CN104331149B

CN104331149B - A kind of control method, device and electronic equipment

Info

Publication number: CN104331149B
Application number: CN201410513546.7A
Authority: CN
Inventors: 王永亮
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-09-29
Filing date: 2014-09-29
Publication date: 2018-08-10
Anticipated expiration: 2034-09-29
Also published as: CN104331149A

Abstract

The application provides a kind of control method, and applied to the electronic equipment for having Image Acquisition module, Image Acquisition module is used to capture electronic device the action message of person, identifies the action, and trigger instruct corresponding with the action.Wherein, when Image Acquisition module has the first operating mode and the second operating mode, it is run with the first operating mode of lower power consumption under Image Acquisition module default situations, identify the action with lower complexity, and when occurring meeting the first predetermined condition, Image Acquisition module can be switched to by the first operating mode of low-power consumption to the second operating mode of higher power dissipation automatically, it is recognizable with the higher action of complexity that the Image Acquisition module is in the second operating mode, so that electronic equipment normal work is not affected, ensure that electronic equipment reduces power consumption when without operation, and it is worked normally when having operation, reduce the power consumption of Image Acquisition module, so that the lower power consumption of electronic equipment.

Description

A kind of control method, device and electronic equipment

Technical field

The present invention relates to electronic device fields, and more specifically, it relates to a kind of control method, device and electronic equipments.

Background technology

With the development of camera intelligent identification technology, being largely provided with the electronic equipment of camera realizes according to camera shooting The user gesture of head shooting is operated accordingly automatically by user view.For example, certain programs in electronic equipment are (such as Reading electronic book, exhibiting pictures etc.) operation when, user by gesture control page presentation content switch, such as the page turning of e-book Or the switching etc. of picture.

However, in the prior art, no matter whether user carries out gesture control to electronic equipment, and the camera of electronic equipment is equal It is to be in normal operating conditions.So when user does not for a long time operate electronic equipment, and camera is still within normally When working condition, camera power consumption can be caused big, finally so that powder consumption of electronic equipment is big.

Invention content

In view of this, the present invention provides a kind of control method, solve in the prior art user to electronic equipment without Camera is still within normal operating conditions when operation, the problem for causing camera power consumption big.

To achieve the above object, the present invention provides the following technical solutions：

A kind of control method is applied to the electronic equipment with Image Acquisition module, and described image acquisition module is for catching The motion images for catching the operator of the electronic equipment identify the action, and triggering instruction corresponding with the action, In, described image acquisition module has the first operating mode and the second operating mode, when described image acquisition module is in the first work When operation mode, described image acquires module and acquires image with first resolution, identifies the action with the first complexity,

The method includes：

When described image acquisition module is in the first operating mode, described image acquisition module is obtained with first resolution The motion images of operator in predetermined time, and identify the action；Judge whether the action with the first complexity is full The first predetermined condition of foot；

If the action meets the first predetermined condition, described image acquisition module operating mode is switched to the second work Pattern, wherein when the electronic equipment is in the second operating mode, Image Acquisition module acquires image with second resolution, Identify the action with the second complexity；

Wherein, second resolution is higher than first resolution, and the second complexity is higher than the first complexity, also, Image Acquisition Power consumption when power consumption when module is in the second operating mode is higher than in the first operating mode.

Above-mentioned method, it is preferred that when described image acquisition module is in the second operating mode, identification has second to answer Further include after the action of miscellaneous degree：

Judge whether the action meets the second predetermined condition；

When the action meets the second predetermined condition, described image acquisition module operating mode is switched to the first work Pattern.

Above-mentioned method, it is preferred that judge whether action meets the first predetermined condition and include：

Obtain preset switching action；

According to first predetermined condition, compares the action and the switching action that identification obtains, generate matching result；

When the matching result indicates that the action is matched with the switching action, it is pre- to judge that the action meets first Fixed condition.

Above-mentioned method, it is preferred that judge whether action meets the first predetermined condition, including：

According to preset period of time, collection period the image collected on Image Acquisition module is identified in acquisition The historical action arrived；

The historical action is compared with the action currently identified, and generates comparison result；

When the comparison result indicates the historical action and the action currently identified is inconsistent, judge that the action is full The first predetermined condition of foot.

Above-mentioned method, it is preferred that described that described image acquisition module operating mode is switched to the second operating mode packet It includes：

The frame number that described image acquisition module is acquired to picture within the unit interval is adjusted to second value by the first numerical value；

Wherein, first numerical value is less than the second value.

Control rises to the supply voltage of described image acquisition module power supply, and the supply voltage is carried by the first voltage value A height of second voltage value.

Above-mentioned method, it is preferred that it is described to judge whether the action meets the second predetermined condition, including：

The action is compared with preset suspend mode action；

When the action is matched with suspend mode action, the action meets the second predetermined condition.

Above-mentioned method, it is preferred that the suspend mode, which acts, includes：The predetermined stationary posture of user body parts is predetermined Athletic performance.

A kind of control device, described device are applied to the electronic equipment with Image Acquisition module, and described image acquires mould The motion images of operator of the group for capturing the electronic equipment identify the action, and trigger corresponding with the action Instruction, wherein described image acquisition module have the first operating mode and the second operating mode, when described image acquisition module at When the first operating mode, described image acquires module and acquires image with first resolution, identifies dynamic with the first complexity Make, when described image acquisition module is in the first operating mode, described image, which is acquired module and obtained with first resolution, to be made a reservation for The motion images of operator in time, and identify the action；When the electronic equipment is in the second operating mode, image is adopted Collect module and image is acquired with second resolution, identifies the action with the second complexity；

Described device includes：

First judgment module, for when described image acquisition module is in the first operating mode, judging have first to answer Whether the action of miscellaneous degree meets the first predetermined condition；

First handover module will be described for when the action with the first complexity meets the first predetermined condition Image Acquisition module operating mode is switched to the second operating mode；

Above-mentioned device, it is preferred that further include：

Second judgment module, for judging whether the action with the second complexity meets the second predetermined condition；

Second handover module will be described for when the action with the second complexity meets the second predetermined condition Image Acquisition module operating mode is switched to the first operating mode.

Above-mentioned device, it is preferred that the first judgment module includes：

First acquisition unit, for obtaining preset switching action；

Matching unit, it is raw for according to first predetermined condition, comparing the action and the switching action that identification obtains At matching result；When the matching result indicates that the action match with the switching action, judgement action satisfaction the One predetermined condition.

