CN201159796Y - Spectacles device for viewing display screen - Google Patents
Spectacles device for viewing display screen Download PDFInfo
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- CN201159796Y CN201159796Y CNU2007203121535U CN200720312153U CN201159796Y CN 201159796 Y CN201159796 Y CN 201159796Y CN U2007203121535 U CNU2007203121535 U CN U2007203121535U CN 200720312153 U CN200720312153 U CN 200720312153U CN 201159796 Y CN201159796 Y CN 201159796Y
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- eyeglass
- display screen
- eyes
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Abstract
The utility model provides a glasses device for watching display screen, which relates to glasses technology field. Glasses pieces and glasses pieces frame are arranged in the glasses device for watching display screen. The glasses device is characterized in that a bracket is arranged to adjust the distance between the glasses and the display screen; glasses for relaxing the eye adjusting and congregating are arranged at one end of the bracket; and the display screen or a special component for connecting or installing the display screen is arranged at the other end of the bracket. The technique problem to be solved is that using the glasses to move the object image far to realize the relaxing of eye adjusting; using bracket to control the distance between the display screen and the glasses to control the distance between the virtual image on the display screen and the glasses, thereby to reach the purpose of improving watching effect, stably relaxing the eye adjusting and congregating, and making the observer feel comfortable without being fatigable.
Description
Technical field
The utility model relates to the optometric technology field.
Background technology
Watch nearby display screen need use the regulatory function of eyes, regulate anxiety and can make eye fatigue.Put on the positive lens glasses (for example " triple prism type presbyopic glasses " patent No. ZL200620031493.6) of prior art though watch nearby display screen can loosen the adjusting of eyes, its shortcoming is the distance that can not control well between glasses and the display screen.According to optics formula 1/u+1/v=1/f as can be known glasses and display screen apart from the u change virtual image of glasses and display screen is changed apart from v, because observer's activity will inevitably often change the position of observer's eyes unconsciously when watching, often change the distance between glasses and the display screen, so the display screen virtual image meeting distance of seeing by the glasses that are worn on observer's head changes, the adjusting of eyes also can be loosened suddenly thereupon and be nervous suddenly, and the continuous variation of the adjusting of eyes makes eye fatigue easily.On the one hand, whether comfortable the stability of distance very big to the eyes influence of enduring hardships between glasses and the display screen; On the other hand, the size of distance is very big to the influential effect that glasses loosen the eyes adjusting between glasses and the display screen.For example the distance of glasses and display screen near or when equaling focal length the emmetropia viewing effect best (this is because the display screen virtual image at infinity during u=f, face when watching the infinite distance and loosen most), do not see Chu's (this is because do not become the virtual image behind u＞f) greater than becoming the mist picture easily behind the focal length, optimum distance scope between glasses and the display screen very little (this be because u less than and during near f, the variation that u is very little all can make v produce huge variation), so be difficult to keep the distance of the best when using the glasses that are worn on observer's head to watch the display device of independently placing with display screen, in fact can only make object distance be far smaller than focal length in order to see and reserve move place clearly, keep image more nearby, cause glasses can not well loosen the set and the adjusting of eyes.
The utility model content
At the existing glasses stable defective of object distance that is hard to keep, the technical matters that the utility model watches the eyeglass device of display screen to solve is: utilize glasses to put the adjusting that image far away loosens eyes, the virtual image by coming control display screen with the distance between support control display screen and the glasses is to the distance of glasses, reach improve observing effect, stably loosen the adjusting of eyes and eyes set, allow the observer feel comfortable, tireless purpose.
Technical scheme is: the eyeglass device of watching display screen, eyeglass and lens hanger are arranged, it is characterized in that having the support of distance between control glasses and the display screen, have at an end of this support and can loosen eyes and regulate glasses with set, display screen is arranged or have only the special-purpose member that connects or lay display device at the other end of this support.
" display screen being arranged or have only the special-purpose member that connects or lay display device at the other end of this support " is that back-and-forth method arranged side by side is summarized, and promptly " display screen is arranged " or " having only the special-purpose member that connects display device " or " special-purpose member of laying display device is arranged " is the concrete feature of alternative arranged side by side.That is to say in the above-mentioned eyeglass device of watching display screen or display screen (comprising coupling compoonent) is arranged, or do not have display screen but have only the special-purpose member that connects or lay display device, the display screen that watch is on the display device that does not belong to this device.Display device is meant computer monitor, or mp4, or DVD, or LCDs, or e-book, or mobile TV, or mobile phone, or game machine or the like has the device of display screen." being used to connect or lay the special-purpose member of a display device " is that upperseat concept is summarized, for example the special-purpose member that support and display device are bound up is to paste coupling compoonent or belt or spring clamp or screw clamp, or screw ... Deng member, the special-purpose member that will use when display device is placed in certain position on the support is placement platform or hook or the container with anchor clamps ... or the like special-purpose member." can loosen the glasses of the adjusting and the set of eyes " described in the above technical scheme is to summarize with upperseat concept, its structure is exemplified below: example 1, and the interpupillary distance of glasses (or the geometric center of left and right sides eyeglass apart from) is greater than the optical center distance of 5 centimetres and the left and right sides eyeglass convex lens glasses (convex lens can be convex-concave or the planoconvex or the positive lens of biconvex) less than 4 centimetres; Example 2, the eyeglass of glasses are to face toward at the bottom of two that settle about eyes at the prism of inboard and the double-layer lens that constitutes facing to two convex lens settling about eyes; Example 3, the eyeglass of glasses are that the following middle part of the common convex lens that use of eyes and these convex lens has depression (it is in order to put nose or to avoid the influence of giving vent to anger in the nostril that depression is arranged), and the photocentre of these convex lens is in bridge of the nose position; Multiple in addition except that these several examples " can loosen the glasses of the adjusting and the set of eyes "." support of distance between control spectacle sight glass and the display screen " in the such scheme is adjustable trestle (for example Figure 29, Figure 30, Figure 39, Figure 40, Figure 43 etc.), or fixed bracket (for example Figure 38, Figure 45), etc.
