CN106291975A - A kind of 3D diopter glasses sheet, 3D diopter glasses - Google Patents
A kind of 3D diopter glasses sheet, 3D diopter glasses Download PDFInfo
- Publication number
- CN106291975A CN106291975A CN201610793011.9A CN201610793011A CN106291975A CN 106291975 A CN106291975 A CN 106291975A CN 201610793011 A CN201610793011 A CN 201610793011A CN 106291975 A CN106291975 A CN 106291975A
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- Prior art keywords
- diopter
- glasses sheet
- unit
- sheet
- diopter glasses
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C7/00—Optical parts
- G02C7/02—Lenses; Lens systems ; Methods of designing lenses
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B30/00—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C7/00—Optical parts
- G02C7/02—Lenses; Lens systems ; Methods of designing lenses
- G02C7/08—Auxiliary lenses; Arrangements for varying focal length
- G02C7/081—Ophthalmic lenses with variable focal length
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C7/00—Optical parts
- G02C7/02—Lenses; Lens systems ; Methods of designing lenses
- G02C7/08—Auxiliary lenses; Arrangements for varying focal length
- G02C7/081—Ophthalmic lenses with variable focal length
- G02C7/085—Fluid-filled lenses, e.g. electro-wetting lenses
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- Physics & Mathematics (AREA)
- Health & Medical Sciences (AREA)
- Ophthalmology & Optometry (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- General Health & Medical Sciences (AREA)
- Eyeglasses (AREA)
Abstract
This application discloses a kind of 3D diopter glasses sheet, 3D diopter glasses.This 3D diopter glasses sheet includes: 3D lens, diopter glasses sheet, the Cavity unit being arranged between described 3D lens and described diopter glasses sheet and diopter regulation unit, wherein: described diopter regulation unit regulates the diopter of described 3D diopter glasses sheet by described Cavity unit.Thus the 3D diopter glasses sheet diopter solving prior art and being provided is difficult to regulate so that the problem that cannot use in some scenarios.In addition, when being regulated the diopter of described 3D diopter glasses sheet by Cavity unit, the flexibility of diopter glasses sheet can be regulated by Cavity unit, regulate the diopter of described 3D diopter glasses sheet, due to the diopter of 3D diopter glasses sheet, the most sensitive to the flexibility of diopter glasses sheet, therefore can only regulate less flexibility, corresponding can be achieved with bigger dioptric regulation so that practical adjustments effect is preferable.
Description
Technical field
The application relates to field of computer technology, particularly relates to a kind of 3D diopter glasses sheet, 3D diopter glasses.
Background technology
Along with the continuous progress of technology, show that element (such as, film, picture, e-book etc.) more and more uses 3D
Form be shown to user, 3D shows that element (such as, 3D film) is also made that brilliance for the raising of people's quality of life
Contribution.Generally user is when watching 3D and showing element, needs to wear 3D glasses and watches.But, needs are worn in the wrong
For the crowd of optical glasses (such as, glasses for the myopia, spectacles for long sight etc.), need to wear during viewing 3D shows element simultaneously
Wear 3D glasses and diopter glasses, thus can affect the viewing experience that 3D is shown element.
The 3D diopter glasses sheet that 3D lens and diopter glasses sheet are integrated into a whole by prior art, this 3D dioptric eye
Eyeglass can be divided into 3D mirror plate layers and diopter lens lamella.After user wears the 3D diopter glasses that this 3D diopter glasses sheet makes, no
Need to wear 3D glasses and diopter glasses the most respectively, it becomes possible to viewing 3D shows element easily.
In actual applications, fix due to the diopter of the 3D diopter glasses sheet of the many offers of prior art, it will usually occur
The diopter of the 3D diopter glasses that user is worn does not meets the phenomenon of this user's request.Therefore, the 3D that prior art is provided
Diopter glasses, is difficult to be suitable under some needs the dioptric scene regulating glasses.
Summary of the invention
The embodiment of the present application provides a kind of 3D diopter glasses sheet, 3D diopter glasses, is used for solving 3D dioptric in prior art
The diopter of lens is difficult to the problem regulated.
