KR101538660B1 - Stereoscopic device - Google Patents

Abstract

The present invention relates to a stereoscopic device which projects a stereoscopic image onto a background to increase reality to excite curiosity in a child and improve imaginative power to increase brain development and educational usage, and is easy to use and carry. More specifically, the stereoscopic device comprises: a body unit disposed on a lower portion thereof; a background member installed on an upper or a rear portion of the body unit; a pair of variable frames rotatably installed on one side of the upper portion of the body unit; an imaging unit rotatably installed between the variable frames; and a reflective unit to rotate on a lower portion of the imaging unit at an angle. By converting a two dimensional image into a stereoscopic image to project the stereoscopic image onto the background member, reading or business work can be carried out. A story can be created, stored, and played to provide various functions using images.

Description

[0001] Stereoscopic device [0002]

The present invention relates to a stereoscopic image device, and more particularly, to a stereoscopic image device that can enhance educational sense of curiosity and imagination of a child or a child by projecting a stereoscopic image in the background, and can easily use and carry.

In general, the use of e-commerce, virtual museums, digital encyclopedias, and electronic catalogs using digital media such as the Internet and CD-ROMs is increasing.

As described above, in order to have a more visual effect when a user touches an object through a virtual reality, a sufficient stereoscopic effect by a binocular stereoscopic effect such as an actual object in front of the eye as well as a plane image such as a photograph, It is necessary to provide a three-dimensional image in order to freely select a direction and an attitude to view.

As described above, the use of 3D contents is gradually increasing to achieve various purposes such as educational effects and providing practical information on products.

Generally, in a technique of implementing a stereoscopic image (or a 3D image), binocular parallax between two eyes of a human being is used as a physiological factor described above.

In other words, a stereoscopic image can be realized by illuminating different images on two eyes of a human. As a stereoscopic image display device for realizing such stereoscopic images, there is a need to wear separate spectacles Depending on whether it is necessary or not, it can be divided into a spectacular stereoscopic image display device and a non-anisotropic stereoscopic image display device.

Such a spectacular stereoscopic image display apparatus includes an anaglyph system in which blue and red sunglasses are respectively used for both human eyes, a polarizing system in which polarizing glasses having polarizing angles perpendicular to each other are used, And a time-division system in which a screen is periodically repeated and glasses equipped with electronic shutters synchronized with the periodically repeated screen are worn. In the non-anisotropic human body image display apparatus, a cylindrical lens array is arranged in a lenticular ) A lenticular system in which a lens plate is installed in front of an image panel and a vertical barrier in front of an image corresponding to both left and right eyes allow two left and right images, And a parallax-barrier method, which is a method of making a three-dimensional sensation feel.

In addition, in the method using polarizing glasses, it is not only inconvenient to wear separate spectacles for stereoscopic viewing, but also because the angle of polarization varies according to the movement of spectators wearing polarizing glasses, Three-dimensional feeling can be changed.

The general polarizing glasses type stereoscopic image display device does not clearly show a method of displaying a left image and a right image without degradation of resolution even in a device having a limited space such as a viewing device for a single person.

In the case of the non-eyeglass system, it has the disadvantage that there is no inconvenience of wearing and managing the glasses, but has a disadvantage that the viewing angle is narrower than that of the polarizing glasses system and the quality of the stereoscopic image is deteriorated.

According to the related art, the Korean Registered Utility Model Registration No. 20-288559 discloses a reproducing means for reproducing a stereoscopic image produced in the form of a CD, a DVD or a moving picture file, and a stereoscopic image produced by a stereoscopic image producing method other than the interlace method, And a first conversion means for converting the video signal into an interlaced video signal and outputting the video signal; A communication unit capable of transmitting and receiving the stereoscopic image signal through a wire / wireless communication network; And a second converting unit for converting the stereoscopic image into the interlace method and outputting the stereoscopic image when the stereoscopic image signal received from the communication unit is manufactured by a method other than the interlace method. An image separation unit for separating the stereoscopic image signal input from the stereoscopic image providing unit into left and right signals and outputting the stereoscopic image signal; And a stereoscopic image displaying apparatus including two projectors for projecting the stereoscopic image signal inputted from the image separating unit into a stereoscopic image.

In addition, in the Korean Registered Patent Publication No. 10-258028, when a viewer stands on an image, the image data is arranged on the stage. The apparatus projects an image or film onto a reflecting surface on the floor of the stage, a transparent, flat foil at the back of the stage extends from the ceiling to the floor at an angle of 45 degrees, A virtual image of the image is displayed, and the player is located at the center of the image displayed behind the foil.

In addition, in Publication No. 10-926692, two display modules for displaying the left and right images, one of the left and right images respectively displayed from the two display modules, And a eyepiece unit for selectively transmitting a left image transmitted or reflected from the half mirror to the left eye of the user and a right image selectively transmitted to the user's right eye.

In addition, in Publication No. 10-847282, a display pixel module includes a side wall, a pixel array mounted on the front side of the module, and an input and output connector, wherein at least a portion of the side wall 202-204 is tapered inward And a mounting means for fixing the module on the mounting surface of the display device is provided in the display pixel module.

In addition, Korean Patent Laid-Open Publication No. 10-2004-70224 discloses a light source for emitting light, an imaging system for imaging an illumination source in a viewing area, a spatial light modulator for modulating light from an illumination source in a two- It will be appreciated that a stereoscopic display device is disclosed comprising a control unit for controlling the relative position of "active" illumination sources associated with the imaging system.

However, the conventional technique as described above has a problem in that it implements only a simple function of displaying a stereoscopic image using an image.

In addition, the conventional technology as described above has a problem that the configuration of the apparatus is largely made and the function of portability and simplicity is degraded.

In addition, the conventional technique as described above has a disadvantage in that only a stereoscopic image is implemented using only images and sounds, resulting in a monotonous story development.

Accordingly, the present invention enables reading of a book such as a pop-up book as a stereoscopic image, thereby enhancing the interest of a child or a child in education, making it possible to utilize the book in addition to a reading function, A stereoscopic image device which is easy to use is desperately required.