Additional technical feature of the present utility model is as follows:
1, the diopter of eyeglass in the glasses, prism degree, the mutual relationship of key elements such as position be in the time of making directional light irradiation glasses by facing to the real focus that forms behind the eyeglass of left eye with by facing to the distance between the real focus that forms behind the eyeglass of right eye less than 0.035 meter (for example Fig. 8), and the structure of glasses is following one of several (summarizing with back-and-forth method arranged side by side): the eyeglass of glasses be two " the moving heart positive lens " of settling about corresponding eyes and each " move heart positive lens " and all " have the positive lens lens now " facing to eyes by one and a substrate (for example shown in Figure 3 in the overlapping formation of connecting airtight of the prism of inboard." existing positive lens lens " is meant that optical centre faces toward the positive lens lens of the concave surface of pupil, eyeglass facing to the convex-concave of the prior art of eyes, its surface can be sphere also can be aspherical lens.Prism substrate is meant that in the inboard prism substrate inwardly or inwardly on the upper side or inwardly on the lower side); Perhaps, the eyeglass of glasses be two " the moving heart positive lens " of settling about corresponding eyes and each " move heart positive lens " all by one facing to eyes " existing positive lens lens " and a substrate in the incorporated eyeglass of the prism of inboard (for example shown in Figure 4); Perhaps, in the glasses eyeglass of corresponding eyes be an one eyeglass and it be by facing to two that settle about eyes " existing positive lens lenses " with facing to two substrates settling about eyes in the incorporated eyeglass of the prism of inboard (for example shown in Figure 7); Perhaps, the eyeglass of glasses is to face toward at the bottom of two that settle about eyes at the prism of inboard and the double-layer lens (for example Figure 13, shown in Figure 15) that constitute facing to two that settle about eyes " existing positive lens lenses "; Perhaps, the eyeglass of glasses is " two prisms are connected in one in bases " eyeglass and the double-layer lens (for example shown in Figure 17) that faces toward two positive lens lenses formations of settling about eyes; Perhaps, the double-layer lens of glasses is made of " two prisms are connected in one in bases " eyeglass and an integrally formed lens that is comprising two " existing positive lens lenses "; The overlapping prism that connect airtight on other lens surface of a substrate in the outside perhaps also respectively arranged, the refractive index of this prism material different with the overlapping eyeglass that connects airtight (for example Figure 19, Figure 20, Figure 21, Figure 22, shown in Figure 23) on the eyeglass of corresponding left eye and right eye in above-mentioned various glasses; Perhaps, the eyeglass of glasses is that the following middle part of the common positive lens that uses of eyes and this positive lens has depression, and the photocentre of this positive lens is (for example shown in Figure 28) in bridge of the nose position; Perhaps, the eyeglass of glasses is achromatism positive lenss that there is depression at a following middle part, and its photocentre is (for example Figure 25 and shown in Figure 26) in bridge of the nose position.
2, in the glasses facing to the eyeglass of left eye and eyeglass facing to right eye be symmetrical (left-right symmetric be meant facing to the eyeglass of left eye and the diopter that faces toward the eyeglass of right eye equate, prism degree is identical, the substrate of prism is towards left-right symmetric), and the eyeglass of corresponding eyes is by " existing positive lens lens " and prism or combination or compound or integrator formation, two concave surfaces are arranged on the eyeglass of corresponding eyes in glasses, the concave surface on the left side faces left eye, the concave surface on the right faces right eye, (for example Fig. 4, Fig. 7, etc.).Optical centre works to loosen the eyes adjusting facing to two " existing positive lens lenses " of eye pupil in the glasses, two substrates all prism in the inboard work to loosen binocular integration, and two " moving heart positive lens " can loosen the set and the adjusting of eyes simultaneously.
3, in the glasses facing to the eyeglass of left eye and mutual relationship facing to the eyeglass of right eye be (matching relationship between its diopter, prism degree, the position is) can use directional light irradiation glasses the time by facing to the focus that forms behind the lens of left eye with overlap (for example Fig. 9) by facing toward the focus that forms behind the lens of right eye.Coincidence is meant that these two focus sections are overlapping or overlapping fully.
4, eyeglass in the glasses is the eyeglass that can weaken aberration, that is to say facing to the eyeglass of left eye and facing on the eyeglass of right eye the overlapping prism that connect airtight on other lens surface of a substrate in the outside all respectively arranged, the refractive index of this prism material is different with the overlapping eyeglass that connects airtight, the substrate of this prism towards with substrate in the substrate of the prism of inboard towards opposite, or the substrate of this prism is the featheredge (for example Figure 19, Figure 20, Figure 21, Figure 22, shown in Figure 23) towards " moving heart lens ".
5, the support of distance is to adjust the support that changes distance between glasses and the display screen between control glasses and the display screen.This support can be various forms of adjustable trestles: for example be telescope cribbing or flexible bellows-type support or scissors telescope support or folding bracket or hinge link-type support or screw support or parallel mobile four-bar support, or the like; For example a kind of adjustable trestle, adjust this support and not only can make distance between glasses and the display screen equal numerical value in " focal length of 1.1 * lens " to " the focal length ÷ of lens (focal length of lens+1) " scope, also can make distance between glasses and the display screen outside this scope; For example another kind of adjustable trestle is adjusted this support the distance between lens and the display screen is only being changed less than " 1.1 * lens focal length " and in greater than the scope of " the focal length ÷ of lens (focal length of lens+1) ".The virtual image of the display screen of seeing by glasses when the distance between lens and the display screen equals the focal length of lens at infinity, when the distance between lens and the display screen equal " lens * V ÷ (and the virtual image of the display screen of seeing by glasses during the focal length of lens+V) is at V rice at a distance; for example V equal 1 o'clock display screen the virtual image 1 meter distant place, V equals the virtual image of 5 o'clock display screens 5 meters distant places.
6, watch in the eyeglass device of display screen (comprising) that display device arranged.Display device is two bodies that separate with support, can be placed on display device on the special-purpose member of laying display device on the support during use and watch; Perhaps, display device and support are bound up, and display device is fixedly connected or alive the connection with support.
7, watch and have one in the eyeglass device of display screen and supporting the supporting bracket of " support, the glasses of distance between control glasses and the display screen, connect or lay the special-purpose member or the display screen of display device ".That is to say this supporting bracket, or supporting the supporting bracket of " support, glasses and the display screen of distance between control glasses and the display screen "; Or supporting the supporting bracket of " between control glasses and the display screen support, the glasses of distance and lay the special-purpose member of display device "; Or supporting the supporting bracket of " special-purpose member of support, glasses and the connection display device of distance between control glasses and the display screen ".This supporting bracket is to be the support of stilt with the object and to be adjustable trestle, adjusts supporting bracket and the position of glasses and display screen together can be moved.This supporting bracket can be various forms of adjustable trestles, for example is desk-top support, or presss from both sides desk-top support, or wall bracket, or support etc. on the spot; For example be telescope cribbing or scissors telescope support or hinge connecting rod rack or fluid pressure type support, vapour-pressure type support or the like.
8 or, watch in the eyeglass device of display screen a wear-type base for supporting is arranged.With observer is stilt, the wear-type base for supporting can be cap formula or helmet-type or bandage type, or the like.The base for supporting that it is " glasses, connect or lay the support of distance between the special-purpose member of display device and control glasses and the display screen ".
9, the focal length ÷ of the distance 〉=eyeglass between the focal length of eyeglass * 1.1 〉=glasses and the display screen " focal length of eyeglass+1 ", the unit of its middle distance is a rice.The focal length of eyeglass is meant the focal length of positive lens or refers to the focal length of " moving heart positive lens ".
10, it is optical filtering that the coating or the eyeglass that weaken harm ray protection eyes are arranged on the eyeglass of glasses.
