CN107491171A - Virtual reality helmet eyeshield control method and virtual reality helmet - Google Patents
Virtual reality helmet eyeshield control method and virtual reality helmet Download PDFInfo
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- CN107491171A CN107491171A CN201710701806.7A CN201710701806A CN107491171A CN 107491171 A CN107491171 A CN 107491171A CN 201710701806 A CN201710701806 A CN 201710701806A CN 107491171 A CN107491171 A CN 107491171A
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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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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H23/00—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms
- A61H23/02—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms with electric or magnetic drive
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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
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1423—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display
- G06F3/1431—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display using a single graphics controller
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V20/00—Scenes; Scene-specific elements
- G06V20/20—Scenes; Scene-specific elements in augmented reality scenes
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- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2205/00—Devices for specific parts of the body
- A61H2205/02—Head
- A61H2205/022—Face
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Abstract
The invention discloses a kind of virtual reality helmet eyeshield control method and virtual display device, Display Category information and display time including obtaining virtual reality helmet display content, and Display Category information is based on, send eyeshield prompting message when showing that the time reaches the first preset time.Start in Consumer's Experience equipment, obtain and show time and Display Category information, according to the difference of Display Category information, eyeshield prompting is sent after reaching the first preset time in the display time, reach the effect of eyeshield, and further according to display duration and the difference of Display Category information, the second different preset times and/or the different default vibration frequency of eyeshield module are set, control device enters eyeshield pattern according to the second preset time and/or default vibration frequency, reach the purpose of eyeshield in a manner of rest combination with massaging, in the presence of the technical problem with kopiopia when solving existing experiencing virtual reality helmet.
Description
Technical field
The invention belongs to technical field of virtual reality, is to be related to a kind of virtual reality helmet eyeshield control specifically
Method and virtual reality helmet processed.
Background technology
Virtual reality（Virtual Reality, VR）Technology is a kind of computer that can be created with the experiencing virtual world
Analogue system, a kind of simulated environment is generated using computer, be a kind of interactive Three-Dimensional Dynamic what comes into a driver's of Multi-source Information Fusion
With the system of entity behavior, user is set to be immersed in the simulated environment.
With the progress of virtual reality technology, VR helmets, which are also popularized, to come, and some VR helmets use hand at present
Machine screen is experiencing virtual real effect, user need to watch apart from mobile phone 2-3cm distance, and closely use as display screen
At the moment eyes can produce regulation action, and eye anxiety and spasm can at most be caused by adjusting, also, the resolution ratio of mobile phone display screen
Low, the picture after optical amplifier also can be smudgy, can cause user's eye dizziness and kopiopia.
The content of the invention
This application provides a kind of virtual reality helmet eyeshield control method and virtual reality helmet, solves existing
The technical problem of kopiopia during with the presence of experiencing virtual reality helmet.
In order to solve the above technical problems, the application is achieved using following technical scheme：
A kind of virtual reality helmet eyeshield control method is proposed, including：Obtain in the virtual reality helmet shows
The Display Category information of appearance and display time；Based on the Display Category information, when showing that the time reaches the first preset time
Send eyeshield prompting message.
Further, after eyeshield prompting message is sent, methods described also includes：Judge whether to receive user's confirmation
Information；If so, stopping showing and controlling eyeshield module to run the second preset time, and/or run according to default vibration frequency；Its
In, the eyeshield module is made up of the vibrations unit of multiple multi-frequencies, the eye being installed in the virtual reality helmet
Region.
Further, the Display Category information is display frame rate, then is shown in the acquisition virtual reality helmet
After the Display Category information of content, methods described also includes：Judge the frame per second grade belonging to the display frame rate；Based on frame per second
Grade and the first eyeshield corresponding time relationship of eyeshield time, set second preset time；And/or based on frame per second grade
With the second eyeshield corresponding time relationship of vibration frequency, the default vibration frequency is set；Wherein, the first eyeshield time pair
In should being related to, every grade of frame per second grade is correspondingly provided with the eyeshield time；In the second eyeshield corresponding time relationship, every grade of frame per second etc.
Level is correspondingly provided with vibration frequency.
Further, the Display Category information is video classification, then is shown in the acquisition virtual reality helmet
After the Display Category information of content, methods described also includes：The 3rd eyeshield time pair based on video classification and eyeshield time
It should be related to, set second preset time；And/or based on video classification pass corresponding with the 4th eyeshield time of vibration frequency
System, set the default vibration frequency；Wherein, in the 3rd eyeshield corresponding time relationship, per class video classification relative set
There is the eyeshield time；In the 4th eyeshield corresponding time relationship, vibration frequency is correspondingly provided with per class video classification.