The embodiment of the present application provides a kind of 3D diopter glasses sheet, and described 3D diopter glasses sheet includes: 3D lens, dioptric
Lens, the Cavity unit being arranged between described 3D lens and described diopter glasses sheet and diopter regulation unit, its
In:
Described diopter regulation unit regulates the diopter of described 3D diopter glasses sheet by described Cavity unit.
Preferably, described diopter regulation unit regulates the dioptric of described 3D diopter glasses sheet by described Cavity unit
Degree, specifically includes:
Described diopter regulation unit regulates the flexibility of described diopter glasses sheet by described Cavity unit, and regulation is described
The diopter of 3D diopter glasses sheet.
Preferably, described 3D diopter glasses sheet also includes transparency liquid memory element, is full of transparent in described Cavity unit
Liquid, described Cavity unit connects with described transparency liquid memory element；Then,
Regulated the flexibility of described diopter glasses sheet by described Cavity unit, specifically include:
Described Cavity unit is flowed in or out from described transparency liquid memory element, regulation by controlling described transparency liquid
The flexibility of described diopter glasses sheet.
Preferably, described 3D diopter glasses sheet also includes air storage unit, is full of air in described Cavity unit, described
Cavity unit connects with described air storage unit；Then,
Regulated the flexibility of described diopter glasses sheet by described Cavity unit, specifically include:
Flow in or out described Cavity unit by controlling air from described air storage unit, regulate described diopter glasses
The flexibility of sheet.
Preferably, described diopter regulation unit is specially diopter electronic regulation unit, described diopter electrical adjustment
Unit, according to the instruction of the input information received, regulates the diopter of described 3D diopter glasses sheet by described Cavity unit.
Preferably, described input information specifically includes target refraction degree and/or target regulation stall.
Preferably, described diopter regulation unit, by described Cavity unit, regulates described 3D dioptric eye with the first step-length
The diopter of eyeglass；Then,
Described 3D diopter glasses sheet also includes diopter fine-adjusting unit, and described diopter fine-adjusting unit passes through described cavity list
Unit, regulates the diopter of described 3D diopter glasses sheet with the second step-length less than the first step-length.
Preferably, described 3D diopter glasses sheet also include being arranged on described diopter glasses sheet for filter radiation light
Radius filter course.
Preferably, described diopter glasses sheet is specially flexible nearsighted eyeglass or flexible Farsighted lens；
Described 3D lens is specially flexible 3D lens.
The embodiment of the present application also provides for a kind of 3D diopter glasses, and it is real that the lens of described 3D diopter glasses is configured to the application
Executing example provided 3D diopter glasses sheet, wherein, the diopter glasses sheet of described 3D diopter glasses sheet is arranged in picture frame near eyes
Inner side.
At least one technical scheme above-mentioned that the embodiment of the present application uses can reach following beneficial effect:
Use the 3D diopter glasses sheet that the embodiment of the present application is provided, the diopter regulation unit energy of this 3D diopter glasses sheet
Enough diopters being regulated described 3D diopter glasses sheet by Cavity unit.Thus solve the 3D dioptric eye that prior art is provided
Lens refractive power is difficult to regulate so that the problem that cannot use in some scenarios.Additionally, regulate described 3D by Cavity unit
During the diopter of diopter glasses sheet, the flexibility of diopter glasses sheet can be regulated by Cavity unit, regulate described 3D dioptric
The diopter of lens, due to the diopter of 3D diopter glasses sheet, the most sensitive to the flexibility of diopter glasses sheet, the most permissible
Only regulating less flexibility, corresponding can be achieved with bigger dioptric regulation so that practical adjustments effect is preferable.In reality
In the application of border, it is also possible to this 3D diopter glasses sheet is fabricated to 3D diopter glasses, and user wears this 3D diopter glasses, it is possible to according to
Need to go to be adjusted to the dioptric of this 3D diopter glasses, therefore, it is possible to increase user's experience to this 3D diopter glasses.
