KR102571516B1 - Photo box that can be printed instantly by heating paper after real-time correction of the photographed image - Google Patents

Abstract

The present invention relates to a photo box capable of instantly outputting a photographed image with thermal paper after correcting it in real time, comprising: a housing with an open front and an empty interior; An opening and closing door formed to be opened and closed, a hinge portion formed on one side of the front surface of the housing and coupled to the opening and closing door so that the opening and closing door can be rotated, and a hinge portion formed on the opening and closing door through a display and a camera. A terminal formed so that the user of the user can check and photograph his or her own appearance, a printer formed inside the housing and outputting an image captured by the terminal in black and white on thermal paper and discharging it to the outside through an opening and closing door; It is formed inside and includes a power supply unit for supplying power to the terminal and the printer.

Description

Photo box that can be printed instantly by heating paper after real-time correction of the photographed image}

The present invention relates to a photobox capable of instantly outputting a photographed image on thermal paper after correcting it in real time, and more particularly, real-time correction of a photographed image in which a black and white photograph is instantly output by printing on thermal paper after taking a photograph. It relates to a photo box capable of instant printing with thermal paper after processing.

The performance of portable terminals such as smartphones, tablets, and mobile phones is improving day by day, and these various portable terminals include a camera function, and the performance of the camera is being developed similarly to that of a dedicated camera.

Therefore, in cases where expertise is not required, it is most common to take a picture using a camera installed in a portable terminal, convert the photographed picture into a digital device, save it, and check it through the display of the terminal. After purchasing, I am printing it out through a printer.

This method has a problem in that it is impossible to print a photo on the spot because a printer must be possessed.

In addition, the Polaroid camera has been used for a long time because it has the advantages of immediacy and on-site, but the price of the film for taking and printing pictures is expensive, and there is a problem that it can no longer be taken when the film is exhausted.

On the other hand, in the case of sticker cameras such as arcades, products that take pictures, edit them, and output them in the form of stickers were also released and were popular, but most of the devices are bulky and difficult to move, so it is difficult to move them and install them in a fixed place. it was limited

That is, there is a need for a technology capable of being portable, installed in various places and used by a number of users, and capable of outputting several sheets regardless of the cost or number of sheets of film.

Korean Patent Publication No. 10-2017-0062778

An object of the present invention to solve the above problems is to take a commemorative photo at a tourist destination, restaurant, event hall, etc., and print the captured image in real time as a black and white photo together with information according to the shooting location so that it can be kept as a souvenir. It is to provide a photo box capable of instant printing on thermal paper after correction.

In addition, another object of the present invention is to output the photographed location, advertising and event information related to the product included in the photographed image together with the photograph to improve the advertising power, correct the photographed image in real time, and then output it immediately to thermal paper. It is to provide a photo box that can do this.

In addition, another object of the present invention is to display captured images in real time, which can reduce costs by printing photos on thermal paper that can be easily purchased and used in the market, which is easy to carry due to its small volume and can be installed and used in various places. It is to provide a photo box capable of instant printing on thermal paper after correction.

To solve the above problems, the photobox of the present invention capable of instantly outputting a thermal paper after correcting a captured image in real time includes a housing with an open front and an empty interior, and a housing formed on the open front of the housing to rotate the image. An opening and closing door formed to open and close the inside of the housing, a hinge formed on one side of the front surface of the housing and coupled to the opening and closing door so that the opening and closing door can rotate, and a display and a camera formed in the opening and closing door A terminal formed so that a user in the front can check and photograph his or her appearance through the terminal, and a printer formed inside the housing and outputting the image captured by the terminal in black and white on thermal paper and discharging it to the outside through an opening and closing door. , It is formed inside the housing and characterized in that it includes a power supply unit for supplying power to the terminal and the printer.

In addition, the opening and closing door of the photo box capable of instantly outputting the captured image to thermal paper after correcting the captured image in real time according to the present invention includes an exposure hole formed in the terminal and an exposure hole opened so that the camera and the display can be exposed to the outside. A discharge hole formed at the bottom of the hole and opened to discharge the thermal paper discharged from the printer, and a discharge hole formed by being bent in a U-shape on the rear surface of the exposure hole, and one side being in close contact with the rear surface of the terminal so that the terminal is exposed A pair of fixtures supported to be fixed to the hole, a coupling hole formed at the top and bottom of one side bent in a U shape of the holder and fixed to the opening and closing door by bolts, and the other surface bent in a C shape of the holder It is formed in a plurality at regular intervals and penetrates in the horizontal direction to further include a seating groove for fixing a cable connected to the terminal.