Second acquisition unit, for according to preset period of time, acquisition to acquire a collection period on Image Acquisition module To the historical action that is identified of image；

First comparing unit for comparing the historical action with the action currently identified, and generates comparison result；When When the comparison result indicates that the historical action is inconsistent with the action currently identified, it is predetermined to judge that the action meets first Condition.

Above-mentioned device, it is preferred that first handover module includes：

Frame number adjustment unit, for described image acquisition module to be acquired to the frame number of picture within the unit interval by the first number Value is adjusted to second value；

Wherein, first numerical value is less than the second value.

Above-mentioned device, it is preferred that first handover module includes：

Voltage-adjusting unit, for controlling the supply voltage for rising to described image acquisition module power supply, by the power supply Voltage rises to second voltage value by the first voltage value.

Above-mentioned device, it is preferred that second judgment module includes：

Second comparing unit, for the action to be compared with preset suspend mode action；When it is described action with it is described When suspend mode action matching, the action meets the second predetermined condition.

Above-mentioned device, it is preferred that the suspend mode, which acts, includes：The predetermined stationary posture of user body parts is predetermined Athletic performance.

A kind of electronic equipment, which is characterized in that including：Image Acquisition module and control as described in any one of the above embodiments dress It sets.

It can be seen via above technical scheme that compared with prior art, the present invention provides a kind of control method, this method The electronic equipment for having Image Acquisition module applied to one, the Image Acquisition module are used to capture the operator of the electronic equipment Action message, identify the action, and trigger instruct corresponding with the action.Wherein, which has the first work Operation mode and the second operating mode.When the Image Acquisition module is in the first operating mode, is acquired and schemed with first resolution Picture, and identify the action with the first complexity.This method includes：When Image Acquisition module is the first operating mode, the figure As acquiring module with the motion images of operator in the first resolution acquisition predetermined time, and the action is identified, when the action is full When the first predetermined condition of foot, which is switched to the second operating mode, so that Image Acquisition module is with second Resolution acquisition image, and identify the action with the second complexity, wherein the first resolution is less than second resolution, should First complexity is less than the second complexity, and power consumption when Image Acquisition module is in the second operating mode is higher than in the first work Power consumption when pattern.Using this method, run with the first operating mode of lower power consumption under Image Acquisition module default situations, and When occur meet the first predetermined condition when, can by Image Acquisition module automatically by the first operating mode of low-power consumption be switched to compared with Second operating mode of high power consumption ensures electronic equipment when without operation so that electronic equipment normal work is not affected It is worked normally when reducing power consumption, and having operation, reduces the power consumption of Image Acquisition module, so that the power consumption drop of electronic equipment It is low.

Description of the drawings

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis The attached drawing of offer obtains other attached drawings.

Fig. 1 is a kind of flow chart of control method embodiment 1 provided by the invention；

Fig. 2 is a kind of flow chart of control method embodiment 2 provided by the invention；

Fig. 3 is a kind of flow chart of control method embodiment 3 provided by the invention；

Fig. 4 is a kind of flow chart of control method embodiment 4 provided by the invention；

Fig. 5 is a kind of flow chart of control method embodiment 5 provided by the invention；

Fig. 6 is a kind of flow chart of control method embodiment 6 provided by the invention；

Fig. 7 is a kind of structural schematic diagram of control device embodiment 1 provided by the invention；

Fig. 8 is a kind of structural schematic diagram of control device embodiment 2 provided by the invention；

Fig. 9 is a kind of structural schematic diagram of control device embodiment 3 provided by the invention；

Figure 10 is a kind of structural schematic diagram of control device embodiment 4 provided by the invention；

Figure 11 is a kind of structural schematic diagram of control device embodiment 5 provided by the invention；

Figure 12 is a kind of structural schematic diagram of control device embodiment 6 provided by the invention.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

As shown in Figure 1 is a kind of flow chart of control method embodiment 1 provided by the invention, and this method is applied to electronics Equipment, the electronic equipment are specifically as follows desktop computer, notebook, tablet computer, mobile phone, smart television, smartwatch, wearable There is in the electronic equipment electronic equipments such as equipment Image Acquisition module, the Image Acquisition module to be set for capturing the electronics The motion images of standby operator identify the action, and trigger instruction corresponding with the action.Wherein, the Image Acquisition Module has the first operating mode and the second operating mode, when Image Acquisition module is in the first operating mode, the Image Acquisition Module acquires image with first resolution, and identifies the action with the first complexity, when the electronic equipment is in the second work When pattern, Image Acquisition module acquires image with second resolution, identifies the action with the second complexity；Wherein, second point Resolution is higher than first resolution, and the second complexity is higher than the first complexity, also, Image Acquisition module is in the second operating mode When power consumption be higher than in the first operating mode when power consumption.

This method can be realized by following steps：

Step S101：When Image Acquisition module is in the first operating mode, judge that the action with the first complexity is The first predetermined condition of no satisfaction；

Wherein, when the Image Acquisition module is in the first operating mode, Image Acquisition satisfaction is obtained with first resolution The motion images for taking the operator of one section of predetermined amount of time inner electronic equipment identify the action based on the motion images.

It should be noted that since the Image Acquisition module is with first resolution acquisition image, the image clearly of acquisition Spend relatively low, be merely able to carry out simple action recognition according to the image, which is lower resolution ratio, using this When one resolution ratio sampled images, the power consumption of Image Acquisition module is relatively low so that the overall power of electronic equipment reduces.

Wherein, which can be the identification carried out to the stationary posture of user or simple action.

Specifically, " OK " static gesture that the static posture can be, which can be that user adopts in image Collect the simple action etc. that " OK " gesture is made in the image acquisition region of module.

Wherein, which the action can determine the relevant information of user in the image of acquisition according to It changes or the action is matched with preset action.

Wherein, when first predetermined condition is the action being pre-stored in electronic equipment or when posture information, this is first pre- Fixed condition is the preset stationary posture of user body parts or simple action.

It should be noted that when first predetermined condition is stationary posture, the image collected can be identified, when In a wherein at least frame image when content corresponding with the static attitude, then judge that the action satisfaction first that identification obtains is predetermined Otherwise condition is unsatisfactory for；When first predetermined condition is simple action, the image collected can be identified, when this The action that a few frame consecutive images in image indicate can with the simple action to it is corresponding when then judge that the action that identification obtains is expired Otherwise the first predetermined condition of foot is unsatisfactory for.

Wherein, when the action that the identification obtains meets the first predetermined condition, step S103 is executed；Otherwise it is dynamic that this can be ignored Make.