Beneficial effect
1, glasses and " support of distance between control glasses and the display screen " combination back support each other that on function the technique effect after the combination is more superior than the summation of each technical characterictic effect.Support can load-bearing, and glasses can loosen eyes and easily look thing, and " support of distance between control glasses and the display screen " can keep that object distance is stable accomplishes to keep image distance stable, reduces eyes and regulates too variation with set, allows eyes are comfortable endures hardships.Stable distance just can make the virtual image of display screen be stabilized on the far point of eyes between support maintenance glasses and the display screen, allows glasses reach and loosens the optimum efficiency that eyes are regulated and gathered.2, support each other on function after the support of distance, the glasses that loosen eyes adjusting and set, this three's combination of display screen between control glasses and the display screen, the technique effect after the combination is more superior than the summation of each technical characterictic effect.The distance between support energy control display screen and the glasses and the control display screen virtual image are to the distance of glasses.Support can remain on the observer far point the display screen virtual image is stable, so glasses can reach and loosen eyes and regulate optimum efficiency with set.So because the virtual image that glasses can will watch display screen to become be watched display screen can be shortened display screen near glasses the distance of display screen and eyes, reducing the distance helps increasing eyes visual angle and the display screen that uses than small size, replaces the bigger display screen of area can save cost with the less display screen of area.Can make after support, glasses and the display screen combination display screen as clear, amplification, image distance is best and stablize, be beneficial to and loosen eyes and regulate with set and prevent too much continuous variation, can make that eyes are comfortable endures hardships, the myopia that closely causes because of seeing for a long time can be prevented, pseudo-myopia can be in use treated.3; utilizing the support of controlling distance between glasses and the display screen to keep object distance stable is exactly to keep image distance stable; can reduce eyes and regulate too much variation; the display screen virtual image is stabilized on the far point of eyes; glasses can loosen the adjusting and the set of eyes simultaneously; watch indefatigability for a long time, reach the effect of the pre-myopia prevention of protection eyes.Because the far point difference of different observers, remain unchanged and can satisfy the different needs of different observers by changing distance that distance between glasses and the display screen and control adjusts object distance, make the position that the display screen virtual image remains on to be needed.Distance between glasses and the display screen during greater than f/ (f+1) image distance help glasses and reach and put image far away, loosen eyes and regulate, make comfortable purpose of enduring hardships of eyes and effect greater than 1 meter.The display screen virtual image is in the infinite distance during U=f, helps during 1.1f＞u＞f that farsightedness is watched or emmetropia is tempered eyes (f is that focal length, u are object distances).4, utilize the support of distance between control glasses and the display screen that the display screen virtual image is remained on than the far point of pseudomyopia and watch slightly at a distance, increase distance gradually according to effect, can be in use far treat myopia and train on is good by seeing.5, the glasses of the shared positive lens of eyes and magnifier compare: the fundamental purpose of glasses and effect are adjusting and the set of loosening eyes, the fundamental purpose of magnifier and effect are to amplify the visual angle, and magnifier is nearer away from display screen from eyes during use, and glasses are near eyes outlying observation thing.The area of the magnifier of existing amplification display screen is all greater than display screen, and glasses are seen the bigger visual field from the nearer limited area of eyeglass that can make full use of of eyes, eyes help utilizing the positive lens of small size to see with great visual angle display screen near glasses, save cost; The following middle part of positive lens has depression can reduce the influence of the gas in nose or nostril, makes positive lens nearer from eyes.6, the advantage that the eyeglass left-right symmetric of glasses and focus overlap is: can loosen synchronously and regulate and set, when seeing the virtual image set with regulate between cooperation the same when seeing real-world object at a distance just, gather with cooperating of adjusting and meet physiologic habit, so comfortable enduring hardships.No matter the virtual image a long way off or on hand, it cooperates the influence that is not subjected to object distance or image distance with regulating synchronous interaction in set when seeing the virtual image; No matter whether the eyes far point of different observers is identical, different observers is used the effect of same glasses can reach adjusting when allowing eyes see the virtual image, is gathered the same when seeing material object.The effect of glasses is not subjected to the influence of two spacings of observer (interpupillary distance) sizes, as long as sight line is by lens, a bit big or a little bit smaller different observers of interpupillary distance all can be used same glasses, and effect is all good; The eyeglass left-right symmetric of glasses, the characteristics that not limited by individual characteies such as user's interpupillary distance, far point help producing in batches, save cost, the convenient sale and purchase.7, the eyeglass of correcting the aspherical eyeglass lens of " aberration tiltedly looses " aberrations such as " visual field bendings " or weakening aberration can improve observing effect, make and look clear, the indefatigability of thing.8, watch having the wear-type base for supporting to help that glasses are remained on the eyes front in the eyeglass device of display screen to watch, make the observer comfortable, endure hardships, convenient.9, utilizing with the object is the position that eyes have also just been controlled in the position of support control glasses of stilt, and the position of control eyes can be rectified and watched posture, so this device can be corrected the bad posture of watching.If the position of adjusting glasses is adapting to observer's needs, can select more comfortable posture to watch for the observer.Be that the support of stilt can alleviate the observer and wears the mirror load-bearing with the object.What the position of glasses and display screen was together moved is that the support of stilt helps glasses are moved and remain on observer's eyes front with the object, reaches comfortable purpose of enduring hardships.10, will destroy eyes and regulate and integrated interlinked custom the uncomfortable and easy fatigue of eyes if glasses only change set that the adjusting of eyes do not change eyes.Pigsney is comfortable more more facing to distance between the optical centre of eyes two " moving heart lens " in the glasses.When facing to the optical center distance of eyes two " moving heart lens " during less than 0.035 meter, glasses can change the adjusting of eyes and the set of eyes simultaneously, compare with the prior art glasses, and what eyes will be comfortable is many.When two focuses that form by two " moving heart lens " when directional light overlapped, the cooperating and identical when observing with bore hole of the set of eyes and adjusting when eyes are observed by these two lens, eyes are comfortable endured hardships.Observing effect was equivalent to the shared positive lens of eyes and watched (as Figure 10, shown in Figure 11) this moment, even it is better than a positive lens, because two concave surfaces can be arranged facing to eyes, each concave surface is only facing to eyes, it is far away that concave surface can not only make the prompt hair of eye leave eyeglass, and can make the reflective interference of the aberration of lens or minute surface all less, and the mirror body is thin, weight is lighter, saves lens materials.Two optical center distance of right and left eyes eyeglass are more little, and the set of eyes and adjusting cooperates custom when rule is just approaching more observes with bore hole when wearing glasses.So can watch for a long time being difficult for tiredly, and regulating degree and set degree change and change synchronously with object distance.
Description of drawings
Fig. 1 is a kind of organigram of watching the eyeglass device of display screen.
Fig. 2 is the synoptic diagram of seeing from the front of watching a kind of glasses in the eyeglass device of display screen.
Fig. 3 is the cross-sectional view of the A-A position of glasses among Fig. 2.
Fig. 4 is the cross-sectional view of the A-A position of glasses among Fig. 5.
Fig. 5 is the synoptic diagram of seeing from the front of watching a kind of glasses in the eyeglass device of display screen.
Fig. 6 is the synoptic diagram of seeing from the front of watching a kind of glasses in the eyeglass device of display screen.
Fig. 7 is the structural representation of the A-A position profile of glasses among Fig. 6.