In addition, the power supply unit of the photo box capable of instantly outputting the captured image to thermal paper after correcting the captured image in real time according to the present invention receives power from the outside through a wire hole formed in the lower part of the housing to supply power to the terminal and the printer. It is formed to be formed and is connected to the opening and closing door separated from the housing by a ground line to block and discharge noise generated in the opening and closing door, thereby preventing the terminal from malfunctioning.

In addition, the hinge part of the photo box capable of instantly outputting the captured image to thermal paper after real-time correction of the present invention is formed so that one end is coupled to the housing and fixed, the middle end is bent at an acute angle, and the other end is bent in a cylindrical shape. A support, one side of which is formed to be coupled to the opening and closing door and is formed to be fixed, and an upper end and a lower end of which are formed to be bent at right angles, and a pivoting base formed to be inserted perpendicularly through the other end of the support and the upper and lower ends of the pivoting rod. The pivoting table further includes a connecting shaft allowing the pivoting with respect to the supporter, and the supporter has a middle end bent at an acute angle so that the supporter, the pivoting table, and the connecting shaft are exposed to the outside of the housing or the opening and closing door. characterized in that it prevents

In addition, the terminal of the photo box capable of immediately outputting the captured image to thermal paper after correcting the captured image in real time of the present invention generates a captured image when a photo is taken and then outputs the captured image in black and white to the thermal paper through the printer. The resulting image corrected in step 6 is transmitted, and the printer outputs any one of information related to the shooting place, product information, event information, and commemorative information together with the shooting time on the transmitted result image. .

In addition, the terminal of the photo box capable of instantly outputting the captured image to thermal paper after correcting the captured image in real time according to the present invention is formed so that the front image captured by the camera is output through the display in real time, and the user can view the display When it is touched, a 3-second timer operates and then automatically captures and creates a shot image, and preserves the boundary of pixel values distorted due to pixel noise in the shot image, so that pixels that display blurry parts compared to neighboring pixels are changed to pure black and pure black. After determining whether it is close to white, a conversion process is performed so that it is expressed as a pixel similar to the surrounding value to generate a first converted image with increased sharpness and reduced noise, and a filter for blurring the captured image is applied to the captured image. Creates a second converted image in a blurred state, weights the second converted image to the first converted image, calculates the weights of the two arrays, calculates the average sharpness, and creates a third converted image with confirmed sharpness After calculating the sum of the first conversion image and the second conversion image in the third conversion image, a brightness value of 1 unit between -50 and +50 is applied to the surrounding environment to derive the result value. A fourth conversion image with fixed brightness is generated, a contrast value of 0.01 unit between 0.00 and 1.99 is applied to the fourth conversion image according to the surrounding environment, a result value is derived, and a fifth conversion image for which the contrast value is determined and, when the fifth conversion image is output through the printer, the appropriateness of the vertical, horizontal, and symmetrical directions of the thermal paper is reviewed and corrected to generate a resultant image, and the resultant image is transmitted to the printer. characterized by output.

In addition, the housing of the photo box capable of instantly outputting the captured image to thermal paper after correcting the captured image in real time according to the present invention includes a bracket coupled to the rear surface of the printer and fixing the printer to the housing, and formed at the inner center of the housing. It is bent in a U-shape, so that the power supply can be placed on the upper part, and the cradle is formed to seat and fix the power supply of the printer in the center.

As described above, according to the photo box according to the present invention, in which a photographed image can be corrected in real time and then immediately output to thermal paper, when a commemorative photograph is taken at a tourist destination, restaurant, event hall, etc., it is converted into a black and white photograph along with information according to the shooting location. It has the effect of printing it out immediately and keeping it as a souvenir.

In addition, according to the photo box according to the present invention, in which a captured image can be corrected in real time and then immediately output on thermal paper, advertisements and event information related to a product included in a photographed image and a photographed location are output together with the photograph, thereby providing advertising power. has the effect of improving

In addition, according to the photobox according to the present invention, which can immediately output thermal paper after correcting a captured image in real time, it has a small volume and is easy to carry, can be installed and used in various places, and can be easily purchased and used in the market. You can print photos, which has the effect of reducing costs.

