DE102004026527A1 - Three dimensional and virtual three dimensional, stereo and virtual stereo image obtaining and implementing device for e.g. television image has two space depth imaging systems, transfer medium which are combinable with each other - Google Patents

Abstract

The device has two space depth imaging systems which are television film material and display field. Transfer means consist 3D-glasses with adjusting means for additional use of optical glass and different pupil distances. Additional devices are infrared earphones, LCD 3D glasses, diodes, 3D glasses-refitting aperture, position changing device for glasses. All the elements are combinable with each other. An independent claim is also included for an obtaining and implementing process for three dimensional stereo image.

Description

The invention relates to a device for obtaining & using 3D / stereo images & quasi-3D / stereo images for TV's, electronics image, cinema / fair / big screen, slide, internet / PC monitor, endoscope , Video game computer / test / simultaneous equipment (race / flight simultaneous / learning facilities), product display / movie / DVD / video equipment ...,
the term (= nearest technical level) on the part of the user person-near type image separation devices, such as a double-lens reinforced, placed in front of the head & eyes, box-like hollow body, the per eye, free viewing channel on a, spaced at a distance to the hollow body, each eye assigned stereo image double allows. [The novelty is presented relevant TV / TV-Gesät, + applies analogous multi-system.]

Stand-the-art-appreciation:

• 1) The US Pat. No. 5,615,046 - Starting from this invention, proposes a device before (as mentioned in the preamble), on the part of the user / group of people per person-near type image separation devices - such as one eye Optho lenses reinforced - placed in front of the head and eyes, such as box-like Hollow body, which allows the - per eye - free viewing channel on a, arranged at a distance from the hollow body, each eye associated stereoscopic double, whereby the user person can also perceive analog stereoscopic images. The device is bulky / unpractical / expensive, so extremely difficult to market designed.
• 2) WO 92/07292 A1 also shows a box device, but which is designed as glasses, & each with several additional lenses + deflecting mirrors incl Adjustment consists, which, as in 1, the reaction stops.
• 3) Even the proposal of EP 325 019 B1 Although the interesting possibility on a TV picture of a kind of red-green / Anaglyphenbrille 3D-spatially to see, but the different load on the color receptors of the two eyes of a human being is only recommended at short intervals; and is recommended as such - by the operating bodies - only for interval-relevant short-term use.
• 4) ( GB 774 137 ) Earlier, in the middle of the last century, the black-and-white televisions were still flickering, which also resulted in a kind of indirect light flicker over the areas that bound the space and the like, which not only puts additional strain on sensitive eyes. In order to counteract this flickering or indirect flicker of light, the following proposal was made, but only tangentially generic, which is an opaque block to be attached to one (separate) pair of spectacles, per spectacle lens; it is ever laterally movable, and possesses (depending on pupil height) a broadened to the eye-frustum-shaped breakthrough.
• {5) Finally here is still a single stereo imager [Lighted Stereo Viewer (Sauyer's View Master)] lists a device to be held in front of the head (+ the eyes), with each pair of stereo images to the 3D image.} For all of the aforementioned - different relevant - proposals were not all options recognized.

The invention task

The It is an object of the invention to provide longer term less expensive stereo / quasi-stereo viewing / TV / TV viewing Means & possibilities to accomplish; as well as the general picture - / - perceptual improvement. The relevant Additional task is that at the television (TV), in terms of today's recording & playback technology, no image quality smears exist, & different Color receptor loadings of the two eyes of a human largely to be minimized, & nested, Opto lenses fitted Head intent hollow body / equipment are dispensable. A task solution has been found in claim 1 (of draft proposal I); whose characteristic group I-III is:

I

• A) Televisions (auxiliary) means consist of such [:] a) of 2 different space deep imaging systems (i.e. :) 1) TV footage & 2) screen environment, the latter - stereopsis relieving - the eye incidence is partially denied; & / Od b) the TV film material in about "SauyerViewMasterGestalt" in stereo / partial / Quasistereo- / Monobildweise - the latter also as [inside (nose) side shortened images /] partial images - the eyes thus supplied becomes(:)
• B) - that person stereopsis functions To perceive stereo images; & / Od
• C) - that TV picture material intense & / od perceptible on the quasi-stereo side is; & / Od
• D) - that accordingly (A / B) about 2 next to each other placed people from spaced apart parent TV picture groups undisturbed can perceive each Separatfilme.

II

• E) implementing means / executions ( 1 - 25 . 26 - 38 / I - VII ; ps 1 - 80 ), such as human-anatomical, per eye chige / windowed ( 5 / 5a / 5a1 / 5a2 / 5b1 / 5b2 / 5b3 / 5x ) 3D glasses ( 1a / Ia + b / II / 2 / 4 + 5 / 6a + b / 7 - 9 / 10a + b / 12a / 17 / 18a + b / 21 - 24 / 25a / 25b ) [in 1 version with (ever) approx. red-green or redminimum filter / n ( 2 ; ps 14 + 15 )] - ca with different adapting agents - for (:) a) use of extra eyeglasses ( 2 / 7 / 10a / 24 / 25a / 37 ), b) different pupil distances ( 1a / II / 2 / 5 / 6a + b / 7 / 9 / 10a c / 12a / 18 / 21 - 24 / 25a / 25b ), c) see-through opening sizes / cross-sectional shapes [ 1a / 1b1 / 1b2 / II (= LCD's) / 6a + b / 24 (Ps 41 ) / 28 / 35 / 36a -H]; & d) so (ac) also as glasses sets ( 38a -c + g);
• F) Suitable device accessories (:) a) Temples infrared earphones ( 1a / II ; ps 2 / 34c + d); b) LCD 3D glasses ( 27 / II ; ps 34a + b); c) diodes (for a + b); d) 3D glasses retrofit panels ( 10a + c / 25a / 37 ) & pressure distribution means ( 1c ; ps 16 ); e) Spectacle position changing devices ( 1c / 2 / 10a / 24 / 27 ; ps 20a / 20b / 27b / 41 - 44 ); f) double televisions / sets ( 25c / 25d ) & -Furniture ( 25d ); g) TV framing (Ps 35a + b).

III

• G) The device elements (AF) - ( 1 - 25 ; 26 - 38 / I - VII ; ps 1 - 80 ) are (:) a) combinable with each other; and / or the device consists b) accordingly (a) of all, one - or individual - of their parts.

The painting

The Drawings show the novelty in parts, for example, in some cases even only hinted / hinted. Here is the short introduction of the same (more detailed figure / function descriptions follow later). It shows the (:)

1a 1 person with pupil-hole track glasses in combination with a headphone (stereo / 'quadro');

1b1 + b2 Type breakthroughs (shapes as open areas for light / image appearance);

1c a (provisional) cardboard glasses;

2 a combination of glasses + aperture (also indicated: supplementary hole pattern);

3a -c the depictions of how a viewer perceives a ca TV picture;

4 a pupil eyeglass frame with supplementary hole pattern;

5 a pair of glasses with hole position / track adjustment discs;

6a a pair of glasses after 5 additionally with 2-hole-size variate extension turned parts / washers;

6b a pair of glasses after 6a , partly represented, in section (approx. from above);

7 a pair of spectacles, partially represented, with (each side) pupil-hole track adjusting slide;

8th a pair of spectacles, shown in detail, in combination with the 2 . 4 + 7 ;

9 a pair of spectacles, partially represented, on average, as a central nasal area with knurled nut with left and right-hand thread for spectacle-disc / flank / -hole adjustment;

10a a pair of glasses, partial frames, as a combination of the opto-cardboard version;

10b the partial representation of the (later) subsequently to be punched on / self-adhesive layer;

10c a pair of glasses, shown as a variant of the cardboard version of the 10a ;

11 ... about the illustrations similar to the 3a -c (see more detailed Fig description);

12a Glasses, similar to those of the 1a ;

12b1 / b2 / c the representations similar to those of 3a -c + 11 ;

13a + b the representations similar to those of 3 / 11 / 12 ...;

14 a representation similar to that of the 3 / 11 / 12 ...;

15 a representation similar to that of the 3 / 11 / 12 ...;

16 + 17 two pairs of glasses;

18a + b a spectacle variant with adjustability of the hole track in the manner similar to 9 ) just now with gear rack and pinion combination;

19a the representation (as plan view): 2 persons see approx. sitting next to each other (each with device after the 1a ) two different (usually monobildrelevant sent) TV movies in Quasistereobildart (about 99% stereo) with 2 TV's;

19b the presentation as at 19a where a person with a TV, even in an oblique / unfavorable angular position sees a Momobilderfilm in very high quality Quasistereobildart;

20 2 perons see (similar. 19 ), in two-channel mode (with 2 TV's), a real-stereo picture TV movie;

21 the glasses, partially represented, as a variant of the 7 ;

22 the glasses, partial frames, with variant after the 21 ;

23a / b ... a kind of glasses or -Vorsatz (swivel), as a variant of the ca 10a / b [with a 'pupil-hole-track' fine-adjustment label pair (c1 + c1)];

24 the top view of the head of a spectacle wearer according to the invention. Enlargement of the 1a ;

25a the spectacle part representation with visor similar to the 2 od 23 ;

25b the perspective spectacle part representation, similar to 1c but with adjustable viewing apertures as individual pupil tracking devices (similar to the 7 + 22 );

25c -e 25c : Double TV (fitted). 25d : about 4-fold TV + furniture + additional. 25e : 2 pers. m. 3D Brill.

[ 25f -l (= I - VII ) Drawing group sheet ( I - VII ) concerning some factual / parts-related affiliations (see p. 17)].

[ 26 - 38 ... Attention: Fig are only described! The device parts / executions are set forth in the detailed figure / function description part; the drawings are missing (still).]

Explanations of the invention and use

• 1) In 1950, the inventor discovered something similar like the 'thumb jump'. One stops, with hand outstretched, thumb up, then open alternately one of the two eyes, then the thumb jumps back and forth (although he does not is moved). The 'jump' appears the greater, ever the background motif is still on.
• 2) The brain area, which is the different each eye but similar 'fields' to a highly plastic Stereo picture 'joins together' is called Stereopsis. Looks a person - out the middle of a room - off In a window, he is able to design picture parts a) in the room and b) outside perceive it. Both motifs are subject to this half the same - related - room depths type.
• 3) Similar ('see from the window') we experience analogous eg when using the TV; However, apart from the normal Raumtiefegesetzart there is at least one half of this second - also often changing - Raumtiefeart the TV movie's Unnaturlich here is the fact that the usual - stereo-plastic-depth information of the TV Picture "has been lost"; and thus also the exact location information concerning the 'where' of the parts belonging to an object area. Another unnaturalness in the TV use is given for example by the fact that the "approximately analog window" (= TV screen area) is relatively small (almost like a domestic puppet theater, or a dollhouse), but that here in often grouped- permanent alternation, close-range sequences with large - rT 'large-scale' - givens (such as a land or naval battle lineup in a monumental film) play, so 'windowed' so large Focussierungssprünge done (in quasi about Tonmonotoni) .This is an attempt to explain That it may be that the stereopsis of the human being is overwhelmed, because - as mentioned - once the natural environment, up to the TV set, then it jumps, on the screen in a blatant unnatural (also largely 'two-dimensional') room environment over , so that it quasi - graduated - two "image compositions" must accomplish, with the 'two-dimensional ale 'also (as mentioned) - in intervals - relatively often changes focus. This is in particular about the apparently overburdened stereopsis - with the simplest means - to give the possibility that they can also make the television screen relevant image sequences - according to their functional performance - plastic. - To this end, it seemed necessary first of all to a) relieve the stereopsis (& mainly to supply it with only one deep-space imaging system, as is customarily found in the natural world) and b) render the stereopsis 'nasal-side' (ie each inside) to supply slightly shortened TV images, analogous to the nasenseits usual minimized field of view.
• 4) Since the depth information - in today's powerful TV picture - is quasi present, an attempt was therefore made for this purpose, a) all flanking 'light and picture material' around a television picture (flanking as quasi TV / einrahmender belt) consists, for example, as a possible - disturbing - eye-light incidence 'remove', and b) the pair of eyes only - similar to the normal vision (image difference relevant) - each complementary only subregions of a TV picture to transmit; what initially a simple two-hole or pupil-hole gauge glasses ( 1c ) was created - and so in relation to the anatomy of the inventor (taking into account the distance to the TV - & TV size) was created - that in essence only the dynamic "test Mono TV movie" in the manner of 3c [as well as the VI (depending on the V 'aligned')] was perceived in the darkest darkened room.
• 5) The results of the experiment were astonishing, because - after the short 'eye adjustment' (known from the SauyerViewMaster) - it appeared an almost quasi-visual picture! Where ever the 'missing' outside edge of the picture (ls + rs) stereopsisseits was put together to form a full-frame complete picture! Three involved test persons - each (in itself) carried out the experiment in different places, and surprisingly confirmed the aforementioned - positive - result. So what had happened in detail: Through the pupil-hole goggles ( 1c ) was ever the incident image information light beam through the small - eyewear relevant - breakthrough ( 5 ) already at a distance in front of the eye (similar to a laser beam) according to the invention vorgebündelt and aligned to be broken and post bundled in the next step - by means of corneal curvature and the lens - and finally hit - almost as sharp image - directly on the approx. 1.75 qmm large retina center (Sehgrube / macula) - in the place of the sharpest vision - why (:) a) the brain was animated to use the eye muscles for the rest of the minimal focus, and b) the stereopsis (because they, With the pupil-eye gauges attached, the inventor once stood sideways in front of a window with the distance between meters, and looked for a while at the now (without the otherwise necessary optical glasses) readable script of a PC course sheet attached to it, then he turned the K over opf, and saw about 25 meters on an old TV antenna system. Now the following happened: In the way, as it is known from a manual - last - binocular fine adjustment ago, focuzierte the brain - as mentioned under 'a' - the sharpness of the image on the object mentioned by ever briefly became sharp, then was blurred to finally stay in the sharp area again.
• 6) Because one of the eyes looks a bit stronger as a 'guide eye', and / or analogously the 'guided' eye looks slightly weaker, so when watching TV with the new glasses ( 1c ) Occasionally, that the inventor in the region of the left edge of the picture a dark pitch circle segment appeared. - It corresponded (eg at the 3c ) on the left side of the TV screen ( 8th ) dashed line (according to extension of Pos 9a ). An individual minimal light filter set ( 14 / 15 ) using the 'guide eye' with the slightly stronger 'red filter' was included as a possibility for remedial consideration; as well as an optical aid.
• 7) In order to remedy the above circumstance (according to the beginning of point 6), a new attempt has been made. Now, the eye pair was no longer just partial image areas ( 8th ) - similar to the 3c - transmitted, but only complete-area TV screens, according to the 3a , The surprising result was again amazing! The stereopsis 'delivered' also here weitestestgehend quasi stereo images, acc. of the 3b , Here are some functional procedures to understand this: Light falls - as described - on the retina, the retina, and especially on the macula / Sehgrube. There they encounter photosensitive receptors, which means that the light pulses are converted into biochemical information. - Now, the human eye, generally per second, performs about 50 'mini-jumps' - so-called saccades - (similar to the movie-relevant TV image sequence of at least 50' fields per second); and brain / stereopsisseits are then generated from the many individual images relevant 'Bio-Infos' the corresponding overall images. The fact that the stereopsis was largely spared from the different multiple & overloads explained in point 3, enabled it to create hardly distinguishable real 3D images in some cases.
• 8) Now, there is a lot - in normal TV viewing (synonymous with the general movie ...) - to understand (:) a) that - usually - a 3D effect with the removal of the motives [often synonymous smaller decreases (/ 'smaller') expectant objects]; and analog - with the diminishing distances (Distances) to the subject [up to object-magnification-relevant close-ups (eg person partial face occupies the entire TV screen area)) - increases [3D effect interesting (/ -ideal) is the area under 30m] [hierraus follows that it is the TV Seeing (scene-relevant) permanent natural quasi-3D fluctuations exist); b) that in skilled camera work, when a picture subject background shifts in relation to a picture subject foreground, conditions are created to allow the stereopsis to pass over the two without special means / image separators (as long as a camera pans) Eyes are supplied to different complete image pairs, so that they work according to their task, provides & plastic images. - So 'wavers' because - in normal TV viewing - the image sequence on the one hand between 'standing camera motif' image sequence and on the other hand, the type 'Schwenkkameramotiv' image sequence back and forth. This means that the spatial depth effect (3D) is transmitted indirectly (and indirectly from the experience - eg via the interpose) - and then slightly stronger, through the stimulation of the stereopsis. In addition, due to the fluctuating focussing, there are also changing 3D / space-effect variations (in accordance with the aforementioned point 'a').
• 9) Here the 3D glasses ('4') ( 1 ) In the case of conventional monofilaments insofar (in the direction of a stereo image) a remedy, as is always achieved in both still-camera image sequences as well as pan camera image sequences, as well as in 3Draumtiefenwirkungsschwankungen, even better depth of field perception.
• 10) As a by-product of the fact that a large part of the sun-born border image material (wider surroundings around the TV set) transmitted through the TV viewing system is displayed by 1 ), so you can see the TV pictures themselves in a better quality - and greater intensity - true.
• 11) The pupil eyeglasses should only be used for interim (medium term) Use find application, eg for Broadcasts where you have the image material a bit more spatial would like to experience. They are suitable: a) well-lit open broadcasts such as music for millions, with DT Heck & TV ballet; b) TV television films (formerly ever seen movies are now completely new experienced); c) animal, Village, island, mountain, home & landscape movies / shows etc ...; d) old - historical - film documents (about war / post-war / silent movie material etc); e) many kinds Sporting events; Soccer comes across dreamlike; also American Football; Biatlon / Tennis / Gymnastics / Gymnastics / cycling / diving / ballroom dancing ... Sport becomes complete newly experienced; f) Company-relevant product presentations - for example on Measuring - are more realistic. The inventor saw himself in the beginning, directly after the above points 4 + 5, relish TV advertisement! once he was deeply shocked, as in the news the stormy The sea was incredibly realistic and raged
• 12) In order to allow the perfect - absolutely true - stereo picture TV viewing, the following is provided (:) a) that the pupil hole track ( 3a / 3b of the 1a + 12a ; ps 5b3 / 4 ) is axially changeable / adjustable; & b) that (in each case 1 Ausf.) 2 stereo fields (at a distance) are arranged side by side (one-channel, on a sufficiently large screen; + two-channel, on 2 juxtaposed TV's);
• 13) In order to be able to see two different monofilms side by side with two other people, in quasi-3D, two-channel (+ hear undisturbed), the bes. Eyeglasses (pos 1 / 1a ; 12a ; 24 ) suitably toniert.
• 14) In the inventive. '2-LochGrillen-TV-See' a) to get head movement freedom, and b) in the alternative also 'Teilgesichtsfelddinge', eg to get the view on the table ..., there are suitable additional eyewear holes ( 2 / 4 / 8th ) of the same - or different - sizes. Here it is to be noted that if necessary also application possibilities restrictions can accompany (thus eg according to the point 13).
• 15) Finally, it is envisaged that a type of 'eyewear' counteracting eye muscle flaccidity will be combined with the pupil-shaped eyeglasses according to the invention. The respective small-hole image of eye training glasses' is used for eye relaxation, as well as finally the Sehlkraftstärkung, & its application is also recommended for TV viewing; however, their use should always be used only when sufficient ambient light conditions prevail. In the combined use according to the invention - for example according to the 4 - On the one hand, a) on the one hand mainly little (to no) separate ambient light should be used [this improves (because of said stereosis pre-discharge) - as desired - the space imaging capability]; and b) On the other hand, during the daytime, for example in the summer, there should be a lot of light in the TV-viewing, although among them - for the reasons mentioned - the stereopsis can not work so well (but in any case it will always be better) Artwork 'delivered', as without the glasses / combination spectacles ( 1 ). Television - with excessive light in the room - is in any case only associated with drawbacks. After all, most of the time it is 'watched TV' in the 'dark' seasons.
• 16) Getting used to the two- / Mehrlochbrille invention - about after 1c - always! And it should therefore - in whatever execution - be used in grading enhancing intervals, for example, to strengthen the specific muscles - such as for the quasi (depending on initially simple eyewear version) rigid head posture. - PC users are familiar with the problems of the neck & wrist. At first one is so overwhelmed by the unexpected - TV relevant - image enhancement and 3D effect (even if it is also of the film performance additionally 'exciting'), that the glasses - contrary to the recommendation - too long touches, so that - of the neck muscles (and even, understandably, from the eyes) - certain symptoms of congestion can occur (which can also cause 'muscle soreness'). - But over time you do not want to miss the system [3D _TAFF TV] - as a rule - anymore.
• 17) Another positive novelty side effect is that with + be trained with the user eye muscles, which is the well-known Counteracts eyelashes (usually saves ever stronger lens lenses).
• 18) The present invention provides that variously occurring - technical - concomitant circumstances the applicability of the glasses - for an economic Feasibility of novelty - glasses' can be 'intercepted'; things which a) on the one hand affects the anatomy of man (head size / shape, Eye relief, use of optobrills; if necessary age / sex ...), b) on the other hand usage type ... (cinema / TV / PC / game / medicine rel application), c) on the other hand the flanking conditions of use (such as eg the distance to the TV, the TV screen size), and after all also d) of the product price.
• 19) It is envisaged that solution variants / partial combinable; + the novelty of parts ( 1 - 80 ) consists.

