electronic equipment and switches to the 3rd dbjective state from described the first virgin state; Wherein, described the first electronic equipment is under described the 3rd dbjective state, and described target component has the 3rd desired value, and described the first original value is different with described the 3rd desired value;

In a kind of alternatives of the present embodiment, also comprise: in the time that described the first operation meets the 3rd predetermined condition, the described target component that maintains described the first electronic equipment is constant, generate the 3rd steering order, described the 3rd steering order is used for controlling described the second electronic equipment and switches to the 4th dbjective state from described the second virgin state; Wherein, described the second electronic equipment is under described the 4th dbjective state, and described target component has the 4th desired value, and described the second original value is different with described the 4th desired value.

Wherein, described target component can be voice output parameter, can be also other parameters, such as bandwidth parameter, brightness, saturation degree etc., opertaing device is that the first electronic equipment and the second electronic equipment carry out allocated bandwidth, regulates brightness, the saturation degree etc. of the first electronic equipment and the second electronic equipment.

In a kind of alternatives of the present embodiment, described the first original value is less than described first object value, and described the second original value is greater than described the second desired value; Or described the first original value is greater than described first object value, and described the second original value is less than described the second desired value.

Wherein, described the first operation can be the slide of operational controls, such as, operational controls slides into the second place from primary importance, can be also that button triggers, and this button can be virtual button, can be also physical button.Such as, the physics volume adjusting key on electronic equipment, or, the volume adjusting key on the volume adjusting interface of electronic equipment.

The glide direction of described operational controls comprises first direction and second direction.

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

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

Described first object value and described the second desired value meet:

Or,

First direction can be to slide left, and second direction can be to slide to the right; Or first direction is upwards, second direction is downward; Or first direction is clockwise direction, second direction is counter clockwise direction etc.

Wherein, detect before described the first operation, also comprise:

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

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

In a kind of alternatives of the present embodiment, described first is operating as the slide of operational controls, and the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described the first predetermined condition comprises:

In a kind of alternatives of the present embodiment, described first is operating as the slide of operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and second area;

Described first is operating as the slide of operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and second area;

Described the first predetermined condition comprises:

In a kind of alternatives of the present embodiment, described first is operating as the slide of operational controls, and the sliding scale of described operational controls is the 3rd region;

Described the first predetermined condition comprises:

Described operational controls slides into the second place from primary importance, and described primary importance and the second place are positioned at described the 3rd region.

In a kind of alternatives of the present embodiment, target component value is relevant to the absolute position of operational controls, comprising: each sliding position of described operational controls is corresponding with a value of the described target component of described the first electronic equipment; And, corresponding with a value of the described target component of described the second electronic equipment;

When described operational controls slides into the second place from primary importance, described first object value and the second desired value are determined according to following mode:

In a kind of alternatives of the present embodiment, also can determine the target component value after sliding according to relative mode, comprise: according to the glide direction of described operational controls, and, length between described primary importance and the second place, determines the first object parameter variable quantity of described the first electronic equipment and the second target component variable quantity of described the second electronic equipment;

Determine described first object value according to described the first original value and described first object parameter variable quantity;

Determine described the second desired value according to described the second original value and described the second target component variable quantity.

Further illustrate the present invention below by several embodiment.

In following embodiment, take the first electronic equipment as pad, the second electronic equipment is TV, and target component is voice output parameter, and operational controls is that a slide block is that the present invention will be described for example.But the invention is not restricted to this, the method in following embodiment also can be applied to the electronic equipment of other types, and be applied to the adjusting of the target component of other types.

Embodiment mono-

As shown in Figure 2, be the volume adjusting interface of the present embodiment, wherein, be Pad volume control interval from the interval between max1 to min, be TV volume control interval from the interval between min to max2.There are corresponding TV and Pad volume value in each position from max1 to max2.The minimum volume (such as being 0) of the corresponding Pad in min position, the max volume of the corresponding Pad of max1; The minimum volume (such as being 0) of the corresponding TV of min, the max volume of the corresponding TV of max2.In max1 to min region, the volume of TV remains minimum value (such as 0), and in min to max2 region, Pad volume remains minimum value (such as being 0).

Describe take minimum value as 0 below.

While opening described volume adjusting interface, can carry out initialization, comprise: the volume value that obtains current TV, the position of slide block is set according to the volume of described TV, make the volume of the corresponding current TV in described slide position, and control the volume of Pad according to described slide position, in the present embodiment, controlling Pad volume is 0.By this scheme, make in the time of the TV watching, retain TV volume, directly make Pad quiet, in order to avoid TV is caused to interference.