1 is a perspective view showing the external appearance of a photo box capable of instantly outputting thermal paper after real-time correction of a captured image according to the present invention;
2 is a perspective view showing the internal structure of a photo box capable of instantly outputting thermal paper after real-time correction of a captured image according to the present invention;
3 is a front view showing the interior of a photo box capable of instantly outputting thermal paper after real-time correction of a captured image according to the present invention;
4 is an exploded view showing the internal structure of a housing of a photo box capable of instantly outputting thermal paper after correcting a captured image in real time according to the present invention;
5 is an exploded view separately showing the open/closed door structure of a photo box capable of instantly outputting thermal paper after real-time correction of a captured image according to the present invention.
6 is a perspective view showing the structure of an opening and closing door and a hinge part of a photo box capable of instantly outputting a captured image to thermal paper after correcting it in real time according to the present invention.
7 is a perspective view showing the structure of a hinge part of a photo box capable of instantly outputting a captured image to thermal paper after real-time correction according to the present invention;
8 is an exemplary view showing the operation of a photo box capable of instantly outputting thermal paper after real-time correction of a captured image according to the present invention.

Specific features and advantages of the present invention will be described in detail below with reference to the accompanying drawings. Prior to this, if it is determined that the detailed description of functions and configurations related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

The present invention relates to a photobox capable of instantly outputting a photographed image on thermal paper after correcting it in real time, and more particularly, real-time correction of a photographed image in which a black and white photograph is instantly output by printing on thermal paper after taking a photograph. It relates to a photo box capable of instant printing with thermal paper after processing.

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

1 is a perspective view showing the appearance of a photo box capable of instant outputting to thermal paper 510 after correcting a captured image according to the present invention in real time, and FIG. 2 is a perspective view of the thermal paper after correcting a captured image according to the present invention in real time ( 510) is a perspective view showing the internal structure of a photobox capable of instant output, and FIG. 3 is a front view showing the interior of a photobox capable of instant output with thermal paper 510 after correcting a captured image in real time according to the present invention. .

As shown in FIGS. 1 to 3 , a photo box capable of instantly outputting a captured image to thermal paper 510 after real-time correction according to the present invention includes a housing 100 with an open front and an empty interior; An opening/closing door 200 formed on the open front surface of the housing 100 to open and close the inside of the housing 100 by rotation, and formed on one side of the front surface of the housing 100 and combined with the opening/closing door 200 The hinge part 300 formed so that the opening and closing door 200 can be rotated, and the display 420 and the camera 410 formed on the opening and closing door 200, so that the front user can check and take pictures of himself. A terminal 400 formed inside the housing 100 and a printer 500 that outputs an image captured by the terminal 400 on thermal paper 510 in black and white and discharges it to the outside through the opening and closing door 200. ) and a power unit 600 formed inside the housing 100 and supplying power to the terminal 400 and the printer 500.

The housing 100 has a rectangular shape, has an empty interior and has an open front surface, so that the printer 500 and the power supply unit 600 can be accommodated and mounted therein through the open front surface.

In addition, a handle 101 is provided on the upper part of the housing 100 to be portable, and when in use, hook holes 102 are provided on both sides of the rear surface to hang on the wall.

If necessary, the housing 100 can be used by being placed on a floor or table. For this purpose, it is preferable that a plurality of anti-slip pads are formed on the lower surface of the housing 100 so that the housing 100 does not slip.

An opening and closing door 200 is formed on the opened front of the housing 100 so that the opened front of the housing 100 can be exposed to the outside or sealed through the opening and closing door 200, and the housing 100 ) A hinge part 300 is formed on one front side of the opening and closing door 200 and one rear side of the opening and closing door 200, so that the opening and closing door 200 rotates around the hinge part 300 so that the front side of the housing 100 can be opened and closed. do.

At this time, the hinge part 300 is maintained in a state embedded in the inside by the housing 100 and the opening and closing door 200, so that the opening and closing door 200 is in close contact with the front surface of the housing 100 and in a sealed state, the hinge part ( 300) can be prevented from being exposed to the outside.

In addition, in order to prevent the door 200 from randomly rotating when it is in close contact with the front surface of the housing 100, magnets 104 are embedded in the upper and lower parts of the other front side of the housing 100, respectively, and the door 200 A magnetic body 204 that responds to the magnetic force of the magnet 104 is formed on the upper and lower rear surfaces of the .

