CN106161929A - A kind of self-shooting bar control method, device and self-shooting bar - Google Patents
A kind of self-shooting bar control method, device and self-shooting bar Download PDFInfo
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- CN106161929A CN106161929A CN201610471123.2A CN201610471123A CN106161929A CN 106161929 A CN106161929 A CN 106161929A CN 201610471123 A CN201610471123 A CN 201610471123A CN 106161929 A CN106161929 A CN 106161929A
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- Prior art keywords
- control
- instruction
- rotation
- touch
- force value
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/66—Remote control of cameras or camera parts, e.g. by remote control devices
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/62—Control of parameters via user interfaces
Abstract
The embodiment of the invention discloses a kind of self-shooting bar control method, device and terminal, wherein self-shooting bar control method mays include: and is obtained from the touch-control force value that the contact panel of dabber detects；According to the corresponding relation between the touch-control force value pre-setting and control instruction, the control instruction corresponding to touch-control force value that detects described in generation；Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, rotate according to the rotary unit that described control instruction controls in described self-shooting bar.Use the embodiment of the present invention, according to the touch control operation of user, not only be can control mobile terminal by self-shooting bar and take pictures, also can control self-shooting bar and automatically rotate to adjust shooting angle, simplify the operation of user, promote Consumer's Experience.
Description
Technical field
The present invention relates to intelligent terminal technical field, particularly relate to a kind of self-shooting bar control method, device and self-shooting bar.
Background technology
As band is taken pictures and mobile terminal widely available of camera function, people can utilize mobile terminal to carry out at any time
Take pictures or photograph.Although front-facing camera or rotating camera being widely used in the terminal can facilitate user carry out from
Clap, but due to the limited length of user's arm, be vulnerable to long when shooting photo hence with front-facing camera or rotating camera
The restriction of degree distance causes auto heterodyne to be limited in scope.And the appearance of self-shooting bar effectively expands auto heterodyne scope, greatly improve auto heterodyne
Enjoyment and effect of taking pictures.
In the prior art, the function of self-shooting bar is more single, can only take pictures to mobile terminal transmission according to user operation
Instruction is to take pictures, it is impossible to be adjusted the shooting angle of mobile terminal so that user is required for hand when taking pictures every time
The dynamic shooting angle adjusting mobile terminal, reduces Consumer's Experience.
Content of the invention
The embodiment of the present invention provides a kind of self-shooting bar control method, device and self-shooting bar, can according to the touch control operation of user,
Control mobile terminal carries out taking pictures or control self-shooting bar and automatically rotates to adjust shooting angle.
Embodiment of the present invention first aspect provides a kind of self-shooting bar control method, it may include:
It is obtained from the touch-control force value that the contact panel of dabber detects；
According to the corresponding relation between the touch-control force value pre-setting and control instruction, the touch-control that detects described in generation
Control instruction corresponding to force value；
Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction control
The rotary unit made in described self-shooting bar rotates.
Corresponding pass in some possible embodiments, between touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the first pre-set pressure range, then generate photographing instruction；
The described described control instruction of mobile terminal transmission being connected to described self-shooting bar, comprising:
Send described photographing instruction to the mobile terminal that described self-shooting bar is connected.
Corresponding pass in some possible embodiments, between touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the second pre-set pressure range, then generate the first rotation instruction, wherein
Described first rotates instruction includes the first direction of rotation and the first rotation determining according to the described touch-control force value detecting
Angle；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate to described first direction of rotation according to the rotary unit that described first rotates in the described self-shooting bar of instruction control
Described first anglec of rotation.
Corresponding pass in some possible embodiments, between touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the 3rd pre-set pressure range, then generate the second rotation instruction, wherein
Described second rotates instruction includes the second direction of rotation and the second rotation determining according to the described touch-control force value detecting
Angle；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate to described second direction of rotation according to the rotary unit that described second rotates in the described self-shooting bar of instruction control
Described second anglec of rotation.
In some possible embodiments, described contact panel is touching display screen, and described method also includes:
Shown the control information of described control instruction by described touching display screen, wherein said control information includes taking pictures
Icon, or described control information includes direction of rotation and the anglec of rotation.
Embodiment of the present invention second aspect provides a kind of auto heterodyne bar controlling, it may include:
Acquiring unit, for being obtained from the touch-control force value that the contact panel of dabber detects；
Signal generating unit, for according to the corresponding relation between the touch-control force value pre-setting and control instruction, generates institute
State the control instruction corresponding to touch-control force value detecting；
Control unit, the mobile terminal for being connected to described self-shooting bar sends described control instruction, or, according to institute
The rotary unit stated in the described self-shooting bar of control instruction control rotates.
In some possible embodiments,
Described signal generating unit, specifically for when the described touch-control force value detecting is in the first pre-set pressure range,
Generate photographing instruction；
Described control unit, sends described photographing instruction specifically for the mobile terminal being connected to described self-shooting bar.
In some possible embodiments,
Described signal generating unit, specifically for when the described touch-control force value detecting is in the second pre-set pressure range,
Generating the first rotation instruction, wherein said first rotates instruction includes the first direction of rotation and according to the described touch-control detecting
First anglec of rotation that force value determines；
Described control unit, specifically for rotate according to described first rotary unit in the instruction described self-shooting bar of control to
Described first direction of rotation rotates described first anglec of rotation.