Further, after the display time of the virtual reality helmet display content is obtained, methods described is also
Including：Judge the period belonging to the display time；The 5th eyeshield corresponding time relationship based on period Yu eyeshield time,
Set second preset time；And/or the 6th eyeshield corresponding time relationship based on period and vibration frequency, set institute
State vibration frequency；Wherein, in the 5th eyeshield corresponding time relationship, each period is correspondingly provided with the eyeshield time；It is described
In 6th eyeshield corresponding time relationship, each period is correspondingly provided with vibration frequency.
It is proposed a kind of virtual reality helmet, including display time-obtaining module, Display Category data obtaining module and
Eyeshield prompting module；The display time-obtaining module, for obtaining the display of the virtual reality helmet display content
Time；The Display Category data obtaining module, for obtaining the Display Category of the virtual reality helmet display content
Information；The eyeshield prompting module, for based on the Display Category information, being sent out when showing that the time reaches the first preset time
Go out eyeshield prompting message.
Further, the virtual reality helmet also include user's confirmation judge module, display control module,
Eyeshield module and operation control module；The operation control module includes run time control unit and/or vibration frequency controls
Unit；The eyeshield module is installed on the ocular in the virtual reality helmet, by the vibrations list of multiple multi-frequencies
Member composition；User's confirmation judge module, for judging whether to receive user's confirmation；The display control mould
Block, for after user's confirmation judge module judges to receive user's confirmation, control to stop display；The fortune
Row time control unit, for described in the control after user's confirmation judge module judgement receives user's confirmation
Eyeshield module runs the second preset time；The vibration frequency control unit, in user's confirmation judge module
Judgement controls the eyeshield module to be run according to default vibration frequency after receiving user's confirmation.
Further, the Display Category information is display frame rate；The virtual reality helmet also includes storage mould
Block, the memory module are stored with the first eyeshield corresponding time relationship of frame per second grade and eyeshield time, and/or, frame per second grade
With the second eyeshield corresponding time relationship of vibration frequency；Wherein, in the first eyeshield corresponding time relationship, every grade of frame per second grade
It is correspondingly provided with the eyeshield time；In the second eyeshield corresponding time relationship, every grade of frame per second grade is correspondingly provided with vibration frequency；
The operation control module also includes preset time setup unit and/or default vibration frequency setup unit；The preset time
Setup unit, for judging the frame per second grade belonging to the display frame rate, and the first eyeshield corresponding time relationship is based on, if
Fixed second preset time；The default vibration frequency setup unit, for judging frame per second belonging to the display frame rate etc.
Level, and the second eyeshield corresponding time relationship is based on, set the default vibration frequency.
Further, the Display Category information is video classification；The memory module is also stored with video classification and shield
The 3rd eyeshield corresponding time relationship between at the moment, and/or, the 4th eyeshield corresponding time relationship of video classification and vibration frequency；
Wherein, in the 3rd eyeshield corresponding time relationship, the eyeshield time is correspondingly provided with per class video classification；During four eyeshield
Between in corresponding relation, be correspondingly provided with vibration frequency per class video classification；The preset time setup unit, it is additionally operable to be based on institute
The 3rd eyeshield corresponding time relationship is stated, sets second preset time；The default vibration frequency setup unit, is additionally operable to base
In the 4th eyeshield corresponding time relationship, the default vibration frequency is set.
Further, the memory module is also stored with the 5th eyeshield corresponding time relationship of period and eyeshield time,
And/or the 6th eyeshield corresponding time relationship of period and vibration frequency, wherein, in the 5th eyeshield corresponding time relationship,
Each period is correspondingly provided with the eyeshield time；In the 6th eyeshield corresponding time relationship, each period is correspondingly provided with
Vibration frequency；The preset time setup unit, is additionally operable to judge the period belonging to the display time, and based on described the
Five eyeshield corresponding time relationships, set second preset time；The default vibration frequency setup unit, is additionally operable to judge institute
The period belonging to the display time is stated, and is based on the 6th eyeshield corresponding time relationship, sets the default vibration frequency
Compared with prior art, the advantages of the application and good effect is：The virtual reality helmet eyeshield that the application proposes
In control method and virtual reality helmet, after Consumer's Experience virtual reality helmet, the display time of equipment is obtained
With Display Category information, according to the difference of Display Category information, eyeshield is sent when showing that the time reaches the first preset time
Prompting message, reach the effect of eyeshield, solve the problems, such as kopiopia, among these, Display Category information such as display frame frequency or regard
Frequency classification, according to the difference or the other difference of video class of display frame frequency, remind the first preset time of user's eyeshield also different,
Such as display frame frequency it is higher when, then the first preset time is shorter, and when display frame frequency is relatively low, and the first preset time is relatively long,
Or when video classification belongs to the videos such as game, the first preset time is then shorter, and belongs to common landscape in video classification and regard
During frequency, the first preset time is relatively long etc..