That is, when the opening and closing door 200 is rotated by the hinge part 300 and adhered to the front surface of the housing 100, the magnetic body 204 is attached by the magnetic force formed in the magnet 104 to open and close the door from the housing 100 ( 200) can be prevented from being rotated arbitrarily.

If necessary, a solenoid may be formed instead of the magnet 104 to adjust the magnetic force. In this case, in the locked state, a high current is dimmed so that the magnetic force is generated strongly, preventing the door 200 from forcibly opening, When the lock is unlocked after being recognized as an administrator through the terminal 400, the current may be cut off so that the magnetic force is removed and the opening/closing door 200 is automatically opened.

The terminal 400 has a display 420 equipped with a touch screen and a camera 410, and is formed in a state in which it is adhered to and fixed to the rear surface of the opening and closing door 200. To this end, the rear surface of the opening and closing door 200 On both sides, a pair of holders 220 bent in a U-shape presses the terminal 400 toward the opening and closing door 200 to fix it.

At this time, the holder 220 is formed longer than the terminal 400 and has coupling holes 221 at the top and bottom to which bolts can be fastened, so that the bolts are inserted into the back of the opening and closing door 200, and the holder 220 ) As one side of the terminal 400 adheres to the rear surface of the terminal 400, the terminal 400 can be fixed to the opening and closing door 200.

In addition, the holder 220 formed in a U-shape is provided with a plurality of seating grooves 222 penetrating horizontally at regular intervals from top to bottom on the other surface, and the seating groove 222 is provided with power and power to the terminal 400. As cables for transmitting and receiving data are inserted, the cables can be organized.

In addition, the terminal 400 does not necessarily need to be integrally formed, and a separate camera 410 may be coupled to the back of the opening/closing door 200, and the display 420 including the touch screen may be formed independently. .

A printer 500 is located at the lower part of the housing 100 so that when a picture is taken in the terminal 400, the captured image is transmitted to the printer 500 and then a black and white picture can be output through the thermal paper 510. .

The thermal paper 510 output from the printer 500 can be discharged to the outside through the discharge hole 202 formed in the opening and closing door 200, and the rear side of the printer 500 is fixed to fix the position of the printer 500. After the bracket 120 is coupled to, the bracket 120 is coupled to the housing 100 so that it can be fixed.

At this time, the printer 500 refers to a printer 500 that prints by applying heat to thermal paper 510 containing a dye that reacts to heat, and when an image photographed through the terminal 400 is transmitted to the printer 500, the printer ( 500) is thermally transferred to the thermal paper 510 based on the transmitted image, so that black and white photos can be output.

In addition, in order for the printer 500 to interlock with the terminal 400 to transmit and receive data, it is preferable that a transmission/reception cable for data is connected between the terminal 400 and the printer 500, and the cable has a seating groove formed in the holder 220. Since it is connected to the printer 500 after being aligned in a state inserted into 222, when the door 200 is opened, the cable can be fixed to the door 200 and maintained in an aligned state.

Since the power cable for supplying power to the terminal 400 is also aligned while being inserted into the seating groove 222 of the holder 220, the cable is fixed to the door 200 when the door 200 is opened. can be maintained in an ordered state.

The power supply unit 600 receives power from the outside of the housing 100 and is used to distribute power to the terminal 400 and the printer 500, and is configured in the form of a multi-tap and is formed on the power cable of the terminal 400. is connected to the power supply unit 600 to receive power, and the printer 500 can receive power by connecting the power supply 520 to the power supply unit 600 .

At this time, a cradle 110 is formed inside the housing 100 so that the power supply unit 600 can be kept spaced apart from the printer 500 in an upward direction, thereby preventing interference with the printer 500 from occurring. In addition, the power supply 520 of the printer 500 can be mounted on the holder 110 together, so that the bulky power supply 520 can be spaced apart from the printer 500.

4 is an exploded view showing the internal structure of the housing 100 of a photo box capable of instantly outputting to thermal paper 510 after real-time correction of a captured image according to the present invention, and FIG. 5 is an exploded view showing the captured image according to the present invention. It is an exploded view separately showing the structure of the opening and closing door 200 of a photo box capable of instant output with thermal paper 510 after real-time correction.