In some possible embodiments,
Described signal generating unit, specifically for when the described touch-control force value detecting is in the 3rd pre-set pressure range,
Generating the second rotation instruction, wherein said second rotates instruction includes the second direction of rotation and according to the described touch-control detecting
Second anglec of rotation that force value determines；
Described control unit, specifically for rotate according to described second rotary unit in the instruction described self-shooting bar of control to
Described second direction of rotation rotates described second anglec of rotation.
In some possible embodiments, described contact panel is touching display screen, and described device also includes:
Display unit, for being shown the control information of described control instruction, wherein said control by described touching display screen
Information processed includes imaging icon, or described control information includes direction of rotation and the anglec of rotation.
The embodiment of the present invention third aspect provides a kind of self-shooting bar, it may include processor, memory, communication interface, touch-control
Panel, electro-motor, rotary unit, bracket and expansion link, wherein:
Described contact panel is placed in described expansion link surface, for detecting the touch-control force value of touch control operation；
Described electro-motor is placed in described rotary unit, and described rotary unit is installed on described bracket or described expansion link
And in the connection member between described bracket, described electro-motor is used for driving described rotary unit and described bracket to rotate；
Described processor, described memory, described communication interface, described contact panel and described electro-motor are by communication
Bus connects and completes mutual communication；
Described memory is stored with executable program code, and described communication interface is used for radio communication；
Described processor for calling described executable program code in described memory, performs such as first aspect or the
Self-shooting bar control method described in any one possible embodiments in Yi Fangmian.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from；According to pre-setting
Touch-control force value and control instruction between corresponding relation, the control corresponding to touch-control force value detecting described in generation refers to
Order；Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction controls
Rotary unit in self-shooting bar rotates.Use the embodiment of the present invention, according to the touch control operation of user, by self-shooting bar not only
Controllable mobile terminal is taken pictures, and also can control self-shooting bar and automatically rotates to adjust shooting angle, simplifies the operation of user, carry
Rise Consumer's Experience.
Brief description
In order to be illustrated more clearly that embodiment of the present invention technical scheme, required use in embodiment being described below
Accompanying drawing is briefly described, it should be apparent that, the accompanying drawing in describing below is some embodiments of the present invention, general for this area
From the point of view of logical technical staff, on the premise of not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of the self-shooting bar control method that one embodiment of the present of invention provides；
Fig. 2 is the schematic flow sheet of the self-shooting bar control method that an alternative embodiment of the invention provides；
Fig. 3 is the schematic flow sheet of the self-shooting bar control method of another embodiment offer of the present invention；
Fig. 4 is the schematic flow sheet of the self-shooting bar control method of another embodiment offer of the present invention；
Fig. 5 is the structural representation of the auto heterodyne bar controlling that one embodiment of the present of invention provides；
Fig. 6 is the structural representation of the auto heterodyne bar controlling that an alternative embodiment of the invention provides；
Fig. 7 is the structural representation of the self-shooting bar that one embodiment of the present of invention provides.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Describe, it is clear that described embodiment is a part of embodiment of the present invention, rather than whole embodiments wholely.Based on this
Embodiment in bright, the every other enforcement that those of ordinary skill in the art are obtained under the premise of not making creative work
Example, broadly falls into the scope of protection of the invention.
The embodiment of the present invention provides a kind of self-shooting bar control method, device and self-shooting bar, can control move according to user operation
Dynamic terminal carries out taking pictures or control self-shooting bar and automatically rotates to adjust shooting angle.It is described in detail below with reference to accompanying drawing.
Seeing Fig. 1, Fig. 1 is the schematic flow sheet of the self-shooting bar control method that one embodiment of the present of invention provides.Such as Fig. 1
Shown in, described method can comprise the steps:
S101, is obtained from the touch-control force value that the contact panel of dabber detects.
Specifically, above-mentioned contact panel may be disposed at the expansion link surface of self-shooting bar, for detecting the touch control operation of user
And the parameter of touch control operation, such as touch-control force value, touch-control duration, the touch-control number of times etc. in preset duration.
In being embodied as, after contact panel detects touch-control force value, auto heterodyne bar controlling can be to contact panel
Obtain this touch-control force value detecting.
S102, according to the corresponding relation between the touch-control force value pre-setting and control instruction, detects described in generation
The control instruction corresponding to touch-control force value.
As a kind of feasible embodiment, multiple pressure limit can be pre-set, and different pressure limits pair is set
Should be in different control instructions.For example, the first pressure limit corresponds to photographing instruction, and the second pressure limit is corresponding to rotating instruction
Deng.Preferably, each pressure limit can be further divided into little scope, also can pre-set different little scopes and correspond to same
Plant parameters different in control instruction.For example, the first pressure limit can be further divided into multiple little scope, each little scope pair
Should be in the photographing instruction of different exposal models, such as general mode, macro mode, panning mode, face pattern etc..
