CN108509022A - The control method and device of virtual reality device - Google Patents
The control method and device of virtual reality device Download PDFInfo
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- CN108509022A CN108509022A CN201710104184.XA CN201710104184A CN108509022A CN 108509022 A CN108509022 A CN 108509022A CN 201710104184 A CN201710104184 A CN 201710104184A CN 108509022 A CN108509022 A CN 108509022A
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- trackpad
- virtual reality
- induction region
- reality device
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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
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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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
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
- G06F3/0416—Control or interface arrangements specially adapted for digitisers
Abstract
The invention discloses a kind of control method of virtual reality device and devices.The control method of the virtual reality device includes：Receive the first touch operation that target object is executed by the Trackpad of virtual reality device；According to the first touch operation, the image of display target object on the operation and control interface of virtual reality device；Obtain location information of the image of target object on operation and control interface；Receive the second touch operation that target object executes the target induction region indicated by location information by Trackpad, wherein target induction region is the controllable region of target object；The corresponding preset function of virtual reality device performance objective induction region is controlled according to the second touch operation.Through the invention, the technique effect for improving the accuracy controlled virtual reality device has been reached.
Description
Technical field
The present invention relates to field of virtual reality, in particular to the control method and device of a kind of virtual reality device.
Background technology
Currently, the presentation mode of virtual reality (Virtual Reality, referred to as VR) is all by band video playing work(
Can virtual implementing helmet or virtual reality glasses equipment complete.Since 2016, various VR equipment
Display equipment emerges one after another, for example, more famous Products have Oculus Rift, Samsung Gear VR, HTC Vive, sudden and violent
Wind witch mirror etc..Man-machine interaction mode is broadly divided into three kinds：
(1) human-computer interaction is carried out by handheld device, wherein handheld device namely handle, for example, the hand of HTC vive
Handle, Sony PlayStation VR handles etc., handle is communicated by bluetooth with virtual implementing helmet, can will be on handle
Action feed back in VR systems.The manipulation of handle class is easier left-hand seat, but the cost of handle is not generally cheap, can be to complete machine
Price have an impact, and handle is the simple interface being normally applied to be operated for the accessory of severe game design, than
Such as, for player operation, some are wasted one's talent on a petty job.And user also holds always handle when watching video in uncomfortable hand.
If handle puts aside, since virtual implementing helmet has covered the sight of user completely, user finish watching one section of video it
Afterwards, it is also necessary to it takes virtual implementing helmet and goes to bring back handle, it is very inconvenient.
(2) human-computer interaction is carried out by head tracing system or eye tracking system, judges the current focus of user,
When the control zone duration for resting on screen display reaches certain time, then secondary control operation is completed, for example, when resting on screen
When the control zone duration of curtain display reaches 3 seconds, then complete to operate the controls such as broadcasting, the pause of player.Head/eye tracking
System needs learning cost, and general user is in the case of no prompt, it is difficult to rapidly adapt to.And for some maloperations,
Echo plex mode is can not find, or can not rapidly be returned, user experience is greatly affected.Such control mode is accurate at present
Degree and accuracy are also difficult to ensure.
(3) human-computer interaction is carried out by the Trackpad on the left of virtual implementing helmet or right side, this is at present on the market one
The most common control mode of body formula virtual implementing helmet.Trackpad is the minimum control mode of learning cost, is similar to notebook
Trackpad on computer, everybody, which is substantially all, to operate.
Fig. 1 is a kind of schematic diagram of the Touch Zone of virtual implementing helmet in the related technology.As shown in Figure 1, by Trackpad
It is arranged with button subregion, wherein for intermediate box for indicating Trackpad, the top of Trackpad is key zone.Fig. 2 is according to phase
The schematic diagram of the Touch Zone of another virtual implementing helmet in the technology of pass.As shown in Fig. 2, five keys are integrated in virtual reality
Helmet side.The problem of above two control mode, is that user after virtual implementing helmet, can not see Trackpad on tape
Position, can only armrest refer to and gropingly operated in Trackpad.If not very skilled user, it often will appear and accidentally grasp
Make or finger is misplaced into position or is pressed the wrong button.In addition, since Touch Zone is in the side of virtual implementing helmet, when user uses
Hand adjustment whole virtual implementing helmet position is all easy to cause accidentally contacting surface plate or button when either adjusting elastic band, to generate mistake
Accidentally manipulate, it is also very inconvenient in use, reduce the accuracy of virtual reality device control.
For problem low to the accuracy of virtual reality device control in the prior art, effective solution is not yet proposed at present
Certainly scheme.
Invention content
The main purpose of the present invention is to provide a kind of control method of virtual reality device and devices, at least to solve phase
Problem in the technology of pass.
To achieve the goals above, according to an aspect of the invention, there is provided a kind of controlling party of virtual reality device
Method.The control method of the virtual reality device includes：Receive target object is executed by the Trackpad of virtual reality device the
One touch operation；According to the first touch operation, the image of display target object on the operation and control interface of virtual reality device；It obtains
Location information of the image of target object on operation and control interface；Target object is received by Trackpad to indicated by location information
The second touch operation that target induction region executes, wherein target induction region is the controllable region of target object；According to
Two touch operations control the corresponding preset function of virtual reality device performance objective induction region.
Further, target object executes the target induction region indicated by location information by Trackpad the is received
Two touch operations include：Multiple induction regions of hash arrangement mode deployment are shown as on operation and control interface, wherein multiple senses
Region is answered at least to be separated by pre-determined distance, multiple induction regions correspond to the different function of virtual reality device execution respectively；From multiple
Target induction region is determined in induction region；Receive the second touch operation that target object executes induction region.
Further, receiving what target object executed the target induction region indicated by location information by Trackpad
After second touch operation, the control method of the virtual display device further includes at least one of：It is generated by shaking device
To the vibrational feedback signal of the second touch operation, wherein shaking device is deployed in the bottom of Trackpad；It is generated by temperature control device
To the temperature feedback signal of the second touch operation, wherein temperature control device is deployed in the bottom of Trackpad；It is generated by allodynia device
To the tactile feedback signal of the second touch operation, wherein allodynia device is deployed in the bottom of Trackpad.