Further, in the eyeshield control method that the application proposes, the length and/or display class of display time can be combined
The difference of other information, determine that user needs the length and/or eyeshield module vibration frequency of the second preset time of eyeshield time
Just, such as when display frame frequency is higher second preset time of eyeshield is longer, and vibrations are preset when video classification is game video
Frequency is higher, and second preset time of eyeshield is shorter when the display time is shorter or default vibration frequency is relatively low etc., so with
After family confirms eyeshield, eyeshield module is run according to the second preset time of determination and/or eyeshield module vibration frequency, to realize
To the vibration massage function of user's eye, in the presence of the technical problem with kopiopia when solving existing experiencing virtual reality helmet.
After the detailed description of the application embodiment is read in conjunction with the figure, other features and advantage of the application will become more
Add clear.
Brief description of the drawings
Fig. 1 is the flow chart for the virtual reality helmet eyeshield control method that the application proposes；
Fig. 2 is the functional frame composition for the virtual reality helmet that the application proposes；
Fig. 3 is other functional frame compositions for the virtual reality helmet that the application proposes.
Embodiment
The embodiment of the application is described in more detail below in conjunction with the accompanying drawings.
The application proposes a kind of virtual reality helmet eyeshield control method, for solving existing experiencing virtual reality head
In the presence of the technical problem with kopiopia when wearing equipment, as shown in figure 1, including：
Step S11：Obtain the Display Category information of virtual reality helmet display content；Here display content is included but not
It is limited to Launcher desktops, video, picture etc..
Step S12：Obtain the display time of virtual reality helmet display content；
User carries out timing after wearing virtual reality helmet and opening experience, to the time of display, and obtains current aobvious
Show the Display Category information of content.
Display Category information is that can characterize the parameter of display content picture severity, the display in the embodiment of the present application
Classification information can be display frame frequency, namely the refreshing frequency of frame of video, and the frame frequency of the video playback picture such as game is higher,
And the frame frequency of the ordinary video broadcasting pictures of landscape, desktop, picture etc. is then relatively low with respect to game video；The display
Classification information can also be video classification, namely relatively swash according to the picture such as classifying and dividing, game of the type progress of video
Strong video divides the first video classification, and the ordinary video of landscape, desktop, picture etc. is divided into second of video class
Not etc..Certainly, the species of the embodiment of the present application not concrete restriction Display Category information, it can characterize display content picture
The parameter of severity or other parameters according to used in the condition that user's request is defined.
Step S13：Based on Display Category information, send eyeshield when showing that the time reaches the first preset time and remind and believe
Breath.
According to Display Category information, the display frame frequency or video classification of display content, different display frames can be known
Frequency is correspondingly arranged on the first different preset times, such as when display frame frequency is higher, then the first preset time is shorter, and shows frame
Frequently when relatively low, the first preset time is relatively long；Or display frame frequency can be divided into multiple frame frequency grades according to frequency range,
Different frame frequency grades correspond to the first different preset times.
Different video classifications is also correspondingly arranged on the first different preset times, such as belongs to game etc. in video classification
During video, the first preset time is then shorter, and when video classification belongs to common landscape video, the first preset time is relatively
It is long.
According to Display Category information, know specific first preset time, when the first preset time reaches with sound or
The mode that person shows issues the user with eyeshield prompting, reminds user to loosen eye in good time to prevent fatigue.
System can automatically switch after eyeshield prompting message is issued the user with and enter eyeshield pattern, namely force user
Rest eye, eyeshield pattern for example close display picture and/or open eyeshield module etc..System can also receive in user
To after eyeshield prompting message, the confirmation of user is waited, if user does not receive eyeshield suggestion, continues to play video, if user connects
Suggested by eyeshield, then
Step S14：Judge whether to receive user's confirmation.
System judges whether to receive user's confirmation that user sends after eyeshield prompting message is sent, if so,
Step S15：Stop showing and control eyeshield module to run the second preset time, and/or run according to default vibration frequency.
In the embodiment of the present application, eyeshield module is made up of the vibrations unit of multiple multi-frequencies, is installed on virtual reality and is worn
Ocular in equipment, after eyeshield module is opened, vibrations unit is according to the second preset time and/or default vibration frequency
Vibrations, are massaged the eye of user in a manner of vibrations, play a part of eyeshield.
