CN104898822A

CN104898822A - Control method and electronic equipment

Info

Publication number: CN104898822A
Application number: CN201410075165.5A
Authority: CN
Inventors: 杨胤嗣
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-03-03
Filing date: 2014-03-03
Publication date: 2015-09-09
Anticipated expiration: 2034-03-03
Also published as: CN104898822B

Abstract

The invention provides a control method and electronic equipment. The method comprises the following steps: detecting an input operation of an operation body through an acquisition unit, and obtaining a position parameter and an action parameter corresponding to the input operation; obtaining a corresponding relationship set of position parameters and regulation objects of the electronic equipment, wherein the corresponding relationship set at least comprises one corresponding relationship; matching the position parameter with the corresponding relationship set, and looking up a target regulation object corresponding to the position parameter; according to the action parameter and the corresponding relationship between the action parameter and a regulation numerical value, determining the regulation numerical value of the target regulation object; and according to the regulation numerical value, controlling the target regulation object. The invention provides a convenient control scheme of the electronic equipment.

Description

A kind of control method and electronic equipment

Technical field

The present invention relates to electronic applications, particularly relate to a kind of control method and electronic equipment.

Background technology

The control mode of traditional electronic equipment is divided into two large classes, and one uses the input equipments such as mouse, keyboard, touch-screen, and another kind uses infrared or Digiplex (comprising handle, control lever etc.), or directly press the corresponding button on electronic equipment.

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

Current control mode is equal Shortcomings part separately, and use and have certain restrictive condition, such as mouse cannot unsettledly use; Touch-screen then needs subscriber station at electronic equipment side or hand-hold electronic equipments; Keyboard, telepilot, button then need user when controlling, and need to find correct key/button on keyboard/telepilot/electronic equipment, and find possibly repeatedly when regulating; Visible such scheme all cannot control easily.

Summary of the invention

The technical problem to be solved in the present invention is to provide a kind of control program of electronic equipment more easily.

In order to solve the problem, the invention provides a kind of control method, being applied to electronic equipment, described electronic equipment comprises collecting unit or can be connected with collecting unit, and described method comprises:

Detected the input operation of operating body by described collecting unit, obtain the location parameter corresponding with described input operation and action parameter;

Obtain the correspondence set of the controlled plant of location parameter and described electronic equipment, described correspondence set at least comprises a corresponding relation;

Matched position parameter and described correspondence set, search the target controlled plant corresponding with described location parameter;

According to described action parameter, according to action parameter and the adjustment numerical value regulating the corresponding relation of numerical value to determine described target controlled plant;

Target controlled plant according to described adjustment Numerical Control.

Alternatively, described correspondence set at least comprises the corresponding relation of primary importance parameter and the first controlled plant and the corresponding relation of second place parameter and the second controlled plant,

Wherein, described primary importance parameter is different from described second place parameter, and described first controlled plant is different from described second controlled plant.

Alternatively, the described corresponding relation according to action parameter and adjustment numerical value determines that the adjustment numerical value of described target controlled plant comprises:

When described target controlled plant is described first controlled plant, the corresponding relation of the described action parameter adopted and adjustment numerical value, with when described target controlled plant is the second controlled plant, the described action parameter of employing is not identical with the corresponding relation of adjustment numerical value.

Alternatively, described correspondence set comprises the corresponding relation between position relationship represented by described location parameter and described controlled plant;

Described matched position parameter and described correspondence set, the step of searching the target controlled plant corresponding with described location parameter comprises:

The primary importance relation of carrying out between the operating body of described input operation and operator is determined according to described location parameter;

In described correspondence set, search the corresponding relation comprising described primary importance relation, obtain described target controlled plant corresponding to described primary importance relation according to the corresponding relation found.

Alternatively, it is described operating body when carrying out described input operation and the relative position relation of described operator that described primary importance is closed, or is the link position relation between described operating body and described operator.

Alternatively, described correspondence set comprises the corresponding relation between region represented by described location parameter and described controlled plant;

The first area of the operating body carrying out described input operation is determined according to described location parameter;

In described correspondence set, search the corresponding relation comprising described first area, obtain described target controlled plant corresponding to described first area according to the corresponding relation found.