Accompanying drawing explanation
Accompanying drawing described herein is used for providing further understanding of the present application, constitutes the part of the application, this Shen
Schematic description and description please is used for explaining the application, is not intended that the improper restriction to the application.In the accompanying drawings:
The schematic diagram of a kind of 3D diopter glasses sheet that Fig. 1 is provided by the embodiment of the present application；
The schematic diagram of a kind of 3D diopter glasses sheet in the actual application that Fig. 2 is provided by the embodiment of the present application；
The schematic diagram of a kind of 3D Farsighted lens in the actual application that Fig. 3 is provided by the embodiment of the present application.
Detailed description of the invention
For making the purpose of the application, technical scheme and advantage clearer, below in conjunction with the application specific embodiment and
Technical scheme is clearly and completely described by corresponding accompanying drawing.Obviously, described embodiment is only the application one
Section Example rather than whole embodiments.Based on the embodiment in the application, those of ordinary skill in the art are not doing
Go out the every other embodiment obtained under creative work premise, broadly fall into the scope of the application protection.
Below in conjunction with accompanying drawing, describe the technical scheme that each embodiment of the application provides in detail.
Embodiment
As it was previously stated, along with the continuous progress of technology, show that element (such as, film, picture, e-book etc.) gets more and more
The form of employing 3D be shown to user.Generally user is when watching 3D and showing element, needs to wear 3D glasses and carries out
Viewing.Such as, when user watches 3D film, need to wear 3D glasses and watch.
But, for needs being worn to the crowd of diopter glasses (such as, glasses for the myopia, spectacles for long sight etc.), in viewing
3D needs to wear 3D glasses and diopter glasses during showing element simultaneously, thus can affect the viewing that 3D shows element
Experience.Such as, user's first is the myope of 500 degree, then user's first is when watching 3D film, need to wear simultaneously 3D glasses with
And the glasses for the myopia of 500 degree, wear two pair of glasses due to needs simultaneously, can bring inconvenience, affect Consumer's Experience.
The 3D diopter glasses sheet that 3D lens and diopter glasses sheet are integrated into a whole by prior art, this 3D dioptric eye
Eyeglass can be divided into 3D mirror plate layers and diopter lens lamella.After user wears the 3D diopter glasses that this 3D diopter glasses sheet makes, no
Need to wear 3D glasses and diopter glasses the most respectively, it becomes possible to viewing 3D shows element easily.For example, it is possible to by 500 degree
Nearsighted eyeglass and 3D lens are integrated into a whole as 3D diopter glasses sheet, and the myope of 500 degree can wear this
Lens viewing 3D film.
In actual applications, fix due to the diopter of the 3D diopter glasses sheet of the many offers of prior art, it will usually occur
The diopter of the 3D diopter glasses that user is worn does not meets the phenomenon of this user's request.Therefore, the 3D that prior art is provided
Diopter glasses, is difficult to be suitable under some needs the dioptric scene regulating glasses.Such as, in above-mentioned example, 3D dioptric
Lens is suitable for the myope of 500 degree and wears, and the myope for other number of degrees (such as, 300 degree) is then not suitable for wearing.
The embodiment of the present application provides a kind of 3D diopter glasses sheet, and the diopter of described 3D diopter glasses sheet can regulate, and uses
In solving the problems of the prior art.
A kind of 3D diopter glasses sheet that accompanying drawing 1 provides for the embodiment of the present application, described 3D diopter glasses sheet 10 includes: 3D eye
Eyeglass 101, diopter glasses sheet 102, the Cavity unit that is arranged between described 3D lens 101 and described diopter glasses sheet 102
103 and diopter regulation unit 104, wherein:
Described diopter regulation unit 104 passes through described Cavity unit 103 and regulates the dioptric of described 3D diopter glasses sheet 10
Degree.