Specifically, when Display Category information is display frame rate, display frame frequency is divided into according to frequency or frequency range more
Individual frame frequency grade, each frame frequency grade are correspondingly provided with the eyeshield time of user's eyeshield and/or the vibration frequency of eyeshield module,
And then after the Display Category information of virtual reality helmet display content is obtained, determine whether present displayed content
Display frame rate belonging to frame per second grade, be then based on the first eyeshield time pair of the frame per second grade and eyeshield time prestored
It should be related to, set the second preset time；And/or the second eyeshield time based on the frame per second grade prestored and vibration frequency
Corresponding relation, set default vibration frequency；First eyeshield corresponding time relationship and the second eyeshield corresponding time relationship are to set in advance
Put and store, in the first eyeshield corresponding time relationship, every grade of frame per second grade is correspondingly provided with the eyeshield time；In the second eyeshield
In corresponding time relationship, every grade of frame per second grade is correspondingly provided with vibration frequency.Preferably, in the first eyeshield corresponding time relationship and
In second eyeshield corresponding time relationship, eyeshield time and vibration frequency and frame per second grade proportional, when display content
When display frame frequency is higher, then affiliated frame per second grade is also just higher, and the corresponding default eyeshield time is just longer or default
Vibration frequency is higher, and when the display frame frequency of display content is relatively low, then affiliated frame per second grade is also just relatively low, corresponding default
The eyeshield time is just shorter, or default vibration frequency is more low, by the different eyeshield time and/or vibration frequency combination come
Reach the effect of effective eyeshield.
During specific eyeshield, vibration frequency can be fixed, second is determined separately through the first eyeshield corresponding relation
Preset time completes eyeshield program, can fix the eyeshield time, and default vibrations are determined separately through the second eyeshield corresponding relation
Frequency completes eyeshield program, more can combine eyeshield time and vibration frequency to complete eyeshield program, for example with longer
The eyeshield time and relatively low vibration frequency is carried out, or, the vibration frequency higher using the shorter eyeshield time is carried out etc., this
Application embodiment is not particularly limited.
When Display Category information is video classification, by video according to different classes of carry out classifying and dividing, such as picture is shown
The fiercer game video in face is divided into the first video classification, and the shallower video of the display picture such as landscape is divided into second
The video of the children such as video classification, cartoon viewing is divided into the 3rd video classification, etc., each video classification relative set
There are the eyeshield time of user's eyeshield and/or the vibration frequency of eyeshield module, and then shown in the virtual reality helmet of acquisition
After the Display Category information of content, the 3rd eyeshield time for being based further on the video classification and eyeshield time prestored is corresponding
Relation, set the second preset time；And/or the 4th eyeshield time pair based on the video classification prestored and vibration frequency
It should be related to, set default vibration frequency；3rd eyeshield corresponding time relationship and the 4th eyeshield corresponding time relationship are to pre-set
And store, in the 3rd eyeshield corresponding time relationship, the eyeshield time is correspondingly provided with per class video classification；In four eyeshields
Between in corresponding relation, be correspondingly provided with vibration frequency per class video classification.In the 3rd eyeshield corresponding time relationship and the 4th eyeshield
In corresponding time relationship, eyeshield time and vibration frequency system relevant with video classification, when video classification is game video, relatively
Answer the default eyeshield time just longer, or default vibration frequency is higher, passes through longer eyeshield time and/or higher shake
Dynamic frequency reaches the effect of effective eyeshield, when video classification is the video of the blue or green childhood viewing such as cartoon, corresponding setting
The eyeshield time it is longer, or default vibration frequency is shallower, is reached with being adapted to eyeshield time and the vibration frequency of blue or green childhood
To the effect of effective eyeshield.
During specific eyeshield, vibration frequency can also be fixed, is determined separately through the 3rd eyeshield corresponding relation
Two preset times complete eyeshield program, can fix the eyeshield time, and default shake is determined separately through the 4th eyeshield corresponding relation
Dynamic frequency completes eyeshield program, more can combine eyeshield time and vibration frequency to complete eyeshield program, such as playing animation
During the video classification such as piece, the use longer eyeshield time and relatively low vibration frequency is carried out, during the video classification such as game replaying, adopt
Carried out with longer eyeshield time and higher vibration frequency, when playing ordinary video classification, using standard eyeshield time and mark
Quasi- vibration frequency etc., the embodiment of the present application is not particularly limited.