In being embodied as, according to the touch-control force value detecting and the corresponding relation pre-setting, it may be determined that and generate right
The control instruction answered.Wherein, the control instruction of generation can include control parameter, for example take pictures parameter, rotation parameter etc..
S103, sends described control instruction to the mobile terminal that described self-shooting bar is connected, or, refer to according to described control
Rotary unit in the described self-shooting bar of order control rotates.
In some feasible embodiments, if described control instruction needs mobile terminal to perform, for example described control
Instruction is photographing instruction, or acquisition parameters adjusts instruction, then can be sent to this control instruction to be connected with described self-shooting bar
Mobile terminal.Alternatively, the connection between described mobile terminal and described self-shooting bar can be wired connection, for example, pass through earphone
Interface or USB (Universal Serial Bus, USB) interface and corresponding data wire are attached.Described shifting
Dynamic connection between terminal and described self-shooting bar can also is that wireless connection, such as bluetooth connection, WiFi connection etc..
In other feasible embodiments, if described control instruction is for rotating instruction, then can be according in rotation instruction
Rotation parameter control self-shooting bar in rotary unit rotate.Specifically, can according to rotate instruction in direction of rotation and
Anglec of rotation control electro-motor drives above-mentioned rotary unit to rotate.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from；According to pre-setting
Touch-control force value and control instruction between corresponding relation, the control corresponding to touch-control force value detecting described in generation refers to
Order；Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction controls
Rotary unit in self-shooting bar rotates.Use the embodiment of the present invention, according to the touch control operation of user, by self-shooting bar not only
Controllable mobile terminal is taken pictures, and also can control self-shooting bar and automatically rotates to adjust shooting angle, simplifies the operation of user, carry
Rise Consumer's Experience.
Seeing Fig. 2, Fig. 2 is the schematic flow sheet of the self-shooting bar control method that an alternative embodiment of the invention provides.As
Shown in Fig. 2, described method can comprise the steps:
S201, is obtained from the touch-control force value that the contact panel of dabber detects.
In the embodiment of the present invention, the detailed description of the invention of step S201 can be respectively with reference to step in embodiment illustrated in fig. 1
The associated description of S101, here is omitted.
S202, if the described touch-control force value detecting is in the first pre-set pressure range, then generates photographing instruction.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the first pre-set pressure range can be pre-set and correspond to photographing instruction.
In some feasible embodiments, also in advance the first pre-set pressure range can be divided into multiple subrange, and
Parameter of taking pictures corresponding to each subrange is set so that the touch-control force value in different subranges is taken pictures parameter corresponding to difference
Photographing instruction.For example, the parameter corresponding to different exposal models for the different subrange can be set.
Subrange according to the touch-control force value place detecting, it may be determined that corresponding parameter of taking pictures, and generate comprise this
The photographing instruction of parameter of taking pictures.
S203, if described contact panel is touching display screen, then shows described photographing instruction by described touching display screen
Information of taking pictures.
In some feasible embodiments, if above-mentioned contact panel is touching display screen, cannot be only used for detecting touch-control
Operation, it may also be used for display, then can be by the control information of described touching display screen display control instruction, when control instruction is for clapping
During according to instruction, then show the information of taking pictures of photographing instruction.
Preferably, above-mentioned control can generated after determining corresponding control instruction according to the touch-control force value detecting
Before system instruction, information of taking pictures described in display, so that user can adjust touch-control before generating above-mentioned photographing instruction as required
Operation, and then change the control instruction that will generate.
In embodiments of the present invention, control instruction is photographing instruction, and the information of taking pictures can include imaging icon and/or ginseng of taking pictures
Number, the touch control operation that wherein imaging icon can be used for pointing out user current will trigger photographing instruction, and parameter of taking pictures can point out user
The parameter of the current photographing instruction performing, for example, can point out user's exposal model.
S204, sends described photographing instruction to the mobile terminal that described self-shooting bar is connected.
In being embodied as, photographing instruction needs to be performed by mobile terminal, then generating after photographing instruction, and can be to described
The mobile terminal that self-shooting bar is connected sends this photographing instruction, so that this mobile terminal is according to the parameter of taking pictures in this photographing instruction
Perform photographing operation.
Alternatively, the connection between described mobile terminal and described self-shooting bar can be wired connection, for example, pass through earphone
Interface or USB (Universal Serial Bus, USB) interface and corresponding data wire are attached.Described shifting
Dynamic connection between terminal and described self-shooting bar can also is that wireless connection, such as bluetooth connection, WiFi connection etc..
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from；If described detect
Touch-control force value in the first pre-set pressure range, then generate photographing instruction；If described contact panel is touching display screen, then
Shown the information of taking pictures of described photographing instruction by described touching display screen；Send to the mobile terminal that described self-shooting bar is connected
Described photographing instruction.Use the embodiment of the present invention, not only be can control mobile terminal by self-shooting bar and take pictures, also can point out use
Taking pictures information in family, the function making self-shooting bar is more diversified, promotes Consumer's Experience.
Seeing Fig. 3, Fig. 3 is the schematic flow sheet of the self-shooting bar control method of another embodiment offer of the present invention.As
Shown in Fig. 3, described method can comprise the steps:
S301, is obtained from the touch-control force value that the contact panel of dabber detects.
