CN103823548B - Electronic equipment, wearable device, control system and method - Google Patents
Electronic equipment, wearable device, control system and method Download PDFInfo
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- CN103823548B CN103823548B CN201210470042.2A CN201210470042A CN103823548B CN 103823548 B CN103823548 B CN 103823548B CN 201210470042 A CN201210470042 A CN 201210470042A CN 103823548 B CN103823548 B CN 103823548B
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Abstract
This application provides a kind of electronic equipment, wearable device, control system and method, which includes data link unit, for establishing data channel with wearable device；Touch sensing unit generates touch information for detecting contact/Proximity operation of operating body；Processing unit, for generating the first control instruction according to the touch information；Transmission unit responds first control instruction by the wearable device, executes corresponding control business for first control instruction to be sent to the wearable device by the data channel.By the electronic equipment of the embodiment of the present application, realizes that the control to wearable device operates, without directly operating wearable device, provide the convenience of operation.
Description
Technical field
This application involves control technology fields, more particularly to a kind of electronic equipment, wearable device, control system
System and method.
Background technique
With the development of electronic technology, the electronic equipment with different function characteristic is more and more.Existing electronic equipment
Usually there is input equipment and output equipment, input equipment can receive the control operation information of user, and output equipment is used for
Output operates corresponding output content in different controls.
Electronic equipment usually can be with the control operation information of end user, and executes corresponding operation processing.But with
The diversified development of electronic equipment, many electronic equipments in practical applications, are not easy to operation or complicated operation,
Such as wearable electronic equipment, control operation is carried out when wearing, and user needs to carry out repeatedly to raise one's hand to operate, and is just able to achieve to wearing
The control of formula equipment is worn, this makes operation extremely not convenient.
Summary of the invention
In view of this, the application provides a kind of electronic equipment, wearable device, control method and system, set to solve
The standby technical problem for controlling inconvenient benefit.
To achieve the above object, the application provides the following technical solutions:
A kind of electronic equipment, comprising:
Data link unit, for establishing data channel with wearable device；
Touch sensing unit generates touch information for detecting contact/Proximity operation of operating body；
Processing unit, for generating the first control instruction according to the touch information；
Transmission unit, for first control instruction to be sent to the wearable device by the data channel,
First control instruction is responded by the wearable device, executes corresponding control business.
Preferably, the touch sensing unit includes at least a touch area；
The touch area is used to detect contact/Proximity operation of operating body, generates touch information；
Then the processing unit is specifically used for different touch informations according to different touch areas, generates corresponding different the
One control instruction；
Then the transmission unit is specifically used for for the first different control instruction being sent to by the data channel
The wearable device is responded the first different control instructions by the wearable device, executes corresponding control business.
Preferably, the touch sensing unit includes the first touch area；
The track that first touch area is formed for detecting the first contact/Proximity operation of operating body generates rail
Mark information；
Then the processing unit is specifically used for identifying the trace information, generates candidate characters, and generating includes the time
The character output order of word selection symbol；
Then the transmission unit is specifically used for the character output order comprising the candidate characters being sent to the wearing
Formula equipment responds the character output order by the wearable device, exports the candidate characters.
Preferably, the touch sensing unit further includes the second touch area；
Second touch area is used to detect the second contact/Proximity operation of operating body, generates selection operation information；
Then the processing unit is also used to generate character selection instruction according to the selection operation information；
Then the transmission unit is also used to the character selection instruction being sent to the wearable device, by the wearing
Formula equipment responds the character selection instruction, and target character is determined from the candidate characters.
Preferably, the touch-control sensing unit includes third touch area and the 4th touch area；
The third touch area generates X axis operation information for detecting third contact/Proximity operation of operating body
And/or Y-axis operation information；
4th touch area generates Z axis to operation information for detecting four contacts/Proximity operation of operating body；
Then the processing unit is specifically used for respectively according to the X axis operation information, Y-axis operation information and/or Z axis
To operation information, X axis control instruction, Y-axis control instruction and/or Z axis are generated to control instruction；
Then the transmission unit is specifically used for the X axis control instruction, Y-axis control instruction, and/or the Z axis
Be sent to wearable device to control instruction, by wearable device respond the X axis control instruction, Y-axis control instruction and/
Or the Z axis controls the display content of output to control instruction.
Preferably, the third touch area is circle detection region, and the 4th touch area is to surround the third
The annular region of touch area.
Preferably, further includes:
Physical state detection unit, for detecting the physical state information of the electronic equipment；
Then the processing unit is also used to generate the second control instruction according to the physical state information；
Then the transmission unit is also used to second control instruction being sent to the wearable device, by the wearing
Formula equipment responds second control instruction, executes corresponding control business.
A kind of wearable device, comprising:
Fixed cell, wherein the wearable device can be worn by the fixed cell operated member；
Data link unit, for establishing data channel with an electronic equipment；
Receiving unit, for receiving the control instruction that the electronic equipment is sent by the data channel；
Processing unit executes corresponding control business for responding the control instruction；
Display unit, for showing the processing result content of the processing unit；
Connection unit configures to connect the fixed cell and the display unit, wherein the connection unit has the
One state and the second state, in said first condition, the connection unit make at least first in the display unit
Divide with the first position relationship relative to the fixed cell, and in said second condition, the connection unit makes
The display unit has the second position relationship relative to the fixed cell.
A kind of control system, packet such as above-mentioned electronic equipment and above-mentioned wearable device.
A kind of control method is applied in an electronic equipment, which comprises
Data channel is established with wearable device；
Contact/Proximity operation of operating body is detected, touch information is generated；
Control instruction is generated according to the touch information；
The control instruction is sent to the wearable device by the data channel, is rung by the wearable device
The control instruction is answered, corresponding control business is executed.