In actual applications, diopter is regulated unit 104 and is regulated the dioptric of 3D diopter glasses sheet 10 by Cavity unit 103
The mode of degree has multiple, and such as, diopter regulation unit 104 can regulate directly by regulating the thickness of Cavity unit 103
The diopter of 3D diopter glasses sheet 10, the dioptric mode of this regulation is simply easily achieved；Diopter regulation unit 104 also may be used
By Cavity unit 103, first to regulate the flexibility of described diopter glasses sheet 102, by regulating the bending of diopter glasses sheet 102
Degree, regulates the diopter of described 3D diopter glasses sheet, and the dioptric mode of this regulation, due to the dioptric of 3D diopter glasses sheet
Spending the most sensitive to the flexibility of diopter glasses sheet 102, generally have only to regulate less flexibility, corresponding can be achieved with is right
Bigger dioptric regulation, regulating effect is preferable the most in actual applications.
In actual applications, diopter regulation unit 104 is by Cavity unit 103, the bending of regulation diopter glasses sheet 102
The mode of degree also has multiple, can (can also be generally the gas such as air by injecting (or extracting out) liquid in Cavity unit 103
Body) so that the table varying stress of diopter glasses sheet 102 changes, thus regulates the flexibility of diopter glasses sheet 102.
In actual applications, for the ease of injecting (or extracting out) air in Cavity unit 103, can be at 3D diopter glasses
Sheet 10 increases air storage unit 105；Now, in described Cavity unit 103, be also filled with air, described Cavity unit 103 with
Connect between described air storage unit 105.As shown in Figure 2, generally, single with air storage for the ease of Cavity unit 103
Connection between unit 105, can be increased conduit 106, be entered with air storage unit 105 by Cavity unit 103 by this conduit 106
Row connects.
After connecting between Cavity unit 103 with air storage unit 105, controlled described by described Cavity unit 103
The flexibility change of diopter glasses sheet 102 can be accomplished by: by controlling air from described air storage unit
105 flow in or out described Cavity unit 103, change the flexibility of described diopter glasses sheet 102.
When air flows in or out Cavity unit 103 from air storage unit 105, due to the pressure in Cavity unit 103
Strong change so that diopter glasses sheet 102 surface subjected to stress changes, thus changes the bending of this diopter glasses sheet 102
Degree；Therefore, it can flow in or out Cavity unit 103 by control air from air storage unit 105, regulate described dioptric
The flexibility of lens.
Such as, when air flows into Cavity unit 103 from air storage unit 105, due to air in this Cavity unit 103
Increase so that the stress that diopter glasses sheet 102 is expanded outwardly so that the flexibility of diopter glasses sheet 102 changes, real
Now to the dioptric regulation of 3D diopter glasses sheet 10.
This inject (or extract out) air by air storage unit 105 to Cavity unit 103, thus change diopter glasses
The mode of sheet 102 flexibility, owing to air is not usually required to higher production cost, this 3D dioptric of reduction that therefore can be bigger
The production cost of lens 10, the most applicable under some require the strict scene controlling production cost.
It should be noted that in actual applications, when in Cavity unit 103, the volume of air is preset value, by sky
Gas memory element 105 is injected (or extracting out) volume of air to Cavity unit 103 and is had one with the diopter of 3D diopter glasses sheet
In one corresponding relation, namely Cavity unit 103, the volume of air has one-to-one relationship with the diopter of 3D diopter glasses sheet.
Such as, in Cavity unit 103, the diopter of the volume of air and 3D diopter glasses sheet is linear relationship.This linearly closes
System meets formula N=α × R+ β；Wherein: N is the diopter of 3D diopter glasses sheet, R is the volume of air, α in Cavity unit 103
It is predetermined coefficient with β and α is not equal to 0.
Then, when determining that certain user needs the diopter of regulation to be N ', in Cavity unit 103 can being determined by this formula
The volume R ' of final air, and now the volume of air is R1 in Cavity unit 103, being may determine that by R ' and R1 needs note
Enter or extract out the amount of air of Cavity unit 103, thus indicate flow direction and the volume of air, it is achieved to 3D diopter glasses
The dioptric regulation of sheet.
Certainly, in Cavity unit 103, the volume of air and the dioptric one-to-one relationship of 3D diopter glasses sheet, this
The concrete functional form that one-to-one relationship shows is generally relevant to the structure of 3D diopter glasses sheet design.