When Fig. 8 is directional light irradiation glasses by facing to the focus that forms behind the eyeglass of left eye with by facing toward the synoptic diagram that a segment distance is arranged between the focus that forms behind the eyeglass of right eye.
When Fig. 9 is directional light irradiation glasses by facing to the focus that forms behind the eyeglass of left eye with by facing toward the synoptic diagram that the focus that forms behind the eyeglass of right eye overlaps.
Figure 10 is the synoptic diagram of " eyes see by a positive lens be the virtual image that is exaggerated a long way off of near objects ".
Figure 11 is the synoptic diagram of " eyes by glasses with the same what see is the virtual image that is exaggerated a long way off of near objects by positive lens ".
Figure 12 is a kind of synoptic diagram of Glasses structure.
Figure 13 is the structural representation of glasses section among Figure 12.
Figure 14 is a kind of synoptic diagram of Glasses structure.
Figure 15 is the structural representation of glasses section among Figure 14.
Figure 16 is a kind of synoptic diagram of Glasses structure.
Figure 17 is the structural representation of glasses section among Figure 16
Figure 18 is the diagrammatic cross-section of a kind of left and right sides eyeglass and the incorporated lens of the bridge of the nose
Figure 19 is a kind of eyeglass cross-sectional view that can weaken the glasses of aberration.
Figure 20 is a kind of eyeglass cross-sectional view that can weaken the glasses of aberration.
Figure 21 is a kind of eyeglass cross-sectional view that can weaken the glasses of aberration.
Figure 22 is a kind of eyeglass cross-sectional view that can weaken the glasses of aberration.
Figure 23 is a kind of eyeglass cross-sectional view that can weaken the glasses of aberration.
Figure 24 is a kind of organigram of watching the eyeglass device of display screen.
Figure 25 is a kind of synoptic diagram of glasses.
Figure 26 is the cross-sectional view of the A-A position of glasses among Figure 25.
Figure 27 is the cross-sectional view of the A-A position of glasses among Figure 28.
Figure 28 is a kind of synoptic diagram of glasses.
Figure 29 is a kind of organigram of watching the eyeglass device of display screen.
Figure 30 is a kind of organigram of watching the eyeglass device of display screen.
Figure 31 is the synoptic diagram of the eyeglass device using method of watching display screen shown in Figure 30.
Figure 32 is a kind of organigram of watching the eyeglass device of display screen.
Figure 33 is a kind of organigram of watching the eyeglass device of display screen.
Figure 34 watches the synoptic diagram of laying the special-purpose member of display device on the eyeglass device of display screen among Figure 33.
Figure 35 is a kind of organigram of watching the eyeglass device of display screen.
Figure 36 is the Glasses structure synoptic diagram in the eyeglass device of watching display screen shown in Figure 35.
Figure 37 be among Figure 36 glasses in the cross-sectional view of A-A position.
Figure 38 is a kind of organigram of watching the eyeglass device of display screen.
Figure 39 is a kind of organigram of watching the eyeglass device of display screen.
Figure 40 is a kind of organigram of watching the eyeglass device of display screen.
Figure 41 is a kind of organigram of watching the eyeglass device of display screen.
Figure 42 is a kind of organigram of watching the eyeglass device of display screen.
Figure 43 is the refracting prisms synoptic diagram in the glasses of the eyeglass device of watching display screen shown in Figure 42.
Figure 44 is a kind of synoptic diagram of winding up the case of watching the eyeglass device of display screen.
Figure 45 is a kind of synoptic diagram of winding up the case of watching the eyeglass device of display screen.
Figure 46 is a kind of synoptic diagram of winding up the case of watching the eyeglass device of display screen.
In the accompanying drawing: the 1st, glasses, the 2nd, the support of distance between control glasses and the display screen, the 3rd, the special-purpose member of connection display device, the 4th, display screen, the 5th, set screw, the 6th, lens hanger, the 7th, wear-type base for supporting, the 8th, " the moving heart positive lens " in the glasses, the 9th, main frame, the 10th, lead, the 11st, " existing positive lens lens " is the positive lens lens that photocentre faces toward pupil, the 12nd, and substrate is at the prism of inboard, and the 13rd, substrate is at the prism in the outside, the 14th, lay the special-purpose member of display device, the 15th, lay the spring clamp on the display device special-purpose member, the 16th, the depression at positive lens bottom middle part, the 17th, be the supporting bracket of stilt with the object, the 18th, eyeglass faces toward the concave surface of eyes, and A-A is that the line facing to the point of two pupils also is the position of section on the eyeglass.
Embodiment
Embodiment 1: a kind of eyeglass device of watching display screen, as shown in Figure 1, and the 1st, glasses, the 2nd, the support of distance between control glasses and the display screen, the 3rd, the special-purpose member (linking) of connection display device, the 4th, display screen with screw.Unscrew fixed screw 5 on the telescopic tube cribbing 2 and can regulate the position of glasses or display screen, adjust support 2 and can make distance between glasses and the display screen equal arbitrary numerical value in " focal length 〉=glasses of 1.1 * glasses and the focal length ÷ of the distance 〉=glasses between the display screen (focal length of glasses+1) " scope.Tighten the screws 5 is the distance between glasses and the display screen fixedly.The 7th, can be worn over the hat type supporting bracket of watching on the head.The 9th, the main frame of display (or computer or controller etc.), the 10th, lead (optical fiber or electric wire etc.).The 8th, " the moving heart positive lens " in the glasses, the 6th, the lens hanger in the glasses.Glasses are made of symmetrical two " moving heart positive lens " 8 and 8, lens hanger 6, and " moving heart positive lens " 8 is installed in the lens hanger 6, and lens hanger 6 is lived with support 2 and is connected.The structure of glasses can be an one of the following;
(1), watch in the eyeglass device of display screen Glasses structure as shown in Figures 2 and 3, Fig. 2 is the front elevation of glasses, Fig. 3 is the sectional view of A-A position among Fig. 2.Eyeglass left-right symmetric facing to eyes, " move heart positive lens " the 8th, by " existing positive lens lens " 11 and substrate the prism 12 of inboard overlapping connect airtight formations (the overlapping method of connecting airtight together of two-layer eyeglass is had a lot, for example gummed or with the picture frame connection or with the screw connection, or the like method)." existing positive lens lens " 11 has a concave surface facing to eyes.When directional light irradiation glasses, directional light also forms a real focus simultaneously by facing to forming a real focus behind the lens of left eye after facing toward the lens of right eye, and the distance between these two real focus is seen shown in Figure 8 less than 0.035 meter.Diopter * 2 ÷ 100 of the horizon prism degree ÷ " existing positive lens lens " 11 of the photocentre distance-prism 12 of " the existing positive lens lens " 11 and 11 of distance=two between these two real focus, the unit of formula middle distance is a rice, dioptric unit is 1/ meter, and the deflection angular unit is prism degree (Pu Shi method △).For example the distance between these two real focus equals 0.034 meter, the diopter of " existing positive lens lens " 11 equals 4D, apart from equaling (interpupillary distance) 0.062 meter, then the angle of deviation of the inside prism 12 of substrate is 5.6 prism degrees between the optical centre of two " existing positive lens lenses " 11 and 11.