1. Publication No. 2001-0099225 (published on November 09, 2001) 2. Registration No. 10-1008938 (Registration date January 11, 2011) 3. Publication No. 10-2013-0022345 (published on March 06, 2013)

Accordingly, the present invention has been made in view of the above-described problems of the related art, and it is an object of the present invention to provide a method and system for reading / And to provide a stereoscopic image device capable of being reproduced.

It is another object of the present invention to provide a portable terminal which can be used in a folded state in an upright state in a case shape, thereby increasing portability and simplifying installation and handling for use.

In addition, another object of the present invention is to make it possible to download and reproduce images from the Internet or an external device using various communication methods, thereby making the update convenient.

It is another object of the present invention to make the frame easily adjustable by adjusting the position of the image part by making the frame variable in shape, and rotating the frame and the image part respectively.

It is another object of the present invention to provide a recording apparatus that can store and reproduce a photographed image and display the same at the same time as a photographed image.

Another object of the present invention is to attach a protective film to the image portion and the reflection portion to prevent scattering due to breakage.

In addition, another object of the present invention is to realize a planar stereoscopic background and stereoscopic image background using various background members.

Another object of the present invention is to make it easy to upload, download and edit images and data by using an application by being operated by a touch method.

According to an aspect of the present invention, there is provided a stereoscopic image apparatus for displaying a 2D image as a 3D image, the stereoscopic image apparatus comprising: a body portion positioned at a lower portion; a background member provided at an upper side or a rear side of the body portion; A pair of variable frames mounted on one side of an upper portion of the main body to form an image portion rotatably connected between the variable frames, and an image portion rotatably inclined at a lower portion of the image portion, And when the image displayed on the image portion is irradiated on the reflection portion, the image is refracted in the vertical direction to be reflected to the background member, and the image is transmitted through the background member to be expressed as a virtual image in an upright state. To provide a stereoscopic image device.

As described above, according to the present invention, a 2D image can be transformed into a stereoscopic image, and a background member can be inspected to perform a reading or business related work, and a story can be created, stored and reproduced, It is effective.

In addition, it is easy to use because it is easy to install and handle for use because it can be used in a folded state in a case form and spread in an upright form.

In addition, it is possible to download and reproduce images from the Internet or external devices using various communication methods, thereby making the update convenient.

In addition, the frame is formed in a variable shape so that the position of the image portion can be easily adjusted, and the frame and the image portion are respectively rotated, thereby making it easy to change the direction of use.

In addition, it is possible to store and reproduce a photographed image by using a video recording apparatus, and to display an image simultaneously with the photographing.

In addition, a protective film is adhered to the image portion and the reflection portion to prevent scattering due to breakage.

In addition, it is possible to realize a planar stereoscopic background and stereoscopic image background using various background members.

In addition, it is easy to operate by operating in a touch manner, and there is an effect that uploading, downloading, and editing of images and data are convenient using an application.

1 is a perspective view of a stereoscopic image apparatus according to the present invention,
FIG. 2 is a rear operation view showing an operation of an upright installation box of a stereoscopic image apparatus according to the present invention,
3 is an operational perspective view showing a stereoscopic image apparatus according to the present invention,
4 is an operational side view showing a stereoscopic image apparatus according to the present invention,
5 is a perspective view of a body part according to the present invention,
6 is a schematic diagram showing a stereoscopic image apparatus according to the present invention,
Fig. 7 is a perspective view showing the base member. Fig. 7 is a pop-up book, Fig. 7 is a pop-up card, Fig. 7 is a tablet PC,
8A is a perspective view showing a variable frame connected to a body part according to the present invention,
8B is a perspective view showing an actuator type variable frame according to another embodiment,
Fig. 8C is an operational state diagram of the image portion by the variable frame of Fig. 8B,
Fig. 9 is a sectional view of Fig. 4, Fig. 6 (a) is an exploded perspective view of the variable frame and the first stopper, Fig.
Fig. 10 is an operation diagram showing an operation state in a non-operation state of the variable frame by the operation of the first stopper at A portion in Fig. 4,
11 is an exploded perspective view showing the connection between the variable frame and the second stopper and the position fixing plate, FIG. 12 is an exploded perspective view of the second stopper,
12 is a view showing the state where the image is fixed by the second stopper and the position fixing plate of the variable frame, Fig. B is an operation diagram showing the operation of the second stopper and the position fixing plate when the image is rotated in the variable frame,
13 is a perspective view showing a bottom surface of the image portion,
Fig. 14 is a perspective view of the reflection portion,
15 is an enlarged partial sectional view in which a reflector is operated in the image portion,
16 is an exemplary view showing an image of an example of a video apparatus of a video unit,
FIGS. 17 and 18 are a perspective view and a side view, respectively, of a stereoscopic image device according to the present invention, in which a pop-up book is placed on a body of the stereoscopic image device,
FIG. 19 and FIG. 20 are perspective views and side views of a stereoscopic image apparatus according to the present invention, in which a pop-up book is erected to realize a stereoscopic image of FIG. 16,
21 and 22 illustrate an application of the stereoscopic image apparatus according to the present invention to a general task without implementing a stereoscopic image.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

As shown in FIGS. 1 to 20, the stereoscopic image apparatus of the present invention is a device for displaying a 2D image as a 3D image. The stereoscopic image apparatus includes a body 10 and a rotatable variable frame 30, A background member 20 lying on the body 10 or erected upright, an image unit 40 installed to be rotated on the variable frame 30, a display unit 40 for reflecting the image of the image unit 40, And a reflecting portion 50 for reflecting the light.

First, as shown in FIGS. 1 to 6, the body 10 is positioned at a lower portion, and is formed in a rectangular shape, and a floor installation groove 11 in which a background member 20 is installed on an upper surface is formed .

At this time, it is preferable that the bottom installation groove 11 is formed as a square groove so that the background member 20 can be laid down, and the background member 20 can be carried or carried while being stored or stored.

The body part 10 is configured such that the upright installation compartment 12 is drawn / inserted in a sliding manner so that the background member 20 is inserted in the upper rear side.