Preferably, contact/Proximity operation of the detection operating body, generating touch information includes:
The track detecting the first contact/Proximity operation of operating body and being formed generates trace information；
It is then described to include: according to touch information generation control instruction
It identifies the trace information, generates candidate characters, and generate the first control comprising at least one candidate characters
System instruction；
It is then described the control instruction is sent to the wearable device by the data channel to include:
The first control instruction comprising the candidate characters is sent to the wearable device, by the wearable device
The control instruction is responded, the candidate characters are exported.
Preferably, the method also includes:
The second contact/Proximity operation of operating body is detected, selection operation information is generated；
According to the selection operation information, character selection instruction is generated；
The character selection instruction is sent to the wearable device, the character is responded by the wearable device and is selected
Instruction is selected, target character is determined from the candidate characters.
Preferably, contact/Proximity operation of the detection operating body, generating touch information includes:
Third contact/Proximity operation of operating body is detected, X axis operation information and/or Y-axis operation information are generated；
Four contacts/Proximity operation of operating body is detected, generates Z axis to operation information；
It is then described to include: according to touch information generation control instruction
According to axial operation information described in the X axis operation information, Y and/or Z axis to operation information, X-axis is generated respectively
To control instruction, Y-axis control instruction and/or Z axis to control instruction；
It is then described the control instruction is sent to the wearable device by the data channel to include:
The X axis control instruction, the Y-axis control instruction and/or the Z axis are sent to wearing to control instruction
Formula equipment responds the X axis control instruction, the Y-axis control instruction and/or the Z axis to control from wearable device
Instruction, controls the display content of output.
It can be seen via above technical scheme that compared with prior art, this application provides a kind of electronic equipment, wearable
Equipment, control system and method, after which establishes data channel by its data link unit and wearable device, by
Touch sensing unit detects contact/Proximity operation of operating body, and to generate touch information, processing unit can be believed according to the touch-control
Breath generates the first control instruction, and first control instruction is transmitted to this by the data channel by transmission unit and wearable is set
Standby, wearable device can execute corresponding control business according to first control instruction, thus electronics through this embodiment
Equipment realizes the control to wearable device, without directly operating the wearable device, improves operation ease, especially
When wearable device is headset equipment, operation etc. of raising one's hand is avoided, so that control is easy to operate.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The embodiment of application 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 the structural schematic diagram of the application a kind of electronic equipment embodiment 1；
Fig. 2 is the structural schematic diagram of the application a kind of electronic equipment embodiment 2；
Fig. 3 is a kind of electronic equipment of the embodiment of the present application 2 schematic diagram for realizing character output synchronous with wearable device；
Fig. 4 is another signal for realizing character output synchronous with wearable device of the electronic equipment of the embodiment of the present application 2
Figure；
Fig. 5 is the electronic equipment of the embodiment of the present application 2 schematic diagram for realizing target character selection synchronous with wearable device；
Fig. 6 is the structural schematic diagram of the application a kind of electronic equipment embodiment 3；
Fig. 7 is a kind of division schematic diagram of the electronic equipment touch area of the embodiment of the present application 3；
Fig. 8 is that the another of the electronic equipment touch area of the embodiment of the present application 3 spends schematic diagram；
Fig. 9 is a kind of structural schematic diagram of wearable device embodiment 1 of the application；
Figure 10 is a kind of flow chart of control method embodiment 1 of the application；
Figure 11 is a kind of flow chart of control method embodiment 2 of the application；
Figure 12 is a kind of flow chart of control method embodiment 3 of the application.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on
Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall in the protection scope of this application.
One of main thought of the embodiment of the present application are as follows: electronic equipment includes data link unit, passes through data connection list
Member establishes data channel with wearable device, and touch sensing unit detects contact/Proximity operation of operating body, touches letter to generate
Breath, processing unit can generate the first control instruction according to the touch information, and transmission unit is by first control instruction by being somebody's turn to do
Data channel is transmitted to the wearable device, and wearable device can execute corresponding control industry according to first control instruction
Business, so that the control to wearable device is realized by the electronic equipment of the embodiment of the present application, without directly operating the wearing
Formula equipment, improve operation ease, especially wearable device be headset equipment when, avoid raise one's hand operation etc. so that
It controls easy to operate.
With reference to Fig. 1, the structural schematic diagram of the application a kind of electronic equipment embodiment 1 is shown, which can wrap
It includes:
Data link unit 101, for establishing data channel with wearable device.
Wearable device refers to fixed cell, the electronic equipment that can be worn by the user by fixed cell, example
Such as intelligent glasses headset equipment, wrist equipment etc..
The electronic equipment may be implemented to establish data channel with wearable device by data link unit, the data channel
It can be realized by wired or radio connection, such as the short-range data channel established by bluetooth.
Touch sensing unit 102 generates touch information for detecting contact/Proximity operation of operating body.
Touch sensing unit includes touch area, and operating body in touch area by executing contact/Proximity operation, touch-control
After region detection to touch/Proximity operation, corresponding touch information is generated.Such as the touch area is if for carrying out selection behaviour
The region of work, operating body carry out a touching selection operation in this region, it can generate corresponding contact information.
Touch sensing unit may include multiple touch areas, and each touch area can detecte connecing for detection operating body
Touching/Proximity operation, to generate different touch informations.
Contact/Proximity operation of operating body is the content currently exported according to wearable device, is exported with realization to it interior
The control of appearance and execute.
Processing unit 103, for generating the first control instruction according to the touch information.
After touch sensing unit generates touch information according to contact/Proximity operation of operating body, touch information can be sent out
It send to processing unit, processing unit determines that user expects the control executed operation, generate corresponding first according to the touch information
Control instruction.First control instruction includes the control information controlled the output content of wearable device.
When touch unit includes multiple touch areas, processing unit can be specifically used for according to different touch areas not
Same touch information generates corresponding different first control instructions.
Transmission unit 104, for first control instruction to be sent to described wearable set by the data channel
It is standby, first control instruction is responded by the wearable device, executes corresponding control business.