(2), perhaps, watch in the eyeglass device of display screen Glasses structure as shown in Figure 4 and Figure 5, Fig. 5 is the front elevation of glasses, Fig. 4 is the sectional view of A-A position among Fig. 5.Facing to left eye or facing to " moving heart positive lens " the 8th of right eye, constitute facing to the inside compound one of prism of " the existing positive lens lens " of eyes and substrate by one.The 18th, eyeglass faces toward the concave surface (surface) of eyes.During directional light irradiation glasses, by facing to forming a real focus behind the lens of left eye, form a real focus after facing toward the lens of right eye, these two real focus overlap, and see shown in Figure 9.Diopter * 2 ÷ 100 that the horizon prism degree ÷ of distance-" moving heart positive lens " geometric center between " moving heart positive lens " geometric center of distance=two between these two real focus " moves heart positive lens "; Or: diopter * 2 ÷ 100 that the horizon prism degree ÷ of the last corresponding pupil part of interpupillary distance-" moving heart positive lens " of distance=two between these two real focus " moving heart positive lens " " moves heart positive lens ", the unit of formula middle distance is a rice, dioptric unit is 1/ meter, and the deflection angular unit is prism degree (Pu Shi method △).When for example these two real focus overlapped, the distance between two " moving heart positive lens " geometric centers equaled 0.064 meter of interpupillary distance, and the diopter of " moving heart positive lens " equals 2D, and the angle of deviation of the geometric center of then " moving heart positive lens " is that 6.4 prism degrees and substrate are inside.
(3), perhaps, watch in the eyeglass device of display screen Glasses structure as shown in Figure 6 and Figure 7, Fig. 6 is the front elevation of glasses, Fig. 7 is the sectional view of eyeglass A-A position among Fig. 6.The eyeglass 8 of glasses is that an one eyeglass and it are by facing to two that settle about eyes " existing positive lens lenses " and the one eyeglass that is combined into facing to the prism of two substrates in the inboard of settling about eyes, the 18th, the concave surface facing to eyes of lens surface, 8 are installed in the lens hanger 6, and the support of distance is connected for living between lens hanger 6 and control glasses and the display screen.Directional light by in the glasses facing to the real focus that forms behind the lens of left eye with by facing toward distance between the real focus that forms behind the lens of right eye in less than 0.035 meter scope, comprise equaling 0.For example: the diopter of eyeglass 8 equals 3D, and interpupillary distance equals 0.056 meter, is that 6 prism degrees and substrate are inside facing to pupil place angle of deviation, forms two real focus during directional light irradiation glasses, and the distance between these two real focus equals 0.016 meter.
(4), perhaps, watch Glasses structure such as Figure 12 and shown in Figure 13 in the eyeglass device of display screen, Figure 12 is the synoptic diagram of Glasses structure, and Figure 13 is at the horizontal sectional drawing of glasses facing to the pupil of both eyes place.The eyeglass of glasses is to face toward at the bottom of two that settle about eyes at the prism 12 of inboard with facing to two that settle about eyes " existing positive lens lens " 11 double-layer lens that constitute, one " existing positive lens lens " 11 and prisms 12 are a lens set, two groups of double-layer lens are installed in the lens hanger 6 of two tubulars, and the support of distance is connected between lens hanger 6 and control glasses and the display screen.
(5), perhaps, watch Glasses structure such as Figure 14 and shown in Figure 15 in the eyeglass device of display screen, Figure 14 is the synoptic diagram of Glasses structure, and Figure 15 is the sectional view facing to the pupil of both eyes position at glasses.The eyeglass of glasses is to face toward at the bottom of two that settle about eyes at the prism of inboard and the double-layer lens that constitute facing to two that settle about eyes " existing positive lens lenses ".Two prisms 12 and 12 constitute the glasses that loosen binocular integration, two " existing positive lens lenses " 11 and 11 constitute the glasses that loosen the eyes adjusting, glasses are Two-layer spectacles, and eyeglass is installed in the lens hanger 6, and the support of distance is connected between lens hanger 6 and control glasses and the display screen.(perhaps, are integrated lenses facing to two positive lens lenses 11 settling about eyes and 11 wherein, integrated lens section as shown in figure 18).
(6), perhaps, watch Glasses structure such as Figure 16 and shown in Figure 17 in the eyeglass device of display screen, Figure 16 is the synoptic diagram of Glasses structure, and Figure 17 is the horizontal sectional drawings of glasses in the pupil of both eyes position.The eyeglass of glasses is " two prisms are connected in one in bases " eyeglasses 12 and facing to two positive lens lenses 11 settling about eyes and 11 double-layer lens that constitute.(perhaps, are integrated lenses facing to two positive lens lenses 11 settling about eyes and 11 wherein, integrated lens section as shown in figure 18).
(7), perhaps, the eyeglass in the glasses is by overlapping the weakened aberration that constitutes or the lens of color difference eliminating of connecting airtight of the two-layer or two-layer above lens of different materials.That is to say in above-mentioned glasses and also have the prism that can weaken aberration of the substrate of arrangement about two in the outside facing to eyes.As Figure 19 or Figure 21 or shown in Figure 23, the substrate of prism 13 in the outside and with prism 12 overlapping close constitute together can weaken aberration or eyeglass that can color difference eliminating, the refractive index of prism 13 material therefors is different with the refractive index of prism 12 material therefors, and the substrate of prism 13 towards with substrate the prism 12 of inboard towards opposite.Perhaps as Figure 20 or shown in Figure 22, these two prisms 13 with 13 with complex optics 8 and 8 overlapping close constitute together can weaken aberration or eyeglass that can color difference eliminating, the used material refractive index of the used material refractive index of prism 13 and complex optics 8 is different.For example: the structural representation of eyeglass as shown in figure 20 in the glasses, Figure 20 is the sectional view of two geometric center position lines of left eyeglass and right eyeglass, facing to two eyes symmetrical two compound lenses 8 and 8 are arranged in the glasses, 8 and 8 geometric center spacing is 0.06 meter, the diopter of each compound lens 8 is 3D, the angle of deviation of compound lens 8 geometric centers is that the direction of 9 prism degrees and angle of deviation is that prism substrate is inside, all overlappingly on the surface of each compound lens 8 connected airtight a prism 13, all identical and used with the convex surface of the compound lens 8 material refractive index in former and later two surfaces of prism 13 is different, and the angle of deviation of prism 13 is that 3 prism degrees and prism substrate are outside.The effect of prism 13 is to weaken aberration.