Incoming Figures- & some Function Descriptions:

The 1a shows - as a field of invention in its most sophisticated execution - a relatively young man with glasses ( 1 ) and pending type headphone parts [initially - are - partially transparent lenses shown, which is visibly changeable in a Pupillenlochspur 3D glasses [discs (later) about as LCD's provided].

The 1b1 + b2 shows (as indicated) the magnified representation of a see-through small window [in the example 'dark / black foil' on the spectacle lens; the 'window' (after 5 ) is here (after 1a ) somewhat enlarged and widened].

The 1c shows the perspective view of a type cardboard cardboard glasses according to the invention in its simplest form & without head and without adjustable openings (for different applications, for example, 2 glasses are provided with 2 different Durchblicklöcherspuren).

The 2 shows (indicated) the ca front or rear view of an example optical glasses (pos 1 ) in conjunction with a (retrofittable / retrofittable) 3D cover (see pos 13 ) (as a pair of apertures, each laterally lochspurverstell- / - displaced); & / o glasses with a ca fine hole pattern ( 5a ) equipped provided.

The 3a shows (indicated) abstract (simplified) visual representations of the ca TV screen / image from the front with respect to (one embodiment relevant) the light incidence in both pupils (ls + rs).

The 3b shows (indicated) the abstract representation 3a , in 'working' stereopsis [the margins, outside of the TV "gray" (see Pos 11 )].

The 3c shows (indicated) the abstract representation of the view of a ZV example screen (like a reading glasses) according to the invention forward (ca tip of the nose out) moved back (with a slight head back) Lochspurbrille (results uA ca Focussierungsverstärkung).

The 4 shows the front view on a continuation of the glasses after the 2 with additional hole pattern;

The 5 shows a simple (+ abstract) drawing study of the ca front view of a pupil-hole track glasses with - for each eye - individually adjustable pupil hole track, which sometimes each lens / eye is done by a rotatable, circular-like (possibly curved) disc, each in a spiral shape placed breakthroughs are introduced.

The 6a shows (as a partial view) a spectacle side ca after the 5 (Study), suggestive of each (in 5 said disks (each through hole) a (possibly also curved) additional disk is placed, each (eg) with two different sized holes; These additional discs are also rotatable, with the same one to two different hole sizes (per hole track hole) is adjustable; [it may sound funny: even with one eye (with a 'half-glasses' according to the invention) a person (quasi-one-eyed) can be improved according to the invention - and thus improved - 'retrospectively' - thinking '3D-remembering' (the latter also applies to '2-eyes-seers')].

The 6b shows the device part of 6a as a very simplified representation in the section as a plastic version [with the discs / surfaces, however, belong more closely together (drawn)].

The 7 shows: partial representation of a cardboard cardboard gauge with cutout; each one recessed bolt with handle allows axial hole track adjustment.

The 8th shows the drawing study as a partial representation of a modern ca Lochspur- / Lochbildbrille (similar to each of the 4 + 7 ; only larger holes of those of the pupil-hole main holes are present); according to the locking position shown, all holes are clear-transparent; the bolt is movable; so that on the one hand (in one embodiment) the holes (the entire hole pattern) is displaceable [eg for individual adjustment of the pupil lenlochspur a user (+ about the application - in the dark - in the evening)] ...
... and so that on the other hand (in a further variant) the holes (except for the main hole pair) can be made smaller - even completely disappearing - (eg approx. for use on bright days) ...
... Moreover, it is (if necessary in a further embodiment) provided that a spectacle design in small and light presentation (without or with only a small margin, and designed according to only the ca bolt spectacle lens format) is created, such as injection molded parts ...
... and it is (in a possible further embodiment) provided that the holes ( 5 / -...) of the individual anatomy of the human being during, for example, head movements (while maintaining the approximate viewing direction eg on TV) are formed ...
... and it is finally envisaged that about the above things - or parts of them - (as) in the LCD-disc design, and so are automatically adjustable, and ultimately so ca also fernbedienschaltbar are, in the alternative, about ever suitable controls.

The 9 shows the spectacle part representation in section through the seated on the nose of a person spectacle area, wherein it is provided that the mid-region flanks (with the see-through parts / slices) pupil hole track are made changeable ...
... to the appropriate adjustment, the spectacle flanks ca are about a finger accessible knurled nut with Ls- / Rs-thread and each one protruding - thus communicating - screw thread (possibly each feed intensieves multiple threads) connected.

The 10a shows the much simplified partial spectacles ca from behind, namely a (from the form forth) about reading glasses frame cardboard pair combination, the cardboard glasses is designed with eg transparent transparent film viewing areas ...
... here it is envisaged that a user person using a eg film recorder in front of a (eg eye-high) mirror zooms on the basis of the (in itself) to see pupil normal layers a fixation (eg cross, point or the like) on the Make film ...!

The 10b shows - as a partial view - ca black adhesive film, which is eg stick to the front of the cardboard glasses; at the fixed points of the ca cardboard eyeglass-clear film is now the see-through pair ( 5 ) incorporated / incorporated ...
... then the cardboard glasses are combined with a standard pair of glasses (or a reading frame without glasses); For this purpose, the cardboard glasses have various small holes ( 23 ), for about thread / cord / binding wire-like attachment to the user-friendly glasses frame.

The 10c shows a pair of glasses after the 10a as a partial representation, with folding variants for bending the type of spectacle bow - along with (simplified drawn) 'serrated' temple end for individual 'adjustment' of 'how far' the 'front eye' should come to rest on the nose; it being provided that the spectacle end areas (& spectacle areas in general) which come into contact with the scalp, for example with a soft material (eg Venyl foam or soft profile material made of an elastomer) ( 16 ) are provided coated.

The 11a1 + a2 shows (analogous to the 3a , indicated), the abstract representation of a TV screen pair (2 TVs from the front, which are each designed laterally displaceable / placed, according to the application 19a + 20 (with which according to, for example, a) two-channel TV in 100% Echterstereobildsehen (according to 20 ) is possible, or b) two times single-channel TV as 'different monofilm seeing' in about 99.8% -3D quality to 2 people (after the 19a ) (for its respective application - 'a' or 'b' - also the hole gauge of the glasses is adjustable / customizable and adjustable)].

The 11b1 / b2 shows (analogous to the 3a ) hinting the TV pair / TV picture pair (after 11a1 + 2a ) with pair of glasses holes aligned thereon (and the image incidence / light incidence into the - through the - pupils), (according to the correct spectacle and TV position setting).

The Fig c1 / c2 shows (analogous to the 3b (+ if necessary 3c )] - hinted - the abstakt 'Augenumtern representation according to the conditions / conditions of 11a1 / A2; the hatching areas (around the TV images) "gray" (or "blacken" when it is in the room - eg in the evening / at night without ca Fernsehhleuchtenverwendung ... - relatively dark), and eg 2 people see different TV movies, as soon the pairs of eyes + the stereopsis (after 19a ) in quasi-stereo (= up to about 99.8% -3D quality) converted + adjusted.

• a) wo die Pupillen-Lochspur-Durchblickbereiche (5) die 'innere' (schmale) „Spurbreite" zeigen, in deren Art ca 2 Pwersonen nach den Fig-Gruppen 11 und der 19a unterschiedliche Normalmonofilme in Quasi-Stereo (= bis ca 99,8%-3D-Qualität) sehen können; und
• b) wo nach der vorzunehmenden Lochspurverbreiterung (siehe Pfeile und gestrichelt gezeichnete Löcher – Pos 5 – als 'breite' Lochspur, womit dann zB eine Person mittels zB 2er TV's, in 2-kanaliger Art, 100%-Echt-Stereo/-3D sehen kann.

The 12a shows [the brillant side two hole tracking adjustments 19a / b + 20 ] - in suggestion - (ca) the LCD 3D glasses of the invention from the front (some ca depending on the same in accordance with 1a )

• a) where the pupil hole track viewing areas ( 5 ) show the 'inner' (narrow) 'track width', in its kind about 2 Pwersonen after the Fig groups 11 and the 19a different normal monofilms in quasi-stereo (= up to about 99.8% -3D quality) can see; and
• b) where after the perforated hole broadening to be made (see arrows and dashed holes - Pos 5 - as a 'wide' hole track, which then, for example, a person using eg 2er TV's, in 2-channel mode, 100% real stereo / -3D can see.

The 12b1 + b2 shows - in an initial, perceptually relevant intimation: a person sees (as in the aforementioned 12a Fixed-focus text field) relevant to the invention of 2 TV's a 3D movie in two-channel 100% real stereo image.

The 12c shows - in perceptual suggestion - as after the 12b1 / b2 "merge" the two stereo images (after the usual "eye change" ...) to a 100% true-to-life image, and the margins (as shown in the hatching) "darken" (pass into the mindfulness & remain there).

The 13a shows - as hinted - the representation of a single-channel, true-stereo TV viewing (two complementary stereo images are shown on a screen).

The 13b shows - in perceptual intimation - (according to 13a ) the "fusion" of the two pictures to a ...!

The 14 shows (similar to the 3c ) - in perceptual intimation - the front view of a TV screen with edge frame placed on the edge, the hatched area to show that a person with the invention ('PL' = Pupillenlochspur-) PL-3D glasses just in front of the device sits and For example, a broadcast in Quasistereobildart (ca to 99.8% -3D) sees.

The 15 shows (similar to the 3c + 14 ) - in perception-relevant hint -: the things like with the 14 , wherein the person (in the quasi-stereo vision = ca to 99.8% -3D vision with a TV picture / device) has tilted the head sideways, or left sideways (the invention can be easily - without quality smears - in be applied to this situation).

The 16 shows, partially represented, the somewhat abstract glasses - with continuous (to opaque) 'spectacle lens' - from the front; provided: in - at least in part - ca diving goggles, with 1 or 2 glasses bodies.

The 17 shows, partially represented, the glasses partially after the 16 in approx. cardboard version; the same by means of kind embedded binding wires, and randbereichiger cutouts on the type bracket beginnings, something tiltable (such as optical - or sunglasses are partially inclined); Another peculiarity here is that the glasses (or brand) is also placed axially rotated by 180 ° vertically, which in turn - at different depth incorporated 'Nasenausnehmungen' (according to eg 1c , Pos 20a ) - offers the advantage that this may be accompanied by a relaxation of the neck muscles ...
.... [The head can, for example, - in 3D vision - be brought from the slight recline in the 'vertical straight' head posture (because - the usual-occasional - head-sideways-turning - while eye rolling during film watching is only with a suitable LCD glasses - after each approx 1a / 12 - or after the Mehrlochbrille the 8th or partly the other multi-eyeglasses, according to 2 respectively 4 - without film view interruption - suitable / possible)].

The 18a / b shows - each partially depicting - and implied: a stretched type cardboard glasses with (on the nose) festsitzendem central / middle part, each of the hole-carrying glasses parts / flanks by means of a small knob on the middle part are laterally adjustable / displaceable ...
... for this purpose is inside the knob (on the axis) a small type of gear, which - each side glasses - communicates with two slots, for example, for the left side of the glasses, the teeth on the slot side / -ausnehmung are up (see 18b ), and the teeth for the right side of the glasses opposite to its separate slot recess are arranged below ...
... turns the person who puts on the glasses, the knob, for example, to the left, then moves, for example, finally the pupil hole track to the outside (she 'expands') ...
... in this way, the person can get the glasses on their pupils and, for example, the often different Ab stood between the TV and the user ( 7 ) to adjust; or according to the circumstances according to the 19 and 20 ...
... so also during the eg TV-film watching, if the corresponding person once a picture area (according to 3c ) would like to 'focus' more strongly, and for that the glasses (with simultaneous - easier - recline of the head) moved forward, & ca - as a reading glasses - advances in the area of the tip of the nose, drops or holds - or even a little further to the TV moved on ...
... then the person can by a slight correction rotation of the adjustment knob the track of the hole-pair (according to eg Pos 5b3 in the 4 ) adaptively narrow, and then later again, in the case of the reset of the glasses etc, again make a starting position hole gauge adjustment.

The 19a shows - in suggestive representation - the top view of two people, each by means of a pair of glasses similar to the 1a about two TV's / TV's standing next to each other (eg in a living room), two different (usual) monofilms in quasi-stereo - ie in about 99.8% -3D-quality - see (& hear).

The 19b shows - in an illustrative representation - the top view of a person who - according to the 19a , but at an oblique angle - for example, a mono broadcast in Quasistereoart (about 99.8% -3D quality) sees.

The 20 shows - in suggestive representation - as in the 19a : here two persons see each one correspondingly (after the 12a ) - according to the invention - glasses a two-channel true 100% stereo image film.

The 21 shows the partial view of a stretched ca Pappebrille with (per eye) individually adjustable Pupillenlochspurverstelleinrichtung running over the eyeglass temple, sunken sliding element; here it is intended that the glasses consist of three layers; the lower (like the upper) layer has a ca Langlochausnehmung in the viewing area; the middle layer has outer flanking spacer layers, wherein in nortwendigen free areas - per eye side - a mirror-image slide element with the pupil hole lane breakthrough is embedded (the 21 shows the glasses without the upper outer layer) ...
... it is envisaged that the user person holding the stretched finished glasses in front of his eyes, then (in the TV viewing position - ca successively) the two viewing windows ( 5 ), and each (eg, in one embodiment) fixes the exact adjustment position by sticking the end of the eyeglass end to the projecting end, taking into account that perhaps by bending the eyeglass temple becomes a pupil-hole-track correction.

The 22 shows a variant of 21 -Version, whereby ever the attitude of the eyeglass hole-window ( 5 ) carrying slide at the angled eyeglass temple and attached glasses - by then laterally projecting, small handle extensions (each with adjustment control scale) - is possible.

The 23a -c shows a simple, the operation of the invention in a range transmissible "eyelid-execution" as Aperture - foldable double-wall panel (also possible as glasses or as a spectacle terminal), wherein according to 'a' the intent (initially provisionally folded) from behind (user side ) [without 'fine adjustment' sticker (c1 + c2)] and where according to 'b' the aperture is shown - as a partial representation of Fig 'a' - with the front folded up (tilted) ...
... finally, according to c1 + c2, dark / black ca art self-adhesive labels will ever be used with view window / breakthrough ( 5 shown); where it is envisaged that these stickers (if necessary, they stick only in their margins) individually each a human pupil-basic position - are applied to the pre-processed large breakthrough of the fold-up attachment part ...
... the intent can only have the 'Klapplage', be durable only with the / a hand, or with a pair of glasses - as mentioned - combined (and exceptions mask-like - face part adapted - designed, and with a ring-closing - elastic - Element / band can be attached to the head).

• a) nach vorne bewegt und/oder
• b) bereichsweise seitlich geschwenkt werden können, und/oder
• c) auch bereichsweise (je nach Kopflage/-ruhelage) auf- und abbewegbar sind, sowie
• d) daß die Einrichtung leicht in der gewünschten Lage gehalten werden kann, bzw
• e) in der jeweiligen Lage selbsthaltend gestalbar ist

bzw je solchermaßen gestaltbar vorgesehen ist.The 24 shows the top view of the head of a user with the sometimes suggestive - inventive - ca devices after the 1a , where it was also suggested that sometimes additional spectacle parts - each by suitable means - (ca each in a version)

• a) moves forward and / or
• b) can be pivoted laterally in some areas, and / or
• c) can also be moved up and down in certain areas (depending on the head position / rest position), as well as
• d) that the device can be easily kept in the desired position, or
• e) is self-holding gestalbar in the respective situation

or is ever designed so shapable.

The 25a shows - partially indicated - a partial view of a device back, where a ca opto glasses with a (retrofittable) pupil hole track intent (here still without see-through window / 5 drawn), which is suitable that the intent (eg, each made of thin plastic or cardboard or thick paper) - according to the type Opto glasses - on narrow space (on the ironing side) is collapsible; in one version, 1-3 (or up to about 4) panels are screwed on.

The 25b shows the partial perspective view of a ca cardboard glasses - similar to the 1c and 22 - Only with a still further reduced Durchblicklochriegel pair.

The 25c -e shows each: 25c : Double TV (fitted). 25d : about 4-fold TV + furniture + additional. 25e : 2 pers. m. 3D Br.

[The 25f -l (= I - VII ) shows: Drawing group sheet ( I - VII regarding parts / parts affiliations (see page 22).

The (fictitious) 26 shall show: A plastic glasses, Art Styrofoam lightweight glasses, or a plastic glasses, sprayed or deep-drawn, od (partially) blow-molded, od a fiber / cardboard / paper glasses / mask designed in embossing, which the / a ca Optobrille (in half relief ) (glasses sometimes sink into recesses).

The (fictitious) 27 shall show: A pair of spectacles with means for the reduction / enlargement (change / Teilvergrößerbarkeit) see-through relocation relevant equipment parts. Here it is intended: Un- to partial or ganzdurchsichtigkeit the (acc 1a ) Spectacle area around the hole pair ( 5 / 5b3 ) - eg by single / multi-layered / chambered LCD / liquid crystal panes ...
... one embodiment, it provides that a glasses lightweight frame, such as metal / aluminum, is formed (ca above as open subframe), that - each eye (side / flank) - in these lenses and / or optics - / see-through window bearing parts ( 6 ) sink and / or connect / are ...
... another embodiment / device part design / spectacle version, it provides that all figures and part figures of the 1 - 38 (exist partly only as description) - as well as all positions ( 1 - 80 ) - to complement each other and / or to combine or complete.

The (initially fictitious / implied) 28 shows one of the approximately ¾ head shape ergonomically adapted glasses with up to usual 2 glasses piercing holes / -freibereiche designed Br. discs ...
... or a pair of glasses is provided in variant, which with several Durchblicklöchern ( 5 / 5a ...) has provided discs whose additional holes are adapted "Kopfschwenk - / - turn ergonomic" (ie, which, depending on the outside, becoming close spaced apart / -reiiert are) (about 1-3 rows - per disc - are provided) similar to the 8th ); and in the proper reversal of eg holes ( 5 ...), it is provided that, if necessary 10b - as a sticker addition / - 'darkening' or in the reverse direction as removable stickers ( 5 ) still spectacle lens paint coatings exist as a paint, where after painting the previously applied adhesive / sticker as a see-through window ( 5 ...) are to be removed ...
... or / or - in one embodiment - spectacles with optionally fog-free discs, and a ca axial-central-teilrundum running, optically / mechanically perceptible area provided (glasses with a continuous disc, the curved a) the head shape is adjusted, and b) each has its lateral maximum field of view extended).