Referring to FIG. 2, a pair of support rods 12a supporting the background member 20 may be formed on the rear surface of the upright installation box 12 in a state in which the support member 12 is laid up in a rotating operation.

That is, the upright installation box 12 is provided with a guide groove 12a formed on the rear surface thereof to allow a user to insert his or her fingers into the support platform 12a. The support base 12a is installed to be rotated by a rotation shaft 12c installed at both ends of the rear surface And is configured to stand upright and support the background member 20 when it is rotated in a state where it is positioned on the rear face in a state of facing each other.

In addition, the body 10 includes a DC power source 13a on one side of the case 13, a wireless transceiver 13b, a battery 13c, a drive controller 13d, A portable storage slot 13h and a speaker 13i are formed on the outer surface of the case 13 at the outer side of the case 13 and the case 13 is provided with a wired transmitter / receiver 13f, an external device connection jack 13g, The operation unit 14 is formed on the other side of the backlight unit 20 so as to be interlocked with the image unit 40 and the background member 20.

Here, the DC power supply 13a is configured to charge the battery 13c using a power supply line commonly used by a home or a company, and the wireless transmission / reception unit 13b uses a wireless communication The storage unit 13e is configured to store various types of image data and data. The storage unit 13e is configured to store various image data and data, and the wired transmission / reception unit 13d is configured to be interlocked with the Internet or an external device. The drive control unit 13d is a circuit- The external device connection jack 13g has a configuration in which a dedicated line is connected to the external device such as a computer, a smart phone, and a tablet PC so that the external device can be connected to a computer And the removable storage slot 13h is a configuration capable of connecting an SD card or a USB device.

At this time, the battery 13c may be configured by combining one or two of a battery and a rechargeable battery depending on conditions of use and manufacturing conditions.

A solar cell 15 is formed on each side of the image portion 40 that is exposed to the outside of the body portion 10 or the body portion 10, Can be configured to be charged.

The stylus 16 is connected to the outer surface of the body 10 by a coil-shaped connecting line 16a so that the background member 20 or the image unit 40 can be touched. The connection line 16a is formed in the shape of a coil so that when it is pulled out, its length is elongated, and when the pulling force is removed, the connection line 16a is contracted by the restoring force of the coil shape.

A handle 13j is formed on one side of the case 13 of the body 10 and a hook hole 13l is formed on both front corners 13k of the case 13 of the body 10. [ So that it can be carried with the use of the handle 13j when carrying or with a suspenders when moving over a long distance, thereby improving mobility.

The operation unit 14 is configured to perform and control a power control function, a storage function, a deletion function, an editing function, a screen control function, a volume control function, a shortcut key operation function, a recording function, and a playback function.

The power control function includes a power button 14a for turning on / off power to the body 10 and the video unit 40. The storage function includes a storage button for storing various images and data, And a delete button 14c for deleting stored images or data is formed. The edit function is a configuration in which an edit button 14d for editing a stored image or data is formed, The screen adjustment function includes a screen adjustment button 14e for adjusting the contrast, sharpness, saturation, and position of the screen of the video unit 40. The volume adjustment function includes a volume for adjusting the volume through the speaker 13i Button 14f is formed, and the shortcut key operation function includes a shortcut key 14g for setting a shortcut number, for example, '0 to 100' to a frequently used image or material, And a recording button 14h for reproducing and browsing images or data formed on the video unit 40. The playback function includes a configuration in which a playback button 14i formed for playing back an image is formed And is controlled by the drive control section 13d.

7, the background member 20 is formed on the upper side or the rear side of the body 10.

The background member 20 may be configured as one of a pop-up book 21, a pop-up card 22, a tablet PC 23, and a stereoscopic plate 24 that appears three-dimensionally according to a viewing direction. Card, and video device.

The pop-up background 21 and the pop-up card 22 constitute a pop-up background B that is adapted to the video content of the video unit 40 when it is expanded. The pop- Dinosaurs, houses, and various forms.

In addition, the tablet PC 23 provides a background image. A self-built story created through the tablet PC 23 is stored in the storage unit 13e of the body part 10 using a connection line or Bluetooth And then reproduced through the video unit 40 or transmitted to the video unit 40 in real time so as to be reproduced.

8A to 8C, a pair of variable frames 30 are installed on the upper side of the body 10 so as to be rotatable. The variable frame 30 includes a body 10, As shown in FIG.

The variable frame 30 has a movable frame 32 which is slidably inserted and inserted into the fixed frame 31 connected to rotate with the hinge 17 of the body 10, It may be made of reinforced plastic or aluminum material for light weight.

In addition, a connection protrusion 32a is formed on the inner side surface of the movable frame 32 so that the video unit 40 is rotated and connected to the movable frame 32. The movable frame 32 and the video unit 40 have a management aspect So that the connection protrusion 32a can be detached from the video unit 40 and can be disassembled and separated.

The movable frame 32 and the connection protrusion 32a are connected to the video unit 40 after the power supply connection line is passed through the body 10 for power and control.

In another embodiment, the variable frame 30 is connected to a cylinder rod (not shown) that is installed to rotate the image unit 40 by being pulled out / inserted from a cylinder 36 installed to rotate with the hinge 17 of the body 10 37 may be configured to operate in an air short shot type.

The movable frame 32 and the video unit 40 are connected to each other by the management side surface 32a of the cylinder rod 37. In other words, a connection protrusion 32a is formed on the inner surface of one end of the cylinder rod 37, The connection protrusion 32a may be detached from the video unit 40 and disassembled and separated.

When the image portion 40 is pulled upward, the cylinder 36 is rotated by the hinge 17 and the cylinder rod 37 is drawn out from the cylinder 36 to move the image portion 40 are raised.

At this time, the operation of the variable frame 30 can be arbitrarily adjusted so that the image portion 40 and the body portion 10 are in a horizontal position and the rotation of the cylinder 36 and the hinge 17 and the rotation of the cylinder rod 37 May be rotated or pulled out when an external force is applied.

9 and 10, a first stopper 33, which is engaged with the movable frame 32 when the one end is pressed and released when the pressure is released, is coupled to the fixed frame 31, .