Embodiment 2: a kind of eyeglass device of watching display screen, as shown in figure 24, and the 1st, glasses, the 2nd, the support of distance between control glasses and the display screen, the 3rd, the special-purpose member of connection display device (available screw links display screen at 3 places).The fixed screw 5 of unscrewing the diverse location on the telescopic tube cribbing 2 can be regulated glasses 1 or connect the position of the special-purpose member 3 of display device, and tighten the screws 5 is glasses 1 and can settle distance between the empty position of display device fixedly.The 7th, the wear-type base for supporting.The 8th, " the moving heart positive lens " in the glasses, the 6th, the lens hanger in the glasses.Glasses are made of symmetrical two " moving heart positive lens " 8 and 8, lens hanger 6, and " moving heart positive lens " 8 is installed in the lens hanger 6, and lens hanger 6 is lived with support 2 and is connected.The structure of glasses can be one of embodiment 1 described various glasses.Embodiment 2 " watching the eyeglass device of display screen " compared with embodiment 1, and difference is: among the embodiment 1 display device is arranged, and do not have display device in " watching the eyeglass device of display screen " of embodiment 2, other member is identical.
Eyeglass is except can being the various eyeglass structures described in the embodiment 1, the eyeglass of glasses can also be that the following middle part of the common positive lens that uses of eyes and this positive lens has depression (it is in order to put nose or to avoid the influence of giving vent to anger in the nostril that depression is arranged), the photocentre of this positive lens is in bridge of the nose position, as Figure 27 and shown in Figure 28, Figure 28 is the front elevation of glasses, A-A is the horizontal line by optical centre, Figure 27 is the sectional view of A-A position on Figure 28, (focal length of this positive lens is 0.025 meter or 0,05 meter or the like); Perhaps, the eyeglass of glasses is achromatism positive lenss that there is depression at a following middle part, focal length is 0.03 meter (or 0.06 meter or 0,04 meter or the like), its photocentre is in bridge of the nose position, as Figure 25 and shown in Figure 26, Figure 25 is the front elevation of glasses, and A-A is the horizontal line by optical centre, and Figure 26 is the sectional view of A-A position on Figure 25.
Embodiment 3: a kind of eyeglass device of watching display screen, as shown in figure 30, form by the special-purpose member 3 that glasses 1, the support 2 of controlling distance between glasses and the display screen and being used on support of watching display screen to use connects a display device.The eyeglass structure of glasses 1 can be any one among the embodiment 1, glasses can loosen simultaneously the adjusting of eyes and set and directional light by in the glasses facing to the real focus that forms behind the eyeglass of left eye with by facing toward distance between the real focus that forms behind the eyeglass of right eye less than 0.035 meter, the eyeglass left-right symmetric of corresponding eyes." being used to connect the special-purpose member of a display device " 3 is one three reeded external members in limit." special-purpose member that connects a display device " 3 can be enclosed within on the LCD 4, as shown in figure 31 during use." support of distance between control glasses and the display screen " the 2nd, adjustable trestle, set screw nail 5 is arranged on it, by adjusting " support of distance between control glasses and the display screen " 2 display screen is on the real focus of glasses 1, can sees the virtual image that display screen at infinity amplifies by glasses.Unscrew screw 5 and change distance between glasses and the display screen and can adjust the virtual image that display screen the is exaggerated distance to the glasses distance, tighten the screws nail 5 keeps the display screen virtual images constant to the distance of glasses when watching.
Embodiment 4: a kind of eyeglass device of watching display screen, as shown in figure 29, form by the special-purpose member 3 that glasses 1, the support 2 of controlling distance between glasses and the display screen and being used on support of watching display screen to use connects a display device.The eyeglass of glasses 1 is that two " moving heart positive lens " 8 of settling about corresponding eyes and each " are moved heart positive lens " and all constituted in the compound one of the prism of inboard facing to eyes " existing positive lens lens " and a substrate by one, as shown in Figure 4, two " moving heart positive lens " 8 are installed in the lens hanger 6.The support 2 of distance is connected between lens hanger 6 and control glasses and the display screen.The support 2 of distance is an adjustable trestle between control glasses and the display screen, and it half is the telescope cribbing, and it second half is flexible hose type support, and support 2 is fixedlyed connected with special-purpose member 3.The special-purpose member 3 that is used to connect a display device is spring clamps, and spring clamp is clamped the coboundary of computer LCD during use.Directional light by in the glasses facing to the real focus that forms behind the eyeglass of left eye with overlap the eyeglass left-right symmetric of corresponding eyes by facing toward the real focus that forms behind the eyeglass of right eye.
Embodiment 5: a kind of eyeglass device of watching display screen, shown in figure 32, form by the special-purpose member 14 that glasses 1, the support 2 of controlling distance between glasses and the display screen and being used on support of watching display screen to use is laid a display device.Support 2 is telescope cribbings, support 2 and glasses 1 all are connected on the cap, the special-purpose member 14 of laying display device is connected on the support 2, the platform of placing display device and the spring clamp 15 that clamps display device are arranged on the special-purpose member 14, telescope support 2 can be adjusted the distance that glasses are arrived in the position of placing display device, and glasses can be a kind of of various glasses among embodiment 1 or the embodiment 2.
Embodiment 6: a kind of eyeglass device of watching display screen, as shown in figure 33, the special-purpose member 14 of laying a display device by a support 2 of watching distance between glasses 1, control glasses and the display screen that display screen uses and being used on support, and supporting bracket 17 is formed.Glasses can be a kind of of various glasses among embodiment 1 or the embodiment 2.The special-purpose member 14 that is used to lay a display device has the platform of placing display device and the spring clamp 15 that clamps display device as shown in figure 34 on it.The 5th, set screw, tightly moving set screw 5 can be adjusted the position and the glasses 1 of glasses and lay distance between the special-purpose member 14 of display device.Supporting bracket 7 is made up of base sofa, telescopic tube support and set screw.
Embodiment 7: a kind of eyeglass device of watching display screen, as shown in figure 35, by the special-purpose member 14 watching the support 2 of distance between glasses 1, control glasses and the display screen that display screen uses and be used to lay a display device, and supporting bracket 17 is formed.Supporting bracket 17 is the desk-top supports of folder, adjusts supporting bracket 7 and can change the observation place.The platform of laying a display device and the fixing spring clamp of display device are arranged on the special-purpose member 14.Adjustment support 2 can change the distance between glasses and the display screen.Have in the glasses 1 of watching display screen to use facing to two identical and symmetrical eyeglasses settling about eyes, as shown in figure 36, the section of these two eyeglass geometric center link position A-A as shown in figure 37, each eyeglass was made of the inside prism 12 of photocentre positive lens 11, substrate placed in the middle and substrate outside 13 overlapping connecting airtight of prism, prism 12 is different with the refractive index of prism 13 material therefors, and prism 12 and prism 13 constitute achromatic prism.About two eyeglasses settling be installed in the picture frame, with there being the telescopic tube of dog screw to be bound up, tense-lax dog screw 5 can change the interval of left and right sides eyeglass geometric center in the middle of two picture frames.Positive lens 11 diopters are 2D, and prism 12 angle of deviation are 8 prism degrees, and prism 13 angle of deviation are 2 prism degrees.
Embodiment 8: a kind of eyeglass device of watching display screen, as shown in figure 38, form by the special-purpose member 14 watching the support 2 of distance between glasses 1, control glasses and the display screen that display screen uses and be used to lay a display device.Special-purpose member 14 is a side and the positive box that opening is arranged, and from the side small-sized mp4 is put into special-purpose member 14, can hold by glasses with hand and watch.The eyeglass structure can be any one of the structure of eyeglass described in embodiment 1 or the embodiment 2.