In the embodiment of the present invention, the detailed description of the invention of step S301 can be respectively with reference to step in embodiment illustrated in fig. 1
The associated description of S101, here is omitted.
S302, if the described touch-control force value detecting is in the second pre-set pressure range, then generates the first rotation instruction,
Wherein said first rotates instruction includes the first direction of rotation and determine first according to the described touch-control force value detecting
The anglec of rotation.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the photographing instruction corresponding to the first direction of rotation for second pre-set pressure range can be pre-set.Its
In, the first direction of rotation can be clockwise or counterclockwise.
In some feasible embodiments, also in advance the second pre-set pressure range can be divided into multiple subrange, and
The anglec of rotation corresponding to each subrange is set so that the touch-control force value in different subranges corresponds to different rotary angle
The photographing instruction of the first direction of rotation.
The second pre-set pressure range according to the described touch-control force value place detecting, it may be determined that direction of rotation is first
Direction of rotation；Subrange according to the touch-control force value place detecting, it may be determined that the corresponding anglec of rotation is first anglec of rotation
Degree；And then the first rotation instruction comprising this first direction of rotation and first anglec of rotation can be generated.
By described touching display screen, S303, if described contact panel is touching display screen, then shows that described first rotates
The rotation information of instruction.
In some feasible embodiments, if above-mentioned contact panel is touching display screen, cannot be only used for detecting touch-control
Operation, it may also be used for display, then can be shown the control information of control instruction, when control instruction is the by described touching display screen
During one rotation instruction, then show the rotation information of the first rotation instruction, for example, show the first direction of rotation and/or first anglec of rotation
Degree.
Preferably, can be above-mentioned generating after determine the described first rotation instruction according to the touch-control force value detecting
Before first rotates instruction, show the rotation information of the described first rotation instruction, so that user can rotate generating above-mentioned first
Adjust touch control operation before instruction as required, and then change the control instruction that will generate.
S304, rotates instruction according to described first and controls the rotary unit in described self-shooting bar to described first direction of rotation
Rotate described first anglec of rotation.
In being embodied as, can rotate instruction according to first, control electro-motor drives above-mentioned rotary unit to rotate, makes
Above-mentioned rotary unit rotates described first anglec of rotation to described first direction of rotation.Wherein, the rotation of rotary unit can drive
Bracket in self-shooting bar rotates, and then changes the shooting angle of mobile terminal fixing in bracket.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from, if described detect
Touch-control force value in the second pre-set pressure range, then generate first rotation instruction, wherein said first rotate instruction in bag
Include the first direction of rotation and first anglec of rotation determining according to the described touch-control force value detecting, if described contact panel is
Touching display screen, then shown the rotation information of the described first rotation instruction by described touching display screen, according to described first rotation
The rotary unit turning in the described self-shooting bar of instruction control rotates described first anglec of rotation to described first direction of rotation.Use this
Inventive embodiments, the rotary unit that according to the touch control operation of user, can control self-shooting bar rotates, automatically to adjust mobile terminal
Shooting angle, promotes Consumer's Experience.
Seeing Fig. 4, Fig. 4 is the schematic flow sheet of the self-shooting bar control method of another embodiment offer of the present invention.As
Shown in Fig. 4, described method can comprise the steps:
S401, is obtained from the touch-control force value that the contact panel of dabber detects.
In the embodiment of the present invention, the detailed description of the invention of step S401 can be respectively with reference to step in embodiment illustrated in fig. 1
The associated description of S101, here is omitted.
S402, if the described touch-control force value detecting is in the 3rd pre-set pressure range, then generates the second rotation instruction,
Wherein said second rotates instruction includes the second direction of rotation and determine second according to the described touch-control force value detecting
The anglec of rotation.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the photographing instruction corresponding to the second direction of rotation for the 3rd pre-set pressure range can be pre-set.Its
In, the second direction of rotation is the direction contrary with the first direction of rotation, can be counter clockwise direction or clockwise direction.
In some feasible embodiments, also in advance the 3rd pre-set pressure range can be divided into multiple subrange, and
The anglec of rotation corresponding to each subrange is set so that the touch-control force value in different subranges corresponds to different rotary angle
The photographing instruction of the second direction of rotation.
The 3rd pre-set pressure range according to the described touch-control force value place detecting, it may be determined that direction of rotation is second
Direction of rotation；Subrange according to the touch-control force value place detecting, it may be determined that the corresponding anglec of rotation is second anglec of rotation
Degree；And then the second rotation instruction comprising this second direction of rotation and first anglec of rotation can be generated.
By described touching display screen, S403, if described contact panel is touching display screen, then shows that described second rotates
The rotation information of instruction.
In some feasible embodiments, if above-mentioned contact panel is touching display screen, cannot be only used for detecting touch-control
Operation, it may also be used for display, then can be shown the control information of control instruction, when control instruction is the by described touching display screen
During two rotation instructions, then show the rotation information of the second rotation instruction, for example, show the second direction of rotation and/or second anglec of rotation
Degree.
