• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention relates to a means of obtaining a combined image, in particular to cameras with translucent mirrors. When photographing clothes dressed in a mane 40 ken 30, luminous mark 41, visible in a translucent mirror 34, is combined with the neck of the dummy 30. The dummy is cropped along side marks 43 and 44, having the ability to move due to the presence of rings on pins 45. Projecting control slide on the screen, which allows to observe the process of combining the image of the base of the neck of the dummy with the base of the neck in the image of the observer. With the help of the control panel, the observer can adjust the image of tags by height and size. Then transparencies with images of clothes are projected. The observer appears to be dressed in clothes that fit his figure. When photographing dummies 30 with clothes, the level of the floor and the vertical axis of symmetry of the standing dummy are selected for the basic elements. The reference dimensions for this are the height of the shoulders relative to the floor and the width of the body at the level of ca. 2 sec. and 9 hp f-ly, 1 2 ill. with you w 05 with co 00 OE fi
    公开号:SU1373333A3
    申请号:SU853963354
    申请日:1985-09-27
    公开日:1988-02-07
    发明作者:Жильбер Бурдье Фредерик；Элизабет Бурдье Брижитт；Бурдье Жан-Клод；Элен Бурдье Клод
    申请人:Фредерик Жильбер Бурдье, Бри- житт Элизабет Бурдье, Жан-Клод Бурдье и Клод Элен Бурдье (FR)；
    IPC主号:
    专利说明:

    The invention relates to a means of obtaining a combined image, in particular to cameras with translucent mirrors.
    Figure 1 shows the setup, communities view; Fig 2 is the same, top view; FIG. 3 is a plan view of image projection of clothing; FIG. in FIG. A, the same side view; FIG. 5 shows an installation for a short person, a general view; Fig, 6 - installation of one model of clothes, the moment of shooting in the mirror; fig 7 is the same view
    bundle pr mowo: p:
    21, the shape of which corresponds to the cross section of iodine 45 of the cross section f, 13, Mirror 2 is held using two plates 22 and 23 (FIG. 3), Plate 22 is mounted on a stand 16, and Plate 1Pa 23 is mounted on a stand 16, and both plates can be rotated in the direction indicated by the arrow F.
    The direction on the rails 18 and 19 of the movable assembly, on which the projector 13 is mounted, is provided by small trolleys 24 and 25, Dvig
    from above; FIGS. 8 and 9 show the training range of 26, which actuates the wire rope with tags; FIG. 10 — scholastic-27 through block 28, allows a raised slide with a tag and an image of wide clothing; Fig. 11 - photomaking or lowering the entire mobile unit along rails 18 and 19. As a result, the projector 13 and its mirror 21 can be installed in the lower position a (figs 4 and 5) with the help of a motor 26,
    graph of the natural image; Fig. 12 is a photograph of a natural image combined with a clothing model.
    The installation is placed in a frame 1 (FIG. I) consisting of racks 2 and overhead or lower the entire movable assembly along rails 18 and 19. As a result, the projector 13 and its mirror 21 can be installed in the lower position a (FIG. 4 and 5) using the engine 26,
    Thus, the trapezoid mirror 21 reflects onto the screen 29 pr 30
    3 and the lower 4 crossbars, between the ko-25 coal beam and when being moved by the bridges, the shields 5 are mounted. The chamber is approximately a square cab 6, located in front of the mirror 7, and a slightly larger cab 8, open from the rear, but which can close the curtain 9,
    The side walls of both cabins are interconnected by shields 10 in which spotlights 11 (fig. 2) are mounted, intended to illuminate the face of the observer 12, spotlights 11 can be raised or lowered together by cables (not shown). Light beams of two spotlights 11 slightly lift up to illuminate the face Q from bottom to top, to avoid hooking the ETI to the tufts behind the shoulders of the observer 12, illuminated inside the dark cabin 8, so that in the image visible behind the mirror 7 only the observer’s face 12 is illuminated,
    The projector 13 and its magazine 14 (figs, 3 and 4) are mounted on a platform 15, the height of a mobile unit is half a height of a movable unit, made in the form of a cage from tubular struts 16 and crossmembers 17 and capable of moving longitudinally on two parallel rails 18 and 19 mounted on the bracket 20, the rail 19 being slightly lowered and shifted backward in relation to the rail 18 so as to free up the space necessary for the trapezoid mirror to move
    50
    55
    The hub assembly along solutions 18 and 19 can easily change the height and width of the rectangle projected on screen 29 without changing the value of the lower horizontal base of this rectangle.