First control instruction is transferred to transmission unit by processing unit, and triggering transmission unit passes through first control instruction
The data channel is sent to wearable device.
Wearable device can respond first control instruction, execute corresponding control industry according to first control instruction
Business, to realize that operating body operates the control of wearable device.The control business for example can be close or open it is wearable
The control business of equipment output content, the control business inputted, the control that wearable device output content is adjusted
Business etc..
When processing unit is specifically used for the different touch informations according to different touch areas, corresponding different first controls of generation
System instruction when, the transmission unit can by it is described state the first different control instructions by the data channel be sent to described in wear
Formula equipment is worn, wearable device can respond the first different control instructions, thereby executing different control business.
Electronic equipment described in the embodiment of the present application can refer to the electronic equipment with touch screen, such as mobile phone, plate
The smart machines such as computer, in practical applications, the data link unit, touch sensing unit, transmission unit are single with processing respectively
Member is connected, and in a practical application, which can be blue-tooth device, and touch sensing unit is electronic equipment
Touch screen shows that screen, processing unit are the processor of electronic equipment, transmission unit can be transmitter, can be by hard
Part structure realizes functional unit included by electronic equipment.
The operating body, which can refer to, wears the wearable device, and operates the finger of the user of the electronic equipment, or
The touch objects etc. that person is held.
As another embodiment of the application, which can also include:
Physical state detection unit 105, for detecting the physical state information of the electronic equipment.
Then the processing unit 103 is also used to generate the second control instruction according to the physical state information；
Then the transmission unit 104 is also used to second control instruction being sent to the wearable device, by described
Wearable device responds second control instruction, executes corresponding control business.
The physical state information can be the movement state information of the electronic equipment, may include acceleration information, speed
Information or direction of motion information etc..The second control instruction can be generated according to the acceleration information, which can
It is controlled to trigger wearable device and shows that content is moved according to the motion state of the electronic equipment accordingly.Such as it wears
The display content that the formula equipment of wearing currently exports is a sphere, then can control the sphere and follow the motion state of electronic equipment and do
Corresponding movement out.
In the present embodiment, after electronic equipment establishes data channel by data link unit and wearable device, by touching
Contact/the Proximity operation for touching sensing unit detection operating body, to generate touch information, so that processing unit can be according to the touch-control
Information generates the first control instruction, and it is wearable by transmission unit first control instruction to be transmitted to this by the data channel
Equipment, wearable device can execute corresponding control business according to first control instruction, thus electricity through this embodiment
Sub- equipment realizes the control to wearable device, without directly operating the wearable device, improves operation ease, especially
Be wearable device be headset equipment when, avoid raise one's hand operation etc. so that control it is easy to operate.
With reference to Fig. 2, the structural schematic diagram of the application a kind of electronic equipment embodiment 2 is shown, which can wrap
It includes:
Data link unit 201, for establishing data channel with wearable device.
Touch sensing unit 202 generates touch information for detecting contact/Proximity operation of operating body.
Wherein, in the present embodiment, the touch sensing unit 202 includes the first touch area 2021, first Touch Zone
The track that domain 2021 is formed for detecting the first contact/Proximity operation of operating body generates trace information.
Processing unit 203, for generating the first control instruction according to the touch information.
The touch information includes the trace information, and processing unit can identify the trace information, generates candidate characters,
And the character output order comprising the candidate characters is generated, character output order is also a kind of first control instruction.
Transmission unit 204, for first control instruction to be sent to described wearable set by the data channel
It is standby, first control instruction is responded by the wearable device, executes corresponding control business
Wherein, when first control instruction is character output order, wearable device responds the character output order, i.e.,
The candidate characters for including in character output order can be exported, can be shown in the display interface of wearable device for
Family is checked.
Therefore, in the present embodiment, the first touch area included by the touch sensing unit is also to write input area on the other hand
Domain, processing unit generate corresponding candidate characters according to the trace information of the first touch area, and candidate characters are and the operation
The body character same or similar in the track of first touch area.Processing unit can handle the trace information in real time, thus
Wearable device can be with the hand-written output process of real-time display user.By taking user's handwriting input Chinese character as an example, carried out in user
When in handwriting input operating process, the candidate characters can refer to corresponding stroke identical as trajectory shape, radical etc., at this time
Candidate characters it is unique.User complete handwriting input operation when, the candidate characters include it is identical as user's input trajectory or
Similar multiple candidate words etc..
Therefore first touch area is generated in the track detecting the first contact/Proximity operation of operating body and being formed
Trace information specifically includes: whether the first contact/Proximity operation for detecting operating body is completed, specifically can be by judging predetermined
If the point touching operation of operating body is not detected in the time, it can determine that the first contact/Proximity operation is completed；
When detect operating body the first contact/Proximity operation do not complete when, then will according to the first contact/Proximity operation and
The trace information that the track of formation generates is sent to processing unit.Then processing unit is specifically used for generating according to the trace information
Candidate characters identical with the trajectory shape that trace information includes, and the character output order comprising the candidate characters is generated, by
The character output order is sent to wearable device by transmission unit, so that wearable device responds the character output order, it is defeated
The trajectory shape out realizes the simultaneously operating of electronic equipment and wearable device.
When detecting that the first contact of operating body/Proximity operation is completed, then will according to first contact/Proximity operation and
The final track formed generates trace information and is sent to processing unit.Then processing unit is specifically used for according to the trace information, raw
At with multiple candidate characters similar in final trajectory shape, and generate include the candidate characters character output order.By sending
The character output order is sent to wearable device by data channel by unit.Wearable device responds character output and refers to
It enables, i.e., exportable multiple candidate characters.
As shown in figure 3, for a kind of signal for realizing character output synchronous with wearable device of the present embodiment electronic equipment
Figure, that is to say synchronization schematic diagram during handwriting input.As shown in figure 4, for the present embodiment electronic equipment with it is wearable
The synchronous another schematic diagram for realizing character output of equipment, namely the synchronization schematic diagram when a handwriting input is completed.