Step S102：If the action meets the first predetermined condition, by described image acquisition module operating mode switching For the second operating mode, when the electronic equipment is in the second operating mode, Image Acquisition module is acquired with second resolution Image identifies the action with the second complexity.

Wherein, when judging that obtaining the action that the Image Acquisition module identifies meets the first predetermined condition in step S101 When, then it can determine that the purpose that user executes the action is to control the Image Acquisition module to identify more complicated action, then need The operating mode of the Image Acquisition module is switched to the second operating mode.

Specifically, the complexity of the action of second complexity is higher than first complexity, such as second Working mould The action of formula operator can be one section of more complicated action, the compound action of such as one section similar sign language.

It should be noted that the complexity defines, the more than complexity of combination of actions can also be by movement speed As an additional Consideration.

It should be noted that when the Image Acquisition module is in the second operating mode, image is acquired with second resolution, the For two high resolutions in first resolution, the clarity of the image is high, can be to more complicated according to the higher image of the clarity Content is identified, and since the second resolution is higher resolution ratio, when using the second resolution sampled images, figure The power consumption of picture acquisition module is higher, but action complexity of its identification is higher.

It should be noted that Image Acquisition module, in the second operating mode, the clarity of principal security Image Acquisition is high, The higher action of complexity is accurately identified with realizing, however, since image definition is higher under the pattern, Image Acquisition The power consumption of module is higher.Since electronic equipment need not in real time be identified the action of operation, it is possible to which the image is adopted Collection module is set as the first operating mode, so that it is reduced image with the motion images of lower first resolution acquisition operations person and adopts Collect the power consumption of module, while realizing and the action of the operation is identified, and it is predetermined to judge whether the identification maneuver meets first Condition determines whether user needs the identification for carrying out compound action then may be used when the action meets the first predetermined condition to realize The Image Acquisition module is switched to the second operating mode, ensures that the action of lot of complexity can be known by Image Acquisition module Not.While ensureing user action identification experience, the power consumption of electronic equipment is reduced.

In specific implementation, the voice messaging which may also be combined with user carries out judging whether to be switched to the second work Pattern identifies action, and combine and scheme with acquisition when the first operating mode in Image Acquisition module according to the image collected As the voice content that the voice messaging received simultaneously identifies, judge whether the action meets preset condition, and should Whether voice content meets the voice content condition needed for preset switching, when the action and voice content all meet condition, It controls the Image Acquisition module and the second operating mode is switched to by the first operating mode, otherwise do not switch.

To sum up, a kind of control method provided in this embodiment, when Image Acquisition module is the first operating mode, the image It acquires module and obtains the motion images of operator in the predetermined time with first resolution, and identify the action, when the action meets When the first predetermined condition, which is switched to the second operating mode, so that Image Acquisition module is with second point Resolution acquires image, and identifies the action with the second complexity, and wherein the first resolution is less than second resolution, this One complexity is less than the second complexity, and power consumption when Image Acquisition module is in the second operating mode, which is higher than, is in the first Working mould Power consumption when formula.It using this method, is run, and worked as with the first operating mode of lower power consumption under Image Acquisition module default situations When occurring meeting the first predetermined condition, Image Acquisition module can be switched to by the first operating mode of low-power consumption automatically higher Second operating mode of power consumption ensures that electronic equipment drops when without operation so that electronic equipment normal work is not affected Low-power consumption, and while having operation, works normally, and the power consumption of Image Acquisition module is reduced, so that the lower power consumption of electronic equipment.

As shown in Figure 2 is a kind of flow chart of control method embodiment 2 provided by the invention, and this method can be by following Step is realized：

Step S201：Obtain preset switching action；

Wherein, which refers to the scheduled stationary posture of user body parts or predetermined athletic performance.

Specifically, the stationary posture is the stationary posture of user's body part, it may include：Gesture, the user plane of static state Portion's posture or body posture etc. do not limit the concrete position of body in the application.

Wherein, the gesture of the static state can specifically include the gesture of " OK ", " V " word gesture, " clenching fist " gesture etc., the application In the specific static gesture posture of unlimited system.

Wherein, the facial pose can be user expression etc., as user open eyes state or eye closing state, when So, which can also be the posture of other organs of user's face, be not limited in the application.

Wherein, which can be the posture that user's body is shown, such as flat posture for lifting both arms, the upper appearance for lifting left arm State etc. is various, is not limited in the application.

Step S202：According to first predetermined condition, compare the action and the switching action that identification obtains, generation With as a result, when the matching result indicates that the action is matched with the switching action, it is pre- to judge that the action meets first Fixed condition；

Wherein, the preset switching action got in step S201, the action which is obtained are preset with this Switching action is compared, and generates matching result.

When the matching result indicates that the action that the identification obtains is matched with the preset switching action, what which obtained Action meets the first predetermined condition and is otherwise unsatisfactory for first predetermined condition.

Specifically, the action that the identification obtains is compared with the default switching action, matching value is obtained, when the matching When value is more than predetermined threshold value, then the matching result indicates that the action that the identification obtains is matched with the preset switching action；Otherwise, It mismatches.

Step S203：If the action meets the first predetermined condition, by described image acquisition module operating mode switching For the second operating mode, when the electronic equipment is in the second operating mode, Image Acquisition module is acquired with second resolution Image identifies the action with the second complexity.

Wherein, step S203 is consistent with the step S102 in embodiment 1, and this embodiment is not repeated.

To sum up, in a kind of control method provided in this embodiment, this judges whether action meets the first predetermined condition and include： Obtain preset switching action；According to first predetermined condition, compares the action and the switching action that identification obtains, generate Matching result；When the matching result indicates that the action is matched with the switching action, judge that the action meets first Predetermined condition.Using this method, the action that identification obtains is compared with preset switching action, and is sentenced according to matching result Whether the action that the fixed identification obtains meets the first predetermined condition, and when meeting, which is switched to the second work Operation mode so that Image Acquisition module acquires image with second resolution, and identifies the action with the second complexity, In the first resolution be less than second resolution, first complexity be less than the second complexity, Image Acquisition module be in second Power consumption when power consumption when operating mode is higher than in the first operating mode.Using this method, Image Acquisition module default situations Under run with the first operating mode of lower power consumption, can be by Image Acquisition module and when occurring meeting the first predetermined condition Automatically the second operating mode of higher power dissipation is switched to by the first operating mode of low-power consumption, so that electronic equipment works normally It is not affected, is worked normally when ensureing that electronic equipment reduces power consumption when without operation, and having operation, reduce Image Acquisition module Power consumption so that the lower power consumption of electronic equipment.