Preferably, can be above-mentioned generating after determine the described second rotation instruction according to the touch-control force value detecting
Before second rotates instruction, show the rotation information of the described second rotation instruction, so that user can rotate generating above-mentioned second
Adjust touch control operation before instruction as required, and then change the control instruction that will generate.
S404, rotates instruction according to described second and controls the rotary unit in described self-shooting bar to described second direction of rotation
Rotate described second anglec of rotation.
In being embodied as, can rotate instruction according to second, control electro-motor drives above-mentioned rotary unit to rotate, makes
Above-mentioned rotary unit rotates described second anglec of rotation to described second direction of rotation.Wherein, the rotation of rotary unit can drive
Bracket in self-shooting bar rotates, and then changes the shooting angle of mobile terminal fixing in bracket.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from, if described detect
Touch-control force value in the 3rd pre-set pressure range, then generate second rotation instruction, wherein said second rotate instruction in bag
Include the second direction of rotation and second anglec of rotation determining according to the described touch-control force value detecting, if described contact panel is
Touching display screen, then shown the rotation information of the described second rotation instruction by described touching display screen, according to described second rotation
The rotary unit turning in the described self-shooting bar of instruction control rotates described second anglec of rotation to described second direction of rotation.Use this
Inventive embodiments, the rotary unit that according to the touch control operation of user, can control self-shooting bar rotates, automatically to adjust mobile terminal
Shooting angle, promotes Consumer's Experience.
Seeing Fig. 5, Fig. 5 is the structural representation of the auto heterodyne bar controlling that one embodiment of the present of invention provides.Such as Fig. 5
Shown in, described auto heterodyne bar controlling can include with lower unit:
Acquiring unit 501, for being obtained from the touch-control force value that the contact panel of dabber detects.
Specifically, above-mentioned contact panel may be disposed at the expansion link surface of self-shooting bar, for detecting the touch control operation of user
And the parameter of touch control operation, such as touch-control force value, touch-control duration, the touch-control number of times etc. in preset duration.
In being embodied as, after contact panel detects touch-control force value, auto heterodyne bar controlling can be to contact panel
Obtain this touch-control force value detecting.
Signal generating unit 502, for according to the corresponding relation between the touch-control force value pre-setting and control instruction, generates
The described control instruction corresponding to touch-control force value detecting.
As a kind of feasible embodiment, multiple pressure limit can be pre-set, and different pressure limits pair is set
Should be in different control instructions.For example, the first pressure limit corresponds to photographing instruction, and the second pressure limit is corresponding to rotating instruction
Deng.Preferably, each pressure limit can be further divided into little scope, also can pre-set different little scopes and correspond to same
Plant parameters different in control instruction.For example, the first pressure limit can be further divided into multiple little scope, each little scope pair
Should be in the photographing instruction of different exposal models, such as general mode, macro mode, panning mode, face pattern etc..
In being embodied as, according to the touch-control force value detecting and the corresponding relation pre-setting, it may be determined that and generate right
The control instruction answered.Wherein, the control instruction of generation can include control parameter, for example take pictures parameter, rotation parameter etc..
Control unit 503, the mobile terminal for being connected to described self-shooting bar sends described control instruction, or, root
Rotate according to the rotary unit in the described self-shooting bar of described control instruction control.
In some feasible embodiments, if described control instruction needs mobile terminal to perform, for example described control
Instruction is photographing instruction, or acquisition parameters adjusts instruction, then can be sent to this control instruction to be connected with described self-shooting bar
Mobile terminal.Alternatively, the connection between described mobile terminal and described self-shooting bar can be wired connection, for example, pass through earphone
Interface or USB (Universal Serial Bus, USB) interface and corresponding data wire are attached.Described shifting
Dynamic connection between terminal and described self-shooting bar can also is that wireless connection, such as bluetooth connection, WiFi connection etc..
In other feasible embodiments, if described control instruction is for rotating instruction, then can be according in rotation instruction
Rotation parameter control self-shooting bar in rotary unit rotate.Specifically, can according to rotate instruction in direction of rotation and
Anglec of rotation control electro-motor drives above-mentioned rotary unit to rotate.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from；According to pre-setting
Touch-control force value and control instruction between corresponding relation, the control corresponding to touch-control force value detecting described in generation refers to
Order；Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction controls
Rotary unit in self-shooting bar rotates.Use the embodiment of the present invention, according to the touch control operation of user, by self-shooting bar not only
Controllable mobile terminal is taken pictures, and also can control self-shooting bar and automatically rotates to adjust shooting angle, simplifies the operation of user, carry
Rise Consumer's Experience.
Seeing Fig. 6, Fig. 6 is the structural representation of the auto heterodyne bar controlling that an alternative embodiment of the invention provides.As
Shown in Fig. 6, on the basis of auto heterodyne bar controlling shown in Fig. 5, described auto heterodyne bar controlling can include display unit 504,
Wherein:
Display unit 504, can be used for, when described contact panel is touching display screen, being shown by described touching display screen
The control information of described control instruction, wherein said control information includes imaging icon, or described control information includes rotating
Direction and the anglec of rotation.