User executes handwriting input, the first touching in the first touch area 2021 of the touch sensing unit of electronic equipment 100
It controls region 2021 and trace information is generated according to handwriting input track, processing unit generates candidate characters according to trace information, and raw
It is transferred to transmission unit at the character output order comprising the candidate characters, is sent to the character output order by transmission unit
Wearable device 200, wearable device 200 respond the character output order, which are exported.Fig. 3 and Fig. 4 are shown
The output situation of two kinds of candidate characters.
After candidate characters are exported, since candidate characters may include multiple, user is needed therefrom to select unique one
Candidate characters are as target character.Therefore, in the present embodiment, the touch sensing unit 202 further include:
Second touch area 2022, for detecting the second contact/Proximity operation of operating body, generate selection operation information.
Then the processing unit is also used to generate character selection instruction according to the selection operation information；
Then the transmission unit is also used to the character selection instruction being sent to the wearable device, by the wearing
Formula equipment responds the character selection instruction, and target character is determined from the candidate characters.
As a kind of possible situation, which can be set the multiple virtual push buttons clicked for user, from
And the operation that selection is carried out in multiple candidate characters may be implemented, the selection operation that selection operation is triggered in the second touch area
Information is sent to processing unit, and processing unit determines the selected candidate characters of user according to the selection operation information, or
Mobile equal operation in multiple candidate characters.Processing unit generates character selection instruction, since transmission unit is sent to wearing
Formula equipment.Wearable device responds the character selection instruction, determines target character.
It is illustrated in figure 5 the signal for realizing target character selection synchronous with wearable device of the present embodiment electronic equipment
Figure.In conjunction with Fig. 3 and Fig. 4 it is found that the track shape that user passes through 2021 handwriting input of the first touch area " good " of electronic equipment 100
Shape, wearable device 200 show multiple candidate characters similar with the trajectory shape in its display interface, for example including " good,
Such as, mother ", user can continue through 2022 select button and determination in the second touch area of the electronic equipment 100
Button executes selection operation, selects " good " word for wanting input and confirms, enables wearable device in its display interface
Only display should " good " word.To which user can continue through the character entering function of electronic equipment progress next time.
Wherein, second touch area can be located at the two sides of first touch area, so as to facilitate user
Both hands carry out selection operation.
In addition, the electronic equipment can also include:
Physical state detection unit 205, for detecting the physical state information of the electronic equipment.
Then the processing unit 203 is also used to generate the second control instruction according to the physical state information；
Then the transmission unit 204 is also used to second control instruction being sent to the wearable device, by described
Wearable device responds second control instruction, executes corresponding control business.
In the present embodiment, after electronic equipment establishes data channel by data link unit and wearable device, by touching
Detect contact/Proximity operation of operating body, processing unit respectively with the second touch area in the first touch area for touching sensing unit
Candidate characters are generated, and determine the target character in candidate characters, and be sent to this in the form of control instruction by transmission unit and wear
Wear formula equipment, wearable device, that is, exportable candidate characters, and the finally target character of output user selection.To pass through this reality
The electronic equipment for applying example realizes control to wearable device, and the input to wearable device can be realized by electronic equipment
Operation, without directly operating the wearable device, improving operation ease, especially wearable device is headset equipment
When, operation etc. of raising one's hand is avoided, so that control is easy to operate.
With reference to Fig. 6, the structural schematic diagram of the application a kind of electronic equipment embodiment 3 is shown, which can wrap
It includes:
Data link unit 601, for establishing data channel with wearable device.
Touch sensing unit 602 generates touch information for detecting contact/Proximity operation of operating body.
Wherein, the touch sensing unit 602 includes third touch area 6021 and the 4th touch area 6022；
The third touch area 6021 generates X axis operation for detecting third contact/Proximity operation of operating body
Information and/or Y-axis operation information.
4th touch area 6022 generates Z axis to operation for detecting four contacts/Proximity operation of operating body
Information.
Processing unit 603, for respectively according to the X axis operation information, Y-axis operation information and/or Z axis to operation
Information generates X axis control instruction, Y-axis control instruction and/or Z axis to control instruction.
Transmission unit 604, for by the X axis control instruction, Y-axis control instruction, and/or the Z axis to control
Instruction is sent to wearable device, responds the X axis control instruction, Y-axis control instruction and/or described by wearable device
Z axis controls the contents of object of output to control instruction.
In practical applications, the touch sensing unit may include electronic equipment display screen curtain, the third Touch Zone
The corresponding region that domain and the 4th touch area correspond in the display screen shows electronic equipment touch area with reference to Fig. 7
A kind of division schematic diagram.Third touch area 6021 and the 4th touch area 6022 are located at the two sides of display screen, user
The electronic equipment can be operated with both hands, so as to realize while to third touch area and the contact of the 4th touch area/connect
Near operation.It is also provided with spacer region between third touch area and the 4th touch area, prevents error detection.
When wearable device output has the display content of three-dimensional stereo effect, the control of display content may include
To three at least one of axially different axial controls, such as display content is a movable sphere, the sphere energy
It is enough to be moved in three-dimensional space, therefore third touch area and the 4th touching is at least arranged in touch sensing unit in the present embodiment
Region is controlled, third touch area receives contact/Proximity operation of operating body, forms plane control information, i.e. X axis and/or Y-axis
To operation information, the 4th touch area receive operating body contact/Proximity operation, formed Z axis to operation information.