The (initially fictitious / implied) 29 shows eyeglasses with means / adjusting means for the approximate movement / adjustment [front view relevant expand / collapse and / or usual 'binocular' pivoting of the glasses and glasses (about the hole pupil position - / - track relevant setting) of glasses / areas) ].

The (initially fictitious / implied) 30a / b shows glasses in small format (partly hinged), and a lying woman with glasses, which (as in some hospitals) TV sees ('remote' sees).

The (initially fictitious / implied) 31 shows a pair of glasses with adjustment for (:) inclination (inclination) and / or ironing adjustment and / or type double glazing or glass replacement option (through-hole discs are in one embodiment such Pupillenlochspuranpassbar).

The (initially fictitious / implied) 32a -c shows glasses as over-glasses; + Partial goggles - infinitely variable to stepped, foldable - for / as an opto-glass clip-on model in single-disc or two-disc version; As a variant, a pair of glasses made of elastomer - with lateral ventilation openings - provided.

The (initially fictitious / implied) 33 shows a headphone;

The (initially fictitious / implied) 34 shows a pair of eyeglasses or an attachment or an eyelid in a mini binoculars (which in some cases can be pulled apart laterally).

The (initially fictitious / implied) 35 shows a spectacle design with at least - each - an adjustment of the variable size of the viewing holes (eg similar to those as cameras / lenses - according to also lamellar principle - have).

• a) zwei kreisflächenartige Scheiben mit je spiralförmig + schlang-keilförmig verlaufenden Langlöchern plaziert sind, die (Scheiben + Langlöcher) bereichsweise übereinander gelagert bzw geführt sind, wobei die Langlöcher insofern miteinander kommunizieren, als durch ihre Gegenläufigkeit ein quasi stufenlos zu bildendes Durchblickfenster (5) entsteht, demgemäß – bei unterschiedlichen Abständen der Benutzerperson zum TV-Bild (oder zB Dia- oder Kinofilmbild bzw Projektor-TV-Bild) – Korrekturen vorzunehmen sind (analog natürlich auch bei LCD-Brille möglich); wobei es zu beachten ist,
• b) daß diese Scheiben aus transparentem Material bestehen können, wobei
• c) die vorgenannten Langlöcher transparente Bereiche darstellen, seitlich flankiert von undurchsichtigen Bereichen (etwa als dunkler/schwarzer Aufdruck); und
• d) die Scheiben bzw mit ihnen die je flächenspiralisiert verlaufenden Langlöcher – in den vorgegebenen Durchblickbereichen (5) etwa überkreuzend – angeordnet sind; wobei je für das linke und rechte Auge schließlich – in einer bevorzugten Ausführung – ein ca axial-längliches (etwa Fernsehbildform ähnliches) Durchblickfeld (5) besteht; und wobei
• e) in einer besonderen – mechanischen – Ausführung des Scheiben-Paars, je 'Brillenglas/-seite' die Scheiben ca in Zahnradart miteinander trosionskommunizieren; und wobei es vorgesehen ist, daß
• f) sich die theoretischen Mittellinien der Langlöcher im Mittelpunkt je der Durchblicköffnungs (5) treffen/überschneiden [je bei der entstehenden – eckigen – Durchblicköffnung (5) gehören die gegenüberliegenden Seitenbegrenzungen oben/unten bzw links/rechtes zu einer Scheibe]; und daß
• g) – je Scheiben-Paar/-Set – für ein 'Brillenglas' bzw in Zuordnung zu einem Auge, etwa als Mini-Aggregat bzw -Schieber zusammengefasst ist, und wenigstens vertikal (pupillenlochspur- und/oder TV-System-Sehart relevant individuell einstellbar) zu verschieben bzw zu verstellen ausgestaltet/ausgestaltbar vorgesehen ist (so auch analog das vorgesehene LCD-Scheiben/-Brillenscheiben-Gebilde); und daß schließlich
• h) – in der genannten Art/Ergebniserziehlungsart (ca nach a-g), je Augenseite – gegenläufige Verschiebeteile (zB als kleine – flächige – Verschiebeschlitten) mit sich kreuzend angeordnete (gerade) ca Langlöcher/Durchblickbereichen ausgebildet + plaziert sind, die geeignete – individuell bildbare/größenvariierbare – Durchblickfreiräume (5) (bei ggf Pupillenlochspurvariierbarkeit) erstellen lassen.

The (initially fictitious / implied) 36 (ax) show (about the 35 Variants other than) representations of Durchblicklöchererweiterungen / -verengungen. Here it is, according to at least one invention device partial implementation, pre see the drawing (or a model) of a special glasses represent, in which - each lens (similar to the 5 + 6 ) - (:)

• a) two circular-surface-like discs are each placed with spiral-shaped + schlang-wedge-shaped elongated holes, which are stored (slices + slots) partially superimposed or guided, the slots in that communicate with each other, as by their opposition to a virtually infinitely to be formed window ( 5 ) arises, accordingly - at different distances of the user person to the TV picture (or eg slide or motion picture film or projector TV picture) - corrections must be made (analogous, of course, also possible with LCD glasses); it should be noted
• b) that these discs can be made of transparent material, wherein
• c) the aforementioned elongated holes represent transparent areas, flanked on the side by opaque areas (such as dark / black imprints); and
• d) the disks or with them the area-spiraling elongated holes - in the given viewing areas ( 5 ) are arranged approximately crossing over; wherein in each case for the left and right eye finally - in a preferred embodiment - a ca axial-oblong (approximately similar to television picture form) field of view ( 5 ) consists; and where
• e) in a special - mechanical - execution of the disc pair, each 'spectacle lens / side' the discs ca in gear type trosionskommunizieren with each other; and wherein it is provided that
• (f) the theoretical centerlines of the slots are the center of each of the viewing apertures ( 5 ) meet / overlap [depending on the resulting - angular - view opening ( 5 ) include the opposite side boundaries top / bottom or left / right to a disc]; and that
• g) - per disc pair / set - for a 'lens' or in association with an eye, is summarized as a mini-aggregate or slider, and at least vertically (pupillenlochspur- and / or TV system Sehart relevant individually adjustable) is provided to displace or adjust configured / ausgestaltbar is provided (as well as the proposed LCD-Scheiben / -brillenscheiben-structure); and finally
• h) - in the said type / result type (ca to ag), each eye side - opposing sliding parts (eg as a small - flat - sliding carriage) with crossing arranged (straight) ca elongated holes / viewing areas formed + placed, the appropriate - individually bildbare / size-variable - transparency ( 5 ) (in case of pupil hole track variability).

• a) Tragegestell aus ca glasfaserverstärktem;
• b) strapazierfähigem etwa schwarzen (dunklem) thermoplastischem Material;
• c) Bügel mit Metalleinlage;
• d) weicher, leicht anpassungsfähiger Sattelsteg (Nasenauflage); Einstellungseinrichtung der Pupillendistanz (für Kinder und Erwachsene von 54-74 mm) (oben, im querliegend-durchgehendem Verbindungsstück zwischen den seitlichen Bügelscharnierenden, befinden sich, je für die Augen/'Brillengläser' seitlich Art klemmverschiebbare Obergriff- & '-Schlittenteile' mit unterseitigen Anbring-Enden für die 'Durchblickelemente'/'-teile');
• e) es ist vorgesehen, daß an die genannten Anbringenden der seitlich beweglichen Teile – je Durchblickbereich – ein im Nasenbereich (zunächst) überlappendes, an geeigneten Stellen gelochtes (5...), sonst ca undurchsichtiges ca Pappe- oder Kunststoffelement (gem sonst Brillenglas) zu plazieren ist, welches seitlich – ausreichend querbeweglichfrei – übersteht, und dort geeignet (ausreichend weit) nach hinten 'umgekantet' verläuft, so daß – je Augenpupillendistanz – das Durchblickloch (5) (oder die gem 2, 4 od insbesondere 8 gezeigten mehreren – Löcher/Durchblicke) individuell eines jeden Menschen einstellbar sind; und wofür es
• f) zudem vorgesehen ist, daß die genannten, sonnenbrillenartigen 'Brillengläser' nach oben (über das Tragegestell-Querelement überstehen, und ggf randseitig-bereichsweise leicht nach hinten 'angekantet' bzw abgewinkelt sind; und schließlich
• g) es vorgesehen ist, daß diese Brilleneinrichtung über eine optische Brille getragen werden kann.

The (initially fictitious / implied) 37 consists of the following glasses version:

• a) support frame made of ca glass fiber reinforced;
• b) hard-wearing, approximately black (dark) thermoplastic material;
• c) bracket with metal insert;
• d) soft, slightly adaptable saddle bridge (nose pad); Adjustment device of the pupillary distance (for children and adults of 54-74 mm) (at the top, in the transversally-continuous connector between the lateral Bügelscharnierenden are, depending on the eyes / 'lenses' laterally type slidable upper handle &'-Schlittenteile' with lower side Attachment ends for the 'see-through elements' / 'parts');
• e) it is envisaged that at the said attaching the laterally movable parts - per see-through area - in the nose area (initially) overlapping, perforated at suitable locations ( 5 ...), otherwise ca opaque ca cardboard or plastic element (gem otherwise ophthalmic glass) is to be placed, which sideways - sufficient transversely free movement - survives, and there suitable (far enough) to the rear 'umgekantet' runs, so that - depending Augenpupillendistanz - the viewing hole ( 5 ) (or the gem 2 . 4 or in particular 8th shown several - holes / vistas) individually of each person are adjustable; and what it is for
• f) It is also provided that said, sunglass-like 'lenses' project upwards (over the support frame cross member, and if necessary marginally partially margined at the back 'bent' or angled) and finally
• g) it is provided that this spectacle device can be worn over an optical glasses.

• a) erfindungsgemäße Zweiloch-Brille/Blende (ca nach 1);
• b) erfindungsgemäße Mehrlochbrille/Blende (ca nach 2/4/8);
• c) erfindungsgemäße Brillen-Blenden-Kombination ca nach den 2 + 17 [Pupillendistanz ist in etwa einstellbar, durch Drahtintegrierung (17, Pos 37a) und zudem axial-zentrale Faltierungsgestaltung (2, Pos 27a/b)]; &
• d) (je üblicher ca 3D relevanter) ca Anaglüphenbrille (Art Rot-Grün-Brille) u/o Polarisationsbrille;
• e) Sonnenfinsternisbrille mit 'Sonnenfilter-Folie' (auch zur direkten Betrachtung der Sonne – nebst ggf flankierender Wollengebilde);
• f) Art Partybrille mit Multispektral-Folie (spaltet weißes Licht teilweise 'in buntes Bereiche' auf) +
• g) Ca feinklettband-axial-/-flankenverstellbare-/-lochspurrel. Brille [u/bzw für Kinder-Set: Art U1k-Sonnenbrille, ein Sonnenblumenrandblätter-Paar schließt je Transparentdunkelfolie (+ Pos 5) ein).

The (initially fictitious / implied) 38 shows a pair of spectacles set with the following type of simple glasses (z-komninationsen) - as a way to market the glasses according to the invention:

• a) according to the invention two-hole glasses / aperture (approx 1 );
• b) inventive multi-hole glasses / aperture (approx 2 / 4 / 8th );
• c) according to the invention spectacle-aperture combination ca after 2 + 17 [Pupillary distance is approximately adjustable, by wire integration ( 17 , Pos 37a ) and also axially central folding design ( 2 , Pos 27a / B)]; &
• d) (more usual ca 3D relevant) ca Anaglüphenbrille (type red-green glasses) u / o polarization glasses;
• e) solar eclipse glasses with 'sun filter foil' (also for the direct view of the sun - together with possibly flanking wool formations);
• f) Art party spectacles with multispectral foil (split white light partially into colorful areas) +
• g) Ca fine Velcro tape - axial / - flank adjustable - / - hole tracing. Glasses [u / or for children's set: Art U1k sunglasses, a pair of sunflower edge leaves closes each transparent dark foil (+ pos 5 ) one).

Explanation of the parts-membership special drawing " I - VII (alternatively for the 52f -l):

I - VII [alternatively for 25f -l; (see the following paragraph: "Notes on the drawings")].

The Ia + ib show each the perspective representation of a ca 2- & 14-hole picture cardboard glasses eg for a simple presentation of the spectacle effect on a) better TV vision, b) 3D - & c) Quasi3D vision.

The II shows - as a field of invention in its most sophisticated execution - a young person with pupil-hole-tracking 3D glasses ( 1 ) and pending type headphone parts [partially transparent, changeable LCD eyeglass lenses - such as in sunglasses type - are provided].

The III shows the top view of two people who watch two TV sets independently of each other two different TV broadcasts in quasi stereoscopy of monofilaments (possibly in stereo sound o. The like.) - Using the innovative 3D glasses after the III ).

The IV shows the top view of two people who see 2 TV's (two-channel) a stereo film in real stereoscopic view
[in today rel rel large and above all broad-screen TV sets this is well possible on such a device in a single-channel type (there are quite some time already quite a few films 'for safety' shot in 3D, and there are already many 3D Movies)].

The V shows the top view of a person with Pupillenlochspur3DBrille that looks over a normal TV - even in a semi-angular position - easily monofilm material in improved (more concentrated) image quality and excellent quasi-3D.

The VI shows the simplified representation in the center of a TV screen (film motif not shown) in which the Pupillenlochspur3DBrille (with - per eye - minimal slot perforation breakthrough) is so adjusted ('focusiert') that the screen (the image) a - Depending on the eye - viewpoint analog 'residual image part' gets "to view" whose quasi-different images the stereoopsis to a superb quasi-3D image composed in the well-known SauyerViewMasterArt, to a quasi-stereoscopic image sequence.

The VII shows one representation a) for 3D images & b) for quasi3D images on [similar. of the VI , however, the hole image setting of the 3D eyewear, set for use in the dark in the room (ie winter time ca from 18 clock, evenings), & is aligned on the screen (congruent breakthrough orientation, it is not always necessary that the in an eye-pair of incidental images are different); In addition, improved film quality is achieved, as are excellent quasistereoscopic images, up to 99% depending on the film scene].

The Novum is also suitable - like initially (and partly in the name) listed - for many different Image representations. So too for the department of endoscopic / monitor relevant medicine; + the PC game sector.

Note to the drawings:

The reference symbol is followed by a drawing-relevant information sheet, and refers to fictitious drawing figures 26 - 38 , and on the drawing sheet with the figure-denominating Roman numerals I - VII ,

100-day Novumtest:

• a) daß bei dem TV-Sehen mit viel etwa Tageslicht weniger auf die Novumbrillenverwendung zurückgegriffen werden sollte; wenn sie aber verwendet wird, dann sollte die Lochspur-Einstellung der den 'V' und 'VI' der Sonderzeichnung entsprechen (dieses ist die Hauptvariante für die derzeit gesendeten Monofilme);
• b) daß beim TV-Sehen mit wenig flankierendem Licht (ca abends) mehr die 3D-Brilleneinstellung anfangs nach den V + VII verwendet wird, um danach die Einstellung betreffs der VII verwendet wird; wobei die Stereopsis sich dann auf die ihrer Aufgabe gemäße Arbeitsweise eingestellt hat, und diese auch bei „nicht unterschiedlichen Teilbildern (nämlich nach der VII)" beibehält, und 3D-Bilder wahrnehmen läßt;
• c) daß (wegen der früher erwähnten Führungsaugensache) eine Kombination nach 'a' und 'b' anwendbar ist; dh für das Führungsauge (zB rechts) wird die 3D-Brille gemäß der VII eingestellt wohingegen für das 'geführte Auge' (zB links) die 3D-Brilleneinstellung analog nach der VI eingestellt wird (der Erfinder hat hiervon allerdings kaum Gebrauch gemacht, denn es schmälert einerseits ein wenig die 3D-Wirklung, und andererseits tritt der „Führungsauge-Nachteil" - = kleiner Teilkreisförmiger Schatten – nur anfangs, und sporadisch auf, und verschwindet auch wieder schnell –);
• d) daß zwischendurch (beim TV-Sehen) der Kopf verschiedentlich bewegt werden sollte (zB Augen schließen, und Kopf bewegen, etwa kreisen lassen), damit die anfangs stark belasteten Kopfhalte-Halsmuskeln – zwischenzeitlich ausreichend durchblutet werden;
• e) daß die 3d-Brillenbenutzung anfangs in Angewöhnungsart 'getrichtert' benutzt wird, als erst einmal ca eine halbe Sunde; ab dem zweiten Tag. vielleicht eine ¾ Stunde usw, damit sich die Kopfhaltemuskeln stärken können; dieses gilt auch für die Arbeitsweise der Stereopsis und des ganzen Auges und des komplizierten – Apparates (notfalls – bei Augenkrankheiten – Augenarzt
• f) daß – bei 3D-Brillenbenutzung – auch mal öfters die Seh-Position, und/oder der -Standpunkt gewechselt wird (gut ist es auch, wenn die 3D-sehende Person eine liegende Position einnimmt, bei in dieser Lage wirkunsvoll eingestellter 3D-Brille; dieses entlastet die Halsmuskeln); &
• g) daß zwischendurch auch mal die 3D-Brille von '2-Loch-Brille' auf 'Mehr-Loch-Brille' gewechselt wird, und auch streckenweise ganz ohne 3D-Brille TV gesehen wird; so sollte bei gelegentlichen – schnell wechselnden Szenen (oft Trick- und Gewaltszenen) die Brille kurzerhand abgesetzt werden, denn die nun realgewordene „neue Dimension" könnte eine sensible Person „unter die Haut" gehen (japanische Filme zeigen gelegentlich „schwierig- schnelle" Szenen, wirkungsunterstreichend, in Zeitlupe); bei Überforderung sollte „ 3D-Benutzungsentzug" gepflegt werden.

The invention was tested daily for over 3 months. After that it is recommended (:)

• a) that less attention had to be paid to the use of the novelty eyeglasses in TV viewing with much daylight; but if it is used, then the hole track setting of the ' V ' and ' VI 'correspond to the special drawing (this is the main variant for the monofilms currently being broadcast);
• b) that when watching TV with little flanking light (ca evening) more the 3D glasses setting initially after the V + VII is then used to adjust the setting as to VII is used; where the stereopsis has then adjusted to the task in accordance with their task, and this also in "not different fields (namely after the VII ) and allows to perceive 3D images;
• (c) that (for the previously mentioned guide) a combination of 'a' and 'b' is applicable; ie for the guide eye (eg right), the 3D glasses according to VII whereas for the 'guided eye' (eg on the left), the 3D glasses setting is analogous to that for the 'guided eye' VI is set (the inventor, however, has made little use of this, because it reduces the one hand little the 3D effect, and on the other hand occurs the "guide eye disadvantage" - = small part-circular shadow - only at first, and sporadically, and disappears quickly again -);
• d) that in between (when watching TV) the head should be moved several times (eg close your eyes, and move your head, let it circulate), so that the initially heavily loaded head-holding neck muscles - are sufficiently supplied with blood in the meantime;
• e) that the 3d glasses use is initially used in acclimation 'trimmed', as once about half an hour; from the second day. maybe an hour and a half, so that the head support muscles can strengthen; This also applies to the operation of the stereopsis and the whole eye and the complicated - apparatus (if necessary - for eye diseases - ophthalmologist
• f) that - in 3D glasses use - sometimes the visual position, and / or the -stand point is changed (it is also good if the 3D-seeing person occupies a recumbent position, in this situation wirmannsvoll set 3D Glasses, this relieves the neck muscles); &
• g) that in between times even the 3D glasses from '2-hole glasses' to 'multi-hole glasses' is changed, and also in places completely without 3D glasses TV is seen; So occasionally - fast changing scenes (often trick and violent scenes) the glasses should be discontinued, because the now realized "new dimension" could get a sensitive person "under the skin" go (Japanese films occasionally show "difficult fast" scenes , ineffective, in slow motion); in case of excessive demand, "3D usage deprivation" should be maintained.