As shown in Figure 3 is a kind of flow chart of control method embodiment 3 provided by the invention, and this method can be by following Step is realized：

Step S301：According to preset period of time, obtain to collection period the image collected on Image Acquisition module The historical action being identified；

It wherein,, can be according to this when the posture of user changes in the image acquisition region of the Image Acquisition module The case where changing interpretation user needs to carry out the more complex village Dou Ge identification, then needs the Image Acquisition module by relatively low First operating mode of sampling resolution is switched to the second operating mode of higher sampling resolution.

Specifically, the historical action that the image recognition that a upper collection period collects obtains is obtained, the process of the identification This identification is kept strokes with Image Acquisition module, stores the historical action to preset storage region after the completion of identification In.

Wherein, which can be configured according to actual conditions, when the switching for needing to have degree of precision When, the shorter period can be set；Otherwise, the longer period can be set, to further decrease the data processing amount of electronic equipment.

Step S302：The historical action is compared with the action currently identified, and generates comparison result, when the comparison When as a result indicating that the historical action is inconsistent with the action currently identified, judge that the action meets the first predetermined condition；

Wherein, which is compared with the action currently identified, generates comparison result.

Specifically, the two can be compared to obtain matching value, and the matching value is compared with predetermined threshold value, when the matching When value is more than predetermined threshold value, then the matching result indicates that the action that the identification obtains is matched with the preset switching action；Otherwise, It mismatches.

Step S303：If the action meets the first predetermined condition, by described image acquisition module operating mode switching For the second operating mode, when the electronic equipment is in the second operating mode, Image Acquisition module is acquired with second resolution Image identifies the action with the second complexity.

Wherein, step S303 is consistent with the step S102 in embodiment 1, and this embodiment is not repeated.

To sum up, in a kind of control method provided in the present embodiment, this judges whether action meets the first predetermined condition packet It includes：Foundation preset period of time, what collection period the image collected on Image Acquisition module was identified in acquisition Historical action；The historical action is compared with the action currently identified, and generates comparison result；When the comparison result indicates When the historical action is inconsistent with the action currently identified, judges that the action meets the first predetermined condition, which is adopted Collection module is switched to the second operating mode, so that Image Acquisition module acquires image with second resolution, and identifies have The action of second complexity, the wherein first resolution are less than second resolution, which is less than the second complexity, figure Power consumption when power consumption when being in the second operating mode as acquisition module is higher than in the first operating mode.Using this method, figure As being run with the first operating mode of lower power consumption under acquisition module default situations, and when occurring meeting the first predetermined condition, Image Acquisition module can be switched to by the first operating mode of low-power consumption to the second operating mode of higher power dissipation automatically, so that Electronic equipment normal work is not affected, normal work when ensureing that electronic equipment reduces power consumption when without operation, and having an operation Make, the power consumption of Image Acquisition module is reduced, so that the lower power consumption of electronic equipment.

As shown in Figure 4 is a kind of flow chart of control method embodiment 4 provided by the invention, and this method can be by following Step is realized：

Step S401：When Image Acquisition module is in the first operating mode, judge that the action with the first complexity is The first predetermined condition of no satisfaction；

Wherein, step S401 is consistent with the step S101 in embodiment 1, and this embodiment is not repeated.

Step S402：If the action meets the first predetermined condition, described image is acquired into module within the unit interval The frame number of acquisition picture is adjusted to second value by the first numerical value.

Wherein, the first numerical value is less than second value.

Wherein, it when the action that step S401 judgement identifications obtain meets the first predetermined condition, needs to control the image The recognition capability for acquiring module improves, and the frame number that picture is acquired in the unit interval in the Image Acquisition module is improved, by first Numerical value rises to second value.

Wherein, first numerical value can be a smaller numerical value, such as 1, i.e., in the first operating mode when, the Image Acquisition Module is with 1 frame speed acquisition image per second, certainly, in the specific implementation, first number can be configured according to actual conditions Value can be more lower frequency, such as two seconds 1 frames of acquisition, or be frequency more faster, such as 2 frames of acquisition per second, originally First numerical value is not limited in embodiment.

Wherein, first numerical value can be a larger numerical value, such as 28, i.e., in the second operating mode when, which adopts Collect module with 28 frames speed acquisition image per second, certainly, in the specific implementation, can be configured according to actual conditions this second Numerical value can be more lower frequency, and such as 25 frames are per second, or are frequency more faster, such as 30 frames are per second, this implementation The second value is not limited in example.

Although it should be noted that the size of the second value is not limited, scheme since Image Acquisition module acquires Picture frequency rate is higher, and the data volume handled is bigger, when the frequency that the Image Acquisition module acquires image reaches a certain When numerical value, the image collected disclosure satisfy that the action recognition for carrying out the second complexity, then improve Image Acquisition module Acquire image frequency, the power consumption of Image Acquisition module can only be increased, for identification process without help, then need not be to the figure The set of frequency of picture acquisition module acquisition image is excessively high, to reduce its power consumption.

To sum up, described by described image acquisition module operating mode switching in a kind of control method provided in this embodiment Include for the second operating mode：The frame number that described image acquisition module is acquired to picture within the unit interval is adjusted by the first numerical value For second value；Wherein, first numerical value is less than the second value.Using this method, by adjusting Image Acquisition module The frame number adjustment of acquisition picture, realizes its being switched to the second operating mode by the first operating mode, will scheme in the middle unit interval The second operating mode of higher power dissipation is switched to by the first operating mode of low-power consumption automatically as acquiring module, so that electronics is set Standby normal work is not affected, and is worked normally when ensureing that electronic equipment reduces power consumption when without operation, and having operation, reduces figure As the power consumption of acquisition module, so that the lower power consumption of electronic equipment.

As shown in Figure 5 is a kind of flow chart of control method embodiment 5 provided by the invention, and this method can be by following Step is realized：

Step S501：When Image Acquisition module is in the first operating mode, judge that the action with the first complexity is The first predetermined condition of no satisfaction；

Wherein, step S501 is consistent with the step S101 in embodiment 1, and this embodiment is not repeated.

Step S502：If the action meets the first predetermined condition, control rises to described image acquisition module power supply Supply voltage, the supply voltage is risen into second voltage value by the first voltage value.

Wherein, which is the normal power supply voltage of Image Acquisition module, which is Image Acquisition The suspend mode voltage of module, the second voltage value are more than the first voltage value.