In practical application, such as display content is a movable sphere, which can be in three-dimensional space
Movement, it is assumed that (or deviateing the corresponding direction of horizontal direction certain angle) in the horizontal direction in third touch area is connect
Touching/Proximity operation forms X axis operation information, vertical direction in the horizontal direction (or offset from perpendicular certain angle pair
The direction answered) it carries out contacting/Proximity operation formation Y-axis operation information, wherein the X axis operation information or Y-axis operation
Information may include the information such as direction, speed.To which processing unit can be according to X axis operation information or Y-axis operation letter
Breath, generate respectively X axis control instruction perhaps Y-axis control instruction by transmission unit by X axis control instruction or Y-axis
Control instruction is sent to wearable device, and wearable device responds the X axis control instruction or Y-axis control instruction, realizes
Control to display content, such as the fortune that along X-axis or Y-axis moves and control sphere of the control sphere on two-dimensional surface
Dynamic direction or movement velocity etc..Certainly the described X axis control information and Y-axis control can be handled simultaneously, so as to
It is controlled while realization to sphere X axis and Y-axis.
Similarly, the contact for the operating body that the 4th touch area detects/close, generate Z axis to control information, Yi Zhongke
The mode of energy is that the contact/Proximity operation of user in the 4th touch area forms arc track, inputs arc track according to user
Direction, speed etc. can be generated Z axis to control information, to form Z axis to control instruction, transmission unit from processing unit
Send it to wearable device, wearable device, to control instruction, is realized to display content along Z axis to control according to the Z axis
System, such as control sphere are moved along Z axis to direction.
It should be noted that user the display content of wearable device is carried out simultaneously X axis, Y-axis and Z axis to control
System, can also be controlled just for any one or two axial directions.Therefore the X axis control instruction, Y-axis control refer to
It enables and Z axis can generate and send simultaneously to wearable device to control instruction, can also be individually created and be sent to wearing
Formula equipment.
Wherein, as another embodiment, the 4th touch area can surround the third touch area, the third touching
Controlling region can be a circle detection region, and the 4th touch area is the annular detection zone for surrounding the circle detection region
Domain.Z axis can be generated to control along the arc track that annular detection zone carries out operation formation according to user in 4th touch area
Information.Be a kind of division schematic diagram of electronic equipment touch area referring specifically to Fig. 8, the 4th touch area 6022 surround this
Three touch areas 6021.One isolated area 6023 can also be set between the 4th touch area and third touch area, to avoid accidentally
Detection.
In addition, the electronic equipment can also include:
Physical state detection unit 605, for detecting the physical state information of the electronic equipment.
Then the processing unit 603 is also used to generate the second control instruction according to the physical state information；
Then the transmission unit 604 is also used to second control instruction being sent to the wearable device, by described
Wearable device responds second control instruction, executes corresponding control business.
In the present embodiment, after electronic equipment establishes data channel by data link unit and wearable device, by touching
Detect contact/Proximity operation of operating body, processing unit respectively with the 4th touch area in the third touch area for touching sensing unit
Corresponding X axis control instruction, Y-axis control instruction and/or the Z axis of generating refers to the control to control instruction, and by transmission unit
Order is sent to the wearable device, and wearable device responds the control instruction, realizes X axis, Y-axis or Z to display content
Axial control.Electronic equipment through this embodiment realizes the control to wearable device, especially can be achieved on three-dimensional
Control, so that user is without directly operating the wearable device, improving operation ease, especially wearable device is to wear
When formula equipment, operation etc. of raising one's hand is avoided, so that control is easy to operate.
Referring to Fig. 9, a kind of structural schematic diagram of wearable device embodiment 1 of the application is shown, which can
To include:
Fixed cell 901, wherein the wearable device can be worn by 901 operated member of fixed cell.
The fixed cell 901 may include the wearable components such as the helmet, headband.
Data link unit 902, for establishing data channel with an electronic equipment.
Receiving unit 903, for receiving the control instruction that the electronic equipment is sent by the data channel.
Processing unit 904 executes corresponding control business for responding the control instruction；
Display unit 905, the content after the execution control business for showing the processing unit；
Connection unit 906 configures to connect the fixed cell 901 and the display unit 905, wherein the connection is single
Member 906 has first state and the second state, and in said first condition, the connection unit 906 makes the display unit
At least first part in 905 has the first position relationship relative to the fixed cell 901, and in second state
Under, the connection unit 906 makes the display unit 905 have the second position relationship relative to the fixed cell 901.
The data link unit, receiving unit, processing unit are integrated in the wearable device, data connection list
Member, receiving unit and display unit are connect with the processing unit respectively.
As a kind of possible situation, when wearable device is headset equipment, it is worn by the user by fixed cell 901
At head, in the case where connection unit 906 is in first state, what at least first part in display unit 905 was located at user can
In viewed area and towards user.Specifically, when connection unit 906 is under first state, in display unit 905 at least
First part is located relative to the first area of fixed cell 901, and when connection unit 906 is under the second state, display
At least first part in unit 905 is located relative to the second area of fixed cell, wherein first area and second area are not
Together, and first area is that wearable device passes through fixed cell 901 by user configuration at head, the visible area of user.
Wherein, connection unit 906 may include in said first condition, supporting the bracket of the display unit.Bracket list
Length, width, thickness, shape or the scale of construction of member, can be changed by forms of motion such as mechanical movement or magnetostriction
Become, for completing the position change and position adjustment of display unit.
Wherein, fixed cell 901 may also include rotary part.Such as in the case where fixed cell is the helmet, first
Under state, rotary part can be rotated, so that display unit is located at the visible area in front of eyes of user, and in the second condition,
It can be rotated rotating part, so that display unit is moved upward in the interlayer of the helmet or helmet top.
In addition, display unit 905 may include the lesser display screen of size.In the first state, display unit 140 is located at
The visible area of user and towards user, in order to user's viewing.
In the present embodiment, wearable device can establish data channel by data link unit and electronic equipment, and
The control instruction that electronic equipment is received by the data channel executes corresponding control business according to the control instruction, without by
User directly manipulates the wearable device, so that operation ease is improved, when especially wearable device is headset equipment,
Operation etc. of raising one's hand is avoided, so that control is easy to operate.