As shown in Figure 3, when slide block is in the time that TV volume control interval slides, control the volume of TV according to slide position, such as, in Fig. 3, to slide into volume be 40 position to slide block, the volume of adjusting TV is 40; And slide block is in TV volume control interval time, and the volume of Pad remains 0, as shown in left side loudspeaker in Fig. 2, represent that Pad is current quiet; In this interval, along with slide block slides from min to max2 direction, increase successively the volume of TV, as shown in right side loudspeaker in Fig. 2, represent that loudspeaker position is TV volume augment direction.

As shown in Figure 4, when slide block is only in the time that Pad volume control interval slides, according to the volume of slide position control Pad, such as, in Figure 13, sliding into volume and be 40 position, the volume of adjusting Pad is 40; And slide block is in Pad volume control interval time, and the volume of TV remains 0, as shown in right side loudspeaker in Fig. 3, represent that TV is current quiet.In this interval, along with slide block slides from min to max1 direction, increase successively the volume of Pad, as shown in left side loudspeaker in Fig. 4, represent that loudspeaker position is Pad volume augment direction.

If slide block slides into Pad volume control interval from TV volume control interval, such as, sliding into position shown in Fig. 4 from position shown in Fig. 3, the volume that controls TV becomes 0 from 40, and the volume that controls Pad becomes 40 from 0.If slide block slides into TV volume control interval from Pad volume control interval, as shown in from Fig. 4, position slides into position shown in Fig. 3, and the volume that controls Pad becomes 0 from 40, and the volume that controls TV becomes 40 from 0.

Such scheme realizes Pad and TV volume controls in same interface, in the prior art, need Pad to switch in remote control mode and non-remote control mode, could adjust respectively the volume of the two, the switching that the present embodiment does not need to carry out pattern can realize controls the two volume simultaneously, and, in this embodiment, Pad and the complete mutual exclusion of TV volume, can be very easily that Pad is quiet when watching TV, prevent from disturbing, certainly, in using Pad, also can realize TV quiet.

Embodiment bis-

As shown in Figure 5, be the volume control interface of the present embodiment, wherein, from max1 to min1, be Pad volume control interval, from min2 to max2, be TV volume control interval, there is the intersecting area from min2 to min1 in the two.

There are corresponding TV and Pad volume value in each position from max1 to max2.The minimum volume (such as being 0) of the corresponding Pad in min1 position, the max volume of the corresponding Pad of max1; The minimum volume (such as being 0) of the corresponding TV of min2, the max volume of the corresponding TV of max2.In max1 value min2 region, TV volume remains minimum volume (such as being 0), and in min1 to max2 region, Pad volume remains minimum volume (such as being 0).Describe take minimum volume as 0 below.

In the time that slide block slides between min2 and max1, the volume of the position control Pad sliding into according to slide block; And from min2 to max1 direction, Pad volume increases successively; In this interval, TV volume remains 0.

In the time that slide block slides between min1 and max2, the volume of the position control TV sliding into according to slide block, and from min1 to max2 direction, TV volume increases successively; In this interval, Pad volume remains 0.

When slide block the two intersecting area min2 and min1 between while sliding, the volume of Pad and TV is controlled in the position sliding into according to slide block simultaneously, and the two volume change opposite direction, from min2 to min1 direction, TV volume increases successively, Pad volume reduces successively; From min1 to min2 direction, Pad volume increases successively, and TV volume reduces successively.

If slide block slide into from interval [max1, min2] (min2, min1] interval, reduce Pad volume, increase TV volume; If slide block slides into [min1, max2] interval from interval [max1, min2], reduce Pad volume to 0, increase TV volume.If slide block from interval [min1, max2] slide into interval [min2, min1), reduce TV volume, increase Pad volume; If slide block slides into [max1, min2] interval from [min1, max2], reduce TV volume to 0, increase Pad volume.

In this embodiment, Pad and TV sounding simultaneously in min2 and this section of region of min1, and during towards a direction sliding slider, increase of the two volume, one reduces.In all the other regions, the two mutual exclusion, one when sound, another maintenance is quiet.

Embodiment tri-

As shown in Figure 6, be the volume control interface of the present embodiment, from max1 to min1, this section of interval is Pad volume control interval, is also TV volume control interval.

In the time that slide block slides from max1 to min1, control Pad volume and reduce successively, TV volume increases successively; When slide block is slided from min1 to max1, control Pad volume and increase successively, TV volume reduces successively.

Each position from max1 to max2 can represent the absolute value of TV and Pad volume.Also can represent the relative value of TV and Pad volume, determine the volume change of TV and Pad according to sliding length and glide direction.