The movable frame 32 includes a plurality of positioning holes 32b through which the positioning protrusions 33a of the first stopper 33 are inserted and the positioning protrusions 33a of the movable frame 32 And the surface to be formed is recessed inward to engage with the stationary frame 31 of the first stopper 33.

The first stopper 33 is formed with a fitting groove 33g which is opened to the rear of the fitting body 33f fitted to the fitting hole 31a of the fixed frame 31. The fitting groove 33g, A protrusion 33a protruding from one end of the inner surface of the movable frame 32 toward the movable frame 32 and protruding from the other end of the protrusion 33a, A first body 33e having a mounting protrusion 33d on which the first elastic member 33c is mounted is formed.

That is, when the first stopper 33 presses the end of the first body 33e provided with the first elastic member 33c, the position projection 33a is rotated with respect to the movable frame 32 And is released from the position hole 32b of the movable frame 32. When the pressure is released, the movable member 32 is retracted by the elastic force of the first elastic member 33c and inserted into the position hole 32b of the movable frame 32 to fix the variable position. To operate.

In addition, the fixing frame 31 is provided with an illuminating unit 34 including an illuminating unit 34a for illuminating the background member 20 and an illuminance adjusting unit 34b operating in a sliding manner. It is preferable to use an LED light source having a low heat generation and a long life.

11 and 12, a second stopper 35 for fixing the rotated state of the imaging unit 40 is formed at a portion where the connection protrusion 32a of the movable frame 32 is formed .

At this time, the second stopper 35 is inserted into the second body 35b fitted into the installation hole 35a formed in the movable frame 32, and the second elastic member 35c is inserted into the second body 35b, And the second stopper cover 35e for preventing the detachment is coupled to the second body 35b.

That is, when the image portion 40 rotates, the second stopper 35 urges the contact hole 35d in the cover hole 35e 'of the second stopper cover 35e by the elastic force of the second elastic member 35c, And presses the side surface of the image portion 40 so as to be in contact.

12 and 13, the video unit 40 is rotatably connected to the variable frame 30. In the present invention, the video unit 40 includes the variable frame 30, To the rear side with respect to the body portion 10 in the direction indicated by the arrow.

The imaging unit 40 is installed inside the image cover 42 and the connection hole 42c is formed on both sides of the image cover 42 to form a variable frame And a through hole 43b communicating with the connection hole 42c is formed at the center of the fixing hole 43a for fixing the position when the connection protrusion 32a of the fixing plate 30 is inserted and fixed. (43).

At this time, the position fixing plate 43 keeps the contact hole 35d of the second stopper 35 of the variable frame 30 constantly in contact with the fixing hole 43a when the image portion 40 rotates, The rotation of the image portion 40 can be suppressed by being pushed by the elastic force of the second elastic member 35c and inserted into the fixing hole 43a. When the image portion 40 is forcibly rotated, The second elastic member 35c is inserted while being inserted into the fixing hole 43a after the second elastic member 35d is released from the fixing hole 43a.

The video unit 41 of the video unit 40 can be configured to display an image and Korean or foreign language subtitles. The video unit 40 has a built-in function for supporting multiple languages, As shown in FIG.

An icon for performing the function of the operation unit 14 of the body 10 is displayed on the image device 41 of the image unit 40 so that the operation unit 14 of the body 10 is not used A power control function, a storage function, a deletion function, an editing function, a screen control function, a volume control function, a shortcut key operation function, a recording function, and a playback function using the icon of the screen.

The video unit 40 includes a video recording unit 44 including a camera 44a and a microphone 44b at the front end of the video cover 42 and is connected to a camera 44a and a microphone 44b, The image and sound are stored in the storage unit 13e of the body part 10 and then selected and reproduced by the image device 41. [

The recording device 44 is configured such that a user can create a characteristic image and reproduce the image directly as a stereoscopic image and use the image in various forms.

In addition, the video unit 40 may be configured such that images and sounds photographed through the camera 44a and the microphone 44b of the video recording apparatus 44 are displayed in real time through the video apparatus 41, So that they can be displayed through the image unit 40 while shooting at the same time.

In addition, the video unit 40 displays images and sounds photographed through the camera 44a and the microphone 44b of the video recording apparatus 44 through the video apparatus 41 in real time, And is stored in the storage unit 13e in real time so that the user can enjoy the image in real time while storing the image in the storage unit 13e.

The video apparatus 41 of the video unit 40 may be configured to perform a touch operation on the video including the video or sound stored in the storage unit 13e of the body unit 10 without using the operation of the operation unit 14. [ The storage list can be selected and reproduced.

In this case, the video device 41 of the video unit 40 is constituted by a touch panel, and the touch panel may be a resistive type, a capacitive type, an optical type, an ultrasonic type, an acoustic wave type, an infrared type, As shown in FIG.

That is, the video device 41 of the video unit 40 may be configured as a touch panel so that the user can operate the video device 41 without using the operation unit 14 of the body 10 separately .

At this time, the resistance film type touch panel of the image device 41 uses the principle that the resistance value between the electrodes is changed by touching the finger on the surface, and the electrostatic capacitance type is a method in which the touch panel, The ultrasonic method searches for the touched position by using the absorption of the radio waves on the finger touching the touch panel, so that the glass on the front of the liquid crystal display panel can be directly touched without using electricity or scientific processing The infrared method is a method of detecting the change of light moving along the surface by using a light emitting element and a light sensitive element attached to the periphery of a touch panel. In the electromagnetic induction method, a dedicated stylus , The electromagnetic wave senses the sensor attached to the touch panel, To be configured to apply the panel type suitable for the use thereof.

In addition, the video unit 40 may transmit video stored in the storage unit 13e of the body unit 10 to another video apparatus, a computer, a smart phone, or a tablet PC using Wi-Fi, Bluetooth, or the Internet .

In addition, the video unit 40 can transmit a video including a video or a sound to be shot using the video recording device 44 to another video device, a computer, a smartphone, or a tablet PC in real time using Wi-Fi, Bluetooth, or the Internet .

The video device 41 of the video unit 40 may be connected to the external device connection jack 13g of the body unit 10 through another video device or an external device such as a computer, It is configured to display the screen of the device in real time.