In the case of the different display time, for the second preset time of eyeshield and/or the default vibrations frequency of eyeshield module
Rate is also different, is not the situation for all receiving eyeshield program when each eyeshield is reminded suitable for user, for example, in first time eyeshield
Prompting message sends rear user and does not receive eyeshield suggestion, then after eyeshield prompting message is sent for the second time, because eyes are grown
Phase is in tension, is not when being reminded for the time of eyeshield and/or the vibration frequency response first time eyeshield of eyeshield module
With.Specifically, according to time point or period are divided into multiple periods the display time, each period accordingly sets
Eyeshield time and/or vibration frequency are equipped with, after the display time of virtual reality helmet is obtained, judges to show time institute
The period of category, the 5th eyeshield corresponding time relationship based on the period prestored with eyeshield time, setting second are default
Time；And/or the 6th eyeshield corresponding time relationship based on the period and vibration frequency prestored, set vibration frequency；
5th eyeshield corresponding time relationship and the 6th eyeshield corresponding time relationship pre-set and stored, in the 5th eyeshield time pair
In should being related to, each period is correspondingly provided with the eyeshield time；In the 6th eyeshield corresponding time relationship, each period is corresponding
It is provided with vibration frequency.Showing that the time is longer, the second preset time of setting is longer, or, the default vibration frequency of setting
It is higher.
It is above-mentioned visible, the difference of length and/or Display Category information herein in connection with the display time, determine that user needs
The length of the second preset time of eyeshield time and/or the height of eyeshield module vibration frequency are wanted, and then confirms eyeshield in user
Afterwards, eyeshield module is run according to the second preset time of determination and/or eyeshield module vibration frequency, to realize to user's eye
Vibration massage function, in the presence of the technical problem with kopiopia when solving existing experiencing virtual reality helmet.
Based on virtual reality helmet eyeshield control method set forth above, the application also proposes a kind of virtual reality head
Equipment is worn, as shown in Fig. 2 including display time-obtaining module 21, Display Category data obtaining module 22 and eyeshield prompting module
23；Display time-obtaining module 21 is used for the display time for obtaining virtual reality helmet display content；Display Category information
Acquisition module 22 is used for the Display Category information for obtaining virtual reality helmet display content；Eyeshield prompting module 23 is used for base
In Display Category information, eyeshield prompting message is sent when showing that the time reaches the first preset time.
The virtual reality helmet that the application proposes also includes user's confirmation judge module 24, display control module
25th, eyeshield module 26 and operation control module 27；Operation control module 27 includes run time control unit 271 and/or vibrations
Frequency control unit 272；Eyeshield module 26 is installed on the ocular in virtual reality helmet, by the shake of multiple multi-frequencies
Moving cell forms；User's confirmation judge module 24 is used to judge whether to receive user's confirmation；Display control module
25 are used for after user's confirmation judge module judges to receive user's confirmation, and control stops display；Run time control
Unit 271 processed is used to judge to receive in user's confirmation judge module to control eyeshield module operation the after user's confirmation
Two preset times；Vibration frequency control unit 272 is used to judge to receive user's confirmation letter in user's confirmation judge module
Eyeshield module is controlled to be run according to default vibration frequency after breath.
Specifically, when Display Category information is display frame rate or video classification, virtual reality helmet also includes depositing
Module 28 is stored up, memory module 28 is stored with the first eyeshield corresponding time relationship of frame per second grade and eyeshield time, and/or, frame per second
Second eyeshield corresponding time relationship of grade and vibration frequency；Wherein, in the first eyeshield corresponding time relationship, every grade of frame per second grade
It is correspondingly provided with the eyeshield time；In second eyeshield corresponding time relationship, every grade of frame per second grade is correspondingly provided with vibration frequency；Operation
Control module 27 also includes preset time setup unit 273 and/or default vibration frequency setup unit 274；Preset time is set
Unit 273 is used to judge the frame per second grade belonging to display frame rate, and is based on the first eyeshield corresponding time relationship, and setting second is default
Time；Default vibration frequency setup unit 274 is used to judge the frame per second grade belonging to display frame rate, and is based on for the second eyeshield time
Corresponding relation, set default vibration frequency.
Memory module is also stored with the 3rd eyeshield corresponding time relationship of video classification and eyeshield time, and/or, video class
Not with the 4th eyeshield corresponding time relationship of vibration frequency；Wherein, in the 3rd eyeshield corresponding time relationship, per class video classification phase
The eyeshield time should be provided with；In 4th eyeshield corresponding time relationship, vibration frequency is correspondingly provided with per class video classification；When default
Between setup unit 273 be additionally operable to be based on the 3rd eyeshield corresponding time relationship, set the second preset time；Default vibration frequency setting
Unit 274 is additionally operable to be based on the 4th eyeshield corresponding time relationship, sets default vibration frequency.