The This novelty to the quasi-tangible 3D-vision is a breathtaking Means, for example, the beauties (:) a) an intact underwater coral reef or also b) to enjoy the fascinating deep sea animals.

People can quickly adapt to the application _{habits of} the new system 3D _TAFF TV, and deal with the new glasses.

It closes after placing the 3D glasses according to the invention ( Ia ) alternately briefly the left and then the right eye (etc) to the ever-symmetrical - lateral - image distances, which 'nasenseitig' missing (see the VI ), in each case to bring the same distance. Once this has happened, you can also move your head back and forth in a certain range (for example in 'tennis ball type') without the 3D image changing quasistereoscopically. Occasionally, you will (initially) re-engage the - mentioned - alternate 'eye-closure test' to ascertain the correct 'line of sight' and 'hold' distances (as described).

To the person personal change often and likes the person personal like the 3D glasses according to the invention To fall back on. Often you see some TV performances, and ask yourself, for example, 'how does' the' or 'the' or 'whatever ...' look right (right in 3D); and you reach for the 3D glasses, put them on and notice the person looks very different in '3D', much more realistic ...!

The is the purpose of this innovation: a new - unknown realistic - dimension bring in the TV, without big ones Equipment & expensive Techniques + Circumstances!

Task-satisfied conclusion:

• a) Anwendungsmittel und -möglichkeiten zur allgemeinen Bild-/-wahrnehmungsverbesserung in Bezug zB auf ein längerfristig zumubares Stereo-/Quasistereo-Sehen/-TV-/TV-Sehen bestehen und wobei nach dergemäßer Zusatzaufgabe
• b) bei der Television (TV), in Bezug auf die heutige Aufnahme- & Wiedergabetechnik, keine Bildqualitätsabstriche einhergehen, & unterschiedliche Farbrezeptorenbelastungen der beiden Augen eines Menschen weitestgehend minimirt werden, sowie daß geschachtelte, sperrige + Opto-Linsen bestückte Kopfvorsatzhohlkörpereinrichtungen entbehrlich sind,

war bisher nicht, oder nur schwierig möglich.The invention task can be described as solved; to provide a device relating to the novelty, accordingly

• a) application means and facilities for general image / perception improvement in terms of, for example, a longer lasting humble stereo / quasi-stereo vision / TV / TV viewing and persist and according to the additional task
• b) in television (TV), with respect to today's recording and playback technique, no image quality smears are involved, & different color receptor exposures of the two eyes of a human are minimized as much as possible, and that nested, bulky + opto-lens loaded header headers are dispensable,

was not possible yet, or only with difficulty.

Note about the reference numbers:

The Reference numerals of the next Pages contain still vielllei - descriptive - hints and Additions; the complementary can serve as an instruction to the skilled person. Partially are at the Positions also figures listed been; they give - to faster finding - on, in which illustrations the said reference symbol is ever listed.

Reference numeral list (with Additional parts):

1

glasses (Eg, LCD glasses, which can be changed to a kind of 3D glasses changeable / switchable or expand is);

2

kind Kopfhöhreranhang (ca to Brillelbügel);

3a / b

Indicated: alignment arrows [ca as horizontal direction / escape for the free field placement (according to 4a / B);

4a / b

Indicated: alignment arrows [ca than ever vertical direction / escape for the free field placement (according to 3a / B);

5

indicated: any see - through / - window area / shape (TV Cinema version), with respect to 1a magnification

ßert shown;

5a

indicated: hole pattern / division (very simplified) on a large part of the surfaces ( 1 and / or 13 );

5a1

ANGED .: Replacement window, below;

5a2

ANGED .: Replacement window, above;

5b1

indicated: 'circled' area f. alternatively replacement / emergency overviews / fields / windows [also: Eyeglass frame];

5b2

indicated: (approx. 'circled' / eg hexagonal) area for the placement of each main inspection window ( 5 );

5b3

indicated: pupil-hole track width / see-through window track (also according to 3a / 3b );

5x

Indicated: breakthroughs / -views [placed in a spiral-like introduction on rotary body ( 5 )];

6

Spectacle lens;

7

Human;

8th

ANGED .: ca TV / monitor screen / image;

9a / b

indicated: each (left and right) circular light incidence area (after the 2 & Pos 5 ) in the eyes,

in Referring to the screen (+ the TV picture);

10

indicated: representation of the circular area - as unifying circular image areas after 9a / b - that is

forming 'working' stereobehavior;

11

indicated: representation of this (here: Schrafur area) after pos 10 , with these 'resulting'

edge - image surface segments (focus / bildlichtmäßig) weaken (less noticeable become),

and for the TV / monitor image / motif (acc 8th ) intensified in terms of light and attention [as well, because of

the 'omission' of the other TV / monitor image removing Areas that after the ver

darkening aperture (acc 13 )];

12

indicated: Art Horn / plastic frame of the glasses (acc 1 );

13

especially black, opaque 3D / eyeglass relevant - / - replacing - / - iris, the axial, about in -

Mid-range, Pupillendurchsicht track changeable to move; [the aperture is eg central to the Bril

le ( 1 ) ca clampable / attachable / attachable / attachable / magnet attachable ...];

14

indicated: Partially transparent part / foil / glass / plastic ... as minimum darkening element (entbehr

Lich and removable and interchangeable ...);

15

indicated: part / light filter / set (acc 14 ) in pie style, rotatable (arrow points to axis of rotation) to individually

the best Test the filter foil (one part is fully transparent).

16

indicated: soft foam rearrangement layer or soft material / profile (clamped on) ( 1c / 10a / C);

17a1

Swivel, large; for hole / see-through window - / - track adjustment;

17a2

ANGED .: Rotational direction; For Rotary element, large;

17b1

Swivel, small, for hole size adjustment;

17b2

ANGED .: Rotational direction; For Rotary element, small;

17c

Indicated: (edge-placed) accessibility, for rotation of the rotary body (acc 5 + 6a );

18

indicated: outdoor area; to see through in conjunction with window gem Pos 5 ;

18a

indicated: open area [adjust slide relevant to the handle ( 7 )];

18b

Indicated: recess clearance (for slides, 7 / 8th ...);

19

(Glasses / frame with) slide {in one version (each) with largely individual (in Kopfbewegungsrele

vant) intraocular motion anatomically placed apertures [a) for pupil-matching By

view window adjustment od b) to specify the application eg n. je 19 / 20 ]; Vorges. it's that Brill.-

Sliders in sliding style with small glasses bed / frame ( 18b ) gives [+ frameless Br as injection molded parts];

19a

Handle;

19b

ANGED .: Shift direction;

19c

ANGED .: Adjustable scale;

20a

some indicated: recess / Freiber. f. Nose [at least minimal recess (eg when glasses turned 180 ° is)];

20b

Indicated: recess for nose, approx. as imprint for subsequent cutting ( 10a );

21a

ANGED .: (ca dark / black od modern-attractively colored & patterned) adhesive film [still without

Breakthrough breakthrough ( 5 )] ( 10b );

21b

indicated: adhesive film element ( 23c1 + c2);

22

ANGED .: (permanently installed) Transparency [to (partly own) crystal clear View (each) of the pupils];

23

ANGED .: Breakthroughs; for fastening / connection purposes (eg for pulling or spiral-like

Binding wire threading) ( 10a / 25 );

24

indicated: breakthroughs; as ca Pappenbrillenbügel-Abknickhilfe ( 22 );

25a

indicated: bend area, straight (approx. 90 °) ( 21 ):

25b

indicated: bend area, oblique ( 10c + 25 ) (for opto-spectacle accessory use, which are tilted);

25c

indicated: bend area, combined ( 10c );

25d

ANGED .: Additional Abknickbereich;

25e

ANGED .: Film coating / -verstärkungsbereich;

26

indicated: fold areas in approx. Optobrill bar bending area (glasses + panel can be folded tight) 25 ;

27a

indicated: fold areas in the area of the eyeglasses / diaphragms (makes possible, for example, through-vision variance) ( 2 );

27b

indicated: mobility / direction of the eyeglass diaphragm flanks / sides each with window ( 5 / 2 );

28

Indicated: Interruption (if applicable, butting or overlap) of individual panel parts ( 25 );

29

Indicated: bracket locking element / angle ( 25 );

30

Indicated: type knurled nut with eg left / right internal thread ( 9 );

31

ANGED .: Left or right threaded screw extension (communicates with knurled nut;

32

Indicated: access / free area to the type knurled nut ( 9 );

33

indicated: TV set displacement ( 11a1 + a2);

34a / b

together communicating, eg infrared light relevant electronic elements Glasses / screen + TV, wel

che - depending on Head position of the person (user / user person) and its anatomical Pupil

lenstellung - the ca LCD eyeglasses - / - blinding relevant window ( 5 ) in its establishment ( 6 )

via a suitable circuit / device 'opens'& / or closes ( 12a + b1 / b2);

34c / d

indicated: things like at 34a / b, as eg TV sound / stereo sound rel. Setup between TV + headphones ( 1a );

35a / b

indicated: TV screen surrounds surrounding aperture; eg as a light / glare-swallowing frame; 14 / 15 ;

35c

Indicated: Breakthroughs / slots in panels / parts (eg for some necessary IR parts & speakers) 14 ;

36a

indicated: swivel part ( 13 );

36b

ANGED .: Hinge;

37a

indicated: (ca) integrated eg reinforcing wire (eg plastic coated) 17 ;

37b

indicated: open area for possible spectacle / glare inclination ( 17 );

37c

Art Film hinge ( 17 + 22 );

38a

Indicated: Photographic course, respectively, for the left eye of a person (in the case of single-channel quasi-stereo views) ( 19 );

38b

Indicated: image progression each for the right eye of a pers. (in the case of single-channel quasistereoses) ( 19 );

39a

Indicated: image progression for the left eye of a person (in the two-channel real-time stereo) ( 20 );

39b

Indicated: image progression each for the right eye of a person (in the two-channel real-stereo view) ( 20 );

40

indicated: eyeglass / diaphragm clamp ( 23 );

41

ANGED .: Area wise Vorsetzbarkeit the glasses / aperture [Attention: it is provided that the Eye / iris

such - according to pos 41 - to train is (so ca in the area 'on the front nose overlying')] ( 24 );

42

ANGED .: partially side pivoting of the glasses / aperture;

43

indicated: (each) fulcrum (as to the facts after pos 42 );

44

ANGED: (depending on the area) Auf-Abbewegbarkeit the glasses / aperture;

45

ANGED .: Separation (ie in a pre-execution: interruption design) of Glasses / Bl + headphone part;

46

indicated: pressure-distributing eyeglass temple / pair ( 25 );

46a

Temple / -pair For spectacle / iris application in 180 ° twisted position on nose tip sitting;

47

ANGED .: good pressure-distributing eyeglass nasal applicator (also suitable for Attachment to approx. Cardboard glasses);

48

ANGED .: ca front / outer layer / layer [der / a Type Pappebrille (od light paper or Styrofoam Bril

le / -Blende) with hole shifting part];

49a / b

ANGED .: approx. central layer / layer [of a type of cardboard goggles (or light cardboard) Paper / polystyrene eye / iris)

With Hole slider];

50

indicated (but not drawn): ca inner layer / layer [to pos 48 + 49a / B];

51-80

indicated: (initially) free positions for the 26 - 35 [It is intended that ever things - & sub-areas

the same - the 1 - 35 (+ which are fixed in the description part), as well as the Pos 1 - 80 (+ Corresponding,

in the claims & / o in the rest Description listed), can be combined with each other].

drawing-relevant information sheet:

• a) This is a replacement sheet for the description in advance - italics 26 - 38 ,
• b) in the text below is the use of Roman Numbers - in Reference to the special drawing sheet - set out.

Watch out:

The documentation is a drawing group sheet with figures representing the Roman numerals I - VII have been attached for the sake of clarity to factual / parts-related affiliations, whereby these paragraphs have also been used for the purposes of entitlement and description. Here are these I - VII - alternatively - adapted to the normal - continuous - figure figures:
I = 25f ;
II = 25g ;
III = 25h ;
IV = 25i ;
V = 25j ;
VI = 25k ;
VII = 25l ..
26 ...
27 ...
28 ...
29 ...
30a / b ...
31 ...
32a -c ...
33 ...
34 ...
35 ...
36a -x ...
37 ...
38 ...

Description regarding the Implementation proposal II.

• A) In einer Ausführung ist der Brillenkörper (1-3a) – bzw das etwa anklemm-/-nachrüstbare Brillenvorsatz-/-schwenkteil – für jedes Auge des benutzenden Menschen – an den geeigneten Stellen ein geeignet großer Dreh-/Ronden-/Schwenkkörper (6) plaziert/zugeordnet.
• B) Im Außenbereich je der Ronde (6) befinden sich ein- bis mehrere Durchblick-Durchbrüche (7a-d).
• C) Bis auf (je Augenseite) eine Ausstanzung (4) – etwa als kreissegmentiges/kurviertes Langloch im Durchblick-/Pupillenlochspurbereich der Brille (1) (des -vorsatzteils) – ist dieselbe (1...) weitestgehend abgedunkelt. Im Mittelbereich – über die Ausstanzung (4) geordnet – wird (je) ein gleiches Durchblickloch (7c) zur Verwendungsplatzierung gebracht (2). Hierzu steht je die Ronde (6), etwa nach oben, etwas über (16), so daß eine Benutzer-Person, etwa je mit ihrem Mittelfinger je die Ronde (4) drehen (19) kann.
• D) Durch die Rondendrehbarkeit (19) vermag die Benutzerperson sich individuell – etwa zum TV hin (oder zur Kinoleinwand, oder zum PC-Monitor... hin – das passend große Durchblickloch-Paar (7a-d) einstellen. Als je eine Sichthilfe dafür, welches Durchblickloch (7a-d) zentral eingerichtet ist, besteht je ein kleines Rahmenfenster (5) mit dahinter liegender Ziffer (8).
• E) Für den Individuellen Durchblickloch-Paar-Abstand – sieht die Einrichtung geeignete Mittel vor, wie etwa die bereits aufgeführten Teile (4/6/16/19) vor, denen gemäß ein gewähltes Durchblickloch-Paar (7c) bereichs der ca langlochartigen Ausstanzungen (4) f-e-i-n-e-i-n-s-t-e-l-l-e-n-d (12-15) durch Rondendrehung (6/19) regulierbar ist. Bei Drehung des Ronden-Paar's (6) an den -Überständen (gemäß 16) in Richtung zur Nase der Person ergibt es sich, daß sich die Pupillen-Lochspur (etwa von der mittleren = 12) vergrößert (in Richtung zur maximalen = 14). Dreht man (je) entgegengesetzt, dann verkleinert sich die Spur (13) des Loch-Paar's. Weitere Individualeinstellungen – je nach individuellen Abstand der Augen zur Mitte des Brillen-Nasenfreiraums der Benutzerperson.
• F) Bei Tagbenutzung der Einrichtung – zum 3D-TV-Sehen üblicher Monofilme – ist es vorgesehen, daß ein relativ kleiner Durchblockloch-Paar (7b-d) zu wählen – einzustellen ist. Dieses ist für die Einrichtungsbenutzung etwa abends (bei Dunkelheit) entgegengesetzt vorgesehen, wo dann die größeren Durchblicklöcher-Paare (7c-d) bestens ausreichen. – Zusätzliche Individualeinstellungen, etwa mit unterschiedlichen Löchern – je Auge (ca 7c-7d) sind vorgesehen und möglich; im Zusammenhang etwa damit, daß Benutzerpersonen 'Führungsaugen' haben, welchem in einem Falle der größere Durchsicht-Durchbruch (7d) zuzuordnen/einzustellen ist.
• G) Besonderheiten sind die, daß Brille, etwa die Einfachbrille (1) aus drei Lagen (2a-c) besteht, und daß für die Ronden (6) die Mittel-Lage (2b) mit einer geeigneten Ausstanzung als Rondenfreiraum (3) besteht. Die genannte Brille (1) kann randseits mit einem weichen Randprofil (11) bestückt, oder mit einem ca Vinyl-Feinschaum bedruckt werden, als Haut-Druckstellen-Schutz.
• H) Schließlich ist es vorgesehen, daß die Einrichtung (1-20) als Hauptbrillen-Aufklemmteil – und insbesondere nach vorne/oben (od seiltlich ls + rs) schwenkbar ist, ersteres mit Seitenfortsätzen (9a). Mittel/Einrichtungen zur Vor-/Rückbewegung (mit Hülsen- od Art Scharnierteilen) (3) des Vorsatzes sind vorgesehen.

A solution was found with the additional claim 3) II / 2. Its characteristic group AH (with generic term) reads:
Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test - / - Simultaneous facilities (concerning approx. Racing / flight simultaneous / learning facilities), product presentation / film / DVD / video facilities ... [novelty is shown tv- & viewmasterrelevant & is multi-system], by the following characteristics {:}

• A) In one embodiment, the eyeglass body ( 1 - 3a ) - or about clampable / retrofittable eyeglass attachment - / - pivoting part - for each eye of the person using - at the appropriate places a suitably large rotary / Ronde / swivel body ( 6 ) placed / assigned.
• B) In the outdoor area, each round plate ( 6 ) contain one to several visual breakthroughs ( 7a d).
• C) Except for (per eye side) a punched out ( 4 ) - as a circular-segmented / curved slot in the see-through / Pupillenlochspurbereich the glasses ( 1 ) (of the header) - is the same ( 1 ...) largely darkened. In the middle area - over the punching ( 4 ) - is (ever) a similar view hole ( 7c ) to the usage placement ( 2 ). For this is the Ronde ( 6 ), upwards, something about ( 16 ), so that a user-person, about ever with her middle finger ever the Ronde ( 4 ) rotate ( 19 ) can.
• D) Due to the tube twistability ( 19 ) the user person is able to individually - for example towards the TV (or to the cinema screen, or to the PC monitor ... out - the appropriate large Durchblickloch pair ( 7a -d). As ever a visual aid for which view hole ( 7a -d) is set up centrally, there is a small frame window ( 5 ) with number behind ( 8th ).
• E) For the individual view hole-pair distance - the device provides suitable means, such as the parts already mentioned ( 4 / 6 / 16 / 19 ), according to which a selected view hole pair ( 7c ) range of ca slot-like punched ( 4 ) fine tuning ( 12 - 15 ) by rotation of the tube ( 6 / 19 ) is adjustable. Upon rotation of the blanks pair ( 6 ) at the supernatants (according to 16 ) Towards the nose of the person, it follows that the pupil hole track (approximately from the middle = 12 ) (towards the maximum = 14 ). If you turn (each) in the opposite direction, then the track shrinks ( 13 ) of the hole pair. Other individual settings - depending on the individual distance of the eyes to the center of the spectacle-nose-space of the user.
• F) When the device is used on a daily basis - for 3D TV viewing of conventional monofilaments - it is provided that a relatively small through-hole pair ( 7b -d) - to be set. This is intended for the device use in the evening (in darkness) opposite, where then the larger see-through pairs ( 7c -d) are sufficient. - Additional individual settings, for example with different holes - per eye (approx 7c - 7d ) are provided and possible; in connection with the fact that users have 'guide eyes', in which case the larger view breakthrough ( 7d ) is to be assigned / set.
• G) Special features are that glasses, such as the single glasses ( 1 ) from three layers ( 2a c) and that for the blanks ( 6 ) the middle position ( 2 B ) with a suitable punching as blank space ( 3 ) consists. The said glasses ( 1 ) can be made with a soft edge profile ( 11 ), or printed with a ca vinyl fine foam, as skin pressure points protection.
• H) Finally, it is foreseen that the institution ( 1 - 20 ) as the main eyeglass Aufklemmteil - and in particular to the front / top (od rope ls + rs) is pivotally, the former with side extensions ( 9a ). Means / devices for forward / backward movement (with sleeve or type hinge parts) ( 3 ) of the intent are provided.

hereafter the professional peraon is able to provide the adequate instruction for the novo creation detect.

