JP2007047717A - Stereoscopic imaging device with rotary illumination - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a stereoscopic imaging device with rotary illumination that can be installed in a narrow space, can be used anywhere at various places, can display various kinds of images using a single device, can be used at a dark place and at a bright place, and is simple and inexpensive. <P>SOLUTION: A driving motor and color illumination in a box 1 operate to generate and rotate stereoscopic images on a disk 18 and surfaces of peripheral hologram sheets, provided on a transparent disk and a pillar attached to the upper part of the box. Rotating stereoscopic images are generated on the surfaces of hologram sheets on front, back and side faces 24, 25, 26, 27 fitted to the four faces of square pillars 23 attached to four corners of the box 4 and on the surface of an upper face hologram sheet 30. A transparent disk C3 and an outer column are mounted on the upper part of the box, into which an inner column is inserted. A sheet lens plate is attached to the upper part of the inside of the inner pillar, an image is projected on the surface lens by beams from a light source below, and beams passing through the pillar produces and rotates a stereoscopic image at a distant position. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention projects a light hologram pattern on the surface of the hologram sheet on the disk, cylinder, quadrilateral, and top surface of the drive motor built in the square box body, color illumination, and the upper part of the box body. The present invention relates to an apparatus for generating a stereoscopic image in place of rotation.

  Insert the inner cylinder into the outer cylinder provided at the top of the box body, and move the inner cylinder up and down, through the built-in sheet lens plate, project a large light pattern on the remote ceiling and wall, and rotate in a circle More particularly, the present invention relates to an apparatus for generating a stereoscopic image.

  2. Description of the Related Art Conventionally, there is a rotating lantern in an apparatus that projects an internal image on an outer circumference while rotating by irradiating a light source of illumination. The picture written on the inner circumference is warmed by the heat of the lighting inside it, the air rises, the inner circumference rotates along with the flow, and the image is projected on the outer circumference, and the image changes It will not be a 3D image.

There is also a mirror ball using an illumination light source. This illuminates the light source where the ball with many reflectors is rotating and displays the reflected light pattern.
Using color illumination, the reflected light also turns into a color and rotates, but the image is only a circular pattern and not a 3D image.

  As described above, in the conventional lanterns, the air heated by the heat of the lighting rises, and the inner image rotates along with the flow and projects to the outside. Use in places is difficult. In addition, stereoscopic images are difficult, and the lighting becomes a large light bulb, so the apparatus becomes large and the period of use such as a tray or funeral is limited.

  The mirror ball rotates with many small reflectors around it. When the illumination light source is irradiated there, the reflected light pattern also rotates. Since it hangs and uses reflection, a large place is needed. The pattern of light is the same and there is no change. The purpose of using the image reflected on the object is different from the one where the irradiated light passes through the object and the image is on the other side. It cannot be a 3D image. It is limited to large places such as theaters and movie theaters.

  The present invention has been made in view of the above points, and its purpose is that it can be installed in a narrow place, has a wide range of use, and can be used anywhere. It was invented for the purpose of a device that can be used in a changing place, in a dark place, in a bright place, and that the device is simple and inexpensive.

Means to solve the table

Attach the drive motor to the lower part of the box body, and attach the lighting mounting plate to the upper part.
A plug and a push button switch are attached to the outside of the box body, and a bottom plate is attached by lighting and wiring. At the bottom plate, attach a rubber footrest for the stand and a hook for suspension. An upper plate is attached to the upper surface of the box body, and a disk guide is attached to the upper plate. Color illumination is provided on the upper surface of the internal illumination mounting plate, and a hologram sheet is provided below the color illumination to provide a bearing.
Attach the drive shaft, the top, the thrust bearing, the disc holder, the transparent disc A, and the disc hologram sheet from the drive motor shaft, and finally the disc presser from the top.

Place large and small transparent resin balls on several holes in the transparent disk B. A transparent cylinder is provided on the upper surface of the transparent disk B, and a circumferential hologram sheet is placed on the inner surface thereof.
A square column is set up at the four corners of the upper plate of the box body, and the hologram sheet is inserted into the insertion plate.
The hologram sheet is also inserted into the upper surface insertion plate attached to the upper part of the quadrangular support.