Memory module is also stored with the 5th eyeshield corresponding time relationship of period and eyeshield time, and/or, the period with
6th eyeshield corresponding time relationship of vibration frequency, wherein, in the 5th eyeshield corresponding time relationship, each period relative set
There is the eyeshield time；In 6th eyeshield corresponding time relationship, each period is correspondingly provided with vibration frequency；Preset time setting is single
Member 273 is additionally operable to judge to show the period belonging to the time, and is based on the 5th eyeshield corresponding time relationship, when setting second is default
Between；Default vibration frequency setup unit 274 is additionally operable to judge to show the period belonging to the time, and is based on for the 6th eyeshield time pair
It should be related to, set default vibration frequency.
The mode of specific virtual reality helmet eyeshield is in virtual reality helmet eyeshield set forth above
It is described in detail in control method, it will not go into details herein.
It should be noted that the virtual reality helmet that the application proposes, is not limited to modules set forth above, such as
Shown in Fig. 3, the virtual reality helmet also include display module 29, virtual image optical module 30, input operation module 31,
It is central control module 32, state information acquisition module 33, communication module 34, other memory modules 35, image processing module 36, aobvious
Show drive module 37, external camera 38, acoustic processing module 39, sound input/output module 40 etc..
Display module 29 can include display panel, and display panel is arranged on virtual reality helmet towards user plane
The side surface in portion can be an entire panel or be the left panel and right panel for corresponding to user's left eye and right eye respectively.Display
Panel can be electroluminescent (EL) element, liquid crystal display or have the miniscope of similar structures or retina can
Directly display or similar laser scan type display.
Virtual image optical module 30 shoots the image shown by display module 29 in an exaggerated way, and allows user by putting
The shown image of big virtual image observation.As the display image being output on display module 29, can be from content again
The image for the virtual scene that existing equipment (Blu-ray Disc or DVD player) or streaming media server provide or the outside phase of use
The image for the reality scene that machine 38 is shot.In some embodiments, virtual image optical module 30 can include lens unit, such as
Spherical lens, non-spherical lens, Fresnel Lenses etc..
Input operation module 31 include it is at least one be used for performing the functional unit of input operation, such as button, button, open
Close or other have the parts of similar functions, user instruction is received by functional unit, and it is defeated to central control module 32
Go out instruction.
State information acquisition module 33 is used for the status information for obtaining the user of virtual reality helmet.Status information obtains
Modulus block 33 can include various types of sensors, for itself detect status information, and can by communication module 34 from
External equipment (such as other multi-functional terminal ends of smart mobile phone, watch and user's wearing) obtains status information.Status information obtains
Modulus block 33 can obtain the positional information and/or attitude information on the head of user.State information acquisition module 33 can include
Gyro sensor, acceleration transducer, global positioning system (GPS) sensor, geomagnetic sensor, Doppler effect sensing
One or more in device, infrared sensor, radio-frequency field intensity sensor.In addition, state information acquisition module 33 obtains void
Intend the status information of the user of real helmet, such as obtain the mode of operation of such as user (it is virtual existing whether user dresses
Real helmet), the operating state of user (it is such as static, walk, run and such mobile status, hand or finger tip
Posture, eyes open or closed state, direction of visual lines, pupil size), (it is shown whether user is immersed in observation to the state of mind
Image and the like), or even physiological status.
Communication module 34 performs the coding with the communication process of external device (ED), modulation and demodulation processing and signal of communication
And decoding process.In addition, central control module 32 can send transmission data from communication module 34 to external device (ED).Communication mode
Can be wired or wireless, such as mobile high definition links (MHL) or USB (USB), high-definition multimedia connect
Mouth (HDMI), Wireless Fidelity (Wi-Fi), Bluetooth communication or low-power consumption bluetooth communication, and IEEE802.11s standards are netted
Network etc..In addition, communication module 34 can be according to WCDMA (W-CDMA), Long Term Evolution (LTE) and similar standard
The cellular radio transceiver of operation.
Central control module 32 can include computer processing unit（CPU）Or other have the equipment of similar functions.
In some embodiments, central control module 32 can be used for the application program for performing the storage of other memory modules 35, or center
Control module 35 can be also used for performing method, function and the circuit of operation disclosed in the application some embodiments.The application is real
Apply the part that the operation control module 27 in example can be the central control module 35.
In certain embodiments, virtual reality, which is worn to set, can also include other memory modules 35, other memory modules
35 are arranged to the mass-memory unit with solid-state drive (SSD) etc..In some embodiments, other memory modules 35 can
To store application program or various types of data.For example, the content that user is watched using virtual reality helmet can deposit
Storage is in other memory modules 35.Other memory modules 35 can also be unified with memory module in the embodiment of the present application 28
Store part.