Present invention also provides a kind of control systems, including electronic equipment described in above-described embodiment and above-described embodiment
Described in wearable device the electricity can be passed through by the electronic equipment and wearable device of the embodiment of the present application
Sub- equipment realizes that the control to wearable device, such as character input are shown, to the Three dimensions control of wearable device display content
Deng directly operating wearable device without user, improve operation ease, especially wearable device sets for wear-type
When standby, the problems such as raising one's hand to operate is avoided, so that control is easy to operate.When the corresponding touch of the touch sensing unit of electronic equipment
When shielding larger, user can also realize that both hands operate, and further improve operation ease.
In practical applications, which can be the smart machines such as mobile phone, tablet computer, which can be with
For smart machines such as intelligent glasses, so that user is by hand-hold electronic equipments when wearing intelligent glasses viewing display content
Control of which operation can be achieved, without taking intelligent glasses or raising one's hand to operate, improve the convenience of operation.
It is corresponding with electronic equipment described in the above embodiments of the present application 1, with reference to Figure 10, show a kind of control of the application
The flow chart of embodiment of the method 1, the control method are specifically based on electronic equipment described in above-described embodiment 1 to execute, the electronics
Equipment may include data link unit, touch sensing unit, processing unit and transmission unit, the method may include:
Step 1001: establishing data channel with wearable device.
Electronic equipment establishes the data channel with wearable device by data link unit.
Step 1002: detecting contact/Proximity operation of operating body, generate touch information.
Contact/Proximity operation of operating body is detected by touch sensing unit, generates touch information.
Touch sensing unit includes touch area, and operating body in touch area by executing contact/Proximity operation, touch-control
After region detection to touch/Proximity operation, corresponding touch information is generated.Such as the touch area is if for carrying out selection behaviour
The region of work, operating body carry out a touching selection operation in this region, it can generate corresponding contact information.
Touch sensing unit may include multiple touch areas, and each touch area can detecte connecing for detection operating body
Touching/Proximity operation, to generate different touch informations.
Step 1003: generating the first control instruction according to the touch information.
Due to the touch information that processing unit is generated according to touch sensing unit, the first control instruction is generated.
When touch unit includes multiple touch areas, processing unit can be specifically used for according to different touch areas not
Same touch information generates corresponding different first control instructions.
Step 1004: the control instruction being sent to the wearable device by the data channel, is worn by described
It wears formula equipment and responds the control instruction, execute corresponding control business.
It, is sent to by the data channel by transmission unit and is worn by the control instruction that electronic equipment processing unit generates
Wear formula equipment.
Wearable device can respond first control instruction, execute corresponding control industry according to first control instruction
Business, to realize that operating body operates the control of wearable device.The control business for example can be close or open it is wearable
The control business of equipment output content, the control business inputted, the control that wearable device output content is adjusted
Business etc..
When processing unit is specifically used for the different touch informations according to different touch areas, corresponding different first controls of generation
System instruction when, the transmission unit can by it is described state the first different control instructions by the data channel be sent to described in wear
Formula equipment is worn, wearable device can respond the first different control instructions, thereby executing different control business.
As another embodiment of the application, this method can also include:
Step 1005: detecting the physical state information of the electronic equipment.
Step 1006: the second control instruction is generated according to the physical state information.
Step 1007: second control instruction being sent to the wearable device, is responded by the wearable device
Second control instruction executes corresponding control business.
The physical state information can be the movement state information of the electronic equipment, may include acceleration information, speed
Information or direction of motion information etc..The second control instruction can be generated according to the acceleration information, which can
It is controlled to trigger wearable device and shows that content is moved according to the motion state of the electronic equipment accordingly.Such as it wears
The display content that the formula equipment of wearing currently exports is a sphere, then can control the sphere and follow the motion state of electronic equipment and do
Corresponding movement out.
In the present embodiment, after electronic equipment and wearable device establish data channel, and the contact of operating body/connect is detected
Near operation generates touch information, generates the first control instruction according to the touch information, and first control instruction is passed through the number
According to channel transfer to the wearable device, wearable device can execute corresponding control business according to first control instruction,
So that the control realized through this embodiment to wearable device improves operation without directly operating the wearable device
When convenience, especially wearable device are headset equipment, operation etc. of raising one's hand is avoided, so that control is easy to operate.
Corresponding with electronic equipment described in the above embodiments of the present application 2, with reference to Figure 11, present invention also provides a kind of controls
Embodiment of the method 2 processed, the electronic equipment may include data link unit, touch sensing unit, processing unit and transmission unit,
Wherein the touch sensing unit includes multiple touch areas, and electronics described in above-described embodiment 2 is specifically based in the present embodiment and is set
It is standby to execute, the method may include:
Step 1101: establishing data channel with wearable device.
Step 1102: detecting the first contact/Proximity operation of operating body, generate trace information.
Step 1103: identifying the trace information, generate candidate characters, and generate comprising at least one described candidate characters
The first control instruction.
Candidate characters are with the operating body in the same or similar character in the track of first touch area.Electronic equipment
The handwriting input operation that can detecte user carries out handwriting input operating process in user by taking user's handwriting input Chinese character as an example
When middle, the candidate characters can refer to corresponding stroke identical as trajectory shape, radical etc., and candidate characters at this time are unique.
When user completes handwriting input operation, the candidate characters include the multiple candidate words same or similar with user's input trajectory
Deng.
Step 1104: the first control instruction comprising the candidate characters being sent to the wearable device, by described
Wearable device responds the control instruction, exports the candidate characters.
After candidate characters are exported, since candidate characters may include multiple, user is needed therefrom to select unique one
Candidate characters are as target character.Therefore, the method can also include:
Step 1105: detecting the second contact/Proximity operation of operating body, generate selection operation information.
Step 1106: according to the selection operation information, generating character selection instruction.
Step 1107: the character selection instruction being sent to the wearable device, is responded by the wearable device
The character selection instruction determines target character from the candidate characters.