In the various embodiments described above, volume control interface is only example, and this volume control interface can be also a circular region, and slide block slides on annulus, left side annulus control Pad volume, and right side annulus control TV volume, etc.

In the various embodiments described above, by the slidable adjustment volume of slide block, in other embodiments, also can press key control volume by volume adjusting.Such as physics volume adjusting key on the volume adjusting key on volume control interface and electronic equipment, this volume adjusting key comprises increases and reduces two operating keys, while pressing increase key, regulate volume, and the position of corresponding adjusting slider, before and after making to regulate, slide block slides to first direction, regulates volume while pressing minimizing key, and the position of corresponding adjusting slider, before and after making to regulate, slide block slides to second direction, and second direction is contrary with first direction, thereby reaches the object of controlling volume.

Now volume adjusting key is not exclusively that volume increases or reduces, in fact relevant with the position at slide block place.Take Fig. 2 as example, suppose that it is that slide block is moved right that volume increases key, it is that slide block is moved to the left that volume reduces key.Such as, suppose that slide block, in 0 position, increases key if press volume when initial, slide and move right, now increase TV volume; Reduce key if press volume, slide block is moved to the left, and now increases Pad volume.Again such as, suppose that slide block, at Pad volume control interval, increases key if press volume when initial, slide block moves right, and reduces Pad volume; Reduce key if press volume, slide block is moved to the left, and increases Pad volume.Can see, the volume control of volume adjusting key is relevant with the slide position before controlling.

The embodiment of the present invention provides a kind of control device, and as shown in Figure 7, control device 700 comprises detecting unit 701, judging unit 702 and control module 703, wherein:

Detecting unit 701, for detection of the first operation;

Judging unit 702, for judging that whether described first operate first predetermined condition, sends to described control module 703 by judged result;

Control module 703, be used in the time that described judging unit judges that described the first operation meets described the first predetermined condition, generate the first steering order, wherein, described the first steering order comprises the first sub-steering order and the second sub-steering order, switch to first object state by the first electronic equipment described in described the first sub-steering order control from the first virgin state, switch to the second dbjective state by the second electronic equipment described in described the second sub-steering order control from the second virgin state;

In a kind of alternatives of the present embodiment, described judging unit 702 also for: judge that whether described first operate second predetermined condition and the 3rd predetermined condition, judged result sent to described control module 703;

Described control module 703 also for:

In the time that described judging unit 702 judges that described the first operation meets described the second predetermined condition, the described target component that maintains described the second electronic equipment is constant, generate the second steering order, switch to the 3rd dbjective state by the first electronic equipment described in described the second steering order control from described the first virgin state; Wherein, described the first electronic equipment is under described the 3rd dbjective state, and described target component has the 3rd desired value, and described the first original value is different with described the 3rd desired value; And, in the time that described judging unit 702 judges that described the first operation meets described the 3rd predetermined condition, the described target component that maintains described the first electronic equipment is constant, generate the 3rd steering order, switch to the 4th dbjective state by the second electronic equipment described in described the 3rd steering order control from described the second virgin state; Wherein, described the second electronic equipment is under described the 4th dbjective state, and described target component has the 4th desired value, and described the second original value is different with described the 4th desired value.

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

In a kind of alternatives of the present embodiment, described detecting unit 701 detects the described first slide that is operating as operational controls, a value of the described target component of corresponding described first electronic equipment of each sliding position of described operational controls, and, a value of the described target component of corresponding described the second electronic equipment;

When described detecting unit 701 detect described first when being operating as described operational controls and sliding into the second place from primary importance, described first object value and the second desired value meet following condition:

In a kind of alternatives of the present embodiment, described control device also can comprise: target component acquiring unit 704 and position setting unit 705, wherein:

Described target component acquiring unit 704 for: detect described first operation before, obtain first initial value of described target component of described the first electronic equipment and the second initial value of the described target component of described the second electronic equipment;

Described position setting unit 705 is for the initial position that described operational controls is set according to the second initial value of described the second electronic equipment; The value of the described target component of described the second electronic equipment that wherein, described initial position is corresponding is described the second initial value;

Described judging unit 702 also for, judge that whether the value of target component of described the first electronic equipment that described initial position is corresponding identical with described the first initial value, judged result is sent to described control module 703;

Described control module 703 also for: the value of described target component that judges described the first electronic equipment that described initial position is corresponding when described judging unit 702 from described the first initial value when different, generate initial steering order, described initial steering order is the first setting value for the described target component of controlling described the first electronic equipment, and described the first setting value is the value of the described target component of described the first electronic equipment that described initial position is corresponding.