As shown in FIGS. 4 and 5 , the housing 100 of the photo box capable of instantly outputting the captured image to thermal paper 510 after real-time correction according to the present invention is coupled to the rear surface of the printer 500 to print The bracket 120 for fixing the 500 to the housing 100 is formed in the center of the inside of the housing 100 and is bent in a U-shape so that the power supply unit 600 can be placed at the top, and in the center It is characterized in that it includes a cradle 110 formed to seat and fix the power supply 520 of the printer 500.

The power supply unit 600 receives power from the outside through the wire hole 103 formed in the lower part of the housing 100 and is formed to supply power to the terminal 400 and the printer 500, and is separated from the housing 100. It is connected to the opening and closing door 200 by a ground wire to block and discharge noise generated in the opening and closing door 200, thereby preventing the terminal 400 from malfunctioning.

The bracket 120 is used to fix the printer 500 inside the housing 100, and is coupled to the back of the printer 500 with bolts, and the bracket 120 is bolted to the inner surface of the housing 100. While being coupled, the printer 500 can be fixed to the housing 100 .

At this time, both ends of the bracket 120 are in close contact with the housing 100 and the center protrudes to the front and is configured to be coupled with the printer 500. By preventing direct contact with the rear surface, it is possible to prevent shock from being transmitted during carrying or moving.

In addition, since the printer 500 is spaced apart from the inner surface of the housing 100, heat generated while the printer 500 prints black and white photos can be dissipated through the bracket 120, and the air layer in the spaced space It can also dissipate heat.

The cradle 110 is used to position the power supply 600 and the power supply 520 of the printer 500 at the inner center of the housing 100, and is bent in a U-shape so that one side is bolted to the housing 100. It is fastened and fixed, and after the power supply unit 600 is mounted on the bent upper surface, it is fastened by bolts so that it can be fixed to the cradle 110.

In addition, the bent lower surface of the cradle 110 is formed longer than the upper surface, and the end has a shape that is secondarily bent vertically in the upper direction.

The power supply 520 of the printer 500 can be inserted in the center between the bent upper and lower surfaces of the cradle 110, and the power supply 520 is moved to the side by the second bent portion of the lower surface. can be prevented from escaping.

That is, as shown in FIG. 3 , the power strip is mounted on the upper portion of the holder 110 and the power supply 520 is mounted in the center of the holder 110 so that the position can be fixed without interference from the printer 500 .

If necessary, a bolt may be inserted into the lower portion of the cradle 110 to fix the power supply 520, or it may be fixed by forming an adhesive tape on the lower surface of the power supply 520 and attaching it to the cradle 110.

In addition, the housing 100 has a wire hole 103 formed at the bottom to receive power from the outside, and after exposing the plug formed in the power supply unit 600 to the outside through the wire hole 103, connect it to an outlet to obtain power. can be supplied.

At this time, a separate auxiliary battery may be provided in the power supply unit 600 so that it can be used even in a situation where separate power is not supplied, and the terminal 400 and the terminal 400 and It can be implemented so that it can be operated by supplying power to the printer 500 .

The power supply unit 600 has a structure capable of being grounded when a plug is inserted into an external outlet. A ground wire formed in the power supply unit 600 is connected to the housing 100 and the opening/closing door 200, respectively, to prevent electric shock due to electric leakage. It is structured to prevent

At this time, the ground wire can remove noise generated by the microcurrent generated from the housing 100 and the opening and closing door 200, thereby preventing the touch screen of the terminal 400 from malfunctioning or slowing down due to noise. You can do it.

Since the opening and closing door 200 is configured to be rotatable by the hinge part 300, the ground wire connected to the opening and closing door 200 is the coupling hole 221 of the holder 220 coupled to the rear surface of the terminal 400 is inserted with a bolt to remove the microcurrent generated from the holder 220, the opening/closing door 200, and the terminal 400.

That is, it is possible to prevent a communication error, a malfunction of the touch screen, a malfunction of the camera 410, and a decrease in speed due to the microcurrent generated in the opening and closing door 200 of the terminal 400 operated by the touch screen. The terminal 400 can be stably operated in various places.

The ground line connected to the housing 100 can prevent the printer 500 from malfunctioning, and it can operate in the same way as the above-mentioned ground line to remove noise.