It addition, under some 3D diopter glasses sheet translucent effects require higher application scenarios, it is also possible to air is changed
For the transparency liquid of high transmission rate, more than or equal to 90% and refractive index is big generally to may require that the light transmittance of this transparency liquid
In or equal to 1.7.That is, 3D diopter glasses sheet 10 also includes transparency liquid memory element 107, and can be by Cavity unit
It is full of transparency liquid in 103, connects between described Cavity unit 103 with described transparency liquid memory element 107.Certainly, generally
For the ease of the connection between Cavity unit 103 and transparency liquid memory element 107, can be in Cavity unit 103 and transparent liquid
Increasing by the second conduit 108 between body memory element 107 (can be identical with conduit 106, it is also possible to according to concrete well-illuminated liquid choosing
Select the second conduit 108 of correspondence), by this second conduit 108, Cavity unit 103 and transparency liquid memory element 107 are carried out
Connection.
Therefore, after Cavity unit 103 is connected with transparency liquid memory element 107, controlled by Cavity unit 103
The flexibility change of diopter glasses sheet 102 can be realized by following form: by controlling described transparency liquid from described transparent
Liquid storage unit 107 flows in or out described Cavity unit 103, changes the flexibility of described diopter glasses sheet 102.
By the flowing of transparency liquid, change diopter glasses sheet 102 surface pressure experienced and regulate diopter glasses sheet 102
Flexibility, it is achieved to the 3D dioptric regulation of diopter glasses sheet.This mode regulates 3D diopter glasses sheet with by air
Dioptric mode, principle is essentially identical.3D can be increased by using high transmission rate and the transparency liquid of high index of refraction
The performance of diopter glasses sheet, the most applicable under some pursue high performance application scenarios.
Described diopter regulation unit 104, for the instruction according to input information, controls institute by described Cavity unit 103
State the flexibility change of diopter glasses sheet 102, regulate the diopter of described 3D diopter glasses sheet 10.
Here input information can be the information that user passes through diopter regulation unit 104 input, is believed by this input
The instruction of breath regulates the diopter of 3D diopter glasses sheet 10.
In actual applications, the type of diopter regulation unit 104 can have multiple, generally can have mechanical dioptric
Degree regulation unit, it is possibility to have the diopter regulation unit of electronic type, these different types of diopters regulation unit, Ke Yigen
According to the input information of user, regulate the diopter of 3D diopter glasses sheet 10.Certainly, unit 104 type is regulated according to diopter
Difference, the form of this input information generally can be different.Such as, this input information typically regulation stall or dioptric
Degree grade or the form (such as, diopter etc.) of numerical value.
Regulating unit for mechanical diopter, generally can arrange multiple regulation stall, each regulation stall is corresponding
One diopter, by triggering certain gear, regulates this 3D diopter glasses sheet to corresponding diopter.This mechanical dioptric
The degree regulation usual simple in construction of unit, it is easy to become and produce and use.
Such as, in actual application, a kind of mechanical diopter regulation unit includes tri-regulation stalls of A, B, C, wherein, A
The diopter that regulation stall is corresponding is 300 degree, the dioptric that the diopter that B regulation stall is corresponding is 400 degree, C regulation stall is corresponding
Degree is 500 degree；When user triggers A regulation stall, this 3D diopter glasses sheet can be regulated to 300 degree.
More accurate generally for making regulated diopter, diopter can be regulated unit 104 and be configured to electronics
The diopter electronic regulation unit 1041 (being properly termed as, diopter electronic regulation unit 1041) of form, this diopter electronics is adjusted
Joint unit 1041 can regulate described 3D diopter glasses according to the instruction of received input information by described Cavity unit
The diopter of sheet.Here input information can be generally following one or more: target refraction degree (refers to that user is required adjust
The diopter of joint), target regulation stall (regulation stall in required bar street), regulation step-length etc..
Such as, the target refraction degree of user's input is 300 degree, and this diopter electronic regulation unit 1041 can be according to this mesh
Mark dioptric instruction, regulate the diopter of this 3D diopter glasses sheet 10 to 300 degree.