A hologram sheet and an outer cylinder are attached to the upper surface of the transparent disk C.
Insert the inner cylinder according to the slide guide of the outer cylinder. Outside the inner cylinder, a vertical slide plate, slide cover, and slide guide for insertion are attached. A cylinder vertical stopper, stopper screw, wing nut, coil spring, and guide screw are provided for adjusting the vertical movement of the inserted height. It is installed. Install the sheet lens plate according to the inner diameter of the upper part of the cylinder.
A rotating plate, a rotating support plate, an angle adjusting screw, and a rotating knob were attached to the outside of the inner cylinder for adjusting the angle that can be rotated 90 degrees from the plane.

The invention's effect

  As described above, according to the present invention, the transparent motor A and the lower surface of the disc hologram sheet, in which the drive motor and the color illumination are mounted inside the box body, and the light source of the color illumination is mounted on the upper surface of the box body by the push button switch ON. Is irradiated. The light passing through it generates a three-dimensional image of the light pattern on the upper surface of the disc hologram sheet. When the switch is turned on, the drive motor is simultaneously operated, and the drive shaft, the disc holder transparent disc A and the disc hologram sheet are driven from the drive motor shaft, and when it rotates, the stereoscopic image formed on the upper surface rotates. Since the hologram pattern changes depending on the exchange of the disc hologram, a plurality of stereoscopic images can be taken out.

  The transparent disk B is attached by diverting the box body part. A transparent cylinder and a circumferential hologram sheet are attached to the upper surface of the transparent disk B, and large and small transparent resin balls are put into the vacant holes of the transparent disk B. Rotating by driving from below, the light source from the lower illumination rotates on the inner surface of the circumferential hologram sheet and the lower spherical surface of the transparent resin ball to generate a stereoscopic image on the opposite surface and rotate. . A plurality of stereoscopic images can be generated by exchanging the circumferential hologram sheet and the transparent resin ball, and can be exchanged with a simple operation.

  A hologram sheet is put in a rectangular prism insertion plate attached to four corners, and a three-dimensional image is generated on the front, rear, left, and right sides of the hologram sheet surface on the front, rear, left and right sides and the upper surface by irradiation with a light source from below. In this case, the stereoscopic image formed on the surface of the hologram sheet and the transparent resin ball is irradiated again, a double image is generated and moved and rotated. This has the effect of generating a plurality of three-dimensional images depending on the exchange of the hologram sheet, and the light pattern varies greatly depending on the method of use, that is, the same on each side and different on each side.

  A transparent disk C and a hologram sheet are attached, an outer cylinder is provided thereon, an inner cylinder is inserted therein, and the height is adjusted, and then pressed by a cylinder adjustment stopper. Mount the sheet lens plate on the inner diameter of the inner cylinder and adjust the angle. The light source from the bottom irradiates the transparent disk C and the hologram sheet to create a light pattern, and irradiates the upper sheet lens plate to create a pattern again. Generate and rotate.

  The angle of the sheet lens plate attached to the inner diameter of the upper part of the inner cylinder is changed so that the projected light pattern gradually changes as the light source is irradiated onto the slope of the sheet lens plate and the angle is close to 90 degrees. By providing an angle in this way, the 3D image created away from the cylinder is enlarged and rotated, so that the diameter of the circle around it increases. The longer the distance, the larger the stereoscopic image. Even if the sheet lens is replaced and an acrylic lens plate or the like is attached, the pattern of light changes, so the projected three-dimensional image changes greatly while rotating.

BEST MODE FOR CARRYING OUT THE INVENTION

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

1 to 4 relate to the first and second embodiments of the present invention, FIG. 1 is an external perspective view thereof, FIG. 2 is a lower side, upper side longitudinal sectional view of a central portion of the first embodiment, and FIG. FIG. 4 is a plan view thereof. FIG. 5 relates to a third embodiment of the present invention, and FIG. 5 is an upper longitudinal sectional view of the center portion.

  FIG. 2 is a lower side and upper side longitudinal sectional view of the center part of the stereoscopic video apparatus according to the first embodiment of the present invention. As shown in FIG. 2, the drive motor 9 is attached to the lower stage inside the square box body 1, and the illumination mounting plate 4 is attached to the upper stage. An insertion plug 8 pushbutton switch 7 is attached to the outside of the box body 1 as an illumination power source, and the bottom plate 2 is attached by wiring to the illumination. A rubber footrest 10 is attached to the bottom plate 2 for a stand, and a suspension hook 11 is attached for suspension.

  A hologram sheet is stretched on the surface of the illumination mounting plate 4, a color illumination 6 is mounted, and a bearing 12 is provided. The drive shaft 13, the top 14, the thrust bearing 15, the disk receiver 16, the transparent disk A 17, the disk hologram sheet 18, and the disk presser 19 are rotated by the drive motor 9. An upper plate 3 is attached to the upper portion of the box body 1, and a disk guide 5 is attached to the upper plate 3.