The opening and closing door 200 has an exposure hole 201 open so that the display 420 and the camera 410 formed in the terminal 400 can be exposed to the outside, and a printer ( The discharge hole 202 opened to discharge the thermal paper 510 discharged from 500) and the exposure hole 201 are formed by being bent in a U-shape on the rear surface, and one surface is in close contact with the rear surface of the terminal 400. A pair of fixtures 220 that support the terminal 400 to be fixed to the exposure hole 201, and formed on the top and bottom of one surface bent in a U shape of the holder 220, respectively, to the opening and closing door 200 by bolts A plurality of pieces are formed at regular intervals in the coupling hole 221 and the other surface bent in the U shape of the holder 220 so that they can be fixed, and through the horizontal direction to fix the cable connected to the terminal 400 Seating groove 222 ) characterized in that it further comprises.

The exposure hole 201 is formed so that the display 420 and the camera 410 of the terminal 400 fixed to the back of the opening and closing door 200 can be exposed to the front of the opening and closing door 200, It is formed to pass through the front upper portion of the door 200 in a rectangular shape, and preferably has the same size as or smaller than the size of the display 420 formed on the terminal 400.

In addition, it is preferable that the camera 410 formed in the terminal 400 is open to the location, and the exposure hole 201 at the portion where the camera 410 is formed is smaller than the size of the camera 410 so that the camera 410 is not interfered with. It is preferable that it is formed large.

The discharge hole 202 is formed below the exposure hole 201, and when a black and white photo is formed on the thermal paper 510 in the printer 500 located inside the housing 100 and discharged, the outside of the opening and closing door 200 The furnace thermal paper 510 is formed to be discharged.

The discharge hole 202 is formed in a rectangular shape or a slot shape, and is preferably larger than the width of the thermal paper 510 so as not to be caught when the thermal paper 510 is discharged.

In addition, in the printer 500, when the opening and closing door 200 is closed, the portion of the printer 500 where the thermal paper 510 is discharged is kept in close contact with the discharge hole 202 so that the thermal paper 510 is discharged. It is desirable to prevent leakage of the liquid into the gap between the discharge hole 202 and the printer 500.

The terminal 400 has a display 420 and a camera 410, respectively, and a bezel is formed on the edge, so that when the display 420 is in close contact with the rear surface of the opening and closing door 200, it is separated by the bezel. It is desirable to keep

The terminal 400 is positioned on the rear side of the opening and closing door 200 so that the display 420 and the camera 410 can be exposed through the exposure hole 201. A pair of fixing units 220 are formed on both sides of the rear surface of the exposure hole 201 so that it can be maintained in close contact with.

The holder 220 is bent vertically at both ends in a U-shape in cross section, and the flat surface in the center is in close contact with the rear surface of the terminal 400 to press the terminal 400 toward the opening and closing door 200.

Coupling holes 221 are formed at the center of the top and bottom of the fixing table 220 so that bolts can be inserted to couple the fixing table 220 to the opening and closing door 200, and the bolts inserted into the coupling holes 221 are It can be fixed while being inserted into the back of the opening and closing door 200 .

In addition, the other surface of the holder 220 is formed with a plurality of seating grooves 222 penetrating horizontally at regular intervals from the top to the bottom, and the seating grooves 222 are connected to the terminal 400 with a power cable and data. By inserting the cable, it is possible to prevent the wire from moving or being separated when the opening and closing door 200 is rotated.

A cover 210 for protecting the front of the opening and closing door 200 is attached to the front of the opening and closing door 200, and as the cover 210 is attached to the front of the opening and closing door 200, the opening and closing door 200 It is possible to prevent the formed various bolt fastening holes from being exposed to the outside.

In addition, since the cover 210 is configured in a detachable and attachable form through an adhesive, it is possible to show off one's individuality by using the opening and closing door 200 equipped with various designs.

The cover 210 has the same shape as the opening and closing door 200 and has an exposure hole 201 through which the display 420 and the camera 410 of the terminal 400 are exposed, and the thermal paper 510 of the printer 500. ) It is preferable that a discharge hole 202 for discharging is formed.

6 is a perspective view showing the structure of the opening/closing door 200 and the hinge part 300 of a photo box capable of instant outputting to thermal paper 510 after correcting a captured image in real time according to the present invention, and FIG. It is a perspective view showing the structure of the hinge part 300 of a photo box capable of instantly outputting a captured image to thermal paper 510 after correcting it in real time.