In actual applications, diopter regulation unit 104, when regulating the number of degrees of 3D diopter glasses sheet 10, generally has certain
Regulation step-length, such as, regulation step-length be 50 degree, illustrate that this 3D diopter glasses sheet 10 can be with 50 degree or the integral multiple of 50
(such as, 150 degree) regulate the number of degrees；Now, if the number of degrees that user needs regulation are 20 degree, generally can not be real
Existing.
When diopter regulation unit 104 is by Cavity unit 103, and the diopter regulating described 3D diopter glasses sheet 10 is concrete
For, diopter regulation unit 104 is by Cavity unit 103, when regulating the diopter of 3D diopter glasses sheet 10 with the first step-length, and can
To increase diopter fine-adjusting unit 109 in this 3D diopter glasses sheet 10, this diopter fine-adjusting unit 109 can pass through described chamber
Body unit 103, regulates the diopter of described 3D diopter glasses sheet 10 with the second step-length less than the first step-length.
Such as, in the above example, the second step-length can be set to 5 degree (or 10 degree etc.), can be by set
The second step-length regulate the number of degrees (20 degree) of required regulation.
By increasing diopter fine-adjusting unit 109, it is possible to the second step-length regulation 3D diopter glasses less than the first step-length
The diopter of sheet 10, the most in actual applications, usually makes regulated diopter more accurate, and meets user
Demand, increase user experience.
It addition, in order to the radius such as infrared ray, ultraviolet is filtered, it is also possible at this 3D diopter glasses sheet 10
Radius filter course is set on diopter glasses sheet 102, by this radius filter course, radius is filtered, thus
Eyes are protected.
Needing it is further noted that in actual applications, this 3D diopter glasses sheet 10 can be specially 3D glasses for the myopia
Sheet or 3D Farsighted lens.When this 3D diopter glasses sheet 10 is specially 3D nearsighted eyeglass, this 3D nearsighted eyeglass is corresponding
Diopter glasses sheet is specially nearsighted eyeglass (concavees lens), can regulate this 3D by regulating the flexibility of this nearsighted eyeglass
The myopia degree of nearsighted eyeglass；When this 3D diopter glasses sheet 10 is specially 3D Farsighted lens, this 3D Farsighted lens
Diopter glasses sheet is specially Farsighted lens (convex lens), can regulate this 3D by regulating the flexibility of this Farsighted lens
The hyperopia degree of Farsighted lens.
Additionally, for the ease of the flexibility of the diopter glasses sheet 102 in 3D diopter glasses sheet 10 is adjusted, can be by
This diopter glasses sheet 102 uses flexible material to prepare.Therefore, this diopter glasses sheet 102 can be flexible nearsighted eyeglass or soft
Property Farsighted lens.When this diopter glasses sheet 102 is flexible nearsighted eyeglass, can be by increasing this flexibility nearsighted eyeglass
Flexibility, increase the myopia degree of 3D nearsighted eyeglass, it is also possible to by reducing the flexibility of this flexibility nearsighted eyeglass,
Reduce the myopia degree of 3D nearsighted eyeglass 10, owing to the flexibility of flexible nearsighted eyeglass easily facilitates regulation, therefore may be used
To easily facilitate the regulation of the myopia degree to this 3D nearsighted eyeglass.When this diopter glasses sheet 102 is flexible Farsighted lens
Time, it is also possible to by the way of corresponding, regulate the hyperopia degree of 3D Farsighted lens, and due to flexible Farsighted lens more
Being easy to regulate flexibility, the process therefore regulating hyperopia degree more easily realizes.
Additionally, in 3D diopter glasses sheet 10,3D lens 101 can also use flexible material to prepare, now these 3D glasses
Sheet 101 is specially flexible 3D lens 1011, and this flexibility 3D lens 1011 can change curved with flexible diopter glasses sheet simultaneously
Qu Chengdu so that the diopter of 3D diopter glasses sheet 10 regulates faster, generally has only to flexible diopter glasses sheet regulation less
Flexibility, in conjunction with the flexibility change of flexible 3D lens 1011, can be achieved with dioptric regulation.