Further, target object executes the target induction region indicated by location information by Trackpad the is received
Two touch operations include：It receives target object and touch behaviour is carried out to the target induction region indicated by location information by Trackpad
The first touching signals made, wherein color of first touching signals for touch-control target induction region changes；It is receiving
After first touching signals, judge whether the color of target induction region changes as pre-set color；If it is judged that target incudes
The color change in region is pre-set color, determines that touch operation is the second touch operation.
Further, target object executes the target induction region indicated by location information by Trackpad the is received
Two touch operations include：It receives target object and touch behaviour is carried out to the target induction region indicated by location information by Trackpad
The second touching signals made, wherein for touch-control target induction region actual situation variation occurs for the second touching signals；Receiving
After two touching signals, judge whether target induction region occurs actual situation variation；If it is judged that void occurs for target induction region
Consolidation determines that touch operation is the second touch operation.
Further, Trackpad is embedded touch control plate, or is external Trackpad, wherein external Trackpad passes through default
Interface is connected with the mainboard of virtual reality device.
Further, the outside of external Trackpad is provided with protective shell, for protecting external Trackpad.
Further, Trackpad is made the array of row and column by circuit board, including presets intensive control area, wherein default
Circuit board in intensive control area is more intensive than the Trackpad in the region in Trackpad in addition to presetting intensive control area.
Further, the position relationship between Trackpad and virtual reality device includes following one：Trackpad setting exists
The front surface of virtual reality device；Trackpad is arranged in the upper surface of virtual reality device；Trackpad setting is set in virtual reality
Standby lower surface；The whole surface in virtual reality device is arranged in Trackpad；Trackpad is not contacted with virtual reality device and phase
Connection.
To achieve the goals above, according to another aspect of the present invention, a kind of control dress of virtual reality device is provided
It sets.The control device of the virtual reality device includes：First receiving unit passes through virtual reality device for receiving target object
Trackpad execute the first touch operation；Display unit is used for according to the first touch operation, in the manipulation of virtual reality device
The image of display target object on interface；Acquiring unit, for obtaining position letter of the image of target object on operation and control interface
Breath；Second receiving unit executes the target induction region indicated by location information by Trackpad for receiving target object
The second touch operation, wherein target induction region is the controllable region of target object；Execution unit, for according to second
Touch operation controls the corresponding preset function of virtual reality device performance objective induction region.
Through the invention, the first touch behaviour executed by the Trackpad of virtual reality device using target object is received
Make；According to the first touch operation, the image of display target object on the operation and control interface of virtual reality device；Obtain target object
Location information of the image on operation and control interface；Target object is received to incude the target indicated by location information by Trackpad
The second touch operation that region executes, wherein target induction region is the controllable region of target object；It touches and grasps according to second
Make the corresponding preset function of control virtual reality device performance objective induction region, due to passing through the manipulation in virtual reality device
Location information of the influence of interface display target object on operation and control interface executes corresponding with the induction region that location information indicates
Preset function, solve the problems, such as that the accuracy controlled virtual reality device is low, so reached raising to virtual reality
The technique effect of the accuracy of equipment control.
Description of the drawings
The attached drawing constituted part of this application is used to provide further understanding of the present invention, schematic reality of the invention
Example and its explanation are applied for explaining the present invention, is not constituted improper limitations of the present invention.In the accompanying drawings：
Fig. 1 is a kind of schematic diagram of the Touch Zone of virtual implementing helmet in the related technology；
Fig. 2 is the schematic diagram according to the Touch Zone of another virtual implementing helmet in the related technology；
Fig. 3 is a kind of flow chart of the control method of virtual reality device according to the ... of the embodiment of the present invention；
Fig. 4 is a kind of structural schematic diagram of virtual implementing helmet according to the ... of the embodiment of the present invention；
Fig. 5 a are the array arrangement schematic diagrames for having at the top of a kind of touch tablet according to the ... of the embodiment of the present invention intensive control area；
Fig. 5 b are the array arrangement schematic diagrames that intensive control area is arranged at a kind of touch tablet bottom according to the ... of the embodiment of the present invention；
Fig. 6 is a kind of schematic diagram of virtual implementing helmet according to the ... of the embodiment of the present invention；
Fig. 7 is a kind of schematic diagram of multiple induction zone pre-arrangements according to the ... of the embodiment of the present invention；And
Fig. 8 is a kind of schematic diagram of the control device of virtual reality device according to the ... of the embodiment of the present invention.
Specific implementation mode
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The present invention will be described in detail below with reference to the accompanying drawings and embodiments.
In order to make those skilled in the art more fully understand application scheme, below in conjunction in the embodiment of the present application
Attached drawing, technical solutions in the embodiments of the present application are clearly and completely described, it is clear that described embodiment is only
The embodiment of the application part, instead of all the embodiments.Based on the embodiment in the application, ordinary skill people
The every other embodiment that member is obtained without making creative work should all belong to the model of the application protection
It encloses.
It should be noted that term " first " in the description and claims of this application and above-mentioned attached drawing, "
Two " etc. be for distinguishing similar object, without being used to describe specific sequence or precedence.It should be appreciated that using in this way
Data can be interchanged in the appropriate case, so as to embodiments herein described herein.In addition, term " comprising " and " tool
Have " and their any deformation, it is intended that cover it is non-exclusive include, for example, containing series of steps or unit
Process, method, system, product or equipment those of are not necessarily limited to clearly to list step or unit, but may include without clear
It is listing to Chu or for these processes, method, product or equipment intrinsic other steps or unit.
Embodiment 1
An embodiment of the present invention provides a kind of control methods of virtual reality device.
Fig. 3 is a kind of flow chart of the control method of virtual reality device according to the ... of the embodiment of the present invention.As shown in figure 3,
The control method of the virtual reality device includes the following steps：
Step S301 receives the first touch operation that target object is executed by the Trackpad of virtual reality device.
In the technical solution that above-mentioned steps S301 of the present invention is provided, target object touching by virtual reality device is received
Control the first touch operation that plate executes.