Embodiment 9: a kind of eyeglass device of watching display screen, as shown in figure 39, watch the support 2 of distance between glasses 1, control glasses and the display screen that display screen uses, the special-purpose member 3 that is used to connect a display device, display, supporting bracket 17 etc. to form by one with LCDs 4.The structure of glasses 1 can be any one of eyeglass configurations described in embodiment 1 or the embodiment 2.The support 2 of distance is adjustable hinge connecting rod rack between control glasses and the display screen, support 2 connects by special-purpose member 3 and the display with LCDs 4, display is installed on the supporting bracket 17, the base of supporting bracket 17 is keyboard and main frames 9 of a computer, supporting bracket 7 is the adjustable casing supports with set screw, the position that can change display screen 4 and spectacle sight glass 1 by adjustment supporting bracket 17 promptly is the observation place, and the distance that can change between glasses and the display screen by adjustment support 2 just changes the distance of the display screen virtual image to observer's eyes.
Embodiment 10: a kind of eyeglass device of watching display screen, as shown in figure 40, watch the support 2 of distance between spectacle sight glass 1, control glasses and the display screen that display screen uses, the special-purpose member 3 that is used to connect a display device, display screen 4, supporting bracket 7 etc. to form by one.Glasses 1 are that a following middle part has in order to put nose or to avoid the give vent to anger diopter of depression 16 of influence of nostril to be the positive lens of 4D, to be connected on the support 2.The support 2 of distance is the extension type casing support with set screw 5 between control glasses and the display screen, display screen 4 is fixed together by screw coupling compoonent 3 and support 2, support 2 is fixedly connected on the wear-type base for supporting 7, supporting bracket 7 be can tighten headband to observer's head.Lead 10 connects the main frame 9 of display screen 4 and display device.
Embodiment 11: a kind of eyeglass device of watching display screen, as shown in figure 41, watch the eyeglass device of display screen to comprise thin display, glasses 1 of watching display screen are arranged with display screen 4, the support 2 of distance between control glasses and the display screen is arranged, supporting bracket 17 is arranged.Glasses 1 can loosen the adjusting and the set of eyes simultaneously, directional light by in the glasses facing to the real focus that forms behind the lens of left eye with by facing toward distance between the real focus that forms behind the lens of right eye less than 0.035 meter, its lens structure is any one of eyeglass configurations described in embodiment 1 or the embodiment 2.Support 2 is the telescopic sleeve pipe cribbings with set screw nail 5, supporting bracket 17 is bushing type supports of the screw location of adjustable " whole display and glasses 1 " (being the observation place), and the base of supporting bracket 17 can be observer's seat sofa or bed etc.
Embodiment 12: a kind of eyeglass device of watching display screen, as shown in figure 42, at the support 2 that connects distance between control glasses and the display screen on the support of existing tyrode crystal display, connect glasses 1 of watching display screen on the support 2, the eyeglass of glasses 1 is a double-layer lens, wherein one deck is facing to two photocentres positive lens lens 11 placed in the middle of settling about eyes, another layer is shape refracting prisms 12 as shown in figure 43, and if with the double-layer lens of directional light irradiation glasses 1 directional light by two positive lens lenses 11 form about two Focus Clubs be refracted prism 12 and aggregate into a focus.Support 2 is the telescopic sleeve pipe cribbings with set screw nail 5, and the distance of regulating between support 2 change glasses and the display screen makes directional light drop on the display screen by the focus that glasses 1 form.For example the diopter of positive lens lens 11 is 2D, refracting prisms 12 are to be about the refracting prisms that the refracting prisms substrate of 6 prism degrees relatively is merged into by two angle of deviation, and directional light dropped on the display screen by the focus that glasses 1 form when the distance between glasses and the display screen approximated 0.5 meter greatly.The display screen virtual image that see by glasses 1 this moment a long way off.For example, if the diopter of positive lens lens 11 is 3D, refracting prisms 12 are to be about the refracting prisms that the refracting prisms substrate of 9 prism degrees relatively is merged into by two angle of deviation, and the virtual image of display screen at infinity when the distance between glasses and the display screen approximated 0.33 meter greatly.Adjust support 2 and can make the distance between glasses and the display screen equal the interior arbitrary numerical value of " focal length 〉=glasses of 1.1 * glasses and the focal length ÷ of the distance 〉=glasses between the display screen (focal length of glasses+1) " scope, regulate support 2 and also can make the distance between glasses and the display screen exceed this scope.
Embodiment 13: a kind of eyeglass device of watching display screen, as shown in figure 44, mainly form by the supporting bracket 17 of support 2, support displays and the glasses of distance between the display with LCDs 4, the glasses 1 of watching display screen, control glasses and the display screen.Glasses 1 can be any one of glasses described in embodiment 1 or the embodiment 2.Support 2 is to have the scissors telescope support that can change distance between glasses and the display screen of deciding screw 5, adjust support 2 can make distance between glasses and the display screen at 1.1 times of the glasses focal length between " focal length ÷ (focal length+1 meter) " rice, also can make the distance between glasses and the display screen equal the glasses focal length, etc.Supporting bracket 17 is the hinge link-type supports that can adjust the observation place.Perhaps, supporting bracket 17 also can be the desk-top support of folder or the desk-top support of other form.
Embodiment 14: a kind of to watch the eyeglass device of display screen also be a kind of hand-held electronic book, as shown in figure 45, mainly form by the support 2 of distance between the e-book with LCDs 4, the glasses 1 of watching display screen, control glasses and the display screen, the support 2 of distance is to link together by the special-purpose member 3 (screw connecting elements) that connects display device between e-book and control glasses and the display screen, support 2 is uncontrollable fixed supports, and the distance between glasses and the display screen approximates 33 centimetres.Two " moving heart positive lens " lenses settling about glasses have, the angle of deviation that these two " moving heart positive lens " lenses all are geometric centers is that the diopter of inside 9 prism degrees is the spherical lens of 3D, and the distance between the geometric center of these two " moving heart positive lens " lenses is 6 centimetres.
Embodiment 15: a kind of to watch the eyeglass device of display screen also be a kind of hand-held electronic book, as shown in figure 46, main by e-book with LCDs 4, watch the glasses 1 of display screen, the support 2 of distance is formed between control glasses and the display screen, the support 2 of distance is to link together by the special-purpose member 3 (screw connecting elements) that connects display device between e-book and control glasses and the display screen, support 2 is jack columns that scalable changes distance between glasses and the display screen, can adjust to 34 centimetres apart from maximum between glasses and the display screen, the time spent can not compressed and be recovered to 3 centimetres.Two " moving heart positive lens " lenses settling about glasses have, the angle of deviation that these two lenses all are geometric centers are that the diopter of inside 9 prism degrees is that (non-spherical lens can be corrected aberration for the non-spherical lens of 3D.For example weaken distortion or reduce the visual field bending), the distance between the geometric center of these two " moving heart positive lens " lenses is 6 centimetres.