    It is enough to incline the rails 18 and 19 equal to the inclination of the lowest beam of the light beam projected on the screen.
    If the projected images: are images of a standing dummy 30 in any model of clothing, the legs do not move, and the growth increases or decreases proportionally, i.e., the height of the shoulder increases or decreases if the projector 13 moves along the rails 18 and 19 your rolling node.
    The introduction of the mirror 21 into the movable assembly of the projector allows the projected beam to be changed at an angle of 90 and, therefore, make a more compact camera (FIG. 1) from the side of the projector without the image shifting on the screen 29 compared to the case if the mirror 21 is larger and fastens on the crossbar 17,
    In the proposed installation, it is quite simple to change the projected image in terms of volume at any height of the arm, taken in this image as a reference size: more than or
    The cable 26 driving the cable 27 through the block 28 allows the lift
    mother or lower the entire movable unit along the rails 18 and 19; As a result, the projector 13 and its mirror 21 can be installed in the lower position a (FIGS. 4 and 5) with the help of the engine 26,
    Thus, the trapezoid mirror 21 reflects onto the screen 29 pr0
    5 coal beam and when moving under-
    with Q
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    The hub assembly along solutions 18 and 19 can easily change the height and width of the rectangle projected on screen 29 without changing the value of the lower horizontal base of this rectangle.
    It is enough to incline the rails 18 and 19 equal to the inclination of the lowest beam of the light beam projected on the screen.
    If the projected images: are images of a standing dummy 30 in any model of clothing, the legs do not move, and the growth increases or decreases proportionally, i.e., the height of the shoulder increases or decreases if the projector 13 moves along the rails 18 and 19 your rolling node.
    The introduction of the mirror 21 into the movable assembly of the projector allows the projected beam to be changed at an angle of 90 and, therefore, make a more compact camera (FIG. 1) from the side of the projector without the image shifting on the screen 29 compared to the case if the mirror 21 is larger and fastens on the crossbar 17,
    In the proposed installation, it is quite simple to change the projected image in terms of volume at any height of the arm, taken in this image as a reference size: more than or
    less vypit or concave mirror 21 (fig.Z, points b and c), similar to deformable mirrors. For this, it is provided that the plates 22 and 23 can be rotated around their vertical axis. If the mirror is 21 rectangular and the deformation is symmetric, as at points fc and c, the expansion is more pronounced on screen 29 for rays 31 as compared to rays 32, i.e. more clearly to the left than to the right (due to the different distance from the screen to the turning sources of these rays).
    To correct this distortion, which is incompatible with the need to create a complete illusion for the observer 12, the bend of the mirror 21 is performed using a torsion bar (not shown) embedded in the plate 23. For this reason, the bend is greatest in the neighborhood of the plate 23, whereas the greater the rigidity of the mirror 21 near the plate 22, this bend is less adjacent to the latter. Under these conditions, by projecting onto the screen 29 slides, which are clothes worn on a mannequin with a head hidden (either when shooting or projecting), it is possible to adjust the projected images to the face of any person with the width adjustment of these images in accordance with body structure of this person.
    If, in addition, engine control 26 (which adjusts the height of the shoulders on the projected images) is paired with motor control (not shown) winding or unwinding the cable on which the 1I spotlights are suspended, you can change the height of the observer's face with the height shoulders on projected images. It is necessary to standardize the position of the height of the spotlights I1 and the corresponding position of the height of the projector 13 on its moving node, as well as to coordinate the relative movements of these moving parts.