In some feasible embodiments, if above-mentioned contact panel is touching display screen, cannot be only used for detecting touch-control
Operation, it may also be used for display, then can be by the control information of described touching display screen display control instruction.
When control instruction is photographing instruction, display unit 604 can be used for showing the information of taking pictures of photographing instruction.Wherein,
The information of taking pictures can include imaging icon and/or parameter of taking pictures, and wherein imaging icon can be used for pointing out user current touch control operation
To trigger photographing instruction, parameter of taking pictures can point out the parameter of the photographing instruction that user currently performs, for example, user can be pointed out to take pictures
Pattern.
When control instruction is for rotating instruction, display unit 504 can be used for the rotation information that display rotates instruction, for example may be used
Display direction of rotation and/or the anglec of rotation.
Preferably, display unit 504 can after determining corresponding control instruction according to the touch-control force value that detects,
Before generating above-mentioned control instruction, show described control information, so that user can be according to need before generating above-mentioned control instruction
Touch control operation to be adjusted, and then change the control instruction that will generate.
As a kind of alternative embodiment, signal generating unit 502 can specifically in the described touch-control force value detecting the
When in one pre-set pressure range, generate photographing instruction.
Control unit 503, can send described photographing instruction specifically for the mobile terminal being connected to described self-shooting bar.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the first pre-set pressure range can be pre-set and correspond to photographing instruction.
In some feasible embodiments, also in advance the first pre-set pressure range can be divided into multiple subrange, and
Parameter of taking pictures corresponding to each subrange is set so that the touch-control force value in different subranges is taken pictures parameter corresponding to difference
Photographing instruction.For example, the parameter corresponding to different exposal models for the different subrange can be set.
Subrange according to the touch-control force value place detecting, it may be determined that corresponding parameter of taking pictures, and generate comprise this
The photographing instruction of parameter of taking pictures.
In being embodied as, photographing instruction needs to be performed by mobile terminal, then generating after photographing instruction, and can be to described
The mobile terminal that self-shooting bar is connected sends this photographing instruction, so that this mobile terminal is according to the parameter of taking pictures in this photographing instruction
Perform photographing operation.
Alternatively, the connection between described mobile terminal and described self-shooting bar can be wired connection, for example, pass through earphone
Interface or USB (Universal Serial Bus, USB) interface and corresponding data wire are attached.Described shifting
Dynamic connection between terminal and described self-shooting bar can also is that wireless connection, such as bluetooth connection, WiFi connection etc..
In this alternative embodiment, not only be can control mobile terminal by self-shooting bar and take pictures, user also can be pointed out to clap
According to information, the function making self-shooting bar is more diversified, promotes Consumer's Experience.
As a kind of alternative embodiment, signal generating unit 502 can specifically in the described touch-control force value detecting the
When in two pre-set pressure range, generate first rotation instruction, wherein said first rotate instruction include the first direction of rotation and
First anglec of rotation determining according to the described touch-control force value detecting；
Control unit 503, can be specifically for rotating the rotary unit in the described self-shooting bar of instruction control according to described first
Rotate described first anglec of rotation to described first direction of rotation.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the photographing instruction corresponding to the first direction of rotation for second pre-set pressure range can be pre-set.Its
In, the first direction of rotation can be clockwise or counterclockwise.
In some feasible embodiments, also in advance the second pre-set pressure range can be divided into multiple subrange, and
The anglec of rotation corresponding to each subrange is set so that the touch-control force value in different subranges corresponds to different rotary angle
The photographing instruction of the first direction of rotation.
The second pre-set pressure range according to the described touch-control force value place detecting, it may be determined that direction of rotation is first
Direction of rotation；Subrange according to the touch-control force value place detecting, it may be determined that the corresponding anglec of rotation is first anglec of rotation
Degree；And then the first rotation instruction comprising this first direction of rotation and first anglec of rotation can be generated.
In being embodied as, can rotate instruction according to first, control electro-motor drives above-mentioned rotary unit to rotate, makes
Above-mentioned rotary unit rotates described first anglec of rotation to described first direction of rotation.Wherein, the rotation of rotary unit can drive
Bracket in self-shooting bar rotates, and then changes the shooting angle of mobile terminal fixing in bracket.
As a kind of alternative embodiment, signal generating unit 502 can specifically in the described touch-control force value detecting the
When in three pre-set pressure range, generate second rotation instruction, wherein said second rotate instruction include the second direction of rotation and
Second anglec of rotation determining according to the described touch-control force value detecting；
Control unit 503, can be specifically for rotating the rotary unit in the described self-shooting bar of instruction control according to described second
Rotate described second anglec of rotation to described second direction of rotation.
In being embodied as, multiple pre-set pressure range can be pre-set, and different pre-set pressure range is set corresponds to
Different control instructions.Wherein, the photographing instruction corresponding to the second direction of rotation for the 3rd pre-set pressure range can be pre-set.Its
In, the second direction of rotation is the direction contrary with the first direction of rotation, can be counter clockwise direction or clockwise direction.
In some feasible embodiments, also in advance the 3rd pre-set pressure range can be divided into multiple subrange, and
The anglec of rotation corresponding to each subrange is set so that the touch-control force value in different subranges corresponds to different rotary angle
The photographing instruction of the second direction of rotation.