In other words, if the video unit 40 is configured to download data on the web using Wi-Fi, Bluetooth, or the Internet or to link with an external device, the update or compatibility can be increased .

In order to protect the panel, the protective film 45, which has no influence on the touch operation, is adhered to the display device 41 of the video unit 40, so that even if shock absorption or breakage occurs due to impact, .

In addition, the video apparatus 41 of the video unit 40 performs editing, sound editing, and storage of images using the Internet through the U / W transceivers 13f and 13b of the body unit 10. [ The application can be downloaded and executed by driving the drive control unit 13d.

The first and second stereoscopic cameras 42d and 42e form a stereoscopic image at the time of photographing because the angle of view is different from that of the image cover 42 of the video unit 40, A stereoscopic image is displayed on the imaging device 41 and a clear stereoscopic image is displayed on the base member 20 through the reflection unit 50 when the object or the person is photographed using the images 42d and 42e.

On the other hand, in FIGS. 14 and 15, a reflection portion 50 composed of a translucent mirror or a half mirror is formed by rotating at a lower portion of the image portion 40 in an inclined manner.

The reflection unit 50 may be configured such that the image unit 40 is inclined at an angle of 45 ° forward of the rotation of the variable frame 30 so that the image displayed on the image unit 40 is reflected by the reflection unit 50 Dimensional image on the background member 20.

The reflective part 50 is formed by wrapping the reflective glass 51 with a protective frame 52. The protective frame 52 is provided with a rotation axis formed on the image cover 42 of the image part 40 And a holder 52a provided in the housing 42a.

At this time, a rotation space 42a 'into which the holder 52a can be inserted is formed around the rotation shaft 42a, and the holder 52a is formed in the shape of' C ' So that the reflector 50 can be easily dismounted.

The third stopper 53 constitutes a third stopper 53 at the rear of the holder 52a so as to maintain the angle of 45 ° when the reflector 50 is rotated by the imaging unit 40, A second damper 53b for relieving the impact is attached to the contact surface 53a contacting the image cover 42 of the image pickup unit 40 so that the protective frame 52 of the reflection unit 50 and the second damper 53b It is preferable that the image cover 42 is formed in a compressed sponge shape by preventing the direct contact of the image cover 42 to mitigate the impact and to disperse the external force even if an external force is applied to the reflecting portion 50.

In addition, the reflector 50 is manually configured to rotate with respect to the rotation axis 42a of the image unit 40 due to its own weight when the image unit 40 is spread on the variable frame 30. In this case, The image portion 40 and the reflection portion 50 are not connected to each other but connected to the rotation axis 42a and the holder 52a.

A hook 52b is formed on the front side of the protective frame 52 to hook the hook 42b formed in the image cover 42 so that the hook 52b can be separated from the hook 42b So that it is rotated with respect to the rotation axis 42a of the image portion 40 by its own weight.

At this time, the retaining hook 52b is formed so that the reflective portion 50 is stably coupled to the image portion 40. When the end of the retaining hook 52b is rotated to be detached from the retaining groove 42b So that the reflector 50 can be rotated.

A first damper 52c is provided on the opposite side of the protective frame 52 on which the hooking hook 52b is formed to reduce the impact upon contact with the body 10. When the reflective portion 50 rotates, It is preferable to form the compression sponge in order to prevent the occurrence of sound or mutual breakage due to the collision with the part 10.

The reflective glass 51 of the reflective unit 50 is formed of a glass that vertically refracts and reflects the image of the image unit 40. In the reflective glass 51, So as to prevent breakage of the reflecting glass 51 and ensure stability for preventing scattering of the glass during the breakage.
In this case, the reflection glass 51 may be configured by using a half mirror or an optical element for vertically refracting the image of the irradiated image portion 40. For example, when the image of the image portion 40 is irradiated Is reflected not in a straight line with the direction to be irradiated but is refracted vertically according to the characteristics of the glass and turned to 90 ° and then expressed as a virtual image at the same distance as the irradiated distance.
That is, when the image displayed on the image unit 40 is irradiated to the reflection unit 50, the image is vertically refracted and reflected to the background member 20, and the image from the background member 20 is transmitted to the upright state The stereoscopic image apparatus 100 is configured to be represented by a virtual image of the stereoscopic image.
The operation and effect of the present invention constructed as described above will be described below.

delete

16 to 20, in order to use the stereoscopic image apparatus 100, when the stereoscopic image apparatus 100 is held at the upper end of the image unit 40 and the upper end of the stereoscopic image apparatus 100 is pulled upward, the fixed frame 31 of the variable frame 30 is rotated 10, the image portion 40 and the variable frame 30 are unfolded from the body portion 10 while being rotated in a state of 'Z' There are features that can be deployed for use.

At this time, the body 10 and the image unit 40 are horizontal, and the variable frame 30 is disposed at about 45 degrees with respect to the body 10.

When the hooking hook 52b is formed, the reflecting portion 50 presses the end of the hooking hook 52b inward after the placement of the video unit 40 is completed, If the engaging hook 52b is not formed, the image portion 40 is rotated by its own weight when the image portion 40 is pulled up, There is a feature that the simplicity is increased.

The holder 52a provided on the rear side of the protective frame 52 surrounding the reflective glass 51 of the reflector 50 is connected to the video device 40 of the video unit 40, The holder 52a is positioned inside the rotary space 42a 'while the rotary shaft 42a formed in the image cover 42 surrounding the rotary shaft 41 is inserted.

That is, the holder 52a of the reflector 50 slides on the rotary shaft 42a with respect to the rotary shaft 42a so that the front end of the reflector 50 is lowered and the rear end thereof is supported by the holder 52a The front end of the reflecting part 50, which is rotated by the function of the reference point in a state where the rotating shaft 42a is connected, is in contact with or close to the body 10 and the rear end of the reflecting part 50 is kept connected to the image part 40 Which is about 45 degrees with respect to the body 10, is simply disposed.