  FIG. 3 is an upper side longitudinal sectional view of the central portion of the stereoscopic video apparatus according to the second embodiment of the present invention, and FIG. 4 is a plan view thereof. The transparent disk A17 is replaced and the transparent disk B20 is attached. The transparent resin balls large 21 and small 22 are placed on several holes of the transparent disk B20. Further, when the transparent cylinder 28 is provided and the circumferential hologram sheet 29 is inserted and rotated on the inner surface, the light source from the lower color illumination 6 is applied to the lower side and the inner surface of the circumference of the transparent disk B, and the opposite side. A light pattern is generated as a stereoscopic image. When it is driven by the drive motor 9, the stereoscopic image rotates while moving. The light source penetrating the upper spherical surfaces of the transparent resin balls 21 and 22 creates a stereoscopic image, and when rotated, a light pattern is formed on the lower spherical surface as the stereoscopic image moves, so that the sphere rolls from the next to the next. A light pattern appears.

The four columns 23 are attached to the four corners of the upper plate 3, and the front side 24, the rear side 25, the left side 26, and the right side 27 are inserted into the four sides of the insertion plate provided thereon. Include.
An upper surface insertion plate 31 is attached to the upper part of the quadrangular column 23, and the upper surface hologram sheet 30 is inserted and stopped with a push screw 32. The light source from below passes through the circumferential hologram sheet 29 and is irradiated to each of the hologram sheets in the four directions and the upper surface, and is rotated by driving from below while being generated into a double stereoscopic image.

FIG. 5 is an upper side longitudinal sectional view of the central portion of the stereoscopic video apparatus according to the third embodiment of the present invention.
As shown in the figure, the transparent disk B20 of the second embodiment is replaced, and the transparent disk C33 is attached, and the hologram sheet 34 and the outer cylinder 35 are attached to the upper surface thereof. The inner cylinder 37 is inserted into the outer cylinder 35 in accordance with the slide guide 36 provided on the outer cylinder 35. In order to adjust the inner cylinder 37 up and down, the upper and lower slide plates 38 to 45 are attached to the outside. The light source of the lower color illumination 6 irradiates the lower surface of the transparent disk C33 and the hologram sheet 34 to generate a stereoscopic image in the inner cylinder 37 on the upper surface. The inner cylinder 37 is operated up and down to stop at the cylinder upper and lower stoppers 40 when the image comes out most clearly.

  In order to enlarge the 3D image and change the light pattern, the sheet lens plate 46 is attached to the inner diameter of the upper side of the inner cylinder 37, and the rotation support plate 47 to the rotation knob 50 are used for adjusting the angle so as to turn 90 degrees from the horizontal position. Installation is performed outside the inner cylinder 37. The closer the angle of the sheet lens plate is to 90 degrees, the larger the circle rotation is projected and the larger the stereoscopic image. A light source that generates a stereoscopic image from below travels in a cylinder and irradiates a sheet lens plate 46 attached to the top. A light source that generates a light pattern on the surface and passes through the cylinder, enlarges and displays a stereoscopic image at a location away from the cylinder, and rotates by driving from below.

Although the embodiments and embodiments of the present invention have been described above, the scope of the present invention is not limited thereto. The product can be installed in a small space by downsizing the device, and it can be used in both daytime and nighttime, and it is useful in the industrial field for advertising and ornamental purposes.

  Since it is irradiated with illumination, light patterns are projected in many directions, and it rotates at a slow speed of about 1 rotation per minute as a rotating stereoscopic image, so it is industrially useful as a device that is easy to see and does not get tired.

  If the illumination is used as LED illumination, the field of use expands as one device that changes the light pattern and generates a stereoscopic image.

  By replacing each hologram sheet attached to the rotating part, top surface, and side part, multiple light patterns can be generated as 3D images and rotated to increase the range of use, which is effective for store advertisements, coffee shops, and the mood of rooms. is there.

  Insert the inner cylinder into the outer cylinder, replace the sheet lens plate mounted on the upper part of the inner cylinder, change it to an acrylic lens plate, and adjust the height, so that the light can be Change the pattern, create a 3D image and rotate it. The angle of the sheet lens plate is adjusted from horizontal to 90 degrees to change the light pattern, and the circular rotation of the image is enlarged or reduced to irradiate the ceiling or wall in a dark place. Suitable for stage lighting and store advertising.