Virtual reality technology is a kind of computer simulation system that can be created with the experiencing virtual world, is given birth to using computer
At a kind of simulated environment, dynamic 3 D stereo photorealism in real time can be played.Simultaneously by being mounted on video virtual reality
The head rotation of inductor monitoring user on the helmet/glasses, monitoring eyes, gesture or other human body behavior acts, by calculating
Machine handles the data adaptable with the action of participant, and makes real-time response to the input of user, then feeds back to use respectively
The face at family make user be immersed in the environment to realize the effect for the three-dimension interaction for simulating true environment.
Touch tablet (TouchPad) is a kind of on smooth Trackpad, wherein Trackpad can be touch screen, utilize hand
The slide of finger carrys out the input unit of moving cursor.When the finger of user operates on a touchpad, certain electricity can be made
Characteristic changes, for example, resistance, capacitance etc. can be made to change, touch tablet itself will detect that the change of electrology characteristic
Amount, coordinate information is converted by the knots modification of electrology characteristic, to feed back finger on application interface according to coordinate information
Operational motion.
The target object of the embodiment is the object for executing touch operation on the touch pad, for example, target object is
Finger.Target object executes the first touch operation by the Trackpad of virtual reality device, wherein the first touch operation namely mesh
The touch action that mark object executes Trackpad.Optionally, virtual reality device is virtual implementing helmet, or VR
Mirror, first touch operation be click, double-click, two fingers amplification, the operations such as multiparty control.Optionally, what is executed on Trackpad touches
Full frame operation can be accomplished by touching operation.
Step S302, according to the first touch operation, the shadow of display target object on the operation and control interface of virtual reality device
Picture.
In the technical solution that above-mentioned steps S302 of the present invention is provided, according to the first touch operation, in virtual reality device
Operation and control interface on display target object image.
Operation and control interface, that is, application interface or screen interface.Receiving target object touching by virtual reality device
Control plate execute the first touch operation after, according to the first touch operation on the operation and control interface of virtual reality device display target
The image of object, that is, when target object executes the first touch operation on the touch pad, in the operation and control interface of virtual reality device
In it can be seen that target object image, the image of the target object can be indicated by the cursor on operation and control interface, the cursor
It can be pointing hand.When user operates, as long as finger to be placed on to the front of the helmet, so that it may in video circle
The position of finger is seen on face.
For example, virtual reality device is virtual implementing helmet, and operation and control interface is video clip, when user passes through finger
When carrying out the first touch operation on the touch pad, user can see finger in the video clip of virtual implementing helmet
Image, but can't see the relative position of target object and Trackpad.
Optionally, shaking device can be embedded in the bottom of Trackpad.After receiving the first touch operation, Ke Yisheng
At vibrational feedback signal；It can also be embedded in temperature control device in Trackpad bottom, after receiving the first touch operation, Ke Yisheng
At temperature feedback signal；It can also be embedded in allodynia device in Trackpad bottom, after receiving the first touch operation, Ke Yisheng
At tactile feedback signal, the first touch operation is confirmed convenient for user.
Step S303 obtains location information of the image of target object on operation and control interface.
In the technical solution that above-mentioned steps S303 of the present invention is provided, the image of target object is obtained on operation and control interface
Location information.
On the operation and control interface of virtual reality device after the image of display target object, the image for obtaining target object exists
Location information on operation and control interface is set that is, when target object executes the first touch operation on the touch pad in virtual reality
Location information of the image of display target object on operation and control interface on operation and control interface in standby.
Step S304 receives target object executes the target induction region indicated by location information by Trackpad the
Two touch operations.
In the technical solution that above-mentioned steps S304 of the present invention is provided, target object is received by Trackpad to location information
The second touch operation that indicated target induction region executes, wherein target induction region is the controllable area of target object
Domain.
On operation and control interface, the target induction region indicated by location information is determined, which is exactly current
Target object can manipulate on operation and control interface and execute the region of corresponding function, can be the dish of the application of virtual reality device
It is single, it can be shown by pushbutton type.It receives target object and behaviour is touched to target induction region executes second by Trackpad
Make, which can be the operations such as clicking, double-clicking on operation and control interface, two fingers amplification, multiparty control.
Optionally, the second touch operation that Trackpad receives includes at least following one or more：Target object is gently
Mobile, for example, in the cursor shown on operation and control interface to be moved, target object can gently move on smooth induction region
It is dynamic；In the display object on selecting operation and control interface, target object gently taps once in touchpad surface；It to select and move
When dynamic or dragging shows object, the cursor on operation and control interface is located on display object by target object, then target object
It is continuous to tap Trackpad twice, when tapping Trackpad second, finger is stopped on the touch pad and is carried out on the touch pad
Sliding, with mobile selected display object；When target object will double-click a display object, target object will be on operation and control interface
Cursor be located in display object on, then target object tap show object twice；It is slided on the touch pad by target object
It is dynamic, the switching to the display object on operation and control interface may be implemented, for example, the photo etc. in switching picture library.
The touch operation of the embodiment carried out on the touch pad does not have any learning cost, and precision and sensitivity
Can be much higher, it reduces the maloperation generated when adjusting the position of virtual reality device and then improves virtual reality device control
The accuracy of system.
Step S305 controls the corresponding default work(of virtual reality device performance objective induction region according to the second touch operation
Energy.
In the technical solution that above-mentioned steps S305 of the present invention is provided, virtual reality device is controlled according to the second touch operation
The corresponding preset function of performance objective induction region.
It is touched to the target induction region indicated by location information executes second by Trackpad receiving target object
After operation, the corresponding preset function of virtual reality device performance objective induction region is controlled according to the second touch operation, for example,
The corresponding preset function of target induction region is the playing function of player, either suspends playing function or fast-forward play work(
Can, according to the second touch operation control virtual reality device player execute playing function either suspend playing function or
Fast-forward functionality etc..
Optionally, it can be embedded in shaking device in Trackpad bottom, after receiving the second touch operation, can generated
Vibrational feedback signal；It can also be embedded in temperature control device in Trackpad bottom, after receiving the second touch operation, can be generated
Temperature feedback signal；It can also be embedded in allodynia device in Trackpad bottom, after receiving the second touch operation, can be generated
Tactile feedback signal confirms the second touch operation convenient for user.