As shown in FIGS. 6 and 7 , the hinge part 300 of the photo box capable of instantly outputting the captured image to thermal paper 510 after real-time correction according to the present invention is coupled to the housing 100 at one end. It is formed to be fixed, the middle is bent at an acute angle, the other end is formed to be coupled to the support 310 bent in a cylindrical shape, and one side is coupled to the opening and closing door 200, and the upper and lower ends are formed to be bent at right angles It is formed to be inserted vertically through the pivot 320, the other end of the support 310 and the top and bottom of the pivot 320 so that the pivot 320 can be rotated based on the support 310 It further includes a connecting shaft 330, and the middle of the support 310 is bent at an acute angle so that the support 310, the pivoting table 320, and the connecting shaft 330 are outside the housing 100 or the opening/closing door 200. It is characterized in that it prevents exposure to.

The support 310 is formed on the top and bottom of one side of the front side of the housing 100, is fastened and fixed by bolts, and bends the steel plate to prevent the hinge portion 300 from being exposed to the outside. Applying a structure there is.

To this end, one end of the support 310 is maintained in a flat state, and the middle end is bent at an acute angle so that the middle end and the other end are positioned on top of one end, and the other end has a cylindrical shape rolled toward one end direction.

At this time, the other end is preferably rolled into a hollow shape so that the connecting shaft 330 can be inserted, and is preferably rolled to a size sufficient to allow the connecting shaft 330 to be inserted.

The pivoting table 320 is formed on the upper and lower sides of one side of the rear side of the opening and closing door 200, and is fastened and fixed by bolts. A hole is formed in the center so that the connecting shaft 330 can be inserted.

At this time, the upper and lower ends of the pivoting table 320 are positioned at the top and bottom of the supporter 310, and the connecting shaft 330 is the upper end of the pivoting table 320, the other end of the supporter 310, and the rotational table 320. After penetrating toward the lower end, it is fixed so that the rotation table 320 can be freely rotated with respect to the other end of the support table 310.

Due to the bending characteristics of the support 310, the rotation table 320 and the support 310 are not exposed to the outside, and even when the door 200 is rotated, the rotation table 320 is bent at the bent portion of the support 310. As it rotates, the hinge part 300 is still not exposed to the outside.

In addition, a pivoting groove 203 is formed on one side of the rear side of the opening/closing door 200 to which the pivoting table 320 is coupled, so that when the opening/closing door 200 is rotated and opened as shown in FIG. By positioning the pivoting groove 203 at the bent portion of the support 310, it is possible to prevent the door from not rotating due to interference of the opening/closing door 200.

In addition, as shown in FIG. 1, when the opening and closing door 200 is closed, only a part of the support 310 can be visually confirmed through the pivoting groove 203, and the structure of the hinge part 300 cannot be visually confirmed. It is possible to prevent the hinge portion 300 from being exposed.

8 is an exemplary diagram showing the operation of a photo box capable of instantly outputting a captured image to thermal paper 510 after real-time correction according to the present invention.

As shown in FIG. 8 , the terminal 400 of the photobox capable of instantly outputting the captured image to thermal paper 510 after correcting the captured image in real time according to the present invention generates a captured image when a photo is taken, and then the printer 500 ) transmits the resulting image corrected in six stages so that the captured image can be output in black and white on the thermal paper 510, and the printer 500 transmits information related to the shooting location along with the shooting time and product information to the transmitted result image. , event information, and commemorative information are output together.

The terminal 400 always outputs the phrase “If you press the button, the photo is automatically taken 3 seconds later and then the photo is output for free from below” on the display 420, and the background is maintained while the camera 410 is currently moving forward. It is configured to output the captured image in real time and allow the user to check the screen on which the photo is taken through the display 420 .

At this time, it is preferable to reduce power consumption by forming a proximity sensor in the terminal 400 so that the display 420 turns on when the user approaches the terminal 400 .

Through the display 420, the user can check the image being taken by the camera 410, and when the display 420 composed of a touch screen is touched, the picture is taken after 3 seconds are counted. be able to pose.

After 3 seconds, the camera 410 takes a picture of the user and creates a picture image. The picture is calibrated into a form recognizable by the printer 500 so that it can be printed in black and white on the thermal paper 510. After that, it is transmitted from the terminal 400 to the printer 500.