Image processing module 36 is used to perform signal transacting, such as the picture signal phase with exporting from central control module 35
The image quality correction of pass, and the resolution ratio by its conversion of resolution for the screen according to display module 29.Then, display is driven
Dynamic model block 37 selects the often row pixel of display module 29 successively, and scans the often row pixel of display module 29 successively line by line, thus
Picture element signal based on the picture signal through signal transacting is provided.
In some embodiments, virtual reality helmet can also include external camera 38.External camera 38 can be set
In the main body front surface of virtual reality helmet, external camera 38 can be one or more.External camera 38 can obtain
Three-dimensional information, and it is also used as range sensor.In addition, the position sensitive detector of reflected signal of the detection from object
(PSD) or other kinds of range sensor can be used together with external camera 39.External camera 38 and range sensor
It can be used for body position, posture and the shape for detecting the user of virtual reality helmet.In addition, user under certain condition
The direct viewing of external camera 38 or preview reality scene can be passed through.
In some embodiments, virtual reality helmet can also include acoustic processing module 39, acoustic processing module 39
The sound quality correction or sound amplification of the voice signal exported from central control module 32, and input sound letter can be performed
Number signal transacting etc..Then, sound input/output module 40 comes from after acoustic processing to outside output sound and input
The sound of microphone.
It should be noted that structure or part in Fig. 3 shown in dotted line frame can independently of virtual reality helmet it
Outside, such as external treatment system can be arranged on（Such as computer system）In be used cooperatively with virtual reality helmet；Or
Person, structure or part shown in dotted line frame can be arranged on inside virtual reality helmet or on surface.
In virtual reality helmet eyeshield control method and virtual reality helmet that above-mentioned the application proposes, with
Family experience equipment starts, and obtains display time and the Display Category information of display content, according to the difference of Display Category information,
The display time sends eyeshield prompting after reaching the first preset time, and according to display duration and the difference of Display Category information, if
The second different preset times and/or the different default vibration frequency of eyeshield module are put, control device is according to the second preset time
And/or default vibration frequency enters eyeshield pattern, and the purpose of eyeshield is reached in a manner of rest combination with massaging, solves existing experience
In the presence of the technical problem with kopiopia during virtual reality helmet.
It should be noted that it is limitation of the present invention that described above, which is not, the present invention is also not limited to the example above,
The variations, modifications, additions or substitutions that those skilled in the art are made in the essential scope of the present invention, also should
Belong to protection scope of the present invention.
Claims (10)
1. virtual reality helmet eyeshield control method, it is characterised in that including：
Obtain Display Category information and the display time of the virtual reality helmet display content；
Based on the Display Category information, eyeshield prompting message is sent when showing that the time reaches the first preset time.
2. virtual reality helmet eyeshield control method according to claim 1, it is characterised in that carried sending eyeshield
After information of waking up, methods described also includes：
Judge whether to receive user's confirmation；If so,
Stop showing and control eyeshield module to run the second preset time, and/or run according to default vibration frequency；
Wherein, the eyeshield module is made up of the vibrations unit of multiple multi-frequencies, is installed in the virtual reality helmet
Ocular.
3. virtual reality helmet eyeshield control method according to claim 2, it is characterised in that the Display Category
Information is display frame rate, then after the Display Category information of the virtual reality helmet display content is obtained, the side
Method also includes：
Judge the frame per second grade belonging to the display frame rate；
The first eyeshield corresponding time relationship based on frame per second grade and eyeshield time, set second preset time；And/or
The second eyeshield corresponding time relationship based on frame per second grade and vibration frequency, set the default vibration frequency；
Wherein, in the first eyeshield corresponding time relationship, every grade of frame per second grade is correspondingly provided with the eyeshield time；Second shield
In eye corresponding time relationship, every grade of frame per second grade is correspondingly provided with vibration frequency.
4. virtual reality helmet eyeshield control method according to claim 2, it is characterised in that the Display Category
Information is video classification, then after the Display Category information of the virtual reality helmet display content is obtained, the side
Method also includes：
The 3rd eyeshield corresponding time relationship based on video classification and eyeshield time, set second preset time；
And/or
The 4th eyeshield corresponding time relationship based on video classification and vibration frequency, set the default vibration frequency；
Wherein, in the 3rd eyeshield corresponding time relationship, the eyeshield time is correspondingly provided with per class video classification；4th shield
In eye corresponding time relationship, vibration frequency is correspondingly provided with per class video classification.