Alternatively, described first area is the subregion in the pickup area of described collecting unit, or the subregion on described electronic equipment;

Describedly determine that according to described location parameter the step of the first area of the operating body carrying out described input operation comprises:

The region that the operating body of determining to carry out described input operation according to described location parameter is positioned at or points to.

Alternatively, described according to described action parameter, determine that the step of the adjustment numerical value of described target controlled plant comprises according to the corresponding relation of action parameter and adjustment numerical value:

According to change calculations first amplitude of described location parameter;

The second amplitude corresponding to described first amplitude is searched according to action parameter and the corresponding relation of adjustment numerical value;

The adjustment numerical value of described target controlled plant is determined according to described second amplitude.

According to the direction parameter of described location parameter determination operation body;

The variation tendency corresponding to direction parameter of described operating body is determined according to action parameter and the corresponding relation of adjustment numerical value;

The numerical value changing described target controlled plant is continued, until the described direction parameter of described operating body changes according to described variation tendency.

Alternatively, described electronic equipment comprises output unit or can be connected with output unit;

Described according to action parameter, also comprise according to action parameter with after regulating the corresponding relation of numerical value to determine the step of the adjustment numerical value of described target controlled plant:

Described electronic equipment controls the adjustment numerical value that described output unit exports described target controlled plant.

Alternatively, also comprise after searching the step of the target controlled plant corresponding with location parameter described in:

Described electronic equipment controls described output unit and exports described target controlled plant, or exports described target controlled plant and the current numerical value of this target controlled plant.

Present invention also offers a kind of electronic equipment, described electronic equipment comprises collecting unit or can be connected with collecting unit, and described electronic equipment comprises:

First acquiring unit, for being detected the input operation of operating body by described collecting unit, obtains the location parameter corresponding with described input operation and action parameter;

Second acquisition unit, for obtaining the correspondence set of the controlled plant of location parameter and described electronic equipment, described correspondence set at least comprises a corresponding relation;

Matching unit, for matched position parameter and described correspondence set, searches the target controlled plant corresponding with described location parameter;

Processing unit, for according to described action parameter, according to action parameter and the adjustment numerical value regulating the corresponding relation of numerical value to determine described target controlled plant;

Regulon, for target controlled plant according to described adjustment Numerical Control.

Alternatively, described processing unit is when described target controlled plant is described first controlled plant, the corresponding relation of the described action parameter adopted and adjustment numerical value, with when described target controlled plant is the second controlled plant, the described action parameter of employing is not identical with the corresponding relation of adjustment numerical value.

Described matching unit matched position parameter and described correspondence set, search the target controlled plant corresponding with described location parameter and refer to:

Described matching unit determines the primary importance relation of carrying out between the operating body of described input operation and operator according to described location parameter; In described correspondence set, search the corresponding relation comprising described primary importance relation, obtain described target controlled plant corresponding to described primary importance relation according to the corresponding relation found.

Described matching unit determines the first area of the operating body carrying out described input operation according to described location parameter; In described correspondence set, search the corresponding relation comprising described first area, obtain described target controlled plant corresponding to described first area according to the corresponding relation found.

Described matching unit determines that according to described location parameter the first area of the operating body carrying out described input operation refers to:

The region that the operating body that described matching unit determines to carry out described input operation according to described location parameter is positioned at or points to.

Alternatively, according to the corresponding relation of action parameter and adjustment numerical value, described processing unit, according to described action parameter, determines that the adjustment numerical value of described target controlled plant refers to:

Described processing unit is according to change calculations first amplitude of described location parameter; The second amplitude corresponding to described first amplitude is searched according to action parameter and the corresponding relation of adjustment numerical value; The adjustment numerical value of described target controlled plant is determined according to described second amplitude.

Described processing unit is according to the direction parameter of described location parameter determination operation body; The variation tendency corresponding to direction parameter of described operating body is determined according to action parameter and the corresponding relation of adjustment numerical value; The numerical value changing described target controlled plant is continued, until the described direction parameter of described operating body changes according to described variation tendency.

Described processing unit also for according to action parameter with after regulating the corresponding relation of numerical value to determine the adjustment numerical value of described target controlled plant, controls the adjustment numerical value that described output unit exports described target controlled plant.