The first touch operation that the embodiment is executed by receiving target object by the Trackpad of virtual reality device；Root
According to the first touch operation, the image of display target object on the operation and control interface of virtual reality device；Obtain the shadow of target object
As the location information on operation and control interface；Target object is received by Trackpad to the target induction region indicated by location information
The second touch operation executed, wherein target induction region is the controllable region of target object；According to the second touch operation control
The corresponding preset function of virtual reality device performance objective induction region processed, due to passing through the operation and control interface in virtual reality device
Location information of the influence of display target object on operation and control interface executes corresponding with the induction region that location information indicates pre-
If function, solve the problems, such as that the accuracy controlled virtual reality device is low, and then has reached raising to virtual reality device
The technique effect of the accuracy of control.
As an alternative embodiment, receiving target object by Trackpad to the target sense indicated by location information
Answer region execute the second touch operation include：Multiple induction zones of hash arrangement mode deployment are shown as on operation and control interface
Domain, wherein multiple induction regions are at least separated by pre-determined distance, and multiple induction regions correspond to virtual reality device and execute not respectively
Congenerous；Target induction region is determined from multiple induction regions；Target object is received to touch to induction region executes second
Operation.
In the inside of virtual reality device, user can see the operation and control interface of virtual reality device, but user sees not
To the relative position between target object and Trackpad, for example, user can't see the relative position between finger and Trackpad.For
It is convenient for the exact operations of target object on the touch pad, multiple induction regions on operation and control interface that can be arranged to hash arrangement
Mode, that is, different in same horizontally-arranged or same vertical setting of types from common induction region at present, the embodiment is by same application
The induction region of manipulation part is individually positioned in the different location of operation and control interface, is dissipated in operation and control interface in a manner of non-conterminous
On, it is convenient for user to be determined in touch area target object according to the current location of target object when operation in this way
Position, convenient for when user can't see the relative position between target object and Trackpad, additionally it is possible to the look on the touch pad as early as possible
To corresponding induction region.Since in some regional area, only there are one induction regions, to which maloperation will be greatly reduced, improve
The accuracy of virtual reality device control.Optionally, the bulk storage arrangement mode of multiple induction regions can be varied, as long as
At least it is separated by pre-determined distance between each induction region, target object is not allowed to be also easy to produce maloperation when executing the second touch operation
, reducing a region has intensive operation button and the maloperation that occurs, to improve virtual reality device control
Accuracy.
As an alternative embodiment, receiving target object by Trackpad to the target indicated by location information
After the second touch operation that induction region executes, the control method of the virtual reality device further includes at least one of：It is logical
Cross vibrational feedback signal of the shaking device generation to the second touch operation, wherein shaking device is deployed in the bottom of Trackpad；It is logical
Cross temperature feedback signal of the temperature control device generation to the second touch operation, wherein temperature control device is deployed in the bottom of Trackpad；It is logical
Cross tactile feedback signal of the allodynia device generation to the second touch operation, wherein allodynia device is deployed in the bottom of Trackpad.
Virtual reality device also includes at least at least one shaking device, temperature control device and allodynia device, wherein vibrations dress
It sets, temperature control device and allodynia device are deployed in the bottom of Trackpad.Target object is being received by Trackpad to location information institute
After the second touch operation that the target induction region of instruction executes, it can be generated to the second touch operation by shaking device
Vibrational feedback signal, that is, determining the execution of the second touch operation by vibrational feedback signal；It can be generated by temperature control device
To the temperature feedback signal of the second touch operation, that is, determining the execution of the second touch operation by temperature feedback signal；Pass through
Allodynia device generates the tactile feedback signal to the second touch operation, that is, determining that the second touch is grasped by tactile feedback signal
The execution of work may be implemented, when virtual reality device is in operation of the reception to game application, to provide vibrational feedback signal, temperature
The feedback of the various dimensions such as feedback signal, tactile feedback signal, and then improve the accuracy of virtual reality device control.
Optionally, after receiving the first touch operation that target object is executed by the Trackpad of virtual reality device,
It can be generated to the vibrational feedback signal of the first touch operation by shaking device, that is, determining the by vibrational feedback signal
The execution of two touch operations；The temperature feedback signal to the first touch operation can be generated by temperature control device, that is, passing through temperature
Degree feedback signal determines the execution of the first touch operation；It is generated by allodynia device and the tactile feedback of the first touch operation is believed
Number, that is, determining the execution of the first touch operation by tactile feedback signal, and then improve the standard of virtual reality device control
True property.
As an alternative embodiment, receiving target object by Trackpad to the target sense indicated by location information
Answer region execute the second touch operation include：Target object is received to incude the target indicated by location information by Trackpad
Region carries out the first touching signals of touch operation, wherein color of first touching signals for touch-control target induction region is sent out
Changing；After receiving the first touching signals, judge whether the color of target induction region changes as pre-set color；If
Judge that the color change of target induction region is pre-set color, determines that touch operation is the second touch operation.
When target object carries out touch operation by Trackpad to the target induction region indicated by location information, generate
First touching signals, color of first touching signals for touch-control target induction region change, and can pass through target sense
It answers the variation of field color to indicate that the second touch operation is to touch operation, clicking operation, double click operation etc., does not limit herein.
Second touch operation is corresponded with pre-set color, after receiving the first touching signals, judges the face of target induction region
Whether color changes determines touch operation for pre-set color if it is judged that the color change of target induction region is pre-set color
It is corresponding with color change by the color change determination of different target induction region to realize for the second touch operation
Touch operation, and then confirm the second touch operation convenient for user.
Optionally, after receiving the first touch operation that target object is executed by the Trackpad of virtual reality device,
Receive the first touch operation generation the first touching signals, receive the first touch operation generation the first touching signals it
Afterwards, judge whether the color of the corresponding induction region of the first touch operation changes as pre-set color；If it is judged that first touches
The color change for operating corresponding target induction region is pre-set color, determines that touch operation is the first touch operation.