As shown in Figure 3, a kind of 3D Farsighted lens that can regulate the number of degrees in applying for reality, these 3D spectacles for long sight
Sheet 20 include 3D lens 201, Farsighted lens 202, be arranged at described 3D lens 201 and described Farsighted lens 202 it
Between cavity in fill the full Cavity unit 203 of transparency liquid, hyperopia degree regulation unit 204 and by conduit 205 and institute
State the transparency liquid memory element 206 that Cavity unit 203 connects.
Using the 3D diopter glasses sheet 10 that the embodiment of the present application is provided, the diopter regulation of this 3D diopter glasses sheet 10 is single
Unit 104 can regulate the diopter of described 3D diopter glasses sheet 10 by Cavity unit 103.Thus solve prior art and carried
The 3D diopter glasses sheet diopter of confession is difficult to regulate so that the problem that cannot use in some scenarios.Additionally, by cavity list
When unit 103 regulates the diopter of described 3D diopter glasses sheet 10, diopter glasses sheet 102 can be regulated by Cavity unit 103
Flexibility, regulate the diopter of described 3D diopter glasses sheet, due to the diopter of 3D diopter glasses sheet 10, to diopter glasses sheet
The flexibility of 102 is the most sensitive, therefore can only regulate less flexibility, and corresponding can be achieved with bigger dioptric tune
Joint so that practical adjustments effect is preferable.
It should be noted that in actual applications, it is also possible to this 3D diopter glasses sheet 10 is made as 3D diopter glasses.Institute
The lens stating 3D diopter glasses configures the 3D diopter glasses sheet 10 that the embodiment of the present application is provided, and, by described 3D dioptric
The diopter glasses sheet of lens is arranged in picture frame the inner side near eyes.Owing to the lens of this 3D diopter glasses can regulate
Diopter, therefore the diopter of this 3D diopter glasses can regulate.
Certainly, when two 3D diopter glasses sheets are made as 3D diopter glasses, can according to actual needs two 3D be bent
The diopter regulation unit of optical glasses sheet, is set to same diopter regulation unit, by this diopter regulation unit simultaneously
Regulate the diopter of two 3D diopter glasses sheets, the cost of manufacture of this 3D diopter glasses can be reduced by these modes；Further,
When being regulated the flexibility of diopter glasses sheet by air (or transparency liquid), it is also possible to be that two 3D diopter glasses sheets are arranged
Same air (or transparency liquid) memory element, two 3D respective Cavity units of diopter glasses sheet respectively with this air (or
Transparency liquid) memory element connection, this mode can reduce the cost of manufacture of this 3D diopter glasses further.
It is of course also possible to be two different 3D diopter glasses sheets of 3D diopter glasses, it is single that different diopter regulations is set
Unit, can regulate the diopter of the 3D diopter glasses sheet of correspondence respectively, user by corresponding diopter regulation unit
Under the application scenarios that diopter required for eyes is different, it is possible to more suit the needs of user, reach preferably to reconcile effect,
Increase the experience of user.
In conjunction with concrete application scenarios, this 3D diopter glasses can be illustrated below.Under this application scenarios, 3D dioptric
Glasses are specially 3D glasses for the myopia, and two 3D nearsighted eyeglass of these 3D glasses for the myopia share same transparency liquid memory element
And diopter regulation unit, this diopter regulation unit is diopter electronic regulation unit, the dioptric eye of 3D nearsighted eyeglass
Eyeglass is flexible nearsighted eyeglass.
User by this diopter electronic regulation unit input target myopia degree, this diopter electronic regulation unit according to
The instruction of the target myopia degree received, flows in or out Cavity unit by controlling transparency liquid more so that flexible myopia
Lens surface pressure experienced changes, and causes this nearsighted eyeglass to deform (flexibility change), thus realize right
The regulation of myopia degree.