    The second adjustment assumes a very simple pairing between the respective extreme positions of these elements (FIG. 3), where the projector 13 is in the lower position with its mirror 21, and the projector
    five
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    11 - at a height corresponding to the face of the observer 12 (short), whose image must be combined with the image (small) projected on the screen 29.
    Conversely, the first adjustment should be carried out in the projection of the slide with the image of the standard dummy 30 and after the adjustment is made, all the transparencies need to be leveled, i.e. standardize on the same standard dummy so that such adjustment can be used normally with all transparencies. Shooting must be done with the necessary accuracy.
    The survey is taken from the dummy 30 (Figures 6 and 7), dressed in photographs of clothing and on which there are reference elements that allow it to be installed precisely in the virtual caliber that is needed, but which is not visible in the photograph taken by photographer 33.
    The installation for shooting includes a vertical translucent mirror 34, longitudinally moving in a vertical direction and installed between two columns 35, the verticality of which is controlled by means of two levels 36 mounted in their supports. The mirror 34 is located At a height (approximately I m), sufficient for the photograph to be taken using the apparatus 37 located below and behind this mirror.
    The dummy 30 rises exactly in the place marked with the mark 38, made on the floor (usually on the carpet) and invisible in the photo. Behind the mirror 34 at the same distance there is a shield 39, also mounted on height-adjustable posts 40, on the shield 39 a white or light mark 41 is applied to the base of the neck and shoulder.
    From the mark 38 dummy 30 V1 in a translucent mirror 34 mark 41 and its own image. Thus, it is possible to adjust the height of the label so that it is at the level of the base of the neck of the dummy 30,
    Thus, the dummy 30 has a guide, in relation to which it can choose a position above the mark 38, if necessary, you can choose a position where shoes are visible in the photo, if the model being demonstrated must wear shoes with shoes on them.
    more or less high heels, i.e. when the installation is adjusted, the dummy is left only to adopt an appropriate posture so that the image of the neck in the mirror 34 coincides with the mark.
    Photographer 32 is standing behind the device 37 and, on top of the device, he sees through the mirror 34 a mannequin 30 and an image (reflected) of the mark 41. Thus, he can estimate for his part at which moment the dummy 30 exactly coincides with the image of the mark 41 and, therefore, at what point he can press the descent of the device 37. As for the framing of the dummy (and the decoration) on the slide, the photographer 33 needs more or less to move his device 37 until the bottom horizontal edge of the shooting floor 20 is exactly on the mark 38 (t before the legs aneka) and / or upper horizontal edge of the floor i okazhets shooting, for example, at
    marks 43 and 44 can be moved due to the presence of rings on pins x 45, it is possible to determine the size of the dummy 30 when the images of side marks 43 and 44 are installed along the two vertical side edges of the field of survey of the device 37 mounted on the indicated place Thus, the photographer 33 can make sure that the apparatus 37 is installed in accordance with the height and size of the dummy 30 being photographed. And vice versa, if the dummy 30 tells it its height and size, the photographer 33 can perform the installation (i.e., move the apparatus towards dummy) focus on these side marks.
    When all the dummies of the neck dummies, showing models of clothing, are in the same place, it is possible to materialize on one control slide 46 of the neck
    nose mannequin. Starting from this moment-25 as a mark 47 and projecting the floor, i.e. the legs of the dummy 30, and the nose (as well as the height of the shoulder) of it, as well as the legs and noses of all other models, which can be photographed, in turn, are exactly in the same places on the transparencies.
    The legs are always in the same place on screen 29, regardless of the dummies and image sizes 42, projected onto screen 29 while the projector is moving more or less IJ) ia rails 18 and 19 of its node.
    For the given position of the projector 13 on its movable node of the shoulder line on the projected images 42 ppegda at the same level, regardless of the dinositives and the growth of the photographed dummy 30. Thus, it is possible to pair engines that correspond to the projection 13; spotlights 11 so that any height of shoulders corresponds to the appropriate height of spotlights 11.