As an alternative embodiment, receiving target object by Trackpad to the target sense indicated by location information
Answer region execute the second touch operation include：Target object is received to incude the target indicated by location information by Trackpad
Region carries out the second touching signals of touch operation, wherein for touch-control target induction region actual situation occurs for the second touching signals
Variation；After receiving the second touching signals, judge whether target induction region occurs actual situation variation；If it is judged that target
Actual situation variation occurs for induction region, determines that touch operation is the second touch operation.
Actual situation variation be target object in touch-control Trackpad, the target induction region of operation and control interface show by reality
To the variation needed, or by empty to real variation.The target indicated by location information is incuded by Trackpad in target object
When region carries out touch operation, the second touching signals are generated, which occurs empty for touch-control target induction region
Consolidation, can be by variation the second touch operation of instruction of actual situation that target induction region occurs touch operation, clicking operation,
Double click operation etc., does not limit herein.The variation of second touch operation and actual situation corresponds, receive the first touching signals it
Afterwards, judge whether target induction region occurs actual situation variation, can judge that target induction region occurs by the empty variation to reality,
It can also judge that the variation by actual arrival void occurs for target induction region.If it is judged that actual situation variation occurs for target induction region,
It determines that touch operation is second to touch and grasp, for example, if it is judged that target induction region occurs by the empty variation to reality, determines the
Two touch operations are the display object chosen on operation and control interface, if it is judged that the change by actual arrival void occurs for target induction region
Change, determines that the second touch operation is to cancel the display object chosen on operation and control interface, incuded by different target to realize
The color change in region determines touch operation corresponding with color change, and then confirms the second touch operation convenient for user.
Optionally, after receiving the first touch operation that target object is executed by the Trackpad of virtual reality device,
Receive the first touch operation generation the first touching signals, receive the first touch operation generation the first touching signals it
Afterwards, judge whether the color of the corresponding induction region of the first touch operation occurs actual situation variation；If it is judged that first touches behaviour
Actual situation variation occurs for the color for making corresponding induction region, determines that touch operation is the first touch operation.
Optionally, after receiving the touch operation that target object is executed by the Trackpad of virtual reality device, that is,
When target object touches touch screen, an individual override figure layer is popped up, which can be all-transparent, translucent
Or it is opaque, it does not limit herein.Optionally, the method for embodiment pop-up override figure layer can be similar in set-top box or
Common Pop-up manipulates menu above person's TV, consequently facilitating determining touch operation.
As an alternative embodiment, Trackpad is embedded touch control plate, or it is external Trackpad, wherein external
Trackpad is connected by preset interface with the mainboard of virtual reality device.
The Trackpad of virtual reality device can be the Trackpad being built in virtual reality device, can also be external
It is connected with the mainboard of virtual reality device by universal serial bus (Universal Serial Bus, referred to as USB)
Trackpad.
As an alternative embodiment, the outside of external Trackpad is provided with protective shell, for external Trackpad
It is protected.
Optionally, the protective shell of a plastics is placed in the outside of Trackpad, in order to avoid when Trackpad is not required to be used
It waits contaminated or accidentally touches, and then improve the accuracy of virtual reality device control.
As an alternative embodiment, Trackpad is made the array of row and column by circuit board, including preset intensive behaviour
Control area, wherein preset the circuit board in intensive control area than touching in the region in Trackpad in addition to presetting intensive control area
It is intensive to control plate.
Trackpad makes the array of row and column with printed circuit board, and printing plate is relatively viscous with strong double-face with surface plastic materials overlay film
It connects, for example, by taking condenser type sense of touch as an example, induction testing principle is the variation of capacitance, is obtained and is touched by the variation of capacitance
Control the current location of point.There is integrated circuit board, which can be ceaselessly according to capacitance under the surface of Trackpad
Variation detection and the track for being reported out touch point, so that it is determined that the position of the action and stop of target object on the touch pad.Needle
To the operating feature of virtual reality device, accomplish differentiation on the arrangement mode for column array of being expert at, including preset intensive control area,
Wherein, the circuit board preset in intensive control area is closeer than the Trackpad in the region in Trackpad in addition to presetting intensive control area
Collection indicates that there are the array arrangement in the touch of intensive control area in top and bottom respectively.In default close quarters, target object exists
The precision meeting higher identified when touching can also set different shape, size according to user demand, and position etc. is preset intensive
Control area.
As an alternative embodiment, the position relationship between above-mentioned Trackpad and virtual reality device includes following
One of：The front surface in virtual reality device is arranged in Trackpad；Trackpad is arranged in the upper surface of virtual reality device；Trackpad
It is arranged in the lower surface of virtual reality device；The whole surface in virtual reality device is arranged in Trackpad；Trackpad shows with virtual
Real equipment does not contact and is connected.
The front surface in virtual reality device is arranged in the Trackpad of virtual reality device, can also be arranged and be set in virtual reality
Standby upper surface, lower surface, and the whole surface of virtual reality device can be expanded to.The Trackpad can be it is built-in,
Can be external, that is, Trackpad and virtual reality device phase separation, can pass through USB interface or Bluetooth communication, and void
Quasi- real world devices are connected, and the connection type with game paddle are similar to, so as to avoid being arranged in the side of virtual reality device
The Trackpad in face, when user either adjusts elastic band with the position of the whole virtual reality device of hand adjustment be easy accidentally contacting surface plate or
Button to lead to the problem of mistake manipulation, and then improves the accuracy of virtual reality device control.
Optionally, above-mentioned virtual reality device can be virtual implementing helmet or be virtual glasses.
In the virtual reality device of the prior art, user can not see the position of Trackpad, can only armrest refer to gropingly
It is operated on the touch pad, is easy to cause maloperation, and the embodiment of the present invention passes through the operation and control interface in virtual reality device
The location information of display target object executes preset function corresponding with the induction region that location information indicates, and then improves
To the accuracy of virtual reality device control.
It should be noted that step shown in the flowchart of the accompanying drawings can be in such as a group of computer-executable instructions
It is executed in computer system, although also, logical order is shown in flow charts, and it in some cases, can be with not
The sequence being same as herein executes shown or described step.