The foregoing is only embodiments herein, be not limited to the application.For those skilled in the art
For, the application can have various modifications and variations.All made within spirit herein and principle any amendment, equivalent
Replacement, improvement etc., within the scope of should be included in claims hereof.
Claims (10)
1. a 3D diopter glasses sheet, it is characterised in that described 3D diopter glasses sheet includes: 3D lens, diopter glasses sheet, set
It is placed in the Cavity unit between described 3D lens and described diopter glasses sheet and diopter regulation unit, wherein:
Described diopter regulation unit regulates the diopter of described 3D diopter glasses sheet by described Cavity unit.
2. 3D diopter glasses sheet as claimed in claim 1, it is characterised in that described diopter regulation unit is by described cavity list
Unit regulates the diopter of described 3D diopter glasses sheet, specifically includes:
Described diopter regulation unit regulates the flexibility of described diopter glasses sheet by described Cavity unit, regulates described 3D and bends
The diopter of optical glasses sheet.
3. 3D diopter glasses sheet as claimed in claim 2, it is characterised in that described 3D diopter glasses sheet also includes that transparency liquid is deposited
Storage unit, is full of transparency liquid in described Cavity unit, described Cavity unit connects with described transparency liquid memory element；Then,
Regulated the flexibility of described diopter glasses sheet by described Cavity unit, specifically include:
Flowing in or out described Cavity unit by controlling described transparency liquid from described transparency liquid memory element, regulation is described
The flexibility of diopter glasses sheet.
4. 3D diopter glasses sheet as claimed in claim 2, it is characterised in that described 3D diopter glasses sheet also includes that air storage is single
Unit, is full of air in described Cavity unit, described Cavity unit connects with described air storage unit；Then,
Regulated the flexibility of described diopter glasses sheet by described Cavity unit, specifically include:
Flow in or out described Cavity unit by controlling air from described air storage unit, regulate described diopter glasses sheet
Flexibility.
5. 3D diopter glasses sheet as claimed in claim 1, it is characterised in that described diopter regulation unit is specially diopter electricity
Son regulation unit, described diopter electronic regulation unit is according to the instruction of the input information received, by described Cavity unit
Regulate the diopter of described 3D diopter glasses sheet.
6. 3D diopter glasses sheet as claimed in claim 5, it is characterised in that described input information specifically includes target refraction degree
And/or target regulation stall.
7. 3D diopter glasses sheet as claimed in claim 1, it is characterised in that
Described diopter regulation unit, by described Cavity unit, regulates the dioptric of described 3D diopter glasses sheet with the first step-length
Degree；Then,
Described 3D diopter glasses sheet also includes diopter fine-adjusting unit, and described diopter fine-adjusting unit passes through described Cavity unit,
The diopter of described 3D diopter glasses sheet is regulated with the second step-length less than the first step-length.
8. as claimed in claim 1 3D diopter glasses sheet, it is characterised in that described 3D diopter glasses sheet also includes being arranged at described
The radius filter course for filter radiation light on diopter glasses sheet.
9. 3D diopter glasses sheet as claimed in claim 1, it is characterised in that
Described diopter glasses sheet is specially flexible nearsighted eyeglass or flexible Farsighted lens；
Described 3D lens is specially flexible 3D lens.
10. a 3D diopter glasses, it is characterised in that it is any that the lens of described 3D diopter glasses is configured to claim 1 to 9
3D diopter glasses sheet in one, wherein, the diopter glasses sheet of described 3D diopter glasses sheet is arranged in picture frame near eyes
Inner side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610793011.9A CN106291975A (en) | 2016-08-31 | 2016-08-31 | A kind of 3D diopter glasses sheet, 3D diopter glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610793011.9A CN106291975A (en) | 2016-08-31 | 2016-08-31 | A kind of 3D diopter glasses sheet, 3D diopter glasses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106291975A true CN106291975A (en) | 2017-01-04 |
Family
ID=57673996
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610793011.9A Pending CN106291975A (en) | 2016-08-31 | 2016-08-31 | A kind of 3D diopter glasses sheet, 3D diopter glasses |
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| CN (1) | CN106291975A (en) |
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