It should be noted that when Image Acquisition module is the first working condition, to reduce the whole work(of the electronic equipment Consumption, provides the first voltage value, which is in the first working condition, alternatively referred to as suspend mode for the Image Acquisition module State, in this state, the resolution ratio of the acquisition image of Image Acquisition module is low, and information processing capacity is small.And when needs are to having When the action recognition of higher second complexity, Image Acquisition module is needed to acquire image with higher second resolution, at this point, The power consumption of Image Acquisition module is larger, needs to provide it higher voltage value, i.e. second voltage value, to realize Image Acquisition Module is switched to the second working condition.

Specifically, the first voltage value can be the half of second voltage value, Image Acquisition module can be supported to carry out the The power consumption of one resolution acquisition image, without providing higher voltage value, and the second voltage value can be Image Acquisition The full voltage value of module, so that Image Acquisition module can collect what the action of lot of complexity was identified in realization Image.

To sum up, in a kind of control method provided in this embodiment, described image acquisition module operating mode is switched to the Two operating modes are specially：Control rises to the supply voltage of described image acquisition module power supply, by the camera by suspend mode State is switched to normal power supply state.Using this method, by adjusting the power supply state of Image Acquisition module, realize it by the One operating mode is switched to the second operating mode, by Image Acquisition module automatically by the first operating mode of low-power consumption be switched to compared with Second operating mode of high power consumption ensures electronic equipment when without operation so that electronic equipment normal work is not affected It is worked normally when reducing power consumption, and having operation, reduces the power consumption of Image Acquisition module, so that the power consumption drop of electronic equipment It is low.

As shown in FIG. 6 is a kind of flow chart of control method embodiment 6 provided by the invention, and this method can be by following Step is realized：

Step S601：When Image Acquisition module is in the first operating mode, judge that the action with the first complexity is The first predetermined condition of no satisfaction；

Step S602：If the action meets the first predetermined condition, by described image acquisition module operating mode switching For the second operating mode, when the electronic equipment is in the second operating mode, Image Acquisition module is acquired with second resolution Image identifies the action with the second complexity；

Wherein, step S601-602 is consistent with the step S101-102 in embodiment 1, and this embodiment is not repeated.

Step S603：Judge whether the action with the second complexity meets the second predetermined condition；

Wherein, when the Image Acquisition module is in the operation of the second operating mode, according under second operational mode state The action recognized, judges whether the Image Acquisition module needs to be switched to lower first working condition of power consumption.

Wherein, which can be：The action that the identification obtains is matched with preset suspend mode action, or pre- If user's attonity etc. in pickup area in the time.

Specifically, when second predetermined condition is that the action that the identification obtains is matched with preset suspend mode action, the step Rapid S603 is specifically as follows：The action is compared with preset suspend mode action；When the action is acted with the suspend mode When matching, the action meets the second predetermined condition.

Specifically, when second predetermined condition is user's attonity in pickup area in preset time, can be will be pre- If the image that liniment obtains in the time is compared, judge whether to change, if do not changed, user's attonity, To reduce the power consumption of electronic equipment, which is switched to the first working condition.

Wherein, which, which acts, includes：The predetermined stationary posture of user body parts or predetermined athletic performance.

Wherein, which matches with suspend mode action to be：The action and suspend mode action are compared, matched Value then judges that the action is matched with suspend mode action when the matching value is more than predetermined threshold value；Otherwise it mismatches.

It should be noted that the suspend mode action is moved with the corresponding of the first predetermined condition of satisfaction is judged whether in step S601 Making can be different, also can be identical, is not limited in the present embodiment.

Step S604：When action second predetermined condition of satisfaction with the second complexity, described image is acquired Module operating mode is switched to the first operating mode.

Wherein, when step S603 judges to obtain the Image Acquisition module the second predetermined condition of satisfaction, then it can determine that user The purpose for executing the action is to control the Image Acquisition module to enter low power consumpting state, without carrying out the identification of compound action, then The operating mode by the Image Acquisition module is needed to be switched to the first operating mode.

Specifically, the mode of the switching can be：The frame number of acquisition image in the unit interval in Image Acquisition module is reduced, Alternatively, reducing the supply voltage of the Image Acquisition module to make it into dormant state.

It should be noted that other shapes also can be used in the mode that Image Acquisition module is switched to the first working condition Formula is not limited to the two ways proposed in the application.

To sum up, in a kind of control method provided in this embodiment, further include：When described image acquisition module is in the second work When operation mode, the action with the second complexity is identified, judge whether the action meets the second predetermined condition；When the action When meeting the second predetermined condition, described image acquisition module operating mode is switched to the first operating mode.Using this method, when When electronic equipment need not carry out the action recognition of lot of complexity, then the Image Acquisition module is switched to the first work shape State reduces the overall power of electronic equipment to reduce the power consumption of the Image Acquisition module.

Control method is described in detail in the embodiment that aforementioned present invention provides, the control method of the present invention can be used The control devices of diversified forms realizes, therefore the present invention also provides a kind of control device, be given below specific embodiment into Row is described in detail.

As shown in Figure 7 is a kind of structural schematic diagram of control device embodiment 1 provided by the invention, which is applied to Electronic equipment, the electronic equipment are specifically as follows desktop computer, notebook, tablet computer, mobile phone, smart television, smartwatch, wear The electronic equipments such as formula equipment are worn, there is Image Acquisition module, the Image Acquisition module is for capturing the electricity in the electronic equipment The motion images of the operator of sub- equipment identify the action, and trigger instruction corresponding with the action.Wherein, the image Acquisition module has the first operating mode and the second operating mode, when the Image Acquisition module is in the first operating mode, the figure As acquisition module acquires image with first resolution, and the action with the first complexity is identified, when the electronic equipment is in the When two operating modes, Image Acquisition module acquires image with second resolution, identifies the action with the second complexity；Wherein, Second resolution is higher than first resolution, and the second complexity is higher than the first complexity, also, Image Acquisition module is in the second work Power consumption when power consumption when operation mode is higher than in the first operating mode.

The device can be by being realized with lower structure：First judgment module 701 and the first handover module 702；

Wherein, the first judgment module 701, for when described image acquisition module is in the first operating mode, judging have Have whether the action of the first complexity meets the first predetermined condition；

It should be noted that when first predetermined condition is stationary posture, the image collected can be identified, when In a wherein at least frame image when content corresponding with the static attitude, then judge that the action satisfaction first that identification obtains is predetermined Otherwise condition is unsatisfactory for；When first predetermined condition is simple action, the image collected can be identified, when this The action that a few frame consecutive images in image indicate can with the simple action to it is corresponding when then the first judgment module 701 judgement Identify that obtained action meets the first predetermined condition and is otherwise unsatisfactory for.