Embodiment 2
Technical scheme of the present invention is illustrated with reference to preferred embodiment.It is specifically void with virtual reality device
The quasi- reality helmet, target object illustrate for user's finger.
Touch Zone is placed on the front of virtual implementing helmet by the embodiment, and is expanded to the table of entire virtual implementing helmet
Face.Trackpad can be built-in, can also be external to be connected with virtual implementing helmet system by USB interface.When with
When family needs operate virtual implementing helmet, as long as finger to be placed on to the front of virtual implementing helmet, so that it may with
The position of finger is seen in the video clip of virtual reality device, and can support to click, and is double-clicked, two fingers amplification, multiple spot control
The manipulation functions such as system, vibrations/temperature control/allodynia device can also be embedded in Trackpad bottom, when user is when carrying out game operation,
Vibrations, temperature, the feedback of the various dimensions such as sense of touch, to easily be operated can be provided.Practical operation effect and mobile phone/
The operation of the upper touch screens of PAD is the same, can accomplish full frame operation.There is no any learning cost, and precision and sensitive
Degree can be much higher, reduces the maloperation generated when adjustment virtual implementing helmet position.The row of button is manipulated on interface simultaneously
Cloth position can also do corresponding processing, and then reduce a region and have intensive operation button and the maloperation that occurs.
Fig. 4 is a kind of structural schematic diagram of virtual implementing helmet according to the ... of the embodiment of the present invention.As shown in figure 4, virtual existing
The real helmet includes：Mainboard 1, Trackpad 2, USB3, shaking device 4, temperature control device 5 and allodynia device 6, wherein USB3 includes the
One USB interface 31, USB data line 32 and secondary USB interface 33.Trackpad 2 is external Trackpad, and Trackpad 2 is placed on virtually
The outermost of the real helmet, and pass through the first USB interface 31, USB data line 32 and secondary USB interface 33 and virtual implementing helmet
Mainboard 1 be connected.Shaking device 4, temperature control device 5 and allodynia device 6 are located at the bottom of Trackpad 2, and sequence is not done herein
It limits.Alternatively it is also possible to the protective shell of a plastics is placed again in 2 outside of Trackpad, in order to avoid quilt when need not using
Pollution is accidentally touched.Optionally, the touch tablet 21 on Trackpad 2 is the array for the row and column that printed circuit board is made, touch tablet
21 top is the array of intensive control area.
Fig. 5 a are the array arrangement schematic diagrames for having at the top of a kind of touch tablet according to the ... of the embodiment of the present invention intensive control area.Such as
Shown in Fig. 5 a, intensive control area 7 is at the top of touch tablet, and in this region, the precision identified when finger is touched can higher.
The intensive control area 7 can also set different shapes and sizes, position etc. according to user demand.
Fig. 5 b are the array arrangement schematic diagrames that intensive control area is arranged at a kind of touch tablet bottom according to the ... of the embodiment of the present invention.Such as
Shown in Fig. 5 b, intensive control area 8 is in the bottom of touch tablet, and in this region, the precision identified when finger is touched can higher.
The intensive control area 8 can also set different shapes and sizes, position etc. according to user demand.
Touch tablet is a kind of on smooth Trackpad, using the slide of finger come the input unit of moving cursor,
The array of row and column is made with printed circuit board；Printing plate is more Nian Jie with strong double-face with surface plastic materials overlay film, with capacitive touch
For sense, induction testing principle is the variation of capacitance, to obtain the current location of touch point.Under touchpad surface
One special integrated circuit board ceaselessly can measure and be reported out this track, to find out action and the position of finger.For VR
The operating feature of equipment accomplishes differentiation on the arrangement mode for column array of being expert at.
The touch tablet of the embodiment is gently moved when needing mobile cursor on operation and control interface on smooth induction region
It starts to refer to；Will be when selection show object on operation and control interface, finger gently taps once in touchpad surface；It selects and moves
Or it when dragging display object, positions a cursor on display object, then finger continuously taps touch tablet twice.It strikes for the second time
When hitting touch tablet, finger is stopped on a touchpad and in surface sliding, with mobile selected object；It is double on operation and control interface
When hitting a display object, positions a cursor on object, then tap twice；It is slided by finger, object may be implemented and cut
Change function, for example, in picture library photo handoff functionality.
It should be noted that the touch operation that above-mentioned touch tablet can be supported is only the preferred implementation of the embodiment of the present invention
Example, but the touch operation for being not limited to the embodiment of the present invention is only aforesaid way, it can also be according to the application of virtual reality device
It needs to define more touch operations, no longer illustrate one by one herein.
Inside virtual implementing helmet, user can see operation and control interface, but user can't see outside virtual implementing helmet
Relative position between portion's finger and touch screen.For the ease of user's operation, the induction region on operation and control interface can be arranged to
The mode of arrangement is hashed, that is, it is different from the same horizontally-arranged or same arrangement mode of vertical setting of types, same application is manipulated into part
Button be individually positioned in the different location of screen, wait position and finger according to palm grip in operation in this way convenient for user
Touch area positioned.
Fig. 6 is a kind of schematic diagram of virtual implementing helmet according to the ... of the embodiment of the present invention.As shown in fig. 6, user holds void
The quasi- reality helmet, wherein what encircled A was represented is exactly the region that can be manipulated by the menu of current virtual real world devices,
The region that the menu of virtual reality device can manipulate is not limited herein.
Fig. 7 is a kind of schematic diagram of multiple induction zone pre-arrangements according to the ... of the embodiment of the present invention.As shown in fig. 7, virtual existing
The induction region of the player of real equipment includes induction region a, induction region b, induction region c, induction region d, induction region
E, induction region f.Wherein, induction region a, induction region b and induction region c the top of the operation and control interface of player it is left, in,
Right arrangement may be respectively used for instruction playing function, pause function, stop function, induction region d, induction region e and induction zone
Domain f is arranged respectively in the lower section left, center, right of the operation and control interface of player, may be respectively used for instruction advancement function, cycle work(
Energy, fallback function.From it is common that player control button is different in same a line arrangement mode, above-mentioned 6 induction regions are not with
Adjacent mode dissipates on screen interface.The benefit of arrangement mode in this way is easy for user when can't see finger, additionally it is possible to
The button for finding corresponding induction region on preposition Trackpad as soon as possible, since only there are one operations to press in some regional area
Button will greatly reduce maloperation.Optionally, dissipating arrangement mode can be varied, as long as retaining enough between each button
Safe distance, user do not allow to be also easy to produce maloperation in operations such as click/slidings, improve virtual reality device control
Accuracy.