In addition, the electronic equipment can also detect the physical state information of its own, and according to the physical state information
The second control instruction is generated, the wearable device is sent to, second control instruction is responded by the wearable device, is held
The corresponding control business of row.
In the present embodiment, after electronic equipment and wearable device establish data channel, and the contact of operating body/connect is detected
Candidate characters can be generated near operation, and determine the target character in candidate characters, and be sent to this in the form of control instruction
Wearable device, wearable device, that is, exportable candidate characters, and the finally target character of output user selection.To pass through this
The electronic equipment of embodiment realizes the control to wearable device, can be realized by electronic equipment to the defeated of wearable device
Enter operation, without directly operating the wearable device, improving operation ease, especially wearable device is headset equipment
When, operation etc. of raising one's hand is avoided, so that control is easy to operate.
Corresponding with electronic equipment described in the above embodiments of the present application 3, with reference to Figure 12, present invention also provides a kind of controls
Embodiment of the method 3 processed, the method realize that the electronic equipment may include data link unit, touching based on the electronic equipment
Sensing unit, processing unit and transmission unit are touched, wherein the touch sensing unit includes multiple touch areas, the method packet
It includes:
Step 1201: establishing data channel with wearable device；
Step 1202: detecting third contact/Proximity operation of operating body, generate X axis operation information and/or Y-axis behaviour
Make information.
Step 1203: detecting four contacts/Proximity operation of operating body, generate Z axis to operation information.
Step 1204: according to the X axis operation information, Y-axis operation information and/or Z axis to operation information, giving birth to respectively
At X axis control instruction, Y-axis control instruction and/or Z axis to control instruction.
Step 1205: the X axis control instruction, Y-axis control instruction and/or the Z axis are sent to control instruction
To wearable device, the X axis control instruction, Y-axis control instruction and/or and the Z axis are responded by wearable device
To control instruction, the display content of output is controlled.
When wearable device output has the display content of three-dimensional stereo effect, the control of display content may include
To three at least one of axially different axial controls, such as display content is a movable sphere, the sphere energy
It is enough to be moved in three-dimensional space, therefore third Touch Zone is at least arranged in the touch sensing unit of electronic equipment in the present embodiment
Domain and the 4th touch area, third touch area receive contact/Proximity operation of operating body, form plane control information, i.e. X-axis
To and/or Y-axis operation information, the 4th touch area receive operating body contact/Proximity operation, formed Z axis to operation
Information.
In addition, the electronic equipment can also detect the physical state information of its own, and according to the physical state information
The second control instruction is generated, the wearable device is sent to, second control instruction is responded by the wearable device, is held
The corresponding control business of row.
In the present embodiment, after electronic equipment and wearable device establish data channel, detect respectively the contact of operating body/
Proximity operation, corresponding X axis control instruction, Y-axis control instruction and/or the Z axis of generating is to control instruction, and by the control instruction
It is sent to the wearable device, wearable device responds the control instruction, realizes X axis, Y-axis or Z axis to display content
To control.Electronic equipment through this embodiment realizes the control to wearable device, especially can be achieved on three-dimensional control
System, so that user is without directly operating the wearable device, improving operation ease, especially wearable device is wear-type
When equipment, operation etc. of raising one's hand is avoided, so that control is easy to operate.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
For, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that
There is also other identical elements in process, method, article or equipment including the element.
The foregoing description of the disclosed embodiments makes professional and technical personnel in the field can be realized or use the application.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the application.Therefore, the application
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of electronic equipment characterized by comprising
Data link unit, for establishing data channel with wearable device；
Touch sensing unit generates touch information for detecting contact/Proximity operation of operating body；Wherein, the operating body
Contact/Proximity operation is the content currently exported according to the wearable device, exports the control of content to it with realization and holds
Capable；
Processing unit, for generating the first control instruction according to the touch information；
Transmission unit, for first control instruction to be sent to the wearable device by the data channel, by institute
It states wearable device and responds first control instruction, execute corresponding control business, it is right including the control business inputted
The control business that wearable device output content is adjusted；
The touch sensing unit includes third touch area and the 4th touch area；
The third touch area generates X axis operation information and Y-axis for detecting third contact/Proximity operation of operating body
To operation information；
4th touch area generates Z axis to operation information for detecting four contacts/Proximity operation of operating body；
Then the processing unit is specifically used for respectively according to the X axis operation information, Y-axis operation information and Z axis to operation
Information generates X axis control instruction, Y-axis control instruction and Z axis to control instruction；
Then the transmission unit is specifically used for referring to the X axis control instruction, Y-axis control instruction and the Z axis to control
Order is sent to wearable device, from wearable device respond the X axis control instruction, Y-axis control instruction and the Z axis to
Control instruction controls the display content of output.
2. electronic equipment according to claim 1, which is characterized in that the touch sensing unit includes at least a touch-control
Region；
The touch area is used to detect contact/Proximity operation of operating body, generates touch information；
Then the processing unit is specifically used for the different touch informations according to different touch areas, generates corresponding different first controls
System instruction；
Then the transmission unit is specifically used for for the first different control instruction being sent to by the data channel described
Wearable device is responded the first different control instructions by the wearable device, executes corresponding control business.
3. electronic equipment according to claim 1 or 2, which is characterized in that the touch sensing unit includes the first touch-control
Region；
The track that first touch area is formed for detecting the first contact/Proximity operation of operating body generates track letter
Breath；
Then the processing unit is specifically used for identifying the trace information, generates candidate characters, and generating includes the candidate word
The character output order of symbol；
Then the transmission unit is specifically used for the character output order comprising the candidate characters being sent to described wearable set
It is standby, the character output order is responded by the wearable device, exports the candidate characters.