The third stopper 53 abuts on the image cover 42 to inhibit the further rotation of the third stopper 53 and the third stopper 53 to rotate about the second stopper 50. [ And a first damper (53) attached to the protection frame (52) in addition to the one-step buffering operation for preventing direct contact with the image cover (42) by a second damper (53b) 52c to prevent direct damage to the body 10 and to prevent mutual breakage by a two-step buffering operation for mitigating impact generated during rotation.

Next, when the background member 20 is selected as one of the pop-up book 21, the pop-up card 22, the tablet PC 23, and the stereoscopic plate 24 which appears three-dimensionally according to the viewing direction, 20 to be installed in the floor installation groove 11 of the body portion 10 or the upright installation box 12 is determined in accordance with the characteristics of the background member 20 and the image of the image portion 40. [

In other words, when the background member 20 is installed in the floor installation groove 11, a three-dimensional background image or a three-dimensional background image protrudes from the bottom to the top, and when the upright installation box 12 is installed upright, So that a three-dimensional background or a three-dimensional background image protrudes and appears toward the reflective portion 50. [

In this case, when the background member 20 is installed in the floor installation groove 11, the pop-up book 21 and the pop-up card 22 are put in an unfolded state, and the tablet PC 23 and the stereo- Place the image and the surface so that they are shown at the top.

In addition, when the upright installation box 12 is used for uprighting the background member 20, the upright installation box 12 is inserted into the body 10 by using the draw- And the tablet PC 23 and the stereoscopic panel 24 are set up so as to be opened and closed when the background member 20 is the pop-up book 21 and the pop-up card 22, Install it facing forward.

When it is difficult to maintain the upright state of the background member 20, the support base 12a is rotated upright at the rear of the upright box 12 to support the back surface of the background member 20, As shown in FIG.

When the background member 20 is installed, the power source is connected to the DC power source 13a of the body 10 to supply power, or the power button 14a is operated using the charging power of the battery 13c. So that power is supplied to the body 10 and the video unit 40. [

At this time, the image stored in the storage unit 13e is executed using the operation unit 14 of the body part 10, so that the image can be executed by operating the quick button 14g, To select and play back the image.

The user can touch the panel of the video device 41 of the video unit 40 without using the manipulation unit 14 to display an application or an icon for executing the function of the manipulation unit 14 displayed on the screen of the video device 41 When an image is selected and reproduced, the sound stored in advance in accordance with the image can be heard through the speaker 13i of the body 10.

When an image is displayed through the imaging device 41 of the imaging unit 40, the image is incident on the reflection glass 51 of the reflection unit 50 at an angle of 45 °, The image that has been illuminated by the image unit 40 and passed through the reflecting glass 51 at an angle of 90 ° is projected in a virtual state in a state of being erected in front of the stereoscopic background of the background member 20 or the background image, When the user projects the reflection unit 50 on the front surface of the stereoscopic image apparatus 100, the images of the background member 20 and the image unit 40 are stereoscopically combined to have the mysterious feeling of seeing the hologram .
The reflective glass 51 may be configured to turn the image 90 ° when the image of the image unit 40 is irradiated and at the same time to elevate the image of the image unit 40 that has been laid down in front of the background member 20 Since the distance between the image portion 40 and the reflecting glass 51 and the distance between the reflecting glass 51 and the background member 20 are equal to each other, 40 and the reflecting glass 51. The background member 20 is formed as a mirror image.

That is, when an image is displayed through the image device 41 of the image unit 40, the first image 201 appearing at the first point 200 appears as a stereoscopic image at the upper side of the background member 20, The second image 301 appearing on the point 300 appears as a stereoscopic image on the lower side of the background member 20 and can be appropriately arranged for spatial position utilization.

The reflective glass 51 of the reflection unit 50 is characterized in that the stereoscopic image displayed on the background member 20 is clearly displayed by vertically refracting and reflecting the image of the image unit 40.

In this way, the stereoscopic image apparatus 100 allows the 2D image of the image unit 40 to be transmitted through the reflection unit 50 to be displayed as a 3D stereoscopic image on the background member 20, It is possible to induce curiosity and enhance the interest.

Since the user's image or upbringing of the user can be recorded using the recording unit 44 of the image unit 40 and displayed on the image unit 40 in real time to be displayed on the background member 20 as a stereoscopic image, It can escape a simple function of displaying a story, and it can display real-time video as well as real-time video and reproduce it repeatedly when necessary.

In addition, the rechargeable battery of the battery 13c can be charged by using the solar cell 15 formed with the body 10 or the imaging unit 40. FIG.

In addition, the video unit 40 can download images or data on the web using Wi-Fi, Bluetooth, or the Internet using the wireless transmitting / receiving unit 13b or the wired transmitting / receiving unit 13f. It is possible to connect an external device or connect an SD card or a USB device to the removable storage slot 13h so that data can be transferred and downloaded, thereby providing various compatibility.

That is, the stereoscopic image apparatus 100 according to the present invention is configured to transmit the image of the image unit 40 through the reflection unit 50 to be displayed as a three-dimensional image on the background member 20, When the pop-up card 22 and the stereoscopic plate 24 are used, there is a feature that a page can be turned over or replaced in accordance with contents to enable reading.

Another example of the use state of the stereoscopic image apparatus 100 according to the present invention is as follows. A tablet PC 23 used as a background member 20 creates and edits a separate story and stores it in the storage unit 13e ) And reproduced in the video unit 40 or transferred to the video unit 40 to reproduce the produced story as an image.

The stereoscopic image apparatus 100 according to the present invention may be applied to the Internet by rotating the image unit 40 at various angles while the reflection unit 50 is placed on the image unit 40 in a superimposed manner, And can execute various office programs and use them.

When the end of the first body 33e of the first stopper 33 of the variable frame 30 is pressed to adjust the height of the image portion 40, the fitting protrusion 33b fitted in the fitting groove 33g is formed, The first protrusion 33a is released from the position hole 32b of the movable frame 32 and the height of the movable frame 32 is adjusted so that the pressing of the first body 33e is released. And is inserted into the position hole 32b of the movable frame 32 to fix the variable position of the movable frame 32 so that the height position of the image portion 40 can be simply adjusted .

Since the variable frame 30 and the image portion 40 are rotated by the body 10 and the variable frame 30, the position of the image portion 40 can be easily adjusted according to the use position, Is increased.