The 3rd pre-set pressure range according to the described touch-control force value place detecting, it may be determined that direction of rotation is second
Direction of rotation；Subrange according to the touch-control force value place detecting, it may be determined that the corresponding anglec of rotation is second anglec of rotation
Degree；And then the second rotation instruction comprising this second direction of rotation and first anglec of rotation can be generated.
In being embodied as, can rotate instruction according to second, control electro-motor drives above-mentioned rotary unit to rotate, makes
Above-mentioned rotary unit rotates described second anglec of rotation to described second direction of rotation.Wherein, the rotation of rotary unit can drive
Bracket in self-shooting bar rotates, and then changes the shooting angle of mobile terminal fixing in bracket.
In this alternative embodiment, the rotary unit that according to the touch control operation of user, can control self-shooting bar rotates automatically, with
Adjust the shooting angle of mobile terminal, promote Consumer's Experience.
Seeing Fig. 7, Fig. 7 is the structural representation of the self-shooting bar that one embodiment of the present of invention provides.As it is shown in fig. 7, institute
State self-shooting bar and can include that the 705th, processor the 701st, memory the 702nd, communication interface the 703rd, contact panel the 704th, electro-motor rotates singly
Unit the 706th, bracket 707 and expansion link 708, wherein:
Contact panel 704 is placed in described expansion link surface, can be used for detecting the touch-control force value of touch control operation；
Electro-motor 705 is placed in rotary unit 706, and rotary unit 706 is installed on bracket 707 or expansion link 708 and torr
In connection member between frame 707, electro-motor 705 is used for that unit 706 is rotated and bracket 707 rotates；
Above-mentioned processor the 701st, memory the 702nd, communication interface the 703rd, contact panel 704 and electro-motor 705 can be by leading to
Letter bus connects and completes mutual communication；Communication interface 703 may include but be not limited to blue tooth interface, WiFi interface, antenna,
Amplifier, transceiver, coupler, LNA (Low Noise Amplifier, low-noise amplifier), duplexer etc..Memory
702 include following at least one: random access memory (RAM), nonvolatile memory and external memory storage, deposit in memory 702
Containing executable program code, processor 701 can call this executable program code, execution following steps:
It is obtained from the touch-control force value that the contact panel of dabber detects；
According to the corresponding relation between the touch-control force value pre-setting and control instruction, the touch-control that detects described in generation
Control instruction corresponding to force value；
Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction control
The rotary unit made in described self-shooting bar rotates.
As a kind of alternative embodiment, the corresponding pass between the touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the first pre-set pressure range, then generate photographing instruction；
The described described control instruction of mobile terminal transmission being connected to described self-shooting bar, comprising:
Send described photographing instruction to the mobile terminal that described self-shooting bar is connected.
As a kind of alternative embodiment, the corresponding pass between the touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the second pre-set pressure range, then generate the first rotation instruction, wherein
Described first rotates instruction includes the first direction of rotation and the first rotation determining according to the described touch-control force value detecting
Angle；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate to described first direction of rotation according to the rotary unit that described first rotates in the described self-shooting bar of instruction control
Described first anglec of rotation.
As a kind of alternative embodiment, the corresponding pass between the touch-control force value that described basis pre-sets and control instruction
It is, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the 3rd pre-set pressure range, then generate the second rotation instruction, wherein
Described second rotates instruction includes the second direction of rotation and the second rotation determining according to the described touch-control force value detecting
Angle；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate to described second direction of rotation according to the rotary unit that described second rotates in the described self-shooting bar of instruction control
Described second anglec of rotation.
As a kind of alternative embodiment, when described contact panel 704 is for touching display screen, processor 701 also can call
This executable program code, execution following steps:
Shown the control information of described control instruction by described touching display screen, wherein said control information includes taking pictures
Icon, or described control information includes direction of rotation and the anglec of rotation.
In the embodiment of the present invention, the touch-control force value that the contact panel of dabber detects can be obtained from；According to pre-setting
Touch-control force value and control instruction between corresponding relation, the control corresponding to touch-control force value detecting described in generation refers to
Order；Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, according to described control instruction controls
Rotary unit in self-shooting bar rotates.Use the embodiment of the present invention, according to the touch control operation of user, by self-shooting bar not only
Controllable mobile terminal is taken pictures, and also can control self-shooting bar and automatically rotates to adjust shooting angle, simplifies the operation of user, carry
Rise Consumer's Experience.
Module in all embodiments of the invention or unit, can pass through universal integrated circuit, such as CPU (Central
Processing Unit, central processing unit), or pass through ASIC (Application Specific Integrated
Circuit, special IC) realize.
Step in embodiment of the present invention method can carry out order according to actual needs and adjust, merges and delete.
Module in embodiment of the present invention device or unit can merge according to actual needs, divide and delete.
One of ordinary skill in the art will appreciate that all or part of flow process realizing in above-described embodiment method, be permissible
Instructing related hardware by computer program to complete, described program can be stored in a computer read/write memory medium
In, this program is upon execution, it may include such as the flow process of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic
Dish, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access
Memory, RAM) etc..