In a kind of alternatives of the present embodiment, described detecting unit 701 detects the described first slide that is operating as operational controls, the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described judging unit 702 judges in the following way:

In a kind of alternatives of the present embodiment, described detecting unit 701 detects the described first slide that is operating as operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and second area;

Described judging unit 702 judges in the following way:

In a kind of alternatives of the present embodiment, described detecting unit 701 detects the described first slide that is operating as operational controls, the sliding scale of described operational controls is the 3rd region;

Described judging unit 702 judges in the following way:

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

It should be noted that, multiple details of describing in above-mentioned control method embodiment are equally applicable to control device embodiment, have therefore omitted being repeated in this description same or similar part.

It is apparent to those skilled in the art that each ingredient of the device that above-mentioned the embodiment of the present application provides, and each step in method, they can concentrate on single calculation element, or are distributed on the network that multiple calculation elements form.Alternatively, they can be realized with the executable program code of calculation element.Thereby, they can be stored in memory storage and be carried out by calculation element, or they are made into respectively to each integrated circuit modules, or the multiple modules in them or step are made into single integrated circuit module realize.Like this, the present invention is not restricted to any specific hardware and software combination.

Although the disclosed embodiment of the present invention as above, the embodiment that described content only adopts for ease of understanding the present invention, not in order to limit the present invention.Those of skill in the art under any the present invention; do not departing under the prerequisite of the disclosed spirit and scope of the present invention; can in the form of implementing and details, carry out any modification and variation; but scope of patent protection of the present invention, still must be as the criterion with the scope that appending claims was defined.

Claims

1. a control method, is applied to opertaing device, and described method comprises:

Detect the first operation;

2. the method for claim 1, is characterized in that, described method also comprises:

3. the method for claim 1, is characterized in that, described the first electronic equipment is identical with described opertaing device.

4. the method for claim 1, is characterized in that, described target component is voice output parameter.

5. the method for claim 1, is characterized in that,

Described first is operating as the slide of operational controls, a value of the described target component of corresponding described first electronic equipment of each sliding position of described operational controls, and, a value of the described target component of corresponding described the second electronic equipment;

6. method as claimed in claim 5, is characterized in that, detects before described the first operation, also comprises:

7. method as claimed in claim 5, is characterized in that,

The glide direction of described operational controls comprises first direction and second direction;

Described first object value and described the second desired value meet:

Or,

8. method as claimed in claim 2, is characterized in that,

Described first is operating as the slide of operational controls, and the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described the first predetermined condition comprises:

9. method as claimed in claim 2, is characterized in that,

Described the first predetermined condition comprises:

10. the method for claim 1, is characterized in that,

Described first is operating as the slide of operational controls, and the sliding scale of described operational controls is the 3rd region;

Described the first predetermined condition comprises:

11. 1 kinds of control device, is characterized in that, comprise detecting unit, judging unit and control module, wherein:

Described detecting unit is used for, and detects the first operation;

12. devices as claimed in claim 11, is characterized in that,

Described judging unit also for: judge that whether described first operate second predetermined condition and the 3rd predetermined condition, judged result sent to described control module;

Described control module also for:

13. devices as claimed in claim 11, is characterized in that, described control device is described the first electronic equipment.

14. devices as claimed in claim 11, is characterized in that, described target component is voice output parameter.

15. devices as claimed in claim 11, is characterized in that,

Described first of described detecting unit detection is operating as the slide of operational controls, a value of the described target component of corresponding described first electronic equipment of each sliding position of described operational controls, and, a value of the described target component of corresponding described the second electronic equipment;

16. devices as claimed in claim 15, is characterized in that, described device also comprises: target component acquiring unit and position setting unit, wherein:

17. devices as claimed in claim 15, is characterized in that,

Described first object value and described the second desired value meet:

Or,

18. devices as claimed in claim 12, is characterized in that,

The described first slide that is operating as operational controls that described detecting unit detects, the sliding scale of described operational controls comprises first area and second area, and described first area and second area has and only have an intersection location;

Described judging unit judges in the following way:

19. devices as claimed in claim 12, is characterized in that,

Described first of described detecting unit detection is operating as the slide of operational controls, the sliding scale of described operational controls is first area and second area, and described first area and second area partly overlap, its overlapping region is called the 3rd region, and described the 3rd region does not comprise the frontier point of described first area and described second area;

Described judging unit judges in the following way:

20. devices as claimed in claim 11, is characterized in that,

Described first of described detecting unit detection is operating as the slide of operational controls, and the sliding scale of described operational controls is the 3rd region;

Described judging unit judges in the following way:

21. 1 kinds of electronic equipments, is characterized in that, described electronic equipment comprises the control device as described in as arbitrary in claim 11 to 20.