The protective film 45 and the reflective protective film 54 are attached to the reflective film 51 of the reflective film 50 and the imaging device 41 of the image unit 40 to provide a shock buffer function for external force. And at the same time to prevent breakage, and even if a breakage phenomenon occurs, the fragments are not scattered and have stability.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limited to the embodiments set forth herein. Various changes and modifications may be made by those skilled in the art.

10: Body part 11: Floor mounting groove
12: stand upright 12a: support
12b: draw-out groove 12c:
13: Case 13a: DC power source
13b: wireless transmitting / receiving unit 13c:
13d: drive control section 13e:
13f: Wired transceiver 13g: External device connection jack
13h: Removable storage slot 13i: Speaker
13j: Handle 13k: Corner
13l: Hook hole 14:
14a: Power button 14b: Save button
14c: Delete button 14d: Edit button
14e: Screen control button 14f: Volume button
14h: Record button 14i: Play button
15: Solar Cell 16: Stylus
16a: connecting line 17: hinge
20: background member 21: pop-up book
22: Pop-up card 23: Tablet PC
24: stereoscopic plate 30: variable frame
31: fixed frame 31a: fitting hole
32: movable frame 32a: connecting projection
32b: Position hole 33: First stopper
33a: Position projection 33b:
33c: first elastic member 33d: mounting projection
33e: first body 33f: fitting body
33g: insertion hole 34: lighting part
34a: Lighting means 34b:
35: second stopper 35a: installation groove
35b: second body 35c: second elastic member
35d: contact hole 35e: second stopper cover
36: cylinder 37: cylinder rod
40: video part 41: video device
42: Video cover
42a: rotating shaft 42a ': rotating space
42b: an engagement groove 42c; Connection hole
42d: first stereoscopic camera 42e: second stereoscopic camera
43: Position fixing plate 43a: Fixing hole
43b: Through hole 44: Recording apparatus
44a: camera 44b: microphone
45: protective film 50: reflective part
51: reflective glass 52: protective frame
52a: Holder 52b: Retaining hook
52c: first damper 53: third stopper
53a: contact surface 53b: second damper
54: reflection protective film 100: stereoscopic image device
B: Popup Background

Claims (43)