4. electronic equipment according to claim 3, which is characterized in that the touch sensing unit further includes the second Touch Zone
Domain；
Second touch area is used to detect the second contact/Proximity operation of operating body, generates selection operation information；
Then the processing unit is also used to generate character selection instruction according to the selection operation information；
Then the transmission unit is also used to the character selection instruction being sent to the wearable device, wearable is set by described
It is standby to respond the character selection instruction, target character is determined from the candidate characters.
5. electronic equipment according to claim 1, which is characterized in that the third touch area is circle detection region,
4th touch area is the annular region for surrounding the third touch area.
6. a kind of electronic equipment characterized by comprising
Data link unit, for establishing data channel with wearable device；
Touch sensing unit generates touch information for detecting contact/Proximity operation of operating body；Wherein, the operating body
Contact/Proximity operation is the content currently exported according to the wearable device, exports the control of content to it with realization and holds
Capable；
Processing unit, for generating the first control instruction according to the touch information；
Transmission unit, for first control instruction to be sent to the wearable device by the data channel, by institute
It states wearable device and responds first control instruction, execute corresponding control business, it is right including the control business inputted
The control business that wearable device output content is adjusted；
Physical state detection unit, for detecting the physical state information of the electronic equipment；
Then the processing unit is also used to generate the second control instruction according to the physical state information；
Then the transmission unit is also used to second control instruction being sent to the wearable device, wearable is set by described
It is standby to respond second control instruction, execute corresponding control business.
7. a kind of control system, which is characterized in that wrap electronic equipment as described in any one of claims 1 to 6 and wearable set
It is standby；The wearable device includes:
Fixed cell, wherein the wearable device can be worn by the fixed cell operated member；
Data link unit, for establishing data channel with an electronic equipment；
Receiving unit, for receiving the control instruction that the electronic equipment is sent by the data channel；
Processing unit executes corresponding control business for responding the control instruction；
Display unit, for showing the processing result content of the processing unit；
Connection unit configures to connect the fixed cell and the display unit, wherein the connection unit has the first shape
State and the second state, in said first condition, the connection unit have at least first part in the display unit
There is the first position relationship relative to the fixed cell, and in said second condition, the connection unit makes described
Display unit has the second position relationship relative to the fixed cell.
8. a kind of control method, which is characterized in that be applied in an electronic equipment, which comprises
Data channel is established with wearable device；
Contact/Proximity operation of operating body is detected, touch information is generated；Wherein, contact/Proximity operation of the operating body is root
According to the content that the wearable device currently exports, the control of content is exported to it with realization and is executed；According to the touch-control
Information generates control instruction；
The control instruction is sent to the wearable device by the data channel, institute is responded by the wearable device
Control instruction is stated, corresponding control business is executed, including the control business inputted, wearable device output content is carried out
The control business of adjustment；
Contact/Proximity operation of the detection operating body, generating touch information includes:
Third contact/Proximity operation of operating body is detected, X axis operation information and Y-axis operation information are generated；
Four contacts/Proximity operation of operating body is detected, generates Z axis to operation information；
It is then described to include: according to touch information generation control instruction
According to axial operation information described in the X axis operation information, Y and Z axis to operation information, X axis control is generated respectively
Instruction, Y-axis control instruction and Z axis are to control instruction；
It is then described the control instruction is sent to the wearable device by the data channel to include:
The X axis control instruction, the Y-axis control instruction and the Z axis are sent to wearable device to control instruction,
The X axis control instruction, the Y-axis control instruction and the Z axis are responded to control instruction, to output from wearable device
Display content controlled.
9. according to the method described in claim 8, it is characterized in that, contact/Proximity operation of the detection operating body, generates touching
Controlling information includes:
The track detecting the first contact/Proximity operation of operating body and being formed generates trace information；
It is then described to include: according to touch information generation control instruction
It identifies the trace information, generates candidate characters, and generate the first control comprising at least one candidate characters and refer to
It enables；
It is then described the control instruction is sent to the wearable device by the data channel to include:
The first control instruction comprising the candidate characters is sent to the wearable device, is responded by the wearable device
The control instruction exports the candidate characters.
10. according to the method described in claim 9, it is characterized in that, the method also includes:
The second contact/Proximity operation of operating body is detected, selection operation information is generated；
According to the selection operation information, character selection instruction is generated；
The character selection instruction is sent to the wearable device, the character selection is responded by the wearable device and is referred to
It enables, target character is determined from the candidate characters.
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| CN201210470042.2A CN103823548B (en) | 2012-11-19 | 2012-11-19 | Electronic equipment, wearable device, control system and method |
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| CN201210470042.2A CN103823548B (en) | 2012-11-19 | 2012-11-19 | Electronic equipment, wearable device, control system and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104615252B (en) * | 2015-02-16 | 2019-02-05 | 联想(北京)有限公司 | Control method, control device, wearable electronic equipment and electronic equipment |
| CN104898828B (en) * | 2015-04-17 | 2017-11-14 | 杭州豚鼠科技有限公司 | Using the body feeling interaction method of body feeling interaction system |
| CN105373332A (en) * | 2015-11-09 | 2016-03-02 | 北京握奇数据系统有限公司 | Quick handwriting input method and system for wearable intelligent equipment |
| CN107295028B (en) * | 2016-03-30 | 2020-10-09 | 深圳富泰宏精密工业有限公司 | Interactive communication system, method and wearable device thereof |
| CN105894775A (en) * | 2016-04-21 | 2016-08-24 | 唐小川 | Data interaction method and system of wearable device |
| CN106126092A (en) * | 2016-06-20 | 2016-11-16 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
| CN106155313B (en) * | 2016-06-28 | 2019-03-12 | 努比亚技术有限公司 | Mobile terminal, character input system and method |
| WO2018049617A1 (en) * | 2016-09-14 | 2018-03-22 | 深圳市柔宇科技有限公司 | Earphone assembly, and headphone and head-mounted display device with earphone assembly |
| CN107728811B (en) * | 2017-11-01 | 2022-02-18 | 网易（杭州）网络有限公司 | Interface control method, device and system |
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