    The photographer 33 can verify the correctness of framing himself; for this, two side marks and 44 are provided on both sides of the mark 41 and the reflected image of which he can see in the mirror 34 when this mirror is in the lower position between its two uprights 35. If
    thirty
    40
    The slide slide 46 before projecting the slide with other decorations to adjust to the size (i.e., height) of the corresponding projected image to fit it to the size of the observer 12-. To do this, it is sufficient to project the control slide 46 onto the screen 29, which allows you to see from the back side of the mirror 7 how the image of the mark 47 is aligned with the own image of the observer 12, who is in front of the mirror 7.
    After that, the engine 26 is actuated so that the projector 13 appears with its mobile unit at such a height that the mark 47 (i.e., the base of the dummies neck) coincides with the base of the neck in the image of the observer 12. This operation can be carried out by the observer 12 using a control knob (not shown).
    Slide 46 (Fig. 8) permits a fitting fit operation to be carried out accurately and without operator assistance.
    At slide 46 one can see: a label 47 - above, which the observer 12 should bring to the level of his legs, stretching the height of the projection of this slide; Relevant text 48, clarifying the purpose of the various pens to be used.
    45
    50
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    marks 43 and 44 can be moved due to the presence of rings on pins x 45, it is possible to determine the size of the dummy 30 when the images of side marks 43 and 44 are installed along the two vertical side edges of the field of survey of the device 37 mounted on the indicated place Thus, the photographer 33 can make sure that the apparatus 37 is installed in accordance with the height and size of the dummy 30 being photographed. And vice versa, if the dummy 30 tells it its height and size, the photographer 33 can perform the installation (i.e., move the apparatus towards dummy) focus on these side marks.
    When all the dummies of the neck dummies, showing models of clothing, are in the same place, it is possible to materialize on one control slide 46 of the neck
    25 as label 47 and project pin 30
    40
    The slide slide 46 before projecting the slide with other decorations to adjust to the size (i.e., height) of the corresponding projected image to fit it to the size of the observer 12-. To do this, it is sufficient to project the control slide 46 onto the screen 29, which allows you to see from the back side of the mirror 7 how the image of the mark 47 is aligned with the own image of the observer 12, who is in front of the mirror 7.
    After that, the engine 26 is actuated so that the projector 13 appears with its mobile unit at such a height that the mark 47 (i.e., the base of the dummies neck) coincides with the base of the neck in the image of the observer 12. This operation can be carried out by the observer 12 using a control knob (not shown).
    Slide 46 (Fig. 8) permits a fitting fit operation to be carried out accurately and without operator assistance.
    At slide 46 one can see: a label 47 - above, which the observer 12 should bring to the level of his legs, stretching the height of the projection of this slide; Relevant text 48, clarifying the purpose of the various pens to be used.
    45
    50
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    the observer 12 (on the engine control panel 26, which the observer 12 holds in his hands) to detect and control this expansion, namely the handle 49 to raise the mark, the handle 50 to lower the mark.
    A similar control operation can be carried out using a control slide 51 (Fig. 9) so that the observer 12 can fit to its size, i.e. adjust the width of the image projected on the screen 29 from transparencies, photographed from dummies 30, having normal dimensions. A volume label 52 is shown (FIG. 9) and for image preparation it is enough that the observer 12, who sees the slide 51 projected behind the mirrors 7, has activated the engine acting on the torsion bar of the mirror 21, in accordance with instruction 53, pressing one of the buttons 5A and 55 located on the handheld terminal. The observer 12 sees ka consumption or convergence of the shoulders of the volume tag 52 and it is enough for him to combine these tags with his own shoulders.
    After the observer 12 has made these two adjustments in height and size by fitting marks 47 and 52 to his image, the setting is adjusted exactly to the dimensions of the observer 12. After the observer 12 presses the Start button on the control panel, which he can hold in his hand, The present transparencies with images of clothing models begin to be projected. The observer 12 appears to be wearing clothes fitted to his body. The Cinderella effect is obtained when the clothes fit perfectly on the mannequin 30, which has exactly the same dimensions as the observer 12, who sees himself in various poses, and the fit of the two images is absolutely impeccable.