A stereoscopic image apparatus for displaying a 2D image as a 3D image,
A body portion 10 positioned at a lower portion is formed,
A background member 20 provided on the upper side or the rear side of the body portion 10 is formed,
A pair of variable frames (30) rotatably installed at one side of the upper portion of the body (10) are formed,
And an image portion (40) rotatably connected to the variable frame (30) is formed,
A reflection part 50 formed of a semi-transparent mirror or a half mirror, which is inclinedly rotated from the bottom of the image part 40,
When the image displayed on the image unit 40 is irradiated to the reflection unit 50, the image is refracted vertically to be reflected toward the background member 20 and transmitted through the image from the background member 20, Is expressed by: < EMI ID = 17.0 > The stereoscopic image apparatus according to claim 1, wherein the body part (10) has a floor installation groove (11) in which a background member (20) is installed on an upper surface. The stereoscopic image apparatus according to claim 1, wherein the body part (10) is configured such that an upright installation compartment (12) is drawn / inserted in a sliding manner so that a background member (20) is inserted in an upper rear side. 4. The stereoscopic image display apparatus according to claim 3, wherein a pair of support rods (12a) supporting the background member (20) are erected on the rear surface of the upright installation box (12) Device. The battery pack according to any one of claims 1 to 3, wherein the body part (10) comprises a DC power source part (13a) on one side of the case (13), a wireless transceiver part (13b) A drive control unit 13d and a storage unit 13e are built in the other side of the casing 13. A wired transmission / reception unit 13f, an external device connection jack 13g, a removable storage slot 13h, And the operation unit 14 is formed on the other side surface of the case 13 so as to be interlocked with the image unit 40 and the background member 20. The stereoscopic image apparatus according to claim 1, The stereoscopic image apparatus according to claim 5, wherein the battery (13c) is formed by combining one or both of a battery and a rechargeable battery. The solar cell according to any one of claims 1 to 3, wherein one side of the image portion (40) interlocked with the body portion (10) or the body portion (10) And the stereoscopic image is displayed. The image forming apparatus according to any one of claims 1 to 3, further comprising a stylus (16) connected to the outer surface of the body part (10) by a coil-shaped connecting line (16a) The stereoscopic image display device comprising: The portable terminal according to any one of claims 1 to 3, wherein a handle (13j) is formed on one side of the case (13) of the body part (10)
Characterized in that a hooking hole (13l) is formed in the front and rear corners (13k) of the case (13) of the body part (10). 6. The apparatus according to claim 5, wherein the operation unit (14) is configured to perform and control a power control function, a playback function, a storage function, a deletion function, an editing function, a screen control function, a volume control function, a shortcut key operation function, And a stereoscopic image device. The background member (20) according to any one of claims 1 to 3, wherein the background member (20) comprises a pop-up book (21), a pop-up card (22), a tablet PC (23), a stereoscopic plate ) Of the stereoscopic image. 12. The stereoscopic image apparatus according to claim 11, wherein the pop-up card (21) or the pop-up card (22) is configured to unfold a pop-up background (B) corresponding to the video content of the video unit (40). 12. The method according to claim 11, wherein the story generated through the tablet PC (23) is transmitted to the storage unit (13e) of the body part (10) using a connection line or Bluetooth, And is transmitted to and reproduced from the image unit (40). The movable frame (32) as claimed in claim 1, wherein the variable frame (30) comprises a movable frame (32) slidingly inserted and inserted into a fixed frame (31) connected to rotate with a hinge (17) of the body ,
And a connection protrusion (32a) is formed on the inner side surface of the movable frame (32) to connect the video unit (40) to rotate. 15. The apparatus according to claim 14, wherein the fixed frame (31) has a first stopper (33) formed on one side thereof, the first stopper being engaged with the movable frame (32)
Wherein the movable frame includes a plurality of positioning holes in which the position projections of the first stopper are inserted. The method according to claim 15, wherein the first stopper (33) is formed with a fitting groove (33g) which is opened rearwardly of a fitting body (33f) fitted to the fitting hole (31a) of the fixed frame (31) A fitting protrusion 33b inserted into the groove 33g is formed to protrude in the lateral direction at the center and a position protrusion 33a is formed at one end of the inner side facing the movable frame 32, A first body 33e having a mounting protrusion 33d provided with a first elastic member 33c is formed at the opposite end of the first body 33e,
When the end of the first body 33e provided with the first elastic member 33c is pressed, the position projection 33a is rotated away from the position hole 32b of the movable frame 32 while being rotated with respect to the fitting groove 33g And when the pressure is released, the movable member is retracted by the elastic force of the first elastic member (33c) and inserted into the position hole (32b) of the movable frame (32) to fix the variable position. The lighting apparatus according to claim 14, wherein the fixed frame (31) is provided with an illumination unit (34) comprising an illuminating unit (34a) for illuminating the background member (20) Imaging device. The stereoscopic image display device according to claim 14, wherein a second stopper (35) for fixing the rotated state of the image portion (40) is formed at a portion of the movable frame (32) Device. The second stopper 35 is inserted into the second body 35b fitted into the installation hole 35a formed in the movable frame 32 and the second elastic member 35c is inserted into the second body 35b, Wherein a contact hole (35d) coupled to the second elastic member (35c) is partially exposed and a second stopper cover (35e) for preventing separation is coupled to the second body (35b). The variable frame according to claim 1, wherein the variable frame (30) comprises a cylinder (36) which is pulled / inserted from a cylinder (36) installed to rotate with a hinge (17) of the body part (10) And a rod (37). The image forming apparatus according to claim 1, wherein the image unit (40) is installed inside the image cover (42), and the image frame (42) And a position fixing plate (43) having a plurality of fixing holes (43a) for fixing the position thereof when rotated is connected to the connection protrusion (32a). The stereoscopic image apparatus according to claim 1, wherein the video device (41) of the video unit (40) is configured to display an image and Korean or foreign language subtitles. The video camera according to claim 1 or 21, wherein the video unit includes a video recording unit including a camera 44a and a microphone 44b at a front end of the video cover, And the sound image captured through the microphone 44b is stored in the storage unit 13e of the body part 10 and is selectively reproduced in the image device 41. [ The system according to claim 23, wherein the video unit (40) is configured to display video and sound photographed through the camera (44a) and the microphone (44b) of the video recording device (44) And a stereoscopic image device. The stereoscopic camera according to claim 21, characterized in that the first and second stereoscopic cameras (42d, 42e) forming stereoscopic images at the time of photographing are formed on the front face of the image cover (42) Stereoscopic imaging device. 24. The system according to claim 23, wherein the video unit (40) displays the video and sound photographed through the camera (44a) and the microphone (44b) of the video recording apparatus (44) 10) in real time in a storage unit (13e) of the stereoscopic image display apparatus (10). The video apparatus according to claim 22, wherein the video apparatus (41) of the video unit (40) is configured to perform an operation of not using an operation of the operation unit (14) And the storage list is selected and reproduced in a touch operation manner. The stereoscopic image apparatus according to claim 22, wherein the imaging device (41) of the imaging unit (40) comprises a touch panel. 29. The stereoscopic image display device according to claim 28, wherein the image device (41) comprises one of a resistive film type, a capacitive type, an optical type, an ultrasonic type, an acoustic wave type, an infrared type, Device. The mobile terminal of claim 22, wherein the image unit (40) is configured to transmit the image stored in the storage unit (13e) of the body part (10) to another image device, a computer, a smart phone, or a tablet PC using Wi- And transmits or downloads the stereoscopic image. The system according to claim 30, wherein the video unit (40) comprises a video recording device (44), and the video recording device (44) Wherein the stereoscopic image is transmitted in real time to a PC. The system according to claim 30, wherein the video device (41) of the video unit (40) is connected to an external device connection jack (13g) of the body part (10) And displays the screen of the connected external device in real time. The stereoscopic image apparatus according to claim 22, wherein a protective film (45) having no influence on a touch operation is adhered to the image device (41) of the image part (40) in order to protect the panel. The method of claim 22, wherein the video device (41) of the video unit (40) is configured to perform video editing, audio editing, and video editing using the Internet through the U / W transceiver (13f) (13d) so as to be able to be executed by downloading an application having a storage function and driving the drive control section (13d). The stereoscopic image apparatus according to claim 22, wherein an icon for performing a function of the operation unit (14) of the body part (10) is displayed on the image device (41) of the image part (40). The stereoscopic image apparatus according to claim 1, wherein the reflection unit (50) is configured so that the image unit (40) is tilted forward to be rotated in the variable frame (30). The image forming apparatus according to claim 36, wherein the reflection part (50) is formed by wrapping the reflection glass (51) in four directions with a protection frame (52) And a holder (52a) provided on a rotating shaft (42a) to be formed are integrally formed. The method of claim 36, wherein the reflection unit (50) is configured to rotate based on the rotation axis (42a) of the image unit (40) by self weight when the image unit (40) . The image cover according to claim 37, wherein a hooking hook (52b) for hooking the hooking groove (42b) formed in the image cover (42) is formed on the front side of the protective frame (52), and the hooking hook (52b) (42a) of the image portion (40) by its own weight when it is detached from the main body (42a, 42b). The stereoscopic image forming apparatus according to claim 39, wherein a first damper (52c) is provided on the opposite side of the protective frame (52) on which the hooking hook (52b) . The stereoscopic image display device according to claim 37, wherein a third stopper (53) is arranged behind the holder (52a) to maintain the angle of 45 ° when the reflector (50) . The image forming apparatus according to claim 41, wherein the third stopper (53) is configured to attach a second damper (53b) for impact relief to a contact surface (53a) . The method as claimed in claim 41, wherein the reflective glass (51) of the reflector (50) comprises a glass that reflects the image of the image unit (40)
Wherein a reflective protective film (54) for vertically refracting and reflecting the image of the image portion (40) is attached to the reflective glass (51).

Images