Alternatively, described processing unit is also for after finding the target controlled plant corresponding with location parameter when described matching unit, control described output unit and export described target controlled plant, or export described target controlled plant and the current numerical value of this target controlled plant.

At least one embodiment of the present invention can be controlled electronic equipment by the action of operating body, and user can direct contacting electronic equipments, as long as move operating body by certain way just can complete required control, very convenient.。

Accompanying drawing explanation

Fig. 1 is the schematic flow sheet of the control method of embodiment one;

Fig. 2 is the schematic block diagram of the electronic equipment of embodiment two.

Embodiment

Below in conjunction with drawings and Examples, technical scheme of the present invention is described in detail.

It should be noted that, if do not conflicted, each feature in the embodiment of the present invention and embodiment can be combined with each other, all within protection scope of the present invention.In addition, although show logical order in flow charts, in some cases, can be different from the step shown or described by order execution herein.

Embodiment one, a kind of control method, be applied to electronic equipment, and described electronic equipment comprises collecting unit or can be connected with collecting unit, and as shown in Figure 1, described method comprises:

Detected the input operation of operating body by collecting unit, obtain the location parameter corresponding with described input operation and action parameter;

Target controlled plant according to described adjustment Numerical Control.

In the present embodiment, described electronic equipment can be televisor, computer, flat board etc.; Described operating body can be staff or other can for unique object identified.Described collecting unit can be, but not limited to as image acquisition unit, such as camera, also can be the detection such as ultrasound wave, far infrared, sensing apparatus.In present embodiment, described collecting unit can be that electronic equipment is built-in; Also can be the autonomous device beyond electronic equipment, can also be device built-in on an other equipment, collecting unit or its place equipment by various wired or wireless mode and described electronic equipment mutual.

Described controlled plant comprises system fading margin object and/or application controlled plant; Described system fading margin object comprises the volume, channel, brightness, gray scale, the 3-D view depth of field etc. of electronic equipment itself; Described application controlled plant is other parameter in the volume of the application performed in electronic equipment, playing progress rate, background luminance or application.

In the present embodiment, location parameter and action parameter can be synchronously detected to of an operating body input action, such as operating body points to the left side of electronic equipment, and when moving up, the location parameter detected is " left side pointing to electronic equipment ", and the action parameter detected is " moving up ".Can determine to regulate what object according to the location parameter of operating body, determine to regulate numerical value according to the action parameter of operating body (amplitude of action, time span or the distance etc. such as such as moving, swing, rock).That is, determine target controlled plant as long as operating body just can disposablely complete with an action and regulate numerical value two steps, operating very quick.

In the present embodiment, if after determining target controlled plant, the event that the predetermined termination condition of coupling occurs then stops controlling described target controlled plant.Described predetermined termination condition can be that operating body leaves presumptive area, and can also be that operating body stops and exceedes schedule time length, can also be that operating body morphologic change (to clench fist or with a certain distance from nearly screen from opening to change into by such as staff.The predetermined termination condition that can arrange is not limited to above-mentioned example.

In one example in which, predetermined termination condition is that operating body leaves presumptive area, suppose that operating body points to the right of Electronic equipment panel or screen, volume according to correspondence set determination target controlled plant, if now operating body left or move right, be no longer the right pointing to Electronic equipment panel or screen, then stop controlling described target controlled plant; If operating body moves up or down, then control volume according to the action parameter (amplitude of such as movement) of operating body.If operating body upwards/amplitude of lower movement is comparatively large, beyond presumptive area (being such as but not limited to the scope that collecting unit can gather), then the also described target controlled plant of stopping control; Certainly, also can be arranged to operating body left/when moving right, only otherwise exceed preset range, just according to action parameter control volume.

In the present embodiment, in described correspondence set, the location parameter that different adjustment object is corresponding is separated by first direction distribution; Regulating target controlled plant, is realized by the action (such as move, swing or rock) in second direction; Described first direction is different with second direction.

In such as described correspondence set, the controlled plant that the left margin of electronic equipment front panel is corresponding is channel, and the right is volume along corresponding controlled plant, and left and right edge is split from horizontal direction; Now can using operating body moving up and down as the adjustment action to target controlled plant in the vertical direction.For another example in described correspondence set, when operating body is positioned at the operator left side, corresponding controlled plant is channel, and controlled plant corresponding when being positioned on the right of operator is volume, is positioned at the left and right limit of operator and splits from horizontal direction; Now too can using operating body moving up and down as the adjustment action to target controlled plant in the vertical direction.