Optionally, be used to indicate the cursor of finger when being shown on operation and control interface, can by different colours or
The variations such as actual situation, instruction user's finger is the operations such as to touch, click, double-clicking, consequently facilitating user confirms control action.
The type of Trackpad can be varied, infrared type touch screen, resistive touch screen, capacitive touch screen, surface
Sound wave touch screen etc., does not limit herein.
It can also be embedded in vibrations/temperature control/allodynia device in Trackpad bottom, it, can be with when user is when carrying out game operation
Vibrations are provided, temperature, the feedback of the various dimensions such as sense of touch improves virtual reality and set to provide more life-like interaction effect
The accuracy of standby control.
Touch Zone is placed on the front of virtual implementing helmet by the embodiment, and is expanded to the table of entire virtual implementing helmet
Face.When user needs to operate virtual reality device, as long as finger to be placed on to the front of virtual implementing helmet, so that it may
To see the position of finger in video clip, to easily being operated, without any learning cost, and precision
Can be much higher with sensitivity, the maloperation generated when adjustment helmet position is reduced, while pressing to the manipulation on operation and control interface
The arrangement position of button can also do corresponding processing, and reducing by a region has intensive operation button and the maloperation that occurs, improves
The accuracy of virtual reality device control.
Embodiment 3
The embodiment of the present invention additionally provides a kind of control device of virtual reality device.It should be noted that this is virtual existing
The control device of real equipment can be used for executing the control method of the virtual reality device of the embodiment of the present invention.
Fig. 8 is a kind of schematic diagram of the control device of virtual reality device according to the ... of the embodiment of the present invention.As shown in figure 8,
The control device of the virtual reality device includes：First receiving unit 10, display unit 20, acquiring unit 30, second receive single
Member 40 and execution unit 50.
First receiving unit 10, the first touch executed by the Trackpad of virtual reality device for receiving target object
Operation.
Display unit 20 is used for according to the first touch operation, the display target pair on the operation and control interface of virtual reality device
The image of elephant.
Acquiring unit 30, for obtaining location information of the image of target object on operation and control interface.
Second receiving unit 40, for receiving target object by Trackpad to the target induction zone indicated by location information
The second touch operation that domain executes, wherein target induction region is the controllable region of target object.
Execution unit 50, it is corresponding for controlling virtual reality device performance objective induction region according to the second touch operation
Preset function.
Optionally, the second receiving unit 40 includes：Display module, the first determining module and the first receiving module.Wherein, it shows
Show multiple induction regions of the module for being shown as hash arrangement mode deployment on operation and control interface, wherein multiple induction zones
Domain is at least separated by pre-determined distance, and multiple induction regions correspond to the different function of virtual reality device execution respectively；First determines mould
Block, for determining target induction region from multiple induction regions；First receiving module is for receiving target object to induction zone
The second touch operation that domain executes.
Optionally, which holds the target induction region indicated by location information by Trackpad in reception target object
After the second capable touch operation, the control device of the virtual reality device further includes generation unit, for execute it is following at least
One of step：The vibrational feedback signal to the second touch operation is generated by shaking device, wherein shaking device is deployed in touch-control
The bottom of plate；The temperature feedback signal to the second touch operation is generated by temperature control device, wherein temperature control device is deployed in touch-control
The bottom of plate；The tactile feedback signal to the second touch operation is generated by allodynia device, wherein allodynia device is deployed in touch-control
The bottom of plate.
Second receiving unit 40 includes：Second receiving module, the first judgment module and the second determining module.Wherein, second
Receiving module carries out touch operation by Trackpad for receiving target object to the target induction region indicated by location information
The first touching signals, wherein the first touching signals change for the color of touch-control target induction region；First judges mould
Block, for after receiving the first touching signals, judging whether the color of target induction region changes as pre-set color；Second
Determining module determines that touch operation is the second touch for being pre-set color in the color change for judging target induction region
Operation.
Second receiving unit 40 includes：Third receiving module, the second judgment module and third determining module.Wherein, third
Receiving module carries out touch operation by Trackpad for receiving target object to the target induction region indicated by location information
The second touching signals, wherein the second touching signals for touch-control target induction region occur actual situation variation；Second judges mould
Block, for after receiving the second touching signals, judging whether target induction region occurs actual situation variation；Third determines mould
Block, for when judging that actual situation variation occurs for target induction region, determining that touch operation is the second touch operation.
Optionally, Trackpad is embedded touch control plate, or is external Trackpad, wherein external Trackpad is connect by default
Mouth is connected with the mainboard of virtual reality device.
Optionally, the outside of external Trackpad is provided with protective shell, for protecting external Trackpad.
Optionally, Trackpad is made the array of row and column by circuit board, including presets intensive control area, wherein default close
The circuit board collected in control area is more intensive than the Trackpad in the region in Trackpad in addition to presetting intensive control area.
Optionally, the position relationship between above-mentioned Trackpad and virtual reality device includes following one：Trackpad is arranged
In the front surface of virtual reality device；Trackpad is arranged in the upper surface of virtual reality device；Trackpad is arranged in virtual reality
The lower surface of equipment；The whole surface in virtual reality device is arranged in Trackpad；Trackpad do not contacted with virtual reality device and
It is connected.
The front surface in virtual reality device is arranged in the Trackpad of virtual reality device, can also be arranged and be set in virtual reality
Standby upper surface, lower surface, and the whole surface of virtual reality device can be expanded to.The Trackpad can be it is built-in,
Can be external, that is, Trackpad and virtual reality device phase separation, can pass through USB interface or Bluetooth communication, and void
Quasi- real world devices are connected, and are similar to game paddle, so as to avoid the Trackpad being arranged in the side of virtual reality device, when
The position of user's whole virtual reality device of hand adjustment is easy accidentally contacting surface plate or button when either adjusting elastic band, to generate
The problem of mistake manipulates, and then improve the accuracy of virtual reality device control.