The above disclosed present pre-ferred embodiments that is only, can not limit the right model of the present invention with this certainly
Enclose, the equivalent variations therefore made according to the claims in the present invention, still belong to the scope that the present invention is covered.
Claims (11)
1. a self-shooting bar control method, it is characterised in that include:
It is obtained from the touch-control force value that the contact panel of dabber detects；
According to the corresponding relation between the touch-control force value pre-setting and control instruction, the touch-control pressure that detects described in generation
The corresponding control instruction of value；
Send described control instruction to the mobile terminal that described self-shooting bar is connected, or, control institute according to described control instruction
The rotary unit stated in self-shooting bar rotates.
2. method according to claim 1, it is characterised in that touch-control force value and control that described basis pre-sets refer to
Corresponding relation between order, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the first pre-set pressure range, then generate photographing instruction；
The described described control instruction of mobile terminal transmission being connected to described self-shooting bar, comprising:
Send described photographing instruction to the mobile terminal that described self-shooting bar is connected.
3. method according to claim 1, it is characterised in that touch-control force value and control that described basis pre-sets refer to
Corresponding relation between order, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the second pre-set pressure range, then generate the first rotation instruction, wherein said
First rotates instruction includes the first direction of rotation and first anglec of rotation determining according to the described touch-control force value detecting；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate the rotary unit instructing in the described self-shooting bar of control according to described first to described in described first direction of rotation rotation
First anglec of rotation.
4. method according to claim 1, it is characterised in that touch-control force value and control that described basis pre-sets refer to
Corresponding relation between order, the control instruction corresponding to touch-control force value detecting described in generation, comprising:
If the described touch-control force value detecting is in the 3rd pre-set pressure range, then generate the second rotation instruction, wherein said
Second rotates instruction includes the second direction of rotation and second anglec of rotation determining according to the described touch-control force value detecting；
The described rotary unit controlling in described self-shooting bar according to described control instruction rotates, comprising:
Rotate the rotary unit instructing in the described self-shooting bar of control according to described second to described in described second direction of rotation rotation
Second anglec of rotation.
5. the method according to any one of Claims 1-4, it is characterised in that described contact panel is touching display screen, institute
Method of stating also includes:
Shown the control information of described control instruction by described touching display screen, wherein said control information includes figure of taking pictures
Mark, or described control information includes direction of rotation and the anglec of rotation.
6. an auto heterodyne bar controlling, it is characterised in that include:
Acquiring unit, for being obtained from the touch-control force value that the contact panel of dabber detects；
Signal generating unit, for according to the corresponding relation between the touch-control force value pre-setting and control instruction, generating described inspection
The control instruction corresponding to touch-control force value measuring；
Control unit, the mobile terminal for being connected to described self-shooting bar sends described control instruction, or, according to described control
Rotary unit in the described self-shooting bar of system instruction control rotates.
7. device according to claim 6, it is characterised in that
Described signal generating unit, specifically for when the described touch-control force value detecting is in the first pre-set pressure range, generates
Photographing instruction；
Described control unit, sends described photographing instruction specifically for the mobile terminal being connected to described self-shooting bar.
8. device according to claim 6, it is characterised in that
Described signal generating unit, specifically for when the described touch-control force value detecting is in the second pre-set pressure range, generates
First rotates instruction, and wherein said first rotates instruction includes the first direction of rotation and according to the described touch-control pressure detecting
First anglec of rotation that value determines；
Described control unit, specifically for rotating rotary unit in the instruction described self-shooting bar of control to described according to described first
First direction of rotation rotates described first anglec of rotation.
9. device according to claim 6, it is characterised in that
Described signal generating unit, specifically for when the described touch-control force value detecting is in the 3rd pre-set pressure range, generates
Second rotates instruction, and wherein said second rotates instruction includes the second direction of rotation and according to the described touch-control pressure detecting
Second anglec of rotation that value determines；
Described control unit, specifically for rotating rotary unit in the instruction described self-shooting bar of control to described according to described second
Second direction of rotation rotates described second anglec of rotation.
10. the device according to any one of claim 6 to 9, it is characterised in that described contact panel is touching display screen,
Described device also includes:
Display unit, for being shown the control information of described control instruction by described touching display screen, wherein said control is believed
Breath includes imaging icon, or described control information includes direction of rotation and the anglec of rotation.
11. 1 kinds of self-shooting bars, it is characterised in that include: processor, memory, communication interface, contact panel, electro-motor, rotation
Turn unit, bracket and expansion link, wherein:
Described contact panel is placed in described expansion link surface, for detecting the touch-control force value of touch control operation；
Described electro-motor is placed in described rotary unit, and described rotary unit is installed on described bracket or described expansion link and institute
Stating in the connection member between bracket, described electro-motor is used for driving described rotary unit and described bracket to rotate；
Described processor, described memory, described communication interface, described contact panel and described electro-motor pass through communication bus
Connect and complete mutual communication；
Described memory is stored with executable program code, and described communication interface is used for radio communication；
Described processor, for calling the described executable program code in described memory, performs as any in claim 1-5
Self-shooting bar control method described in one.
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