    For example, since the heads of dummies are always on the slides in the same place, it is enough to propose a mask in front of the lens to cover the face during projection, which makes it possible to do without caps or other masks covering the face when shooting.
    In addition, it is possible to remove





    positives of vintage clothes collection
    eight
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    in museums and try them on visitors.
    For example, the clothes of a samura (figure 10), worn on a dummy 30, having the height and size of that time, can then be photographed and projected using a special tag, which allows the projection to be narrowed to the size of a modern observer.
    In addition, it is possible to envisage photographing through the mirror 7 personalized 1 × 1 images (for clients wishing, for example, to have photographs in various models of clothing in order to learn the opinions of family members, children dressed in real royal clothes, etc.) .
    In FIGS. II and 12, for example, pred. a pair of photographs 55 and 56 of this kind were taken, taken from the left (55) without a projection of the image (the observer’s own image 12), to the right (56) from the same observer 12, dressed with the help of a projected image.
    The effect produced by such photographs is further enhanced by the fact that the fusion of images is absolute, since the three-dimensional image of the face in the mirror appears flat in the photograph, as is the projected image. The photographs are also different in that since apparatus 37 must be 5 at point e (Fig. 2), i.e. In front of the person in cabin 6, under normal conditions of shooting in front of the mirror 7, he should also be imprinted on the photograph, which is not happening. Such a photograph can be believed only when they correspond to the real state of a person who feels this model of clothing on himself and at the time of shooting. When such a feeling is achieved, the photograph becomes natural and can be used for a variety of purposes.
    0
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    Recording the time when an observer looks at each of the projected clothing models, as well as the number of repeated views of individual models and the number of photos taken by the automatic machine at the command of the observer, can be very valuable for specialists in designing and preparing collections.
    models of clothes.
    In addition to these options, it is possible, in particular, how to fit the size of the projected images and the corresponding methods of shooting in relation to classical projectors and screens. The same methods can be adapted to other types of projection, such as video or holography.
    The invention has been described with reference to clothing, but it is possible to use it for trying on jewelry, eyeglass frames, etc., the images of which are superimposed on images of observers.
    权利要求:
    Claims (9)
    [1]
    1. The method of fitting to the size of the next images of wearable jewelry for combining with the natural image of a person, concludes that we take photographs of wearable jewelry put on the mannequin - clothes, frames
    for glasses, jewelry and cosmetics, the image of the specified jewelry is combined on the screen with full-scale images of people, resulting in a combined image of people in the above-mentioned decorations tailored to their size when photographing body adornment} you determine the reference size, marked with the label on the first slide, then when projecting the image of the body decoration, one of the elements of this size, the base element, which is the final element, the projection dissolved in a predetermined position on the screen, wherein the projection of successive images wearable jewelry alter their dimensions to the coincidence on the screen with the corresponding part of full-scale image of the person, one hundred present at a predetermined location, wherein said base member is retained on the screen in the same location.
    [2]
    2. The method according to claim 1, of which is that the wearable decoration in the form of clothing is photographed from standing dummies, while the floor level is taken as the base element, and the reference size is height shoulders relative to the floor.
    ten
    15
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    [3]
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    The method of claim 1, wherein the label is a neck and shoulder line.
    [4]
    4. A method according to claims 1 to 3, characterized in that the other basic element is formed by the vertical axis of symmetry of a standing person, and the size of the reference size is determined by the width of its body at the level of ca.
    [5]
    5. The method according to claims 1-4, which is based on the fact that before photographing the image of the undergarment is fitted to the full-scale image of the dummy along the mark, while during the photographing the coincidence of the image of the tag with the undergarment is controlled.
    [6]
    6. An installation for matching the size of successive images of wearable jewelry for combination with a full-scale human image, containing a projector for transparencies mounted on a platform, reflecting mirrors, a screen, and also lighting means, characterized in that it is provided with a means of moving a projector mounted with the ability to move along a platform located at an angle relative to the screen, made transparent, installed at an angle of 90 ° on the side wall of the installation and mated with property of reflecting mirror disposed at an angle
    45 in relation to the natural image of a person.