• A) Geeignete Mittel sind vorgesehen, daß ca eine Person Bild- und Filmmaterial über die üblichen Distanzen wie etwa filmseits im 'Kino' bzw TV-seits im Wohnzimmer bzw Monitor-seits vor dem PC sehen kann, und zwar a) in Echtstereobildart oder b) in weistestgehend Quasistereobildart; wobei hierfür c) Echtstereobilder und/oder d) Monobilder Anwendung finden; und wobei dieserhalben – für das persönliche Empfinden, 'das Auge' e) nahezu keinerlei Bildqualitätsverlust besteht; und diese Mittel f) – personenseits – nicht wesentlich über die Umfänglichkeit einer zu tragenden Art Brille hinausgehen, und schließlich g) elektronische und/oder mechanische Einrichtungen an der personenbezogenen Brillenart-Einrichtung (1) anhängig sind; wobei h) – in einer Ausführung – die besagte Einrichtung (ca nach 'g') Zusatzmittel aufweist, der gemäß eine Person notwendige – individuelle – Einstellmöglichkeiten, etwa betreffs (in Bezug auf) Pupillenabstand zueinander und/oder (je) zur Nase; sowie verschiedendlich funktionsumstände-variirend der Brillen-Durchsicht-Lochgröße (1) relevant; wobei schließlich die durchschnittlich begabte Person i) diese Individual- & umständerelevanten Einstellungen persönlich vorzunehmen vermag.
• B) In einer Ausführung – etwa gemäß der in 'A' genannten Vorgabe 'h' + 'i' – ist es mittelseits vorgesehen, daß die personenzugeordnete Einrichtung (1 + 2) wenigstens zT folgende Teile & Gegebenheiten aufweist, wie(:) Art Brillenkörper [(1) hier: ca 3-Lagen-Grundkörper]; Vorder-Lage 1 [(2a) erste (nach dem Aufsetzen der Brille zum Kopf gerichtete) Grundkörperlage]; Mittel-Lage [(2b) (durch Freischnitt sichtbar) die mittlere Grundkörper-Lage]; Hinter-Lage [(2b) die (vom Kopf weg gelagerte, dh hintere) – letzte – Grundkörper-Lage]; Rondenfreiraum [(3) -Ausstanzung (siehe Pos 6)]; Ausstanzung [(4) etwa kurviertes Langloch, je durch die Vorder- und Hinter-Lage]; Ziffer-Ausstanzungs-Andeutung [(5) Achtung, eigendlich so nicht sichtbare Darstellung) hier: ca Quadratausstanzung in der Vorder-Lage (gibt den Durchblick frei, auf je die Ziffer, welche anzeigt, welche ca TV-Bild-Freisichtstanzung eingestellt ist)]; Durchsicht-/Dreh-Ronde [(6) in einer Mittellagen-Kreiskörperausstanzung routationsbeweglich gelager]; Durchblick-Löcher [(7a-d...)(Größe, hier zBl: 1-4) die eingestellte Lochgröße '3' (siehe Pos. 5 + 8)]; Durchblick-Lochgröße-Ziffer (8); Seitenteil (9a); Biege/-Falteneinbringungen [(9b) zT letztere nur vorgesehen]; angedeutet: Knickstelle [(9c) für Seitenteil]; Nasenfreiraum (10); Klemmprofil [(11) ca flexibler Schutzelement (etwa als Kanten- und Brillen-Hautkontakt-Schutz]; mittlere Pupillen-Lochspur (12); minimale Pupillenlochspur (13); maximale Pupillenlochspur (14); maximale Lochdurchsicht-Bandbreite [(15) auf einer Brilenseite]; Ronden-Drehüberstand [(16) hier vorgesehen: oben]; minimale Loch-Höhenbewegung [(17) bei maxim. Lochdurchsicht-Bandbreite-Einstellung (s. Pos. 15)]; Achs-/Dreh- und Verbindungs-Punkte [(18) Bohrung]; Rondenbewegungs-Richtungen [(19) für vertschiedene Verstellmöglichkeiten wie Pupillenlochspurverstellung, Durchsichtloch-Wechsel...]; mögliche Rand-Einstanzung [(20) als Ersatz für Ronden-Dreh-Überstand (siehe Pos. 16)].
• C) Die Dinge – nach 'B' (1-20) – kommunizieren und wirken – in je geeigneter Art – zueinander.
• D) Die Vorrichtung – des gesamten Novums – besteht aus einem, allen oder einzelnen Dingen derselben.

Another solution was the Nebenanspr. 2) found II / 1; whose characteristic group AD (+ generic term) is:
Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test - / - Simultaneous facilities (concerning approx. Racing / flight simultaneous / learning facilities), product presentation / film / DVD / video facilities ... [Novum is shown tv- & viewmasterrelevant & is multi-system], gekennz. by the following characteristics {:}

• A) Appropriate means are provided that about a person can see image and film material on the usual distances such as on the film side in the 'cinema' or TV-side in the living room or monitor-side in front of the PC, namely a) in Echtstereobildart or b ) in quasi-stereo image type; in which case c) true-to-reality images and / or d) mono images are used; and in this case - for the personal feeling, the 'eye' e) there is almost no loss of image quality; and these funds (f) - on the part of the person - do not significantly exceed the scope of a type of spectacle to be worn; and finally, (g) electronic and / or mechanical devices on the personal spectacles type device ( 1 ) are pending; wherein h) - in one embodiment - the said device (ca to 'g') comprises additive means according to a person necessary - individual - adjustment options, such as (in relation to) pupil distance from each other and / or (each) to the nose; as well as various functional circumstances varying the eyewear see-through hole size ( 1 ) relevant; in the end, the average gifted person i) is able to personally make these individual & change-relevant settings.
• B) In one embodiment - for example, according to the specification 'h' + 'i' mentioned in 'A' - it is provided on the medium side that the person-associated device ( 1 + 2 ) at least partly has the following parts & circumstances, such as (:) type eyeglass body [( 1 ) here: ca 3-layer basic body]; Front layer 1 [( 2a ) first (after placing the glasses to the head directed) base body position]; Middle position [( 2 B ) (visible by free cut) the central body position]; Behind-situation [( 2 B ) the (from the head, ie rear) - last - base position]; Blank space [( 3 ) -Stocking (see Pos 6 )]; Punching out [( 4 ) about curved slot, each through the front and back position]; Numeral Indication [( 5 ) Attention, eigendlich so not visible representation) here: ca Quadratausstanzung in the front position (the view clears, on each the number, which indicates, which approx. Approx. TV-Bild-Freieichtstanzung is set)]; Transparent / rotary blanket [( 6 ) in a middle-layer circular body punched in a mobile way]; See-through holes [( 7a -d ...) (size, here zBl: 1-4) the set hole size '3' (see pos. 5 + 8th )]; Clear hole size digit ( 8th ); Side panel ( 9a ); Bending / folding entries [( 9b ) partly the latter only provided]; indicated: kink site [( 9c ) for side panel]; Nose clearance ( 10 ); Clamp profile [( 11 ) about flexible protective element (such as edge and eyeglass skin contact protection]; middle pupil hole track ( 12 ); minimal pupil hole track ( 13 ); maximum pupil hole track ( 14 ); maximum hole transmission bandwidth [( 15 ) on a bril page]; Round blanket projection [( 16 ) provided here: above]; minimal hole height movement [( 17 ) at maxim. Hole inspection bandwidth setting (see Pos. 15 )]; Axle / turn and connect points [( 18 ) Drilling]; Circular motion directions [( 19 ) for different adjustment options such as pupil-hole gauge adjustment, see-through hole change ...]; possible edge punching [( 20 ) as a substitute for circular turning overhang (see Pos. 16 )].
• C) Things - after 'B' ( 1 - 20 ) - communicate and act - in any suitable way - to each other.
• D) The device - the whole novelty - consists of one, all or individual things of the same.

Another solution shows the additional claim 4) II / 3 (here the text - again with generic term):
Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test - / - Simultaneous facilities (concerning approx. Racing / flight simultaneous / learning facilities), product presentation / film / DVD / video facilities ... [Novum is shown tv- & viewmasterrelevant & is multi-system], gekennz. by the following characteristics {:}
Means are provided for further device improvement, in particular through which the viewing hole (FIG. 7a -d) - in terms of glasses - height adjustable ( 24 ) are ( 4 - 7 ). For this purpose, in one embodiment, a pivoting part ( 21 ) - with further aids ( 21 - 40 ) intended.

In the drawing, the invention is shown for example. It shows the

1 the subject invention / device part 'simple type eyeglass body' as a partial view around the area of the left side of the glasses (for the left eye); View from the inside, this part of the spectacle - around the separate routing body has a partial section; the figure representation without the registered position characters;

2 the innovation object of the 1 with reference numerals;

3a the invention (as another embodiment of the 1 + 2 ) with conventional glasses as a base detail, top view, which is a forward (forward + back) movable intent (with see-through hole track) attachable;

3b the device after the 3a in front view;

4a -e device parts after the 5a -d (without Pos);

5a Partial view of the cardboard glasses from the inside - with technical insight of the various adjustabilities [visual size window / pupil-hole track, each adjustable with hole pattern plate] height adjustment of each viewing window hole by partially movable / swiveling carriage [adjustability by eccentric support wheel on Sonderronde];

5b ca cardboard eyeglass frame (side view) as a partial view with extension sleeve;

5c Sectional view of an embodiment according to 5b ;

5d Partial representation of a cardboard corner (from above - according to 'inside' small bend '- arrow of Pos 30a );

5e Partial view of the / a cardboard blanket corner (from above) according to arrow Pos 29a , according to 'big bend'; (small buckling or green buckling helps with different width opto-glasses with the cardboard glasses on the outside);

6 Preliminary variant of the invention as a partial view, interior view of a pair of glasses ("TV-Pure ^© ") with plastic-Untransparentlage as 'glass';

7 Device part / spectacle double (partly only indicated) from the front (cardboard glasses stretched out at the side)

Special feature: Clamping part connects the glasses; Clearances below - Pos 40 - in cardboard glasses, in order to watch TV and watch - cautiously - a glass of beer and drink; the glasses-cardboard-frames are to be edged (symmetrical: 'i' inwards, a = external identification); in that way, the cardboard goggles will hold lightly against the opto-glass temples; and the occasional removal of cardboard glasses from the opto-glasses is easy to handle.

By the use of novelty glasses - or of this intent (which may also be separated / split per eye) can) - will For example, a mono TV picture is perceived as a 3D image, which is the stereo image is deceptively similar (= Quasi-stereo), and with no image quality degradation goes along.

The glasses - with their see-through holes ( 7c ) - must be set by the place, from which you watch TV / TV (or the monofilm (eg in the cinema), so that each eye about 95% - up to a maximum of the entire TV picture - sees the Stereopsis then the pictures to a 3D image 'unite'.

This is also done by the fact that "the eye ..." does not - as usual - have to do with two laws of space (namely the distance seh environment / living room, and the addition of constantly changing / sequencing setting according to the usual TV ... movies). By using this novelty, the 'eye ...' is relieved - and the 'overstraining' minimized - with the result of almost real 3D images, a depth of space that previously had to be matched only by the human interlekt.

Reference numeral list (partly with function-describing explanations):

1

kind glasses body (here: approx. 3-layer basic body);

2a

Front situation 1 [first basic position (after placement of the spectacles facing the head)];

2 B

Central location [(visible by free cut) the central body position];

2c

Background-position [the (stored away from the head, ie the back) - last - body position];

3

Blank space [-Stocking (see Pos 6 )];

4

punching [approximately curved slot, always through the front and back position];

5

Digit Ausstanzungs Hint (Attention, eigendlich so not visible representation) [here: Quadrataus

die-cut in the front position (clears the view, depending on the number, which indicates which ca TV

Image Freisicht punching is set)];

6

Clear-in / turn Ronde [in a center-layer circular die cut portable in motion];

7a-d

Inspection holes [(size, in this example: 1-4) the set hole size '3' (see pos. 5 + 8th )];

8th

By Peep Hole size-digit;

9a

Side panel;

9b

indicated: Bending / folding inserts [partly the latter only provided];

9c

indicated: Kink [for Side part];

10

Nose clearance;

11

indicated: Clamping profile [ca flexible protection element (for example as edge and eyeglass skin contact protection];

12

indicated: middle pupil hole track;

13

indicated: minimal pupil hole track;

14

indicated: maximum pupil hole track;

15

indicated: maximum hole-viewing bandwidth [on a bril page];

16

Blanks turning supernatant [provided here: above];

17

indicated: minimum hole height movement [at maxim. Hole inspection bandwidth setting (pos. 15 )]

18

indicated: Axis / rotation and connection points [drilling];

19

indicated: Circular motion directions [for different adjustment options like pupil hole

track adjustment, Visually hole AC ...];

20

indicated: possible edge stamping [as replacement for round blanking projection (see Pos. 16 )];

21

Swiveling part / Visibility windows-Vertikalversteller (here: ca 2 to 5 layer basic body);

22

Pivot point;

23

indicated: Pan direction;

24

indicated: Height / vertical adjustment range (of the 'view');

25

Special / sub Ronde (for swivel part adjustment);

25a

kind Wedge / Exenteraufsatz;

25b

(Open position);

25c

indicated: Direction of rotation / movement (of the special blank);

26

indicated: Rotation axis (the lower round plate);

27

indicated: maximum - arc curve (of the adjustment-exenter);

28

indicated: Exenterkeil side guide (on swivel part);

29

indicated: Area of the 'outer' bend (the Pappbrillenbügel; each kink in one direction);

29a

indicated: indication concerning buckling (Pos 29 to 5d );

30

indicated: Area of the 'inner' bend (the Pappbrillenbügel; each kink opposite);

30a

indicated: area of the 'inner' / opposite kink (the cardboard eyeglass frame, p 30 / 5e );

31

Papp eyeglass temple;

32a / b

Ironing racing edges;

33

Strap cover (for Adjustment);

34

Connecting / bonding area (the shackle sleeve in the area of a cardboard cut-through / 32b );

35a / b

indicated: Ironing Extension - / - shortening direction;

36a / b

support areas (of the temple in the ear of the person using);

37/38

indicated: Bearing surface increasing portion [attachable, ca flex. mini hose (ca v. Veloventil)];

39a

indicated: possible Fold-Tabs (For Brile Pad Decreases);

39b

indicated: Enlargement / Duplication of the Main part of cardboard eyeglass body (to flank

Governing Folding of the technical / parts);

40

indicated: special-vision-space ( 7 ).

Description in relation on the implementation proposal III.

• A) Zur Verwendung/Anwendung von – in diesem einen Beispiel – einer Normal-Einzel-TV-Gerät-Verwendung sind geeignete Mittel (1-15) vorgesehen, daß damit insbes. Normalfilmmaterial in, auf weite 'Filmstrecken' Stereopsis wirksame, täuschend ähnliche (bis echte) 3D-Stereo-Artbilder/-folgen wahrgenommen werden können
• B) In einer einfachen Ausführung besteht zu diesem Zweck (nach (A) eine ca Brille (1) oder ein Vorsatz/Kopfvorsatz/Brillenvorsatz (od Art Blende (13), od ein Brillen-/-scheibenersatz) der in der Brillenausführung mit ca Gläsern (6)(optische o unoptische) – die je – bis auf Ausnahmen – vornehmlich weitestgehend abgedunkelt bzw beschichtet sind (in der Blendenausführung ebenso).
• C) Betreffs Ausnahmen (gem B) wird eine ca 'Pupillen-Lochspurbrille...' (1/13) derart gebildet, daß, je Brillenglas (6), je geeignet große + geformte Art durchsichtige Freibereiche (5) (entrspr Durchbrüchen in eventuellen Abdeck-/Verdunkelungsfolienfolien) u/o (zusatzausführungsgem. zudem) brillenscheibeverteilt Feinlochraster (5a).
• C) Betreffs Ausnahmen (nach B) wird eine 'Pupillen-Lochspurbrille... (1/13) derart gebildet, daß – je Brillenglas (6) – geeignet große und geeignet geformte Art durchsichtige Freibereiche (5) (entrspr Durchbrüchen in eventuellen Abdeck-/Verdunkelungsfolienfolien) bestehen.
• D) Die Plazierung der Durchsichtbereiche (gem 5) ist je auf dem Brillenglas... (6/13) auf der entsprechenden Flucht und Höhe der Pupillen (gem 3a/b + 4a/b) vorzunehmen, wozu geeignete Mittel vorgesehen sind und in einer Ausführung eventuelle – individuelle – persönliche Anpassungen mittels Pupillometer vorzunehmen sind.
• E) Hierbei (gem D) ist es zu beachten, daß die Durchsichtbereiche (5) dort 'sitzen', daß eine Person, die sich im Abstand vor dem TV-Gerät (8) befindet, ihr das (in diesen Falle 'ein') TV-Bild in voller Größe sowohl in das Linke, als auch in das rechter Auge einstrahlt. – Hiermit ist schon die geringste Form für ein verbessertes TV-Sehen (mit zT etwas eD-Effekt) möglich (geliefert) (gem etwa Pos.-Listen-Text).
• F) Nun (gem E) sind (in einer Ausführung) geeignete Bilderverungleichungsmittel (14) vorgesehen, daß die Bilder, welche je in die Augen einer Person fallen/hereinscheinen, die ja zunächst gleich sind, verungleicht werden (zu – je Auge – od zu einem Auge verändert werden). In einer Ausführung ist es hier vorgesehen, daß – etwa für das rechte Auge – eine nur leichte [möglichst – gegenüber üblichen 3D-Brillenfiltern (ähnlich lästigen Rot-Grün-Brillen) nicht(!) störende) Lichtfilterung (gem. der Lichtfilterung einer schwachen bis mittleren Sonnenbrille mit ca 1-6%) erfährt; es kann – in einer weiteren Ausführung – [muß nicht(!)] also eine 'Verungleichheit' (14) erstellt werden, aber sie sollte, wenn überhaupt, ein- oder beidseitig der Augen gering sein (ca je Auge nur 1%).
• G) Hilfsweise kann nun die Pupillen-Lochspur-3D-Brille (1) noch mit kopfhörerartigen ca Infrarotkopfhörerteilen (2) bestückt werden; so daß, in einer weiteren Ausführung, mehrere Leute bei mehreren Benutzern + mehreren Tvs/-sendungen mehrere Leute individuell ihre eigenen Filme sehen können) [auch in der Art Echt-Stereo-TV – ein-/mehrkanalig (dann sind je die Durch-sichtfelder (5) auf 2 unterschiedliche Monitore auszurichten) [bei zB 2 × 2 TV Monitoren sehen 2 Pers Echt3D...].