Claims (10)
1, watch the eyeglass device of display screen, eyeglass and lens hanger are arranged, it is characterized in that having the support of distance between control glasses and the display screen, end at this support is the glasses that can loosen the adjusting and the set of eyes, display screen is arranged or have only the special-purpose member that connects or lay display device at the other end of this support.
2, the eyeglass device of watching display screen according to claim 1, the eyeglass structure that it is characterized in that glasses be following one of several and directional light by glasses facing to the real focus that forms behind the eyeglass of left eye with by facing to the distance between the real focus that forms behind the eyeglass of right eye less than 0.035 meter, its structure is following one of several: the eyeglass of glasses be two " the moving heart positive lens " of settling about corresponding eyes and each " move heart positive lens " all by one facing to eyes " existing positive lens lens " and a substrate in the overlapping formation of connecting airtight of the prism of inboard; Perhaps, the eyeglass of glasses be two " the moving heart positive lens " of settling about corresponding eyes and each " move heart positive lens " all by one facing to eyes " existing positive lens lens " and a substrate at the incorporated eyeglass of the prism of inboard; Perhaps, in the glasses eyeglass of corresponding eyes be an one eyeglass and it be by facing to two that settle about eyes " existing positive lens lenses " with facing to two substrates settling about eyes at the incorporated eyeglass of the prism of inboard; Perhaps, the eyeglass of glasses is to face toward at the bottom of two that settle about eyes at the prism of inboard and the double-layer lens that constitute facing to two that settle about eyes " existing positive lens lenses "; Perhaps, the eyeglass of glasses is " two prisms are connected in one in bases " eyeglass and the double-layer lens that faces toward two positive lens lenses formations of settling about eyes; Perhaps, the double-layer lens of glasses is made of " two prisms are connected in one in bases " eyeglass and an integrally formed lens that is comprising two " existing positive lens lenses "; The overlapping prism that connect airtight on other lens surface of a substrate in the outside perhaps also respectively arranged on the eyeglass of corresponding left eye in above-mentioned various glasses and corresponding right eye, and the refractive index of this prism material is different with the overlapping eyeglass that connects airtight; Perhaps, the eyeglass of glasses is that the following middle part of the common positive lens that uses of eyes and this positive lens has depression, and the photocentre of this positive lens is in bridge of the nose position; Perhaps, the eyeglass of glasses is achromatism positive lenss that there is depression at a following middle part, and its photocentre is in bridge of the nose position.
3, the eyeglass device of watching display screen according to claim 2, it is characterized in that the eyeglass facing to left eye is symmetrical with the eyeglass that faces toward right eye in the glasses, and the eyeglass of corresponding eyes is by " existing positive lens lens " and prism or combination or compound or integrator formation, the concave surface on the left side faces left eye, and the concave surface on the right faces right eye.
4, the eyeglass device of watching display screen according to claim 3 is characterized in that in the glasses that facing to the eyeglass of left eye and mutual relationship facing to the eyeglass of right eye be by facing toward the focus that forms behind the eyeglass of left eye and overlapping by facing toward the focus that forms behind the eyeglass of right eye when the directional light irradiation glasses.
5, the eyeglass device of watching display screen according to claim 3, it is characterized in that the eyeglass in the glasses is the eyeglass that can weaken aberration, that is to say facing to the eyeglass of left eye and facing on the eyeglass of right eye respectively has the overlapping prism that connect airtight on other lens surface of a substrate in the outside, and the refractive index of this prism material is different with the overlapping eyeglass that connects airtight.
6, according to claim 1 or 2 or 3 or the 4 or 5 described eyeglass devices of watching display screen, it is characterized in that the focal length * 1.1 〉=glasses of eyeglass and the focal length ÷ " focal length of eyeglass+1 " of the distance 〉=eyeglass between the display screen, the unit of its middle distance is a rice.
7, according to claim 1 or 2 or 3 or the 4 or 5 described eyeglass devices of watching display screen, the support that it is characterized in that controlling distance between glasses and the display screen is to adjust the support that changes distance between glasses and the display screen.
8, the eyeglass device of watching display screen according to claim 7, it is characterized in that there is one and supporting the supporting bracket of " support, the glasses of distance between control glasses and the display screen, connect or lay the special-purpose member or the display screen of display device ", this supporting bracket is to be the support of stilt with the object and to be the adjustable trestle that the position of glasses and display screen together can be moved.
9, the eyeglass device of watching display screen according to claim 7 is characterized in that display device is arranged.
10, the eyeglass device of watching display screen according to claim 7 is characterized in that having a wear-type base for supporting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007203121535U CN201159796Y (en) | 2007-12-25 | 2007-12-25 | Spectacles device for viewing display screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007203121535U CN201159796Y (en) | 2007-12-25 | 2007-12-25 | Spectacles device for viewing display screen |
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| Publication Number | Publication Date |
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| CN201159796Y true CN201159796Y (en) | 2008-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNU2007203121535U Expired - Fee Related CN201159796Y (en) | 2007-12-25 | 2007-12-25 | Spectacles device for viewing display screen |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101477250B (en) * | 2008-01-04 | 2011-08-03 | 王霖华 | Spectacles device for viewing display screen |
| WO2014114765A1 (en) * | 2013-01-25 | 2014-07-31 | Headflat Gmbh | Universal retaining device for a mobile multimedia terminal |
| WO2017113257A1 (en) * | 2015-12-30 | 2017-07-06 | 深圳市柔宇科技有限公司 | Head mounted display device |
| CN108154803A (en) * | 2018-01-05 | 2018-06-12 | 京东方科技集团股份有限公司 | A kind of display device and display equipment |
| CN105745569B (en) * | 2013-11-21 | 2018-11-13 | 三星电子株式会社 | Head-mounted display equipment |
| CN109270679A (en) * | 2018-11-06 | 2019-01-25 | 西安深睐信息科技有限公司 | A kind of head-up is far burnt to show myopia-prevention reading device and its reading method |
-
2007
- 2007-12-25 CN CNU2007203121535U patent/CN201159796Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101477250B (en) * | 2008-01-04 | 2011-08-03 | 王霖华 | Spectacles device for viewing display screen |
| WO2014114765A1 (en) * | 2013-01-25 | 2014-07-31 | Headflat Gmbh | Universal retaining device for a mobile multimedia terminal |
| CN105745569B (en) * | 2013-11-21 | 2018-11-13 | 三星电子株式会社 | Head-mounted display equipment |
| WO2017113257A1 (en) * | 2015-12-30 | 2017-07-06 | 深圳市柔宇科技有限公司 | Head mounted display device |
| CN108154803A (en) * | 2018-01-05 | 2018-06-12 | 京东方科技集团股份有限公司 | A kind of display device and display equipment |
| CN108154803B (en) * | 2018-01-05 | 2020-11-03 | 京东方科技集团股份有限公司 | Display device and display equipment |
| CN109270679A (en) * | 2018-11-06 | 2019-01-25 | 西安深睐信息科技有限公司 | A kind of head-up is far burnt to show myopia-prevention reading device and its reading method |
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