    [7]
    7. The installation as claimed in claim 6, characterized in that it is provided with a trapezoidal mirror located between the screen and the projector at an angle of 45 ° associated with the means of moving the projector and mounted so as to move along the platform with the projector.
    [8]
    8. Installation according to claim 7, characterized in that means are provided that provide vertical cylindrical deformation of the small base of the trapezium of the trapezoidal mirror.
    [9]
    9. The installation according to claim 6, wherein the lighting means are mounted for movement in a vertical plane synchronously with the movement of the projector on the platform.
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    同族专利:
    公开号 | 公开日
    BR8505000A|1986-01-21|
    FR2558973B1|1987-02-20|
    JPS60159820A|1985-08-21|
    AU587177B2|1989-08-10|
    DE3567569D1|1989-02-23|
    JPH0544648B2|1993-07-07|
    AU3882385A|1985-08-09|
    US4605294A|1986-08-12|
    WO1985003210A1|1985-08-01|
    EP0169867B1|1989-01-18|
    EP0157658A1|1985-10-09|
    JP2701227B2|1998-01-21|
    JPH07175012A|1995-07-14|
    FR2558973A1|1985-08-02|
    EP0157658B1|1989-01-11|
    EP0169867A1|1986-02-05|
    引用文献:
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    RU180598U1|2017-11-16|2018-06-19|Владимир Петрович Корсунов|Transparent mirror for image overlay|US2061378A|1932-11-02|1936-11-17|Henze|Illusion apparatus and method|
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    FR2586182B1|1985-08-13|1987-12-18|Canivet Michel|VISUALIZATION PSEUDO-TESTING DEVICE WITH ELECTRONIC BEAMS|
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    US6219093B1|1990-01-05|2001-04-17|Light & Sound Design, Ltd.|Method and device for creating a facsimile of an image|
    US5493490A|1992-05-05|1996-02-20|Clear With Computers, Inc.|Electronic proposal preparation system for selling vehicles|
    US5694142A|1993-06-21|1997-12-02|General Electric Company|Interactive digital arrowthree-dimensionalpointing|
    US6099129A|1998-11-13|2000-08-08|Hayashi; Masahiko|Establishment for viewing image|
    FR2819164A1|2001-01-10|2002-07-12|Jean Claude Bourdier|Composite image camera system used projected images combined with image of user, creating special effects in photograph|
    GB0101371D0|2001-01-19|2001-03-07|Virtual Mirrors Ltd|Production and visualisation of garments|
    JP4624765B2|2004-11-22|2011-02-02|オリンパス株式会社|Information superposition terminal and additional image superposition system|
    JP5168834B2|2005-09-14|2013-03-27|ソニー株式会社|Audiovisual system|
    KR101077641B1|2011-03-25|2011-10-27|강형구|Photographing set|
    JP5817407B2|2011-10-03|2015-11-18|セイコーエプソン株式会社|Display device|
    FR3034078B1|2015-03-27|2017-03-24|Airbus Helicopters|METHOD AND DEVICE FOR SIGNALING TO THE GROUND AN AIRCRAFT IN FLIGHT AND AN AIRCRAFT PROVIDED WITH SAID DEVICE|
    US10180310B2|2016-12-08|2019-01-15|Meggitt Training Systems, Inc.|Mobile target carrier for gun range with coupled mobile projector|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    FR8401417A|FR2558973B1|1984-01-30|1984-01-30|DIMENSIONAL ADJUSTMENT PROCESS FOR SERIAL IMAGES, TO BE COMBINED WITH OWN NATURAL IMAGES - ESPECIALLY BEHIND A MIRROR - TO REVIEW COLLECTIONS OF PARURES SUCH AS CLOTHING, JEWELRY, ETC. INSTALLATION AND COLLECTION OF IMAGES FOR THE IMPLEMENTATION OF THIS PROCESS AND MIXED IMAGES OBTAINED THEREBY|
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