A solution was found with the independent claim 5) III / 1a - as follows:

• A) The use / application of - in this one example - a normal single TV device use are suitable means ( 1 - 15 ) provided that so in particular. Normal film material in, on wide 'movie tracks' stereopsis effective, deceptively similar (to real) 3D stereo art images / sequences can be perceived
• B) In a simple embodiment, for this purpose (according to (A) a ca goggles ( 1 ) or a header / head attachment / eyeglass attachment (od type aperture ( 13 ), or a pair of glasses / discs) in the spectacle version with ca glasses ( 6 ) (optical or non-optical) - which - except for exceptions - are mainly darkened or coated as far as possible (in the aperture version as well).
• C) Concerning exceptions (according to B) a ca 'pupil-hole gauge-glasses ...' ( 1 / 13 ) are formed such that, per spectacle lens ( 6 ), suitably large + shaped type transparent open spaces ( 5 ) (entrspr breakthroughs in any cover / darkening film foils) u / o (additional Ausfillenungsgem. also) spectacle lens-wide Feinlochraster ( 5a ).
• C) With regard to exceptions (to B), a 'pupil-hole gauge eyeglasses ... ( 1 / 13 ) are formed such that - per spectacle lens ( 6 ) - suitably large and suitably shaped kind transparent clear areas ( 5 ) (entrspr breakthroughs in any cover / blackout film).
• D) The placement of the inspection areas (acc 5 ) is ever on the lens ... ( 6 / 13 ) on the corresponding flight and height of the pupils (acc 3a / b + 4a / b), for which purpose suitable means are provided and in one embodiment any - individual - personal adjustments by means of a pupillometer are to be made.
• E) Here (according to D) it should be noted that the inspection areas ( 5 ) there 'sit' that a person who is in the distance in front of the TV set ( 8th ), you are radiating the (in this case 'a') full-size TV image to both the left and the right eye. - This is already the slightest form for improved TV viewing (with some eD effect) possible (delivered) (like Pos-list text).
• F) Now (according to E) (in one embodiment) suitable image bleaching agents ( 14 ) provided that the images, which ever fall into the eyes of a person / shine in, which are equal to the first, are verallenleicht (to - each eye - od changed to an eye). In one embodiment, it is provided here that - as for the right eye - a light [possibly - compared to conventional 3D glasses filters (similar annoying red-green glasses) not (!) Disturbing) light filtering (according to the light filtering of a weak to middle sunglasses with about 1-6%) experiences; it can - in another embodiment - [must not (!)] therefore an 'unevenness' ( 14 ), but it should be low, if any, on one or both sides of the eyes (ca per eye only 1%).
• G) In the alternative, the pupil-hole-track-3D-glasses ( 1 ) still with earphone-like ca infrared headphone parts ( 2 ) are equipped; so that, in a further embodiment, several people with several users + several Tvs / -Sendungen several people individually their own films can see) [also in the kind of real stereo TV - one / mehrkanalig (then each visual fields ( 5 ) on 2 different monitors) [for example, 2 × 2 TV monitors see 2 Pers real 3D ...].

• A) Die Brillenscheibenkörper (6) besitzen, je ca gleichmäßig (und ca symmetrisch zueinander angeordnet) darauf (oder in ihr) verteilt – eine Vielzahl an jeweils ausreichend großen, Durchsichtbereiche (5a) bildenden/flankierenden, minderlichtdurchlässigen bis undurchsichtigen Art Gittern oder Beschichtungen; in einer Ausführung etwa wabenförmig auf- oder untergebracht (bzw auf-/untergedruckt); eine Ausführung sieht eine Blende (13) vor.
• B) In einer bevorzugten Ausführung ist ein Durchsicht-/Lochbild/Gitterbild vorgesehen, wobei ein Einzelloch – etwa als ca Kreisfläche oder als liegende/axiale Langloch oder Elipsen- bzw Sechseckfläche – ausgebildet ist, und im Beispiel der Kreisfläche einen Durchmesser von ca 1,2-1,9 aufweist, die vornehmlich in Reihen (in ca Versatzgestaltung) bestehen, und voneinander in Abständen, in einer besonderen Ausführung, von ca 3,5-3,8 mm plaziert sind; und wobei die äußeren Durchsichtflächen/Durchbrüche (5a) (= Lochbild) brillenrandseis (gem 12) im Abstand enden.
• C) In einer weiteren Ausführung ist insbes. eine LCD-Brille (1; 13) mit individuell regelbarem Loch-Gitter-Bild (gem 5/5a...) vorgesehen, wobei sich die Regelbarkeit auf alle nur denkbaren Maße und Bereiche/Abstandbereiche – so auch diesbezüglich benutzungs-pupillenlochspurrelevante Maße – bezieht, inclusive Umschaltmöglichkeit auf 'nur-2-Loch-Gestaltung' (gem 5, 1a/2).
• D) Betreffs 3D-Brillen-Lage (1) in Bezug auf einen ca TV-Bildschrim: Die benutzende Person (7) wendet die 3D-'Vielloch'-Brille (1/13; 5a; 1a + 2) folgendermaßen an: a) sie setzt die Brille (1) auf; b) sie richtet den Kopf (und mit ihr die Brille) auf den PC-Monitor oder auf das TV-Gerät aus; c) sie richtet (synchronisiert/justiert) ein Auge (zB linke Pupille) über ein (nächstliegendes) 'Loch'/Sichtfeld (5a) der Brillenscheibe (6) zum TV-Bild (8) aus (daß das TV-Bild später ca wie bei der 3b im Betrachtungszentrum liegt), wobei die Person – zu diesem Zweck – das rechte Auge kurz schließt; d) bei der Ausrichtung des rechten Auges wird analog 'c' verfahren; e) bei der gelegentlichen Veränderung der Kopfhaltung (und somit der Veränderung der Brillenlagenhalteung zum TV) wird wieder verfahlren, wie bei 'c'; f) zudem kann – etwa dann und wann mal – wahlweise auch so verfahren werden, wie bei 'b', ohne individuelle Art 'Feinjustierung'; g) Träger von optischen Brillen können diese (oftmals) weglassen, od Lochbildblenden (13) nutzen.
• E) Bei der LCD-Brille ist es vorgesehen, daß die ca Sichtfenster-/-spur/Lochbildlage (5/2) oder dieserhalben Großen (5) und/oder Abstände durch geeignete Mittel fernbedienlich regelbar sind.
• F) Es ist vorgesehen, daß eine Benutzerperson (7) mehr als eine Brille (1) verwendet; etwa eine Zweiloch-/-fensterbrille (1a/2) (ca für die Tag-Anwendung) und eine Mehr-/Viellochbrille (5a) (ca nach A...; etwa für abends, oder umgekehrt); wobei die LCD-Brillenausführung nach C & E beide Möglichkeiten in einer Ausführung beinhaltet; wüfür geeignete Mittel dafür anhängig sind. Es sind bei der 3D-Brillenausführung mit oder ohne LCD etwa IR-Kopfhöhrer anzuwenden, oder diese schon dierekt an die Brille (1) anzubringen (1a).
• G) Die Vorrichtung (1-15) ist zur Anwendung von ca Mono-TV-Bildern – über die Brille (1) – wenigstens je bereichsweise zu 3D-Stereobildern oder zu Quasi-3D-Stereobildern vorgesehen.
• H) Die Vorrichtung relevanten (1-15) Dinge (gem A-G) sind ganz od teilweise miteinander zu kombinieren.

Another solution is shown in subclaim 6) III / 1b with the following text:

• A) The spectacle lens bodies ( 6 ), each evenly distributed (and approximately symmetrically to each other) on it (or in her) - a variety of sufficiently large, see-through areas ( 5a ) forming / flanking, sublucent to opaque type gratings or coatings; in one embodiment, approximately honeycombed or housed (or printed on / under); one version sees an aperture ( 13 ) in front.
• B) In a preferred embodiment, a see-through / hole image / lattice image is provided, wherein a single hole - approximately as a circular surface or as a horizontal / axial slot or Elipsen- or hexagonal surface - is formed, and in the example of the circular area a diameter of about 1, 2-1.9, which consist primarily in rows (in ca offset design), and from each other at intervals, in a particular embodiment, from about 3.5-3.8 mm are placed; and wherein the outer viewing surfaces / openings ( 5a ) (= Hole pattern) eyeglass edge ice (acc 12 ) in the distance.
• C) In another embodiment esp. A LCD glasses ( 1 ; 13 ) with individually adjustable hole grid image (acc 5 / 5a ...), whereby the controllability refers to all imaginable measures and areas / distance ranges - also in this regard pupilllochspurrelevante dimensions - including switchover to 'only-2-hole design' (acc 5 . 1a / 2 ).
• D) Concerning 3D glasses position ( 1 ) with respect to a ca TV screen: the person using ( 7 ) uses the 3D'Vielloch'-glasses ( 1 / 13 ; 5a ; 1a + 2 ): (a) she puts on the glasses ( 1 ) on; b) aligns the head (and with it the glasses) on the PC monitor or on the TV set; c) it aligns (synchronizes / adjusts) an eye (eg left pupil) over a (nearest) 'hole' / field of view ( 5a ) of the spectacle lens ( 6 ) to the TV picture ( 8th ) (that the TV picture later as the approx 3b in the viewing center), with the person - for this purpose - briefly closing the right eye; d) the orientation of the right eye is analogous to 'c'procedure; e) in the occasional change in the head posture (and thus the change in the spectacle position to the TV) will again verschahlren, as in 'c'; f) In addition, it is also possible - for example now and then times - to proceed in the same way as with 'b', without individual type 'fine adjustment'; g) wearers of optical glasses can omit these (often), or Lochbildblenden ( 13 ) use.
• E) In the case of the LCD glasses, it is provided that the approx. Viewing window / track / hole image position ( 5 / 2 ) or of these Great ( 5 ) and / or distances can be controlled remotely by suitable means.
• F) It is provided that a user ( 7 ) more than glasses ( 1 ) used; about a two-hole - / - window glasses ( 1a / 2 ) (ca for the tag application) and a multi / multi-hole glasses ( 5a ) (ca to A ...; about for the evening, or vice versa); the LCD eyewear design according to C & E includes both options in one design; for which appropriate funds are pending. When using the 3D glasses with or without LCD, it is necessary to use IR headphones, or these are already attached to the glasses ( 1 ) ( 1a ).
• G) The device ( 1 - 15 ) is about the use of ca mono TV images - on the glasses ( 1 ) - at least each partially provided to 3D stereo images or to quasi-3D stereo images.
• H) The device relevant ( 1 - 15 ) Things (gem AG) are completely or partly to combine with each other.

The Drawings show novelty parts (especially after the simple Ausf., ca after the Anspr. 1). It show the

1a a young man with eyeglasses + pending type headphone parts [firstly there are / are shown partially opaque lenses that are visibly changeable in a pupil-hole 3D glasses (discs later as LCD's)];

1b indicated: the representation of a transparent small window [in the example 'dark foil' on the spectacle lens; the 'window' (after 5 ) is here (after 1a ) slightly enlarged + widened];

2 indicated: the ca front or rear view of an example optical glasses (pos 1 ) in conjunction with a (retrofittable / retrofittable) 3D cover (see pos 13 ); & indicated: Aperture + / o glasses with a ca fine hole image ( 5a ) provided equipped;

3a indicated: abstract (very simplified) visual representations of the ca TV screen / image with respect to (one embodiment relevant) depending on the incidence of light in the left and right pupil;

3b indicated: abstract representation after 3a - with 'working' stereoopsis.

In of the given kind can - at first with existing ones Medium - almost perfect, true stereo viewing possible. Like this happens, show the next two sentences - in connection with the drawings (& Claim 1) - on.

In the item list are other - explanatory / descriptive - things, to the understanding of the invention, listed.

The pupil (Art'Lochspur ') - Fensterl-free spaces ( 5 ) about the 2 each form between the pupils of a human being a kind of invisible, frustoconical 'tunnel', which - until slightly beyond the edge of the TV image ( 8th ) ( 9a . 9b ) - 'spreads' or expands.

In order to be able to perceive real-stereo images (one / two-channel), this should be done at the appropriate places (according to: 1-G-part) - & glasses / intent ca window track moderately ( 5 ) - the appropriate precautions are taken.

Whether a person is sitting in front of the TV set or is lying down (while looking) or the like; so can be seen from the well-known monofilm & mono TV set without much circumstances, almost real 3D footage; and this especially in jungle recordings, or the German television ballet; it is good seeing, with stereovision ben. - Of course, one must know that by clever lighting (even in black and white) of the rooms, or when panning or moving the camera, already good room effects are achieved. The better the picture material is, the better the innovative device works. Finally, it is envisaged that the sensational 3D vision according to the invention would not be suitable for continuous use, but only for the best opportunities with films and show's.

• a) durch ein jeweils schärferes Bild positiv bemerkbar macht, und zudem (hierdrum geht's ja)
• b) mehr als üblich die Stereobsis fleißig anregt!

An alternative embodiment of the device is the claim 1b. Here the viewing person is given much 'head movement freedom'. In addition, the pixels 'train' the eye, which promotes blood circulation. By (through the hole) see through the hole, the eye-pair is stimulated, focussierend 'reworking' to be active, which also

• a) by a sharper picture makes positively noticeable, and also (this is how it works)
• b) more than usual stimulates the stereobsis diligently!

The 3D glasses with the described hole pattern ( 5a ) also has the advantage of being (after individual application) 1 ) Pupil track does not need to be adjusted It is important to ensure that the 3D vision with the described means ( 1 - 15 ) works well when as little as possible 'transversal' light gets into your eyes. This is also the case in the 'Cinema', where the light illuminating the room is dimmed down to the minimum necessary before any film screening begins. So should the room light 'discreet' be kept in the living room. - The darkening - the side of the eyeglass body - this is also useful.

To a not too long getting used to (initially you should set the '3D / stereo picture glasses' more often) can Spectacles (according to the claims 1a + 1b) - over wide Stretch even with monofilms - one Experience 3D movie enjoyment that is second to none!

Reference numeral list (with explanatory Share - as a description supplement):

1

glasses (eg, LCD glasses, which can be changed to a kind of 3D glasses / switchable or expand);

2

kind Kopfhöhreranhang (ca to Brillelbügel);

3a / b

Indicated: alignment arrows [ca as horizontal direction / escape for the free field placement (according to 4a / B);

4a / b

Indicated: alignment arrows [ca than ever vertical direction / escape for the free field placement (according to 3a / B);

5

indicated: any see - through / - window area / shape (TV Cinema version), with respect to 1a magnification

ßert shown;

5a

indicated: hole pattern / division (very simplified) on a large part of the surfaces ( 1 and / or 13 );

6

Spectacle lens;

7

Human;

8th

ca TV / Monitor screen / picture;

9a / b

indicated: each (left and right) circular light incidence area (after the 2 & Pos 5 ) in the eyes,

in Referring to the screen (+ the TV picture);

10

hinted: representation of the circular area - as unifying circular image areas after 9a / b - that is

forming 'working' stereobehavior;

11

indicated: representation of this (here: Schrafur area) after pos 10 , with these 'resulting'

edge - image surface segments (focus / bildlichtmäßig) weaken (less noticeable become),

and for the TV / Manitorbild / -motiv (acc 8th ) intensified in terms of light and attention [as well, because of

the 'Wagfall' the other TV / monitor picture removing Areas that after the ver

darkening aperture (acc 13 )];

12

indicated: Art Horn / plastic frame of the glasses (acc 1 );

13

especially black, opaque 3D / eyeglass relevant - / - replacing - / - iris, the axial, approximately in -

Mid-range, Pupillendurchsicht track changeable to move; (The aperture is eg central to the Bril

le ( 1 ) ca clampable / attachable / attachable / attachable / magnet attachable ...];

14

indicated: Partially transparent part / foil / glass / plastic ... as minimum darkening element (entbehr

Lich and removable and interchangeable ...);

15

indicated: part / light filter / set (acc 14 ) in cake type, rotatable (arrow time on axis of rotation) to individually

the best Test the filter foil (one part is fully transparent).

Description regarding the Execution proposal IV.

A solution was found with the Nebenanspruch 26) IV / 1; whose characteristic group I AD + II AC (+ generic term) is:
Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test - / - Simultaneous facilities (concerning approx. Racing / flight simultaneous / learning facilities), product presentation / film / DVD / video facilities ... [novelty is shown tv- & viewmasterrelevant & is multi-system], by the following characteristics {:}

I

• A) It is in one embodiment a kind of glasses with - each dark / limited transparent to opaque wall (eyeglass lens) - at least a small one ca lying-rectangle-hole-like view / open area each provided for example in person-side eye pupil height, wherein the individual Possibility - by pending funds + Facilities - given is that a person with healthy / working stereoopsis a mono image to be seen [/ -filmbild (about slide or TV picture)] in such a way perceive that - per eye - only one larger, complementary image part being perceived, approximately per eye the outer 2/3 of the picture, whereby the partial images stereopsisseits to a quasi-stereo-like complete picture unite in a known Viewmaster 3D way.
• B) Suitable means - approx Displacement / swivel / Schraubverstellmittel - are provided that on the Type of glasses primarily three different, Durch- / Freisichposition there are relevant adjustment devices / options; so that ever the ca hole-like view / area - as individual as possible - (:) a) enlargeable & reducible is, in each case evenly in two Directions, or individually in both the X and / or the Y axis (ie vertical + / o axial); and / or b) approx. height / depth adjustable resp by means of displacement element or swivel element depending displaceable / -verschwenkbar is; u / o such kind c) approx. adjustable and / or insensitive to side; & these adjustments / alignments (a-c), in turn, by appropriate locking / locking means positional consistency are.
• C) Suitable type eyeglass holding devices are provided, in soft - in one Execution - Nose attachment / support parts are dispensable or are only pending in the alternative; whereby - per eyeglass side - a minimalist pre-tensioned bracket pairs - also approx as a loop-like strap - the person's head about about the ears (until behind the same) slightly clamped (kopfanatomirelevant) spanned / teilumspannt, that the Glasses also partially up to the outer / front nose area can be moved to stay stuck there & again (if needed) retractable is.
• D) Appropriate means are provided in the area of the spectacles and the subsequent brackets, that the glasses tilt angle - individually the one to choose Head position - changeable is ('rotary clamp element').

II

• A) In another version, there is a ca Viewmaster device with integrated Lamp, &, - acc. IA-statement of complementary Drawing pairs - with turntables + individual ca 6 negative-image pairs provided ...
• B) ... accordingly on the part about a photo shop customer side by appropriate means is possible that individual Photographic negative pairs can be clamped in prefabricated, windowed Viewmaster perforated disc halves are...
• C) ... according to which customers their ever approx. Inside to 1/5 shortened picture pairs after all within its kind 'Viewmaster device' in about 99% -Quasistereoart perceive can [without having used a (separate) 3D camera].

Based of these instruction criteria, a specialist can at least manage the create 2 new variants.