    Perspective view of the device of the present invention     Lower side, upper side longitudinal sectional view of the first embodiment of the apparatus of the present invention     The upper part longitudinal section of the center part of the second embodiment of the present invention device     The top view of 2nd Embodiment of this invention apparatus     Third embodiment upper side longitudinal sectional view of the device of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Box main body 2 Bottom plate 3 Top plate 4 Illumination mounting plate 5 Disc guide 6 Color illumination 7 Pushbutton switch 8 Insertion plug 9 Drive motor 10 Rubber footrest 11 Hook for suspension 12 Bearing 13 Drive shaft 14 Top 15 Thrust bearing 16 Disc Receiver 17 Transparent disc A
18 disc hologram sheet 19 disc presser 20 transparent disc B
21 Large transparent resin ball 22 Small transparent resin ball 23 Square pillar 24 Front side hologram sheet 25 Rear side hologram sheet 26 Left side hologram sheet 27 Right side hologram sheet 28 Transparent cylinder 29 Circumferential hologram sheet 30 Upper surface hologram sheet 31 Upper surface insertion Plate 32 Holding screw 33 Transparent disc C
34 Hologram sheet 35 Outer cylinder 36 Slide guide 37 Inner cylinder 38 Vertical slide plate 39 Slide cover 40 Cylindrical vertical stopper 41 Stopper screw 42 Wing nut 43 Coel spring 44 Guide screw 45 Slide guide receiver 46 Sheet lens plate 47 Rotation support plate 48 Angle adjustment screw 49 Rotating plate 50 Rotating knob

Claims (4)

Attach the drive motor to the lower part of the box body, and attach the lighting mounting plate to the upper part.
A plug and a push button switch are attached to the outside of the box body, and a bottom plate is attached by lighting and wiring. A rubber footrest is attached to the bottom plate as a stand and a hook for suspension is attached to the bottom plate. An upper plate is attached to the upper surface of the box body, and a disc guide is attached to the upper plate.
A hologram sheet is stretched on the upper surface of the internal illumination mounting plate, color illumination is provided, and a bearing is attached to the center. The color illumination is a rotating illumination stereoscopic image device characterized by producing patterns of light of five colors of yellow, red, blue, green, and white, and making a stereoscopic image with a hologram sheet.   A drive shaft, a top, a thrust bearing, a disk receiver transparent disk A, and a disk hologram sheet are mounted from the drive motor mounted on the lower stage, and finally a disk presser is mounted and driven from above. The illumination of the five colors from below is irradiated onto the disc hologram sheet, and a stereoscopic image is formed again on the surface and rotated. 2. The stereoscopic image device of rotary illumination according to claim 1, wherein a plurality of images are taken out by exchanging hologram sheets.   The transparent disk A is replaced and the transparent disk B is attached. Place large and small transparent resin bowls on the transparent disc B with holes in several places and bond them. A transparent cylinder is provided on the upper surface, and a circumferential hologram sheet is attached to the inner surface. The light source from the bottom irradiates the lower surface of the transparent resin bowl, creates a 3D image of light on the upper surface, and projects it onto the outer surface of the circumferential hologram sheet. However, it looks like a light pattern. A square column is set up at the four corners of the upper plate of the box body, and the hologram sheet is inserted into the insertion plate. The stereoscopic image device for rotary illumination according to claim 1 or 2, wherein a hologram sheet is also inserted into an upper surface insertion plate attached to an upper part of a quadrangular support so that a stereoscopic image can be seen from anywhere.   The transparent disk B is replaced and the transparent disk C is attached. A hologram sheet and an outer cylinder are attached to the upper surface of the transparent disk C. Insert the inner cylinder according to the slide guide of the outer cylinder. A vertical slide plate, slide cover, and slide guide for insertion are attached to the outside of the inner cylinder, and a cylindrical vertical stopper, stopper screw, wing nut, coil spring, and guide screw are attached to adjust the inserted height for vertical movement. . Attach a sheet lens to the inner diameter of the upper part of the inner cylinder. The light source from below passes through the hologram and the sheet lens, forms a light pattern, and rotates by irradiating a stereoscopic image to a place that passes through the cylinder. The sheet lens is provided with an angle adjustment so that the sheet lens can be rotated up to 90 degrees in order to change a pattern or enlarge an image, and a rotation plate, a rotation support plate, an angle adjustment screw, and a rotation knob are attached to the outside. 1, 3, 3 rotating illumination stereoscopic image device.

Images