In the present embodiment, contain zones of different or the corresponding relation between diverse location relation and controlled plant in described correspondence set, user can be arranged this correspondence set according to personal habits, makes gesture operation more personalized and flexible; When user has the electronic equipment of multiple employing the present embodiment, can unify to arrange to the described correspondence set of each electronic equipment, thus allow user that consistent gesture can be adopted to control different electronic equipments, avoid user when using distinct electronic apparatuses because definition of gesture difference may produce the problem obscured with maloperation.

In an embodiment of the present embodiment, described correspondence set at least can comprise:

The corresponding relation of primary importance parameter and the first controlled plant;

And the corresponding relation of second place parameter and the second controlled plant;

In present embodiment, such as electronic equipment is a TV, and when described location parameter is the left side of the screen of described TV, corresponding controlled plant is channel, and during right side for the screen of described TV, corresponding controlled plant is volume.

Each bar corresponding relation in described correspondence set can arrange voluntarily and change.In other embodiments, the controlled plant that different location parameters is corresponding also can be identical, such as location parameter be on the left of screen and screen below time corresponding controlled plant be all channel, location parameter be on the right side of screen and screen above time corresponding controlled plant be all volume.

In a kind of alternatives of present embodiment, describedly determine that the adjustment numerical value of described target controlled plant comprises according to the first corresponding relation:

When target controlled plant is different adjustment object, the not identical one side of corresponding relation can be embodied in action parameter can be corresponding the scope of adjustment numerical value different, when such as target controlled plant is volume, total range of adjustment (namely action parameter can be corresponding the scope of adjustment numerical value) be 0 ~ 50, and when target controlled plant is channel, total range of adjustment is then 0 ~ 199; Also can be embodied on the other hand and regulate step-length different, namely the adjustment numerical value that same action parameter is corresponding is not identical, such as mobile one centimetre equally, the adjustment numerical value corresponding when target controlled plant is volume can be 1, and the adjustment numerical value corresponding when target controlled plant is channel can be 2.

In the another kind of alternatives of present embodiment, described target controlled plant be described first controlled plant and the second controlled plant time, the described action parameter of employing and regulate the corresponding relation of numerical value also can be identical.

In an embodiment of the present embodiment, in described correspondence set, specifically can comprise the corresponding relation between position relationship represented by described location parameter and described controlled plant;

In present embodiment, described operator uses the user that controls described electronic equipment of described operating body, described operating body can for handle, telepilot or other can be identified the object of position, action, can also be the hand of described operator.

In present embodiment, operator just can select controlled plant by change operating body and the position relationship of self, very convenient, is easy to operation; Such as operating body being held in left hand or representing using left hand as operating body selects channel as target controlled plant, is held in the right hand or represents using the right hand as operating body to select volume as target controlled plant; For another example operating body is lifted over the top of the head and represent that selection playing progress rate is as target controlled plant, be placed in below neck and represent that selection brightness is as target controlled plant.

In a kind of alternatives of present embodiment, described primary importance relation can for when described operating body carries out described input operation and the relative position relation of described operator, or be the link position relation between described operating body and described operator.

In this alternatives, described relative position relation refers to the relation between certain position of operating body position and operator or operator, and such as operating body is positioned at left side or the right side of operator, or operating body is higher or lower than the head etc. of operator.In described correspondence set, different relative position relations can corresponding different target controlled plant, and such as controlled plant corresponding to " be positioned at left side/higher than head " is channel, and controlled plant corresponding to " be positioned at right side/lower than head " is volume.When location parameter represents that operating body is positioned at left side or the head higher than operator of operator, search described correspondence set, find " be positioned at left side/higher than head " this corresponding relation of corresponding channel, just can determine that target controlled plant is channel.

Described link position relation refers to how to be connected between operating body with operator, or operating body is connected to which position of operator; Such as when operator is using the right hand as operating body, or when the right hand holds described operating body, described primary importance pass is the right arm of operating body attended operation person.In described correspondence set, different link position relations can corresponding different target controlled plant, the controlled plant that such as " operating body is that left hand/operating body is connected to operator's left arm " is corresponding is channel, and the controlled plant of " operating body is that the right hand/operating body is connected to operator's right arm " correspondence is volume etc.