Wherein, when the action that the identification obtains meets the first predetermined condition, the first handover module 702 is triggered；Otherwise may be used Ignore the action.

Wherein, the first handover module 702, for meeting the first predetermined condition when the action with the first complexity When, described image acquisition module operating mode is switched to the second operating mode；

Wherein, when the first judgment module 701 judges that obtaining the action that the Image Acquisition module identifies meets first in advance When fixed condition, then it can determine that the purpose that user executes the action is to control the Image Acquisition module to identify more complicated action, The operating mode by the Image Acquisition module is then needed to be switched to the second operating mode.

In specific implementation, the voice messaging that the first handover module 702 of the electronic equipment may also be combined with user judges It whether is switched to the second operating mode, when the first operating mode in Image Acquisition module, is identified according to the image collected Action, and the voice content for combining the voice messaging received simultaneously with acquisition image to identify, judge whether the action is full The preset condition of foot, and whether the voice content meets the voice content condition needed for preset switching, when the action and language When sound content all meets condition, controls the Image Acquisition module and the second operating mode is switched to by the first operating mode, otherwise not Switching.

To sum up, a kind of control device provided in this embodiment, when Image Acquisition module is the first operating mode, the image It acquires module and obtains the motion images of operator in the predetermined time with first resolution, and identify the action, when the action meets When the first predetermined condition, which is switched to the second operating mode, so that Image Acquisition module is with second point Resolution acquires image, and identifies the action with the second complexity, and wherein the first resolution is less than second resolution, this One complexity is less than the second complexity, and power consumption when Image Acquisition module is in the second operating mode, which is higher than, is in the first Working mould Power consumption when formula.It using the device, is run, and worked as with the first operating mode of lower power consumption under Image Acquisition module default situations When occurring meeting the first predetermined condition, Image Acquisition module can be switched to by the first operating mode of low-power consumption automatically higher Second operating mode of power consumption ensures that electronic equipment drops when without operation so that electronic equipment normal work is not affected Low-power consumption, and while having operation, works normally, and the power consumption of Image Acquisition module is reduced, so that the lower power consumption of electronic equipment.

As shown in Figure 8 is a kind of structural schematic diagram of control device embodiment 2 provided by the invention, which can pass through It is realized with lower structure：First judgment module 801, the first handover module 802；

Wherein, which includes：First acquisition unit 803 and matching unit 804；

Wherein, the structure function of the first handover module 802 is consistent with the corresponding construction in embodiment 1, and the present embodiment is no longer It repeats.

Wherein, first acquisition unit 803, for obtaining preset switching action；

Wherein, matching unit 804, for according to first predetermined condition, comparing the action that identification obtains and being cut with described Move work, generates matching result；When the matching result indicates that the action is matched with the switching action, judge described dynamic Make to meet the first predetermined condition.

Wherein, the preset switching action got in the first acquisition unit 803, matching unit 804 is by the identification To action be compared with the preset switching action, generate matching result.

To sum up, in a kind of control device provided in this embodiment, which includes：First acquisition unit obtains Preset switching action；Matching unit compares the action and the switching action that identification obtains according to first predetermined condition, Generate matching result；When the matching result indicates that the action is matched with the switching action, judge that the action meets First predetermined condition.Using the device, the action that identification obtains is compared with preset switching action, and is tied according to matching Fruit judges whether the action that the identification obtains meets the first predetermined condition, and when meeting, which is switched to Two operating modes so that Image Acquisition module acquires image with second resolution, and are identified dynamic with the second complexity Make, wherein the first resolution is less than second resolution, which is less than the second complexity, and Image Acquisition module is in Power consumption when power consumption when the second operating mode is higher than in the first operating mode.With relatively low under Image Acquisition module default situations First operating mode of power consumption is run, and when occurring meeting the first predetermined condition, it can be by Image Acquisition module automatically by low First operating mode of power consumption is switched to the second operating mode of higher power dissipation, so that electronic equipment normal work is not by shadow It rings, is worked normally when ensureing that electronic equipment reduces power consumption when without operation, and having operation, reduce the power consumption of Image Acquisition module, So that the lower power consumption of electronic equipment.

As shown in Figure 9 is a kind of structural schematic diagram of control device embodiment 3 provided by the invention, which can pass through It is realized with lower structure：First judgment module 901, the first handover module 902；

Wherein, which includes：Second acquisition unit 903 and the first comparing unit 904；

Wherein, the structure function of the first handover module 902 is consistent with the corresponding construction in embodiment 1, and the present embodiment is no longer It repeats.

Wherein, second acquisition unit 903, for according to preset period of time, obtaining to an acquisition on Image Acquisition module The historical action that period the image collected is identified；

Wherein, the first comparing unit 904 for comparing the historical action with the action currently identified, and generates ratio To result；When the comparison result indicates the historical action and the action currently identified is inconsistent, judge that the action is full The first predetermined condition of foot.

Wherein, the historical action is compared the first comparing unit 904 with the action currently identified, generates and compares knot Fruit.

To sum up, in a kind of control device provided in the present embodiment, which includes：Second acquisition unit according to According to preset period of time, obtain dynamic to the history that a collection period the image collected is identified on Image Acquisition module Make；First comparing unit compares the historical action with the action currently identified, and generates comparison result；When the comparison is tied When fruit indicates that the historical action is inconsistent with the action currently identified, judge that the action meets the first predetermined condition, by this Image Acquisition module is switched to the second operating mode, so that Image Acquisition module acquires image with second resolution, and knows Not Ju You the second complexity action, the wherein first resolution is less than second resolution, and first complexity is multiple less than second Miscellaneous degree, power consumption when power consumption when Image Acquisition module is in the second operating mode is higher than in the first operating mode.Using this Device is run with the first operating mode of lower power consumption under Image Acquisition module default situations, and predetermined when occurring meeting first When condition, Image Acquisition module can be switched to the second Working mould of higher power dissipation by the first operating mode of low-power consumption automatically Formula, so that electronic equipment normal work is not affected, when ensureing that electronic equipment reduces power consumption when without operation, and having operation Normal work reduces the power consumption of Image Acquisition module, so that the lower power consumption of electronic equipment.

As shown in Figure 10 is a kind of structural schematic diagram of control device embodiment 4 provided by the invention, which can lead to It crosses and is realized with lower structure：First judgment module 1001, the first handover module 1002；

Wherein, which includes：Frame number adjustment unit 1003；

Wherein, the structure function of the first judgment module 1001 is consistent with the corresponding construction in embodiment 1, and the present embodiment is no longer It repeats.