5. virtual reality helmet eyeshield control method according to claim 2, it is characterised in that obtaining the void
After the display time for intending real helmet display content, methods described also includes：
Judge the period belonging to the display time；
The 5th eyeshield corresponding time relationship based on period Yu eyeshield time, set second preset time；
And/or
The 6th eyeshield corresponding time relationship based on period and vibration frequency, sets the vibration frequency；
Wherein, in the 5th eyeshield corresponding time relationship, each period is correspondingly provided with the eyeshield time；6th eyeshield
In corresponding time relationship, each period is correspondingly provided with vibration frequency.
6. virtual reality helmet, it is characterised in that including display time-obtaining module, Display Category data obtaining module and
Eyeshield prompting module；
The display time-obtaining module, for obtaining the display time of the virtual reality helmet display content；
The Display Category data obtaining module, the Display Category for obtaining the virtual reality helmet display content are believed
Breath；
The eyeshield prompting module, for based on the Display Category information, being sent out when showing that the time reaches the first preset time
Go out eyeshield prompting message.
7. virtual reality helmet according to claim 6, it is characterised in that the virtual reality helmet also wraps
Include user's confirmation judge module, display control module, eyeshield module and operation control module；The operation control module bag
Include run time control unit and/or vibration frequency control unit；The eyeshield module, which is installed on the virtual reality, to be worn and sets
Standby interior ocular, is made up of the vibrations unit of multiple multi-frequencies；
User's confirmation judge module, for judging whether to receive user's confirmation；
The display control module, for user's confirmation judge module judge receive user's confirmation after,
Control stops display；
The run time control unit, for judging to receive user's confirmation in user's confirmation judge module
After control the eyeshield module to run the second preset time；
The vibration frequency control unit, for judging to receive user's confirmation in user's confirmation judge module
After control the eyeshield module to be run according to default vibration frequency.
8. virtual reality helmet according to claim 7, it is characterised in that the Display Category information is display frame
Rate；
The virtual reality helmet also includes memory module, and the memory module is stored with frame per second grade and eyeshield time
First eyeshield corresponding time relationship, and/or, the second eyeshield corresponding time relationship of frame per second grade and vibration frequency；Wherein, it is described
In first eyeshield corresponding time relationship, every grade of frame per second grade is correspondingly provided with the eyeshield time；The second eyeshield time, which corresponds to, closes
In system, every grade of frame per second grade is correspondingly provided with vibration frequency；
The operation control module also includes preset time setup unit and/or default vibration frequency setup unit；
The preset time setup unit, for judging the frame per second grade belonging to the display frame rate, and based on the described first shield
Eye corresponding time relationship, sets second preset time；
The default vibration frequency setup unit, for judging the frame per second grade belonging to the display frame rate, and based on described the
Two eyeshield corresponding time relationships, set the default vibration frequency.
9. virtual reality helmet according to claim 8, it is characterised in that the Display Category information is video class
Not；
The memory module is also stored with the 3rd eyeshield corresponding time relationship of video classification and eyeshield time, and/or, video class
Not with the 4th eyeshield corresponding time relationship of vibration frequency；Wherein, in the 3rd eyeshield corresponding time relationship, per class video class
The eyeshield time is not correspondingly provided with；In the 4th eyeshield corresponding time relationship, vibrations frequency is correspondingly provided with per class video classification
Rate；
The preset time setup unit, it is additionally operable to be based on the 3rd eyeshield corresponding time relationship, setting described second is default
Time；
The default vibration frequency setup unit, it is additionally operable to be based on the 4th eyeshield corresponding time relationship, sets described default
Vibration frequency.
10. virtual reality helmet according to claim 8, it is characterised in that when the memory module is also stored with
Between section and eyeshield time the 5th eyeshield corresponding time relationship, and/or, the period is corresponding with the 6th eyeshield time of vibration frequency
Relation, wherein, in the 5th eyeshield corresponding time relationship, each period is correspondingly provided with the eyeshield time；6th shield
In eye corresponding time relationship, each period is correspondingly provided with vibration frequency；
The preset time setup unit, it is additionally operable to judge the period belonging to the display time, and based on the described 5th shield
Eye corresponding time relationship, sets second preset time；
The default vibration frequency setup unit, is additionally operable to judge the period belonging to the display time, and based on described the
Six eyeshield corresponding time relationships, set the default vibration frequency.
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| CN201710701806.7A CN107491171A (en) | 2017-08-16 | 2017-08-16 | Virtual reality helmet eyeshield control method and virtual reality helmet |
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|---|---|---|---|
| CN201710701806.7A CN107491171A (en) | 2017-08-16 | 2017-08-16 | Virtual reality helmet eyeshield control method and virtual reality helmet |
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