In this alternatives, operator, without the need to carrying out significantly limb action, as long as place operating body at the diverse location of health periphery, or uses different operating bodies (left hand and right hand) just can complete selection to target controlled plant.

In an embodiment of the present embodiment, in described correspondence set, specifically can comprise the corresponding relation between region represented by described location parameter and described controlled plant;

In present embodiment, described operating body can for handle, telepilot or other can be identified the object of position, action, can also be the hand of described operator; The region that described operating body is corresponding can be known according to the location parameter that described collecting unit detects, thus select target controlled plant.

In present embodiment, the operator holding described operating body corresponds to zones of different by mobile operating body to make it, just can select target controlled plant, and operating body can move to another region from a region smoothly, operates very easy.

In a kind of alternatives of present embodiment, described first area can be, but not limited to as the subregion in the pickup area of described collecting unit, or the subregion on described electronic equipment;

Describedly determine that according to described location parameter the step of the first area of the operating body carrying out described input operation specifically can comprise:

In this alternatives, when determining the region inputting body sensing according to location parameter, described first area can be the subregion on the screen of electronic equipment; If described electronic equipment does not comprise screen, described first area can be the subregion in the particular surface of electronic equipment, the left/right limit etc. of such as front panel; Described first area can also be one in the region that is partitioned into of electronic equipment, the top of such as electronic equipment, the left side etc. of electronic equipment; Can learn which region described operating body points to according to described location parameter.Such as electronic equipment be TV or other there is the equipment of screen, the corresponding relation in described correspondence set comprises: the controlled plant that " above screen " is corresponding is channel, and controlled plant corresponding to " below screen " is volume; When location parameter represents that operating body points to above the screen of electronic equipment, search described correspondence set, find this corresponding relation of " above screen " corresponding channel, determine that target controlled plant is channel.

In this alternatives, when determining the region that input body is positioned at according to location parameter, described first area can be a part for the pickup area of described collecting unit, can learn that described operating body is arranged in this part according to described location parameter; Such as collecting unit is the front-facing camera of electronic equipment, the image pickup scope of this camera is divided into left field and right side area, corresponding relation in described correspondence set comprises: the controlled plant of " left field " correspondence is channel, and the controlled plant of " right side area " correspondence is volume; When location parameter represents that operating body is positioned at right side area, search described correspondence set, find this corresponding relation of " right side area " corresponding volume, determine that target controlled plant is volume.In this alternatives, distinguish different controlled plants by zones of different, the region distinguishing different adjustment object can be very easy to; When selecting controlled plant with the region pointed to, as long as operator rotates the region that wrist just can change operating body sensing, very convenient.

In an embodiment of the present embodiment, described according to described action parameter, determine that the step of the adjustment numerical value of described target controlled plant specifically can comprise according to the corresponding relation of action parameter and adjustment numerical value:

In present embodiment, the corresponding relation of described action parameter and adjustment numerical value can be proportional relationship, and such as operating body moves five centimetres (first amplitudes), regulates a step-length (the second amplitude), mobile ten centimetres, regulates two step-lengths, by that analogy.The corresponding relation of described action parameter and adjustment numerical value also can be the relation between amplitude interval and adjustment step-length, such as 0 ~ 5 centimetre of correspondence step-length, then when operating body starts mobile, a step-length is just first regulated (such as the numerical value of volume, channel, brightness etc. to be increased by 1, or playing progress rate 5 seconds forward), if be moved beyond 5 centimetres, be less than 10 centimetres and then regulate two step-lengths (such as the numerical value of volume, channel, brightness etc. to be increased by 2, or playing progress rate 10 seconds forward), by that analogy.

In present embodiment, described direction parameter can comprise moving parameter and/or point to parameter; Described variation tendency can refer to that operating body is to certain direction or lasting in some way mobile, or continues to point to certain direction/region.Such as after determining that target controlled plant is brightness, operating body moves up always, then constantly raise brightness, (also comprises until operating body stops moving and moves to beyond presumptive area, collecting unit is made not collect the situation of this movement), or change moving direction.For another example after determining that target controlled plant is volume, the single job body that swings raises a lattice volume, swings up and down single job body and reduces by a lattice volume.For another example after determining that target controlled plant is playing progress rate, as long as operating body keeps pointing to the attitude below electronic equipment front panel, playing progress rate just rapid backward always, until recover normal play when operating body changes attitude.