Wherein, frame number adjustment unit 1003, the frame for described image acquisition module to be acquired to picture within the unit interval Number is adjusted to second value by the first numerical value；

Wherein, first numerical value is less than the second value.

Wherein, it when the action that first judgment module 1001 judgement identification obtains meets the first predetermined condition, needs to control The recognition capability for making the Image Acquisition module improves, and frame number adjustment unit 1003 will be adopted in the Image Acquisition module in the unit interval The frame number for collecting picture improves, and second value is risen to by the first numerical value.

To sum up, in a kind of control device provided in this embodiment, first handover module includes：Frame number adjustment unit, Frame number for described image acquisition module to be acquired to picture within the unit interval is adjusted to second value by the first numerical value；Its In, first numerical value is less than the second value.Using the device, by adjusting being adopted in the unit interval in Image Acquisition module The frame number adjustment for collecting picture, realizes its being switched to the second operating mode by the first operating mode, and Image Acquisition module is automatic The second operating mode of higher power dissipation is switched to by the first operating mode of low-power consumption so that electronic equipment normal work not by To influence, is worked normally when ensureing that electronic equipment reduces power consumption when without operation, and having operation, reduce the work(of Image Acquisition module Consumption, so that the lower power consumption of electronic equipment.

As shown in figure 11 is a kind of structural schematic diagram of control device embodiment 5 provided by the invention, which can lead to It crosses and is realized with lower structure：First judgment module 1101, the first handover module 1102；

Wherein, which includes：Voltage-adjusting unit 1103；

Wherein, the structure function of the first judgment module 1101 is consistent with the corresponding construction in embodiment 1, and the present embodiment is no longer It repeats.

It wherein, voltage-adjusting unit 1103 will for controlling the supply voltage for rising to described image acquisition module power supply The supply voltage rises to second voltage value by the first voltage value.

To sum up, in a kind of control device provided in this embodiment, the first adjustment module includes voltage-adjusting unit, for controlling System rises to the supply voltage of described image acquisition module power supply, and the camera is switched to normal power supply shape by dormant state State.It realizes and it is switched to second by the first operating mode by adjusting the power supply state of Image Acquisition module using the device Image Acquisition module is switched to the second Working mould of higher power dissipation by operating mode by the first operating mode of low-power consumption automatically Formula, so that electronic equipment normal work is not affected, when ensureing that electronic equipment reduces power consumption when without operation, and having operation Normal work reduces the power consumption of Image Acquisition module, so that the lower power consumption of electronic equipment.

As shown in figure 12 is a kind of structural schematic diagram of control device embodiment 6 provided by the invention, which can lead to It crosses and is realized with lower structure：First judgment module 1201, the first handover module 1202, the second judgment module 1203 and second switch mould Block 1204；

Wherein, structure function and the corresponding construction in embodiment 1 of the first judgment module 1201, the first handover module 1202 Unanimously, this embodiment is not repeated.

Wherein, the second judgment module 1203, for judging it is pre- whether the action with the second complexity meets second Fixed condition；

Specifically, when second predetermined condition be the obtained action of the identification acted with preset suspend mode match when, this Two judgment modules 1203 can specifically include：Second comparing unit, for comparing the action and preset suspend mode action It is right；When the action is matched with suspend mode action, the action meets the second predetermined condition.

It should be noted that judging whether to meet the first predetermined condition in suspend mode action and the first judgment module 1201 Corresponding action can be different, also can be identical, are not limited in the present embodiment.

Wherein, the second handover module 1204, for meeting the second predetermined condition when the action with the second complexity When, described image acquisition module operating mode is switched to the first operating mode.

Wherein, when the judgement of the second judgment module 1203, which obtains the Image Acquisition module, meets the second predetermined condition, then may be used The purpose that judgement user executes the action is to control the Image Acquisition module to enter low power consumpting state, without carrying out compound action Identification, then need the second handover module 1204 that the operating mode of the Image Acquisition module is switched to the first operating mode.

To sum up, in a kind of control device provided in this embodiment, further include：When described image acquisition module is in the second work When operation mode, identify that the action with the second complexity, the second judgment module judge whether the action meets the second predetermined item Part；When the action meets the second predetermined condition, described image acquisition module operating mode is switched to by the second handover module First operating mode.Using the device, when electronic equipment need not carry out the action recognition of lot of complexity, then by the image Acquisition module is switched to the first working condition, to reduce the power consumption of the Image Acquisition module, reduces the whole work(of electronic equipment Consumption.

With a kind of above-mentioned control device embodiment provided by the present application correspondingly, present invention also provides a kind of electronics to set Standby, which has Image Acquisition module and the control device as described in above-mentioned any embodiment；Described image acquires mould The motion images of operator of the group for capturing the electronic equipment identify the action, and trigger corresponding with the action Instruction, wherein described image acquisition module have the first operating mode and the second operating mode, when described image acquisition module at When the first operating mode, described image acquires module and acquires image with first resolution, identifies dynamic with the first complexity Make, when described image acquisition module is in the first operating mode, described image, which is acquired module and obtained with first resolution, to be made a reservation for The motion images of operator in time, and identify the action；When the electronic equipment is in the second operating mode, image is adopted Collect module and image is acquired with second resolution, identify the action with the second complexity, wherein second resolution is higher than first point Resolution, the second complexity are higher than the first complexity, also, power consumption when Image Acquisition module be in the second operating mode is higher than locating Power consumption when the first operating mode.

Wherein, which includes：First judgment module and the first handover module, each composition mould of the control device The function of block is consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, is repeated no more in the present embodiment.

Preferably, further include：Second judgment module and the second handover module, the work(of all modules of the control device Can be consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, it is repeated no more in the present embodiment.

Preferably, the first judgment module includes：First acquisition unit and matching unit, each composition mould of the control device The function of block is consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, is repeated no more in the present embodiment.

Preferably, the first judgment module includes：Second acquisition unit and the first comparing unit, each group of the control device It is consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment at the function of module, it is no longer superfluous in the present embodiment It states.

Preferably, first handover module includes：Frame number adjustment unit, the work(of all modules of the control device Can be consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, it is repeated no more in the present embodiment.

Preferably, first handover module includes：Voltage-adjusting unit, the work(of all modules of the control device Can be consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, it is repeated no more in the present embodiment.

Preferably, second judgment module includes：Second comparing unit, the work(of all modules of the control device Can be consistent with the function of corresponding construction in a kind of above-mentioned control device embodiment, it is repeated no more in the present embodiment.

The preferred suspend mode, which acts, includes：The predetermined stationary posture of user body parts or predetermined athletic performance.