The terminal 400 is formed so that the front image photographed by the camera 410 is output through the display 420 in real time, and when the user touches the display 420, a 3-second timer is activated and the captured image is automatically photographed. and preserves the boundary of the pixel value distorted due to the noise of the pixel within the captured image. When compared with the surrounding pixels, it determines whether the pixel displaying the blurry part is close to either pure black or pure white, and then pixels similar to the surrounding values. A first converted image with increased sharpness and reduced noise is generated by conversion processing to be expressed as , a second converted image in which the captured image is blurred by applying a blurring filter to the captured image, and the first converted image After calculating the weights of the two arrays by weighting the second converted image, the average sharpness is calculated, and the third converted image is generated, and the third converted image is the sum of the first converted image and the second converted image After calculating the value, a 1-unit brightness value between -50 and +50 is applied according to the surrounding environment to derive the result value, and then a 4th conversion image with fixed brightness is created, and the 4th conversion image is adjusted to the surrounding environment. After deriving a result value by applying a contrast value of 0.01 unit between 0.00 and 1.99, a fifth converted image having a confirmed contrast value is generated, and when the fifth converted image is output through the printer 500, the thermal paper 510 The appropriateness of vertical, horizontal, and symmetrical directions are reviewed and corrected to generate a resulting image, and the resulting image is transmitted to the printer 500 to be output.

After the resulting image is created by converting the sharpness, brightness, contrast, symmetry and size of the captured image through the above six steps, the terminal 400 can transmit the resulting image to the printer 500, and the terminal 400 and the printer 500 are connected through a USB C-type cable, enabling real-time communication.

In addition, the terminal 400 and the printer 500 may be wirelessly connected using wireless communication such as Bluetooth, NFC, and Wi-Fi in addition to a USB-C cable.

When the terminal 400 transmits the resulting image, it can be reflected in the resulting image so that the resulting image and the shooting time can be output together. you can check

In addition, when the terminal 400 transmits the resulting image, it may be configured to output any one of information related to the location where the photo was taken, product information, event information, and commemorative information together with the resulting image. In 510, the shooting time at the top, the result image at the middle, and the information image at the bottom can be output.

Here, the information image is composed of any one of the information related to the shooting location, product information, event information, and commemorative information, and the information related to the shooting location outputs image information related to the store where the photo box is displayed, the event hall, and the exhibition hall where the photo was taken. It is possible to check whether the photo box is installed, and it is preferable to configure such an information image to be set in advance in the terminal 400 when the photo box is installed.

In addition, information related to the shooting location can be configured to recognize the installation location using GPS, and to automatically select an image based on the building or company name of the location, if necessary.

The product information is formed so that when a user takes a picture, an advertisement image for an object included in the photographed image is output, and as shown in FIG. 8, when the user takes a picture holding a hamburger, an advertisement image related to the hamburger is output together. can become

To this end, it is preferable that the terminal 400 includes a function for analyzing an object in a photographed image, and through this, an advertisement of an object of interest or possessed by the user can be provided.

The event information is configured to provide related event or festival information based on the clothes worn by the user, banners, gestures and poses taken by the user in the photographed image, and through this, other similar festivals held in the place where the user is currently photographing can also motivate them to participate.

In the case of event information, an advance ticket or a ticket to attend an event may be output and provided. In this case, the terminal 400 provides the user's personal information through the display 420 and outputs it through the thermal paper 510 after confirming whether or not to attend. It is preferable to configure to control the information image.

The commemorative information is configured so that an image or phrase to be displayed on the information image can be input through the display 420, and a button called commemorative information input is formed on the display 420 before taking a picture so that the user can input the image he or she wants to directly insert. You will be able to select or type a phrase.

In this case, in the information image output at the bottom, the user can check for what reason he/she took the picture, and can easily remember the output picture based on the phrase.

At this time, the printer 500 preferably forms a perforated line in the blank space between the resulting image and the image information so that the image information output on the thermal paper 510 can be separately stored or discarded so that only the image information can be easily separated and discarded. Through this, it is possible to induce the user to keep only the pictures taken by the user through the resulting image.

In addition, the terminal 400 may be configured to transmit the captured image to the user's smartphone through wireless communication so that the user can store the captured image, and when the printer 500 completes output, the stored captured image and corrected result image It is desirable to protect personal information by deleting it.

In addition, in preparation for a case where output is not normally performed due to a malfunction of the printer 500 or exhaustion of the thermal paper 510, it is preferable that the captured image and the resulting image are temporarily stored for 10 minutes and then deleted. It can be configured to be re-outputted in the printer 500 by

In