The embodiment receives what target object was executed by the Trackpad of virtual reality device by the first receiving unit 10
First touch operation shows mesh by display unit 20 according to the first touch operation on the operation and control interface of virtual reality device
The image for marking object obtains location information of the image of target object on operation and control interface by acquiring unit 30, passes through second
Receiving unit 40 receives target object and is touched to the target induction region indicated by location information executes second by Trackpad
Operation, wherein target induction region is the controllable region of target object, by execution unit 50 according to the second touch operation control
The corresponding preset function of virtual reality device performance objective induction region processed.Due to passing through the operation and control interface in virtual reality device
Location information of the influence of display target object on operation and control interface executes corresponding with the induction region that location information indicates pre-
If function, solve the problems, such as that the accuracy controlled virtual reality device is low, and then has reached raising to virtual reality device
The technique effect of the accuracy of control.
Obviously, those skilled in the art should be understood that each module of the above invention or each step can be with general
Computing device realize that they can be concentrated on a single computing device, or be distributed in multiple computing devices and formed
Network on, optionally, they can be realized with the program code that computing device can perform, it is thus possible to which they are stored
Be performed by computing device in the storage device, either they are fabricated to each integrated circuit modules or by they
In multiple modules or step be fabricated to single integrated circuit module to realize.In this way, the present invention is not limited to any specific
Hardware and software combines.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, any made by repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of control method of virtual reality device, which is characterized in that including：
Receive the first touch operation that target object is executed by the Trackpad of virtual reality device；
According to first touch operation, the shadow of the target object is shown on the operation and control interface of the virtual reality device
Picture；
Obtain location information of the image of the target object on the operation and control interface；
Receive the target object executes the target induction region indicated by the location information by the Trackpad the
Two touch operations, wherein the target induction region is the controllable region of the target object；
The virtual reality device, which is controlled, according to second touch operation executes the corresponding default work(of the target induction region
Energy.
2. according to the method described in claim 1, it is characterized in that, receiving the target object by the Trackpad to described
The second touch operation that target induction region indicated by location information executes includes：
Multiple induction regions of hash arrangement mode deployment are shown as on the operation and control interface, wherein the multiple induction
Region is at least separated by pre-determined distance, and the multiple induction region corresponds to the different function that the virtual reality device executes respectively；
The target induction region is determined from the multiple induction region；
Receive second touch operation that the target object executes the induction region.
3. according to the method described in claim 1, it is characterized in that, receiving the target object by the Trackpad to institute
After stating the second touch operation that target induction region indicated by location information executes, the method further include it is following at least it
One：
The vibrational feedback signal to second touch operation is generated by shaking device, wherein the shaking device is deployed in
The bottom of the Trackpad；
The temperature feedback signal to second touch operation is generated by temperature control device, wherein the temperature control device is deployed in
The bottom of the Trackpad；
The tactile feedback signal to second touch operation is generated by allodynia device, wherein the allodynia device is deployed in
The bottom of the Trackpad.
4. according to the method described in claim 1, it is characterized in that, receiving the target object by the Trackpad to described
The second touch operation that target induction region indicated by location information executes includes：
The target object is received to touch the target induction region indicated by the location information by the Trackpad
First touching signals of operation, wherein color of first touching signals for target induction region described in touch-control becomes
Change；
After receiving first touching signals, judge whether the color of the target induction region changes to preset face
Color；
If it is judged that the color change of the target induction region is the pre-set color, determine that the touch operation is described
Second touch operation.
5. according to the method described in claim 1, it is characterized in that, receiving the target object by the Trackpad to described
The second touch operation that target induction region indicated by location information executes includes：
The target object is received to touch the target induction region indicated by the location information by the Trackpad
Second touching signals of operation, wherein for target induction region described in touch-control actual situation variation occurs for second touching signals；
After receiving second touching signals, judge whether the target induction region occurs actual situation variation；
If it is judged that actual situation variation occurs for the target induction region, determine that the touch operation is the second touch behaviour
Make.
6. method as claimed in any of claims 1 to 5, which is characterized in that the Trackpad is embedded touch control plate,
Or it is external Trackpad, wherein the external Trackpad is connected by preset interface with the mainboard of the virtual reality device
It connects.
7. according to the method described in claim 6, it is characterized in that, the outside of the external Trackpad is provided with protective shell, use
It is protected in the external Trackpad.
8. method as claimed in any of claims 1 to 5, which is characterized in that the Trackpad is made by circuit board
The array of row and column, including preset intensive control area, wherein the circuit board preset in intensive control area is touched than described
The Trackpad controlled in the region in plate in addition to the default intensive control area is intensive.
9. method as claimed in any of claims 1 to 5, which is characterized in that the Trackpad virtually shows with described
Position relationship between real equipment includes following one：
The front surface in the virtual reality device is arranged in the Trackpad；
The Trackpad is arranged in the upper surface of the virtual reality device；
The Trackpad is arranged in the lower surface of the virtual reality device；
The whole surface in the virtual reality device is arranged in the Trackpad；
The Trackpad does not contact and is connected with the virtual reality device.
10. a kind of control device of virtual reality device, which is characterized in that including：
First receiving unit, the first touch operation executed by the Trackpad of virtual reality device for receiving target object；
Display unit, described according to first touch operation, being shown on the operation and control interface of the virtual reality device
The image of target object；
Acquiring unit, for obtaining location information of the image of the target object on the operation and control interface；
Second receiving unit, for receiving the target object by the Trackpad to the target indicated by the location information
The second touch operation that induction region executes, wherein the target induction region is the controllable region of the target object；
Execution unit executes the target induction region for controlling the virtual reality device according to second touch operation
Corresponding preset function.
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| CN201710104184.XA CN108509022A (en) | 2017-02-24 | 2017-02-24 | The control method and device of virtual reality device |
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| CN201710104184.XA CN108509022A (en) | 2017-02-24 | 2017-02-24 | The control method and device of virtual reality device |
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Application publication date: 20180907 |