• A) Es ist in einer Ausführung eine Art Brille mit – je dunkel-/begrenzttransparenter bis undurchsichtiger Wandung (Brillenglas) – wenigstens einem kleinen ca liegend-rechteck-lochartigen Durchblick/Freisichtbereich jeweils etwa in personenseitiger Augenpupillenhöhe vorgesehen, wobei die individuelle Möglichkeit – durch anhängige Mittel + Einrichtungen – gegeben ist, daß eine Person mit gesunder/funktionierender Stereopsis ein zu sichtendes Monobild [/-filmbild (etwa Dia- oder TV-Bild)] solchermaßen wahrnehmen kann, daß – je Auge – nur ein größerer, ergänzender Bildteil wahrgenommen wird, etwa je Auge das äußere 2/3 des Bildes – oder andere, sich ergänzende, in einer Teilausführung auch auf Transparentflächenkörper (Glas/Kunststoff) aufgebrachte, zT ca punktierte Flächenbereiche –, wobei sich schließlich die Teilbilder, sich über die Stereopsis letztendlich bewußt wahrnehmbar, zu einem quasistereoartigen Komplettbild in bekannter Viewmaster-3D-Weise zusammenfügen/vereinen.
• B) Geeignete Mittel – ca Verschiebe-/Schwenk-/Schraubverstellmittel (6a/6b, 7a/7b, 8, 9) – sind vorgesehen, daß an der Art Brille (1) vornehmlich drei unterschiedliche, Durch-/Freisichposition (8) relevante Verstelleinrichtungen/-möglichkeiten bestehen; daß also je der ca lochartige Durchblick/-bereich (8) – möglichst individuell – (:) a) vergrößerbar & verkleinerbar ist, und zwar jeweils gleichmäßig in zwei Richtungen, bzw individuell sowohl in der X- und/oder in der Y-Achse [also vertikal (6b) und/oder axial (7b)]; und/oder b) ca höhen-/tiefenverstellbar (6b) bzw mittels Verschiebeelement (6a) oder Schwenkelement je verschiebbar (6b) bzw verschwenkbar ist; u/o solcherart c) ca seitenverstell-/-verrückbar (7b) ist; & diese Verstell-/Ausrichtungen (a-c), wiederum durch geeignete Arretierungs-/Feststellmittel lagekonstand sind.
• C) Die '3D_TAFFTV'-Brille (1) ist – in einer Ausführung – ähnlich einer rahmen-schlanken 'Hornbrille' (11), vornehmlich etwa aus Kunststoff, mit unterseits zwei 'nasenseits' am Rahmen anhängigen Auflagedruckvereteil-Ausbuchtungen (10a) ausgebildet; wobei dieselbe (1) in der Höhenrichtung (5), ab dem Brillenseitenverbindungssteg (13) weitestgehend symmetrisch (12), was insbesondere den Nasenfreiraum (4a/4b) & die Nasendruckverteilausbuchtungen [(10a/10b) zum axial-180°-brillenverdrehten Aufsetzen derselben, auf ca den Nasenspitzenbereich, diesbezüglich für liegend-TV-sehende Personen] anbetrifft, um etwa 10-25% vergrößert ausgebildet vorgesehen ist.
• D) Die Brille besteht a) mit geeignet kurvierten, kopfteilumspannenden Haltebügeln (19); od. b) mit Doppel-Endwinkelbügel, od c) in Zusatzausführung nur als optobrillenergänzbarer ca Brillenvorspann-/-aufklemmaufsatz.
• E) Die Brille (1) kann mit und ohne ca Durchblickfenster (8) verschiebende (6b/7b) Teile (6/7) ausgebildet sein, wobei im letzteren Falle der Durchblickbereich (8) weitestgehend (ca optikerseits) individuell einbringbar ist.
• F) Die Brillenausführung (1) mit aggregatartigen Verschiebeteilen (6a/7a) sieht es in einer Ausführung vor, daß dieselben je geeignete, ca zweiseitig gestegte, etwa U-förmige Führungsüberstände (14, 15) aufweisen.
• G) Schließlich sieht die Brille (1) folgendes vor(:) a) je aggregatendseits (6a/7a) Lichtdurchscheinhinderungsüberlappungen (16a/16b, 17a/17b), &/o b) bei eventuellen zT Wandungsüberlappungen Wandungsfreibereiche (9); c) daß die ca Hornartbrille (1) mit einer bekannten ca üblichen Pappbrille ca formkombinierbar ist, und d) daß die Brille geeignete Mittel zur Leichtbauweise besitzt, wie ca dunkles, dünnwandiges Press-Styropor.

Another solution was found with the secondary claim 27) IV / 2. Its characteristic group AG is now as follows:

• A) It is in one embodiment a kind of glasses with - each dark / limited transparent to opaque wall (lens) - at least a small ca lying rectangular-hole-like view / outdoor area each about in person the individual possibility - by pending means + facilities - is given that a person with healthy / functioning stereopsis can perceive a monaural image to be viewed [/ -filmbild (such as slide or TV picture)] in such a way that each eye - only a larger, complementary image part is perceived, for example, the outer 2/3 of the image per eye - or other complementary, in a partial embodiment on transparent surfaces (glass / plastic) applied, some dotted areas -, where finally, the subpictures, eventually consciously perceived via the stereopsis, merge / unite to form a quasi-stereo-like complete image in a familiar Viewmaster 3D manner.
• B) Suitable means - approx. Displacement / swiveling / screw adjustment means ( 6a / 6b . 7a / 7b . 8th . 9 ) - it is provided that on the type glasses ( 1 ) primarily three different, through / free passage position ( 8th ) relevant adjustment facilities / options exist; so that each of the ca hole-like view / area ( 8th ) - as individual as possible - (a) can be enlarged & reduced in size, in each case equally in two directions, or individually in both the X and / or the Y axis [that is, vertical ( 6b ) and / or axial ( 7b )]; and / or b) about height / depth adjustable ( 6b ) or by means of a displacement element ( 6a ) or pivoting element each displaceable ( 6b ) or is pivotable; u / o of this kind c) approx. lateral adjustment - / - insensitive ( 7b ); & These adjustment / alignments (ac), in turn, are positional consistency by suitable locking / locking means.
• C) The '3D _TAFF TV' glasses ( 1 ) is - in one embodiment - similar to a frame-slim 'Hornbrille' ( 11 ), mainly made of plastic, for example, with two 'nasenseits' on the frame pending Auflagungsverververt bulges ( 10a ) educated; being the same ( 1 ) in the height direction ( 5 ), from the spectacle side connecting bridge ( 13 ) largely symmetrical ( 12 ), which in particular the nose clearance ( 4a / 4b ) & the nasal pressure distribution bulges [( 10a / 10b ) For axially 180 ° goggles twisted placement of the same, to about the tip of the nose, in this respect for lying-TV-seeing people] is concerned, designed to be enlarged by about 10-25% provided.
• D) The spectacles consist a) of suitably curved headband spanning retaining clips ( 19 ); od. b) with double Endwinkelbügel, od c) in additional version only as optobrillenergänzbarer ca Brillenvorspann - / - Aufklemmaufsatz.
• E) The glasses ( 1 ) can with and without ca window ( 8th ) shifting ( 6b / 7b ) Parts ( 6 / 7 ), in the latter case the viewing area ( 8th ) as far as possible (ca optikerseits) individually einbringbar.
• F) The spectacle version ( 1 ) with aggregate-like displacement parts ( 6a / 7a ), it provides in one embodiment, that the same each suitable, approximately bilaterally supported, approximately U-shaped guide projections ( 14 . 15 ) exhibit.
• G) Finally the glasses ( 1 ) (:) (a) per aggregate end ( 6a / 7a ) Transmittance prevention overlaps ( 16a / 16b . 17a / 17b ), & / ob) in case of possible wall overlaps wall free areas ( 9 ); c) that the ca Hornartbrille ( 1 ) with a known ca usual cardboard glasses ca form combo, and d) that the glasses has suitable means for lightweight construction, such as ca dark, thin-walled compressed Styrofoam.

Based These advanced statement criteria can be used by the subject - oriented Person create at least one further embodiment of the invention; being several references for Detailed design variants were specified.

It is provided - and Subject of the invention - that this Detailed design variants as well as the various innovation execution versions can be combined with each other are.

In the (initially sketchy) drawing, the invention - especially after the execution of the independent claim - example, and very simplified (sometimes even briefly indicated) has been shown. It shows the front view of the '3D _TAFF TV' glasses.

• a) die Pupillenlochspur-Durchblicke (8), und
• b) auf das Fernseh-Bild –

derart eingestellt, daß sowohl das linke Auge – wie auch das rechte Auge – je das Fernsehbild genau in der Mitte sieht. Die Brille ist in dieser Lage am Kopf anliegend aufgesetzt. Das so zu sehende TV-Bilder-Paar wirkt erfindungsgemäß zB am Abend (zur Hauptsendezeit) – ohne außer-TV-seitige Lichteinflüsse, und insbesondere bei stark licht- und besonders farbhaltigen TV-Bild-Szenen stark wahrnehmungsverbessernd/-verstärkend bis (nach anfänglicher Augen- & Stereopsiseinstellung) auch zudem überraschend quasistereobilderzeugend räumlich.In practical use, these glasses in the normal position (according to figure view) - in relation to

• a) the pupil-hole-track vistas ( 8th ), and
• b) on the TV picture -

adjusted so that both the left eye - as well as the right eye - each sees the television picture exactly in the middle. The glasses are placed in this position on the head fitting. The so-to-see TV picture pair acts according to the invention, for example in the evening (at prime time) - without extra-TV-side lighting effects, and especially in strong light and especially color-containing TV picture scenes strong perception improving / amplifying until (after initial Eye & Stereopsis setting) also surprisingly quasi-stereotypical spatially.

Glasses front sides usually have - to the two brackets out - a slight angle of inclination. In a systematically placed Eye pair of a person, the glasses - to another application - in the vertical-inverted position (opposite the figure view) worn, in about back-lying lying person position. Here, the glasses ( 1 ) with the small nasal cavity ( 4b ) on the anterior nasal side (anterior nasal third towards the tip of the nose). In the 'view window' setting ( 8th ) according to the preceding paragraph, it should be noted (where care must be taken) that - per eye - only the outer area of the TB image is visible. By means of mutual closing of one and the other eye, the respectively correct head position (in between also at the beginning more often by check) has to be 'disengaged'. - The stereopsis puts the two partial images of the left and the right eye together to form a complete image, whereby this then [esp. according to the conditions of the precursor paragraph (& after the usual, relatively short Um- & getting used to)] in about 99% -Quasistereobildart acts. - In kl. Area is the head - when watching TV - movable.

So far the perceptibility of quasi-stereo images from a monobloc template about a TV movie about a TV. Echostereobilder are then, in the manner according to the invention, perceptible, if systematically recorded stereo image pairs, & about the necessary Double-image pair (1/2-channel / -TV'ig) are shown.

• a) einmal die ca täglichen Fernsehzeiten – langsam beginnend – erweitert werden (täglich vielleicht mit ½ Stunde beginnend, um dann – nach Tagen – auf eine Spielfilmzeit zu kommen), und
• b) zwischendurch zB kreisende und/oder schwenkende & nickende... Kopfbewegungen durchgeführt werden (auch die Plazierung der Benutzerperson sollte zT gewechselt werden), sowie
• c) die Augen – bei TV-Sehen selbst – (gemäß 'b') solten zwischendurch geschlossen werden usw.!

It is to be noted at the beginning [for the protection of the muscles of the neck muscle (because of the relative rigid line of vision)]

• a) once the ca daily TV - - starting slowly - be extended (daily starting with ½ hour, then - after days - to come to a feature film time), and
• b) in between, for example, circular and / or panning & nodding ... head movements are carried out (the placement of the user person should sometimes be changed), as well
• c) the eyes - on TV-watching itself - (according to 'b') should be closed in between, etc.!

The inventive system of the quasi-stereoscopic vision in the manner with Viewmaster device or also after the slide system is likely to be helpful. - Further Descriptive information can be found in the list of reference numerals.

1

['3D _TATT TV' relevant] glasses;

2

'Glasses' of relevant areas (rel. wall);

3

Temple support approach;

4a / 4b

ever Free space (for the nose);

5

Representation of the (upwardly symmetrical ( 5 )] Eyeglass enlargement;

6a

vertical Sliding part (aggregate);

6b

Representation of the vertical displacement (acc 6a );

7a

axial Sliding part (aggregate);

7b

Representation of the axial displacement (acc 7a );

8th

Through region / -fensterbereich;

9

indicated: possible free space (if necessary, with a wall);

10a / b

indicated: Pressure distribution dents (for seating on areas of the user's nose (here in

this Context - is It also provides for the use of the glasses by the

in places' held by hand If the glasses on the nose front side are not the desired

location or to avoid pressure loads - on sensitive noses)]];

11

frame the glasses;

12

indicated: areawise symmetry axis [to represent the area-wise - central - spectacle-dop

pels; see Pos ( 5 )];

13

Connecting web;

13a / b

Connecting web double;

14/15

suggestive Representation of vertical aggregate overlapping guide webs;

17a / b

suggestive Representation of axial unit overlapping Führugsstegen;

18

suggestive Line course of the usual-upper Eyeglass frame (at - after above - non-enlarged glasses);

19

indicated: partial eyeglass temple.

Claims (27)