During practical application, the corresponding relation of action parameter and adjustment numerical value can be set voluntarily, to adapt to the operational requirements of various distinct electronic apparatuses, the mode of most convenient can be selected to regulate.

In an embodiment of the present embodiment, described electronic equipment comprises output unit or can be connected with output unit;

Described according to action parameter, can also comprise according to action parameter with after regulating the corresponding relation of numerical value to determine the step of the adjustment numerical value of described target controlled plant:

In present embodiment, described output unit can be that electronic equipment is built-in; Also can be the autonomous device beyond electronic equipment, can also be device built-in on an other equipment, output unit or its place equipment by various wired or wireless mode and described electronic equipment mutual.

In present embodiment, described output unit can be, but not limited to comprise: all kinds of screen such as LCDs, touch-screen, the playback set such as loudspeaker or loudspeaker, printer etc.When output unit is screen, the adjustment numerical value of described target controlled plant can be shown by forms such as numeral or status bars, when output unit is other device, the adjustment numerical value of target controlled plant described in the mode teaching process person that can print with voice message or word.

Present embodiment can give operator's impression more intuitively, makes operator can have a clear understanding of the adjustment numerical value of target controlled plant in operation at any time, and compares with the expection of oneself, thus can stop in time regulating or revising the amplitude of accommodation.

In a kind of alternatives of present embodiment, described in search the step of the target controlled plant corresponding with location parameter after can also comprise:

In this alternatives, first display-object controlled plant can allow operator's very first time understand and whether operating body has been placed on/point to correct region, but also contributing to operator, to understand target controlled plant current; Such as operator wants to regulate volume, result is because operating body has been pointed to the position corresponding to channel by maloperation, this is that display unit demonstrates " channel " printed words or channel, and operator can know at once and misplaced position, just adjustment operating body position before not regulating.

Further illustrate with several concrete example below, the electronic equipment in these examples is televisor, and screen is television screen, and operating body is staff.

Example one is the first areas at the location parameter determination operation body place according to operating body to example seven, thus determines target controlled plant.

Example one: described first area comprises screen left border and right side boundary; Target controlled plant corresponding to left border is volume, and target controlled plant corresponding to right side boundary is channel.

When user's gesture points to television screen left border, then televisor is in screen leftward position display volume status bar (this point is identical with the operation interface used a teleswitch), volume position follows user's gesture can up-down adjustment: when user's gesture moves up, volume position upwards regulates with following, and namely volume increases; If when user's gesture moves down, volume position is followed ground and is regulated downwards, and namely volume reduces.

When user's gesture points to television screen right side boundary, then televisor is in screen right positions indicated channel numeral (this point is identical with the operation interface used a teleswitch), also a channel number position bar can equally be shown by similar volume status bar, channel number follows user's gesture can up-down adjustment: when user's gesture moves up, channel increases, if there is the bar instruction of channel number position, then number position moves up; If when user's gesture moves down, channel reduces, if there is the bar instruction of channel number position, then number position moves down.

For traditional tv, namely operation the most conventional is volume adjusting and channel adjustment.And existing TV remote controller, most volume adjustings is all the left side of layout at telecontrol panel, and button is above that volume improves, and the button below corresponding is that volume reduces.And channel adjustment major part layout is on the right side of telecontrol panel, button is above that channel improves, and the button below corresponding is that channel reduces.

Consider that this leftward position is volume adjusting, right positions is that the layout of channel adjustment accepts for most user and is accustomed to, and naturally, being operating as upwards regulates increase simultaneously, and downward being operating as regulates and reduce.This example can meet the operating habit of user, and need not go memory especially.

Example two: first area comprises screen lower area and right side boundary; The target controlled plant that lower area is corresponding is volume, and target controlled plant corresponding to right side boundary is channel; To the right for volume increases, left for volume reduces.And a same example of channel adjustment.

Example three: first area comprises screen lower area, corresponding target controlled plant is playing progress rate; The time location of right position and corresponding media play, when user stops in some position operation, then media play is play from the time that this position is corresponding.