It should be noted that each embodiment in this specification is described in a progressive manner, each embodiment weight Point explanation is all difference from other examples, and the same or similar parts between the embodiments can be referred to each other.

Finally, it is to be noted that, herein, relational terms such as first and second and the like be used merely to by One entity or operation are distinguished with another entity or operation, without necessarily requiring or implying these entities or operation Between there are any actual relationship or orders.Moreover, the terms "include", "comprise" or its any other variant meaning Covering non-exclusive inclusion, so that the process, method, article or equipment including a series of elements includes not only that A little elements, but also include other elements that are not explicitly listed, or further include for this process, method, article or The intrinsic element of equipment.In the absence of more restrictions, the element limited by sentence "including a ...", is not arranged Except there is also other identical elements in the process, method, article or apparatus that includes the element.

A kind of control method, device and electronic equipment provided herein are described in detail above, herein Applying specific case, the principle and implementation of this application are described, and the explanation of above example is only intended to help Understand the present processes and its core concept；Meanwhile for those of ordinary skill in the art, according to the thought of the application, There will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be construed as to this The limitation of application.

Claims

1. a kind of control method, which is characterized in that be applied to the electronic equipment with Image Acquisition module, described image acquires mould The motion images of operator of the group for capturing the electronic equipment identify the action, and trigger corresponding with the action Instruction, wherein described image acquisition module have the first operating mode and the second operating mode, when described image acquisition module at When the first operating mode, described image acquires module and acquires image with first resolution, identifies dynamic with the first complexity Make,

The method includes：

When described image acquisition module is in the first operating mode, described image, which is acquired module and obtained with first resolution, to be made a reservation for The motion images of operator in time, and identify the action；Judge whether the action with the first complexity meets the One predetermined condition；

If the action meets the first predetermined condition, described image acquisition module operating mode is switched to the second Working mould Formula, wherein when the electronic equipment is in the second operating mode, Image Acquisition module acquires image with second resolution, knows Not Ju You the second complexity action；

Wherein, second resolution is higher than first resolution, and the second complexity is higher than the first complexity, also, Image Acquisition module Power consumption when power consumption when in the second operating mode is higher than in the first operating mode；

Wherein, the complexity of the action includes：The complexity and movement speed of combination of actions.

2. according to the method described in claim 1, it is characterized in that, when described image acquisition module is in the second operating mode When, identify that the action with the second complexity further includes later：

Judge whether the action with the second complexity meets the second predetermined condition；

When action second predetermined condition of satisfaction with the second complexity, described image acquisition module operating mode is cut It is changed to the first operating mode.

3. according to the method described in claim 1, it is characterized in that, judging whether action meets the first predetermined condition and include：

Obtain preset switching action；

When the matching result indicates that the action is matched with the switching action, judge that the action meets the first predetermined item Part.

4. according to the method described in claim 1, it is characterized in that, judge action whether meet the first predetermined condition, including：

Foundation preset period of time, what collection period the image collected on Image Acquisition module was identified in acquisition Historical action；

When the comparison result indicates the historical action and the action currently identified is inconsistent, the action satisfaction the is judged One predetermined condition.

5. according to the method described in claim 1, it is characterized in that, described be switched to described image acquisition module operating mode Second operating mode includes：

Wherein, first numerical value is less than the second value.

6. according to the method described in claim 1, it is characterized in that, described be switched to described image acquisition module operating mode Second operating mode includes：

Control rises to the supply voltage of described image acquisition module power supply, and the supply voltage is risen to by the first voltage value Second voltage value.

7. according to the method described in claim 2, it is characterized in that, described judge whether the action meets the second predetermined item Part, including：

The action is compared with preset suspend mode action；

8. the method according to the description of claim 7 is characterized in that suspend mode action includes：User body parts make a reservation for Stationary posture or predetermined athletic performance.

9. a kind of control device, which is characterized in that described device is applied to the electronic equipment with Image Acquisition module, the figure Picture acquisition module is used to capture the motion images of the operator of the electronic equipment, identifies the action, and triggers and moved with described Make corresponding instruction, wherein described image acquisition module has the first operating mode and the second operating mode, when described image is adopted When collection module is in the first operating mode, described image acquires module and acquires image with first resolution, and identification is multiple with first The action of miscellaneous degree, when described image acquisition module is in the first operating mode, described image acquires module with first resolution The motion images of operator in the predetermined time are obtained, and identify the action；When the electronic equipment is in the second operating mode When, Image Acquisition module acquires image with second resolution, identifies the action with the second complexity；

Described device includes：

First judgment module, for when described image acquisition module is in the first operating mode, judging that there is the first complexity Action whether meet the first predetermined condition；

First handover module, for when the action with the first complexity meets the first predetermined condition, by described image Acquisition module operating mode is switched to the second operating mode；

10. device according to claim 9, which is characterized in that further include：

Second handover module, for when the action with the second complexity meets the second predetermined condition, by described image Acquisition module operating mode is switched to the first operating mode.

11. device according to claim 9, which is characterized in that the first judgment module includes：

First acquisition unit, for obtaining preset switching action；

Matching unit, for according to first predetermined condition, comparing the action and the switching action that identification obtains, generation With result；When the matching result indicates that the action is matched with the switching action, it is pre- to judge that the action meets first Fixed condition.

12. device according to claim 9, which is characterized in that the first judgment module includes：

Second acquisition unit, for according to preset period of time, obtaining collected to a collection period on Image Acquisition module The historical action that image is identified；

First comparing unit for comparing the historical action with the action currently identified, and generates comparison result；When described When comparison result indicates that the historical action is inconsistent with the action currently identified, judge that the action meets the first predetermined item Part.

13. device according to claim 9, which is characterized in that first handover module includes：

Frame number adjustment unit, for described image acquisition module to be acquired the frame number of picture by the first numerical value tune within the unit interval Whole is second value；

Wherein, first numerical value is less than the second value.

14. device according to claim 9, which is characterized in that first handover module includes：

Voltage-adjusting unit, for controlling the supply voltage for rising to described image acquisition module power supply, by the supply voltage Second voltage value is risen to by the first voltage value.

15. device according to claim 10, which is characterized in that second judgment module includes：

Second comparing unit, for the action to be compared with preset suspend mode action；When the action and the suspend mode When action matching, the action meets the second predetermined condition.

16. device according to claim 15, which is characterized in that the suspend mode, which acts, includes：User body parts it is pre- Determine stationary posture or predetermined athletic performance.

17. a kind of electronic equipment, which is characterized in that including：Image Acquisition module and such as claim 9-16 any one of them Control device.