I / 1 device [+ Ed.] For obtaining & using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen Computer game / test / simultaneous facilities (regarding race / flight simultaneous / learning facilities), product presentation / movie / DVD / video facilities ... [Novum will be TV-relevant and multi-system] by the following features {:} IA) televisions (auxiliary) means consist of such as: [:] a) of 2 different spatial depth image systems (ie :) 1) TVfilmmaterial & 2) screen environment, the latter - stereopsisentlastend - is partially withheld from the eye incidence; & / od b) the TV film material in "SauyerViewMasterGestalt" in stereo / partial / quasi-stereo / mono picture mode - the latter also ever as [inside (noses) shortened on the side Images /] partial images - the eyes is supplied in such a way (:) B) - that stereopsis stereopsis perceive; & / od C) - that TV picture material is intensively and / or perceptible on the quasi-stereo side; & / od D) - that accordingly (A / B) about 2 next to each other placed persons from spaced apart TV picture groups undisturbed per Separatfilme can perceive. II F) Implementation means / executions ( 1 - 25 . 26 - 38 / I - VII ; ps 1 - 80 ), such as [:] person-anatomically adaptable, per-eye / multi-hole / 5 / 5a / 5a1 / 5a2 / 5b1 / 5b2 / 5b3 / 5x ) 3D glasses ( 1a / Ia + b / II / 2 / 4 + 5 / 6a + b / 7 - 9 / 10a + b / 12a / 17 / 18a + b / 21 - 24 / 25a / 25b ) [in 1 version with (ever) approx. red-green or redminimum filter / n ( 2 ; ps 14 + 15 )] - ca with different adapting agents -for (:) a) use of optical bristles ( 2 / 7 / 10a / 24 / 25a / 37 ), b) different pupil distances ( 1a / II / 2 / 5 / 6a + b / 7 / 9 / 10a c / 12a / 18 / 21 - 24 / 25a / 25b ), c) see-through opening sizes / cross-sectional shapes [ 1a / 1b1 / 1b2 / II (= LCD's) / 6a + b / 24 (Pos 41 ) / 28 / 35 / 36a -h]; & d) so (ac) also as eyeglass sets ( 38a -c + g); F) Suitable device accessories (:) a) Temples infrared earphones ( 1a / II ; ps 2 / 34c + d); b) LCD 3D glasses ( 27 / II ; ps 34a + b); c) diodes (for a + b); d) 3D glasses retrofit panels ( 10a + c / 25a / 37 & pressure distribution means ( 1c ; ps 16 ); e) Spectacle position changing devices ( 1c / 2 / 10a / 24 / 27 ; ps 20a / 20b / 27b / 41 - 44 ); f) double televisions / sets ( 25c / 25d ) & -Furniture ( 25d ); g) TV framing (Ps 35a + b). III G) The device elements (AF) ( 1 - 25 ; 26 - 38 / I - VII ; ps 1 - 80 ) are (:) a) combinable with each other; and / or the device consists b) accordingly (a) of all, one - or individual - of their parts. II /. 1 Device [+ Verf] for obtaining & using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game - / - Test - / - Simultaneous facilities (concerning race / flight simultaneous / learning facilities), product presentation / movie / DVD / video facilities ... [Novum is shown tv- & viewmasterrelevant & is multi-system], gekennz. by the following features {:} A) Suitable means are provided that about a person can see image and film material on the usual distances such as on the film side in the 'cinema' or TV-side in the living room or monitor-side in front of the PC, namely a) in a true-to-reality image or b) as far as possible in quasi-stereo image; in which case c) true-to-reality images and / or d) mono images are used; and in this case - for the personal feeling, the 'eye' e) there is almost no loss of image quality; and these funds (f) - on the part of the person - do not significantly exceed the scope of a type of spectacle to be worn; and finally, (g) electronic and / or mechanical devices on the personal spectacles type device ( 1 ) are pending; wherein h) - in one embodiment - said means (ca nach'g ') comprises additive means according to a person necessary - individual - adjustment options, such as (in relation to) pupillary distance from each other and / or (each) to the nose; as well as various functional circumstances varying the eyewear see-through hole size ( 1 ) relevant; in the end, the average gifted person i) is able to personally make these individual & change-relevant settings. B) In one embodiment - for example, according to the specification 'h' + 'i' mentioned in 'A' - it is provided on the medium side that the person-associated device ( 1 + 2 ) at least partly has the following parts & circumstances, such as (:) type eyeglass body [( 1 ) here: ca 3-layer basic body]; Front layer 1 [( 2a ) first (after placing the glasses to the head directed) base body position]; Middle position [( 2 B ) (visible by free cut) the central body position]; Behind-situation [( 2 B ) the (from the head, ie rear) - last - base position]; Blank space [( 3 ) -Stocking (see Pos 6 )]; Punching out [( 4 ) about curved slot, each through the front and back position]; Numeral Indication [( 5 ) Attention, eigendlich so not visible representation) here: ca Quadratausstanzung in the front position (the view clears, on each the number, which indicates, which approx. Approx. TV-Bild-Freieichtstanzung is set)]; Transparent / rotary blanket [( 6 ) in a middle-layer circular body punched in a mobile way]; See-through holes [( 7a -d ...) (size, here zBl: 1-4) the set hole size '3' (see pos. 5 + 8th )]; Clear hole size digit ( 8th ); Side panel ( 9a ); Bending / folding entries [( 9b ) partly the latter only provided]; indicated: kink site [( 9c ) for side panel]; Nose clearance ( 10 ); Clamp profile [( 11 ) about flexible protective element (such as edge and eyeglass skin contact protection]; middle pupil hole track ( 12 ); minimal pupil hole track ( 13 ); maximum pupil hole track ( 14 ); maximum hole transmission bandwidth [( 15 ) on a bril page]; Round blanket projection [( 16 ) provided here: above]; minimal hole height movement [( 17 ) at maxim. Hole inspection bandwidth setting (see Pos. 15 )]; Axle / turn and connect points [( 18 ) Drilling]; Circular motion directions [( 19 ) for different adjustment options such as pupil-hole gauge adjustment, see-through hole change ...]; possible edge punching [( 20 ) as a substitute for circular turning overhang (see Pos. 16 )]. C) Things - after 'B' ( 1 - 20 ) - communicate and act - in any suitable way - to each other. D) The device - the whole novelty - consists of one, all od. Individual things / parts of the same. II / 2. Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test-I-Simultaneinrichtungen (About ca racing / Flugsimultan - / - learning facilities), Produktdarstell - / - Film / DVD / - Videoeinrichtungen ... [Novum is tv- & viewmasterrelevant shown & applies multi-system], gekennz. by the following features {:} A) In one embodiment, the eyeglass body ( 1 - 3a ) - or about clampable / retrofittable eyeglass attachment - / - schwenkteil- for each eye of the person using - at the appropriate places a suitably large rotary / Ronde / swivel body ( 6 ) placed / assigned. B) In the outdoor area, each round plate ( 6 ) contain one to several visual breakthroughs ( 7a d). C) Except for (per eye side) a punched out ( 4 ) - as a circular-segmented / curved slot in the see-through / Pupillenlochspurbereich the glasses ( 1 ) (of the header) - is the same ( 1 ...) largely darkened. In the middle area - over the punching ( 4 ) - is (ever) a similar view hole ( 7c ) to the usage placement ( 2 ). For this is the Ronde ( 6 ), upwards, something about ( 16 ), so that a user-person, about ever with her middle finger ever the Ronde ( 4 ) rotate ( 19 ) can. D) Due to the tube twistability ( 19 ) the user person is able to individually - for example towards the TV (or to the cinema screen, or to the PC monitor ... out - the appropriate large Durchblickloch pair ( 7a -d). As ever a visual aid for which view hole ( 7a -d) is set up centrally, there is a small frame window ( 5 ) with number behind ( 8th ). E) For the individual view hole-pair distance - the device provides suitable means, such as the parts already mentioned ( 4 / 6 / 16 / 19 ), according to which a selected view hole pair ( 7c ) range of ca slot-like punched ( 4 ) fine tuning ( 12 - 15 ) by rotation of the tube ( 6 / 19 ) is adjustable. Upon rotation of the blanks pair ( 6 ) at the supernatants (according to 16 ) Towards the nose of the person, it follows that the pupil hole track (approximately from the middle = 12 ) (towards the maximum = 14 ). If you turn (each) in the opposite direction, then the track shrinks ( 13 ) of the hole pair. Other individual settings - depending on the individual distance of the eyes to the center of the spectacle-nose-space of the user. F) When the device is used on a daily basis - for 3D TV viewing of conventional monofilaments - it is provided that a relatively small through-hole pair ( 7b -d) - to be set. This is intended for the device use in the evening (in darkness) opposite, where then the larger see-through pairs ( 7c -d) are sufficient. - Additional individual settings, for example with different holes - per eye (approx 7c - 7d ) are provided and possible; in connection with the fact that users have 'guide eyes'. which in one case the larger see-through breakthrough ( 7d ) is to be assigned / set. G) Special features are that glasses, such as the single glasses ( 1 ) from three layers ( 2a c) and that for the blanks ( 6 ) the middle position ( 2 B ) with a suitable punching as blank space ( 3 ) consists. The said glasses ( 1 ) can be made with a soft edge profile ( 11 ), or printed with a ca vinyl fine foam, as skin pressure points protection. H) Finally, it is foreseen that the institution ( 1 - 20 ) as Hauptglillen-Aufklemmteil - and in particular to the front / top (od seiltlichls + rs) is pivotally, the former with side extensions ( 9a ). Means / devices for forward / backward movement (with sleeve or type hinge parts) ( 3 ) of the intent are provided. II / 3 system. Device for obtaining and using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game / -Test - / - Simultaneous facilities (concerning approx. Racing / flight simultaneous / learning facilities), product presentation / film / DVD / video facilities ... [Novum is shown tv- & viewmaster relevant & applies multisystem], gekennz. by the following characteristics {:} Means are provided for further device improvement, in particular through which the viewing hole (FIG. 7a -d) - in terms of glasses - height adjustable ( 24 ) are ( 4 - 7 ). For this purpose, in one embodiment, a pivoting part ( 21 ) - with further aids ( 21 - 40 ) intended. III / 1a. Device [+ Verf] for obtaining & using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game - / - Test / Simultaneous Facilities (relating to race / flight simultaneous / learning facilities), product display / movie / DVD / video facilities ... [Nuvum is shown to be TV and viewmaster relevant and is multi-system] characterized by the following features {:} A) For the use / application of - in this one example - a normal single TV set use are suitable means ( 1 - 15 ) provided that so in particular. Normal film material in, on wide 'movie tracks' stereopsis effective, deceptively similar (to real) 3D stereo art images / sequences can be perceived. B) In a simple embodiment, for this purpose (according to (A) a ca goggles ( 1 ) or a header / head attachment / eyeglass attachment (od type aperture ( 13 ), or a pair of glasses / discs) in the spectacle version with ca glasses ( 6 ) (optical or non-optical) - which - except for exceptions - are mainly darkened or coated as far as possible (in the aperture version as well). C) With regard to exceptions (gem B) a ca 'pupil-hole gauge glasses ...' ( 1 / 13 ) are formed such that, per spectacle lens ( 6 ), suitably large + shaped type transparent open spaces ( 5 ) (entrspr breakthroughs in any cover / darkening film foils (u / o (additional Ausfürungsgemill also) spectacle lens-mounted Feinlochraster ( 5a ). D) The placement of the inspection areas (acc 5 ) is ever on the lens ... ( 6 / 13 ) on the corresponding flight and height of the pupils (acc 3a / b + 4a / b), for which purpose suitable means are provided and in one embodiment any - individual - personal adjustments by means of a pupillometer are to be made. E) Here (according to D) it should be noted that the inspection areas ( 5 ) there 'sit' that a person who is in the distance in front of the TV set ( 3 ), you are radiating the (in this case 'a') full-size TV image to both the left and the right eye. - This is already the slightest form for improved TV viewing (with some eD effect) possible (delivered) (like Pos-list text). F) Now (according to E) suitable image bleaching agents ( 14 ) provided that the images, which ever fall into the eyes of a person / shine in, which are equal to the first, are verallenleicht (to - each eye - od changed to an eye). In one embodiment, it is provided here that - as for the right eye - a light [possibly - compared to conventional 3D glasses filters (similar annoying red-green glasses) not (!) Disturbing) light filtering (according to the light filtering of a weak to middle sunglasses with about 1-6%) experiences. G) In the alternative, the pupil-hole-track-3D-glasses ( 1 ) still with earphone-like ca infrared headphone parts ( 2 ) are equipped; so that, in a further embodiment, several people with several users + several Tvs / -Sendungen several people individually their own films can see) [also in the kind of real stereo TV - one / mehrkanalig (then each visual fields ( 5 ) on 2 different monitors) [for 2 x 2 TV monitors, for example, see 2 Pers real 3D ...]. III / 1b. Device according to the (Erf.-) name and the preamble of claim 1) I / 1, characterized by the following features: A) The spectacle lens body ( 6 ), each evenly distributed (and approximately symmetrically to each other) on it (or in her) - a variety of sufficiently large, see-through areas ( 5a ) forming / flanking, sublucent to opaque type gratings or coatings; in one embodiment, approximately honeycombed or housed (or printed on / under); one version sees an aperture ( 13 ) in front. B) In a preferred embodiment, a see-through / hole image / lattice image is provided, wherein a single hole - approximately as a circular surface or as horizontal / axial slot or Elipsen- or hexagonal surface - is formed, and in the example of the circular area has a diameter of about 1 , 2-1.9, which consist primarily in rows (in ca offset design), and from each other at intervals, in a particular embodiment, from about 3.5-3.8 mm are placed; and wherein the outer viewing surfaces / openings ( 5a ) (= Hole pattern) eyeglass edge ice (acc 12 ) in the distance. C) In another embodiment esp. An LCD glasses ( 1 ; 13 ) with individually adjustable hole grid image (acc 5 / 5a ...) provided, with the controllability on all imaginable dimensions and areas / distance ranges - so also in this regard pupillochspurrelevante dimensions - refers, including switching possibility auf'nur-2-hole design '(acc 5 . 1a / 2 ). D) Concerning 3D glasses position ( 1 ) with respect to a ca TV screen: the person using ( 7 ) uses the 3D'Vielloch'-glasses ( 1 / 13 ; 5a ; 1a + 2 ): (a) she puts on the glasses ( 1 ) on; b) aligns the head (and with it the glasses) on the PC monitor or on the TV set; c) it aligns (synchronizes / adjusts) an eye (eg left pupil) over a (nearest) 'hole' / field of view ( 5a ) of the spectacle lens ( 6 ) to the TV picture ( 8th ) (that the TV picture later as the approx 3b in the viewing center), whereby the person - to the sem purpose - the right eye closes briefly; d) the orientation of the right eye is analogous to 'c'procedure; e) the occasional change of the head posture (and thus the change of the spectacle position to the TV) will be re-coded, as with 'e'; f) In addition, it is also possible - for example now and then times - to proceed in the same way as with 'b', without individual type 'fine adjustment'; g) wearers of optical glasses can omit these (often), or Lochbildblenden ( 13 ) use. E) In the case of the LCD glasses, it is provided that the approx. Viewing window / track / hole image position ( 5 / 2 ) or these sizes ( 5 ) and / or distances can be controlled remotely by suitable means. F) It is provided that a user ( 7 ) more than glasses ( 1 ) used; about a two-hole - / - window glasses ( 1a / 2 ) (for the tag application) and a multi / multihole glasses ( 5a ) (ca to A ...; about for the evening, or vice versa); the LCD eyewear design according to C & E includes both options in one design; for which appropriate funds are pending. When using the 3D glasses with or without LCD, you should use IR headphones, or these glasses already 1 ) ( 1a ). G) The device ( 1 - 15 ) is about the application of ca Mono-TV images-the glasses ( 1 ) - at least each partially provided to 3D stereo images or to quasi-3D stereo images. H) The device relevant ( 1 - 15 ) Things (gem AG) are completely or partly to combine with each other. III / 2. Device according to one of the claims. 5) III / 1a or 6) III / 1b, characterized gek. That the glasses ( 1 / 13 ) a) as real glasses, od b) as a cardboard version & c) as a side-light protection relevant combination version (a + b-Ausf.). III / 3 system. Device according to one of the aforementioned Ausf.-III claims, characterized gek., That the eyeglass temple are about telescopically adjustable; and that in one embodiment, the spectacle lens areas ( 6 ) around the 'twin window areas' ( 5 / 1a + 2 ) protrude in an embodiment of a shaft-like or ca so extensible in telescopic / extendable designed; and that the glasses ( 1 ) or eyeglass parts something in the axial position (see-through window adjustable) is changeable. III / 4. Device according to one of the above-mentioned Ausf.-III claims, characterized in that the spectacles ( 1 ) & / od the aperture ( 13 ) Axial (& in exceptions also vertical) - Breakthroughs / -lot ( 5 ) changing - are adjustable. III /. 5 Device according to one of the above-mentioned Ausf.-III claims, characterized in that the intent ( 13 ) without glasses ( 1 ) (in a version with handle part) and / or with glasses is applicable. III / 6th Device according to one of the above. 1a / 1b-5, characterized in that the intent ( 13 ) Means for manual holding or ca fixed (possibly bent under slight bias) Attachment to the glasses ( 1 ); and whereby - when glasses are attached - no cardboard pieces reach the facial skin; and that the intent ( 13 ) Means for attaching to the glasses, such as clamps or wires. III /. 7 Device according to one of the pre-III-claims. 1a / 1b-6, characterized in that the intent ( 13 ) or the 3D glasses means for Querverschiebbarkeit - and / or for hole track change ( 5 ), For retrofitting in relation to the use of two screens / monitors which are adjacent to each other at a sufficient distance; So that two people can perceive different films (for which each person their viewing window ( 5 ) close to 'your' screen), the lower part of the glasses ( 1 ; 13 ) for individual use (use remote control, take notes, eat / drink, use PC keyboard ...) remains sighted. III / 8th Device according to one of the proposals III-claims 1a / 1b-7, characterized in that a) that the 3D intent ( 13 ) than the glasses ( 1 ) vorschwenkbares part with ca hinges ... is formed; and b) that two spectacles [first, the / an optical spectacles, above about the whole ( 1 ) or the dazzling ( 13 ) Glasses / partial glasses] are arranged one above the other; or that the / a 3D glasses ( 1 ) at a headphone ( 2 ) is about pending; and c) that the 3D glasses (/ 13 ) is provided in the region / pivot point region near the ear or at the beginning of the temples deflection-designed by suitable means such as a position-retaining hinge-high and swung back again. III /. 9 Device according to one of the proposal III claims 1a / 1b-8, characterized in that TV sets pairs for true stereo vision synchronously coupled designed are provided. III / 10 min. Vorr. After a d. V. III, cont. 1a / 1b-9, dad. gek. that TV sets / pairs on the other hand & recording / playback devices on the other hand and transmitter and 3D glasses on the side and TV / PC monitor - / - remote control Appropriate precautions are taken for real to quasi-real 3D / stereo consumption (picture & / od sound (also ca-room sound). III /. 11 Device according to one of the preceding claims, characterized in that the glasses ( 1 ) has a small distance around the head ordered - bent-curved & / bzw.ca circular segment relevant - form. III / 12th Device according to one of the preceding claims, characterized in that it can be used as spectacle lenses ( 6 ) Plastic (such as 'Trovidur') - in a flat or curved design. III /. 13 Device according to one of the preceding claims, esp. Steps things. 17) III / 12, characterized in that they (ca as a set) depending a) a usual one Glasses & b) - in one Version - off eyewear-relevant glasses, & c) combined with a grid eyeglasses is provided. III / 14th Device according to one of the preceding claims, characterized in that a) a pupil-hole-track 3D glasses (two-hole goggles according to approx 1a / 2 ) b) can be combined with an individual multi-hole 3D glasses; so that - in one embodiment - the regular hole pattern after 'b' (with grid-like in the upper half of about 1-1.2 mm holes and in the lower half with grid-like 1.5-1.9 mm holes) - according to the exact adjusted (individual) pupil hole track (approx. 64 mm) of a human being ( 7 ) - each one through-hole pair of approximately 3.5-3.8 mm is introduced. III / 15 °. Device according to one of the preceding claims, characterized in that suitable means are provided, according to which hole pattern designs ( 5 ) are variable / variable; wherein in one embodiment, each two - the same or similar - perforated spectacle disc surface easily (and able to maintain) against each other are movable (displaceable / rotatable) are formed. III / 16th Device according to one of the preceding claims, characterized in that the hole patterns ( 5 ) and remaining parts / grid-bearing parts as a film. III / 17th Device according to one of the preceding claims, in particular. 21) III / 16, characterized in that spectacle parts ( 6 ) or film parts (person-friendly) on or in the ca persons ( 7 ) individual - discarded - glasses / frames ( 12 ) are placeable. III / 18th Device according to one of the preceding claims, dad. gek., That the pupils upstream - window-like - free areas ( 5 ) are provided in an embodiment - by suitable means - ca feinwabenmäßig latticed; these are designed or applied in one embodiment by means of laser or printing technology. III / 19th Device according to one of the preceding claims, characterized in that by means of a suitable / -m PC program the respective 'hole pattern' ( 5 / 5a ) with its individual sizes and shapes, as well as the most varied distances and hole traces, according to the individual person circumstances ( 7 ) (this also includes TV size / distance, eye / pupil distance, head tilt / inclinability and the resulting pupil-hole track changes ...) can be created and eyeglass - / - Scheibenplazierbar [also for direct, LCD-relevant ' Window designs ( 5 / 5a )]. III / 20th Device according to one of the preceding claims, characterized gek., That as ca 3D glasses set ( 1 ) are also provided three pieces; a) for monofilm hole track use ( 5 ); a) for real-stereo film double-TV use with a modified hole track ( 5 ) + c) one for the application / combination use (quasi3D) after 'a' ( 5a ). IV /. 1 Device [+ Verf] for obtaining & using 3D / stereo images & quasi-3D / stereo images for TV, electronics image, cinema / exhibition big screen, slide, internet PC monitor, endoscope, screen computer game - / - Test - / - Simultaneous facilities (about racing / flight simultaneous / learning facilities), Produktdarstell - / - film / DVD - / - video facilities ... [novelty is tv & viewmaterrelevant shown & applies multi-system], gekennz. by the following features {:} IA) It is in one embodiment a kind of glasses with - each dark / limited transparent to opaque wall (spectacle lens) - at least a small ca lying rectangular-hole-like view / freedom of sight each provided approximately in person-side eye pupil height the individual possibility - by pending means + facilities - is given that a person with healthy / functioning stereopsis can perceive a mono image to be viewed [/ -filmbild (such as slide or TV picture)] in such a way that - per eye - only one larger, complementary image part is perceived, for example, the outer 2/3 of the image per eye, whereby the partial images stereopsisseits combine to form a quasi-stereo-like complete image in a known Viewmaster 3D manner. B) Suitable means - ca Verschiebe- / Schwenk- / Schraubverstellmittel - are provided that on the type of glasses primarily three different, through / clearance position relevant adjustment / options exist; Thus, each of the approximately hole-like view / area - as individual as possible - (:) a) is enlargeable & reducible, in each case evenly in two directions, or individually in both the X and / or in the Y-axis (ie vertical + / o axial); u / ob) ca height / depth adjustable or by means of displacement element or swivel element ever move is bar / -verschwenkbar; u / o of this kind c) is approx. adjustable and / or displaceable; & These adjustment / alignments (ac), in turn, are positional consistency by suitable locking / locking means. C) Suitable type of spectacle-holding means are provided, in which - in one embodiment -nose attachment / support parts are dispensable or are only available as an afterthought; where - per spectacle side - a minimally trained on pretension bracket pairs - even as a loop-like bracket - the Personenenkopfca over the ears (behind the same) slightly clamped (kopfanatomirelevant) spans / teilumspannt that the glasses also in some areas ca to the outer / anterior nasal area can be moved to remain there stuck, and again (if necessary) can be pushed back. D) Suitable means are provided in the field of glasses and the subsequent bracket that the Brillenneigungswinkel - individually the head position to be selected - is changeable ('rotary clamping element'). II A) In another version, there is a ca Viewmaster device with integrated lamp, &, - acc. IA-presentation of each additional subpicture pairs - provided with turntables + individual about 6 negative-image pairs ... B) ... Accordingly, it is possible on the part of a photo shop on the customer side by appropriate means that individual photo negative pairs in prefabricated , windowed Viewmaster perforated disc halves can be clamped ... C) ... according to which customers can perceive their approx. 1/5 shortened pairs of pictures in their 99.8% quasi-stereo style within their Art 'Viewmaster device' to use (own) 3D camera]. IV / 2. Device according to claim 26) IV / 1-Oberbegriff characterized by the following features: A) It is in one embodiment a kind of glasses with - each dark / limited transparent to opaque wall (eyeglass lens) - at least a small approx lying-rectangle-hole-like view / freedom of sight each provided approximately in person-side eye pupil height, the individual possibility - by pending means + facilities - is given that a person with healthy / functioning stereopsis a monochrome image to be viewed [/ -filmbild (about slide or TV image)] can perceive in such a way that - per eye - only a larger, complementary image part is perceived, for example, the outer 2/3 of the image per eye - or other, complementary, in a partial execution on transparent surfaces (glass / plastic ) applied, zTca dotted surface areas -, where finally the partial images, the final on the stereopsis Consciously recognizable, to a quasi-stereo-like complete image in known Viewmaster 3D-Weisezusammenfügen / unite. B) Suitable means - approx. Displacement / swiveling / screw adjustment means ( 6a / 6b . 7a / 7b . 8th . 9 ) - it is provided that on the type glasses ( 1 ), primarily three different, through / open position ( 8th ) relevant adjustment facilities / options exist; so that each of the ca hole-like view / area ( 8th ) - as individual as possible - (a) can be enlarged & reduced in size, in each case equally in two directions, or individually in both the X and / or the Y axis [that is, vertical ( 6b ) and / or axial ( 7b )]; and / or b) about height / depth adjustable ( 6b ) or by means of a displacement element ( 6a ) or pivoting element each displaceable ( 6b ) or is pivotable; u / o of this kind c) approx. lateral adjustment - / - insensitive ( 7b ); & These adjustment / alignments (ac), in turn, are positional consistency by suitable locking / locking means. C) The '3D _TAFF TV' glasses ( 1 ) is - in one embodiment - similar to a frame-slim'Hornbrille '( 11 ), mainly made of plastic with two 'nasenseits' on the frame pending Auflagungsverververt bulges ( 10a ) educated; being the same ( 1 ) in the height direction ( 5 ), from the spectacle side connecting bridge ( 13 ) largely symmetrical ( 12 ), which in particular the nose clearance ( 4a / 4b ) & the nasal pressure distribution bulges [( 10a / 10b ) For axially 180 ° goggles twisted placement of the same, to about the tip of the nose, in this respect for lying-TV-seeing people] is concerned, designed to be enlarged by about 10-25% provided. D) The spectacles consist a) of suitably curved headband spanning retaining clips ( 19 ); od. b) with double Endwinkelbügel, od c) in additional version only as optobrillenergänzbarerca glasses leader - / - Aufklemmaufsatz. E) The glasses ( 1 ) can with and without ca window ( 8th ) shifting ( 6b / 7b ) Parts ( 6 / 7 ), in the latter case the viewing area ( 8th ) as far as possible (ca optikerseits) individually einbringbar. F) The spectacle version ( 1 ) with aggregate-like displacement parts ( 6a / 7a ), it provides in one embodiment, that the same each suitable, approximately bilaterally supported, approximately U-shaped guide projections ( 14 . 15 ) exhibit. G) Finally the glasses ( 1 ) (:) (a) per aggregate end ( 6a / 7a ) Transmittance prevention overlaps ( 16a / 16b . 17a / 17b ), & / ob) in case of possible wall overlaps wall free areas ( 9 ); c) that the ca Hornartbrille ( 1 ) is form-combinable with a known ca usual Pappbrilleca, and d) that the glasses have suitable means for lightweight construction, such as ca dark, thin-walled compressed styrofoam.