Example four: first area comprises screen lower area, corresponding target controlled plant is volume; User can the size of left and right adjusting volume by gesture.

Example five: contrary with example one, when user's gesture is pointed on the left of TV screen, corresponding target controlled plant is adjustment channel, and when gesture is pointed on the right side of TV screen, corresponding target controlled plant is volume; Other is with example one.

Example six and seven determines target controlled plant according to the link position relation between described operating body and described operator.

Example six: distinguish different target controlled plants by the right-hand man distinguishing operator.When user is with left hand down operation, corresponding target controlled plant is volume; During with right hand down operation, corresponding target controlled plant is channel.

Example seven: contrary with example six, when user is with left hand down operation, corresponding target controlled plant is channel; During with right hand down operation, corresponding target controlled plant is volume.

Embodiment two, a kind of electronic equipment, described electronic equipment comprises collecting unit or can be connected with collecting unit, and described electronic equipment comprises:

In the present embodiment, location parameter and action parameter can be synchronously detected to of an operating body input action, such as operating body points to the left side of electronic equipment, and when moving up, the location parameter detected is " left side pointing to electronic equipment ", and the action parameter detected is " moving up ".Matching unit can determine to regulate what object according to the location parameter of operating body, and processing unit is determined to regulate numerical value according to the action parameter of operating body (amplitude of action, time span or the distance etc. such as such as moving, swing, rock).That is, determine target controlled plant as long as operating body just can disposablely complete with an action and regulate numerical value two steps, operating very quick.

In the present embodiment, contain zones of different or the corresponding relation between diverse location relation and controlled plant in described correspondence set, user can be arranged this correspondence set according to personal habits, makes gesture operation more personalized and flexible; When user has the electronic equipment of multiple the present embodiment, can unify to arrange to the described correspondence set of each electronic equipment, thus allow user that consistent gesture can be adopted to control different electronic equipments, avoid user when using distinct electronic apparatuses because definition of gesture difference may produce the problem obscured with maloperation.

In an embodiment of the present embodiment, described correspondence set at least can comprise the corresponding relation of primary importance parameter and the first controlled plant, and the corresponding relation of second place parameter and the second controlled plant; Wherein, described primary importance parameter is different from described second place parameter, and described first controlled plant is different from described second controlled plant.

In a kind of alternatives of present embodiment, described processing unit is when described target controlled plant is described first controlled plant, the corresponding relation of the described action parameter adopted and adjustment numerical value, with when described target controlled plant is the second controlled plant, the described action parameter of employing can not be identical with the corresponding relation of adjustment numerical value.

In an embodiment of the present embodiment, the corresponding relation between position relationship represented by described location parameter and described controlled plant in described correspondence set, can be comprised;

Described matching unit matched position parameter and described correspondence set, search the target controlled plant corresponding with described location parameter and specifically can refer to:

In a kind of alternatives of present embodiment, described primary importance relation can, for when described operating body carries out described input operation and the relative position relation of described operator, can be maybe the link position relation between described operating body and described operator.

In an embodiment of the present embodiment, the corresponding relation between region represented by described location parameter and described controlled plant in described correspondence set, can be comprised;

In a kind of alternatives of present embodiment, described first area can be the subregion in the pickup area of described collecting unit, can be maybe the subregion on described electronic equipment;

Described matching unit determines that according to described location parameter the first area of the operating body carrying out described input operation specifically can refer to:

In an embodiment of the present embodiment, according to the corresponding relation of action parameter and adjustment numerical value, described processing unit, according to described action parameter, determines that the adjustment numerical value of described target controlled plant specifically can refer to:

In present embodiment, the corresponding relation of described action parameter and adjustment numerical value can be proportional relationship, and such as operating body moves five centimetres (first amplitudes), regulates a step-length (the second amplitude), mobile ten centimetres, regulates two step-lengths, by that analogy.The corresponding relation of described action parameter and adjustment numerical value also can be the relation between amplitude interval and adjustment step-length, such as 0 ~ 5 centimetre of correspondence step-length, then when operating body starts mobile, just first regulate a step-length, if be moved beyond 5 centimetres, be less than 10 centimetres and then regulate two step-lengths, by that analogy.

Described processing unit can also be used for, according to action parameter with after regulating the corresponding relation of numerical value to determine the adjustment numerical value of described target controlled plant, controlling the adjustment numerical value that described output unit exports described target controlled plant.

In a kind of alternatives of present embodiment, described processing unit can also be used for after described matching unit finds the target controlled plant corresponding with location parameter, control described output unit and export described target controlled plant, or export described target controlled plant and the current numerical value of this target controlled plant.

The all or part of step that one of ordinary skill in the art will appreciate that in said method is carried out instruction related hardware by program and is completed, and described program can be stored in computer-readable recording medium, as ROM (read-only memory), disk or CD etc.Alternatively, all or part of step of above-described embodiment also can use one or more integrated circuit to realize.Correspondingly, each module/unit in above-described embodiment can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.

Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to claim of the present invention.

Claims

1. a control method, is applied to electronic equipment, and described electronic equipment comprises collecting unit or can be connected with collecting unit, and it is characterized in that, described method comprises:

Target controlled plant according to described adjustment Numerical Control.

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

Described correspondence set at least comprises the corresponding relation of primary importance parameter and the first controlled plant and the corresponding relation of second place parameter and the second controlled plant,

3. method as claimed in claim 2, is characterized in that:

The described corresponding relation according to action parameter and adjustment numerical value determines that the adjustment numerical value of described target controlled plant comprises:

4. the method for claim 1, is characterized in that:

Described correspondence set comprises the corresponding relation between position relationship represented by described location parameter and described controlled plant;

5. method as claimed in claim 4, is characterized in that:

It is described operating body when carrying out described input operation and the relative position relation of described operator that described primary importance is closed, or is the link position relation between described operating body and described operator.

6. the method for claim 1, is characterized in that:

Described correspondence set comprises the corresponding relation between region represented by described location parameter and described controlled plant;

7. method as claimed in claim 6, is characterized in that:

Described first area is the subregion in the pickup area of described collecting unit, or the subregion on described electronic equipment;

8. the method for claim 1, is characterized in that, described according to described action parameter, determines that the step of the adjustment numerical value of described target controlled plant comprises according to the corresponding relation of action parameter and adjustment numerical value:

9. the method for claim 1, is characterized in that, described according to described action parameter, determines that the step of the adjustment numerical value of described target controlled plant comprises according to the corresponding relation of action parameter and adjustment numerical value:

10. the method according to any one of claim 1 to 9, is characterized in that:

Described electronic equipment comprises output unit or can be connected with output unit;

11. methods as claimed in claim 10, is characterized in that, described in search the step of the target controlled plant corresponding with location parameter after also comprise:

12. 1 kinds of electronic equipments, described electronic equipment comprises collecting unit or can be connected with collecting unit, and it is characterized in that, described electronic equipment comprises:

13. electronic equipments as claimed in claim 12, is characterized in that:

14. electronic equipments as claimed in claim 13, is characterized in that:

Described processing unit is when described target controlled plant is described first controlled plant, the corresponding relation of the described action parameter adopted and adjustment numerical value, with when described target controlled plant is the second controlled plant, the described action parameter of employing is not identical with the corresponding relation of adjustment numerical value.

15. electronic equipments as claimed in claim 12, is characterized in that:

16. electronic equipments as claimed in claim 15, is characterized in that:

17. electronic equipments as claimed in claim 12, is characterized in that:

18. electronic equipments as claimed in claim 17, is characterized in that:

19. electronic equipments as claimed in claim 12, is characterized in that, according to the corresponding relation of action parameter and adjustment numerical value, described processing unit, according to described action parameter, determines that the adjustment numerical value of described target controlled plant refers to:

20. electronic equipments as claimed in claim 12, is characterized in that, according to the corresponding relation of action parameter and adjustment numerical value, described processing unit, according to described action parameter, determines that the adjustment numerical value of described target controlled plant refers to:

21. electronic equipments according to any one of claim 12 to 20, is characterized in that:

22. electronic equipments as claimed in claim 21, is characterized in that:

Described processing unit also for after finding the target controlled plant corresponding with location parameter when described matching unit, controls described output unit and exports described target controlled plant, or exports described target controlled plant and the current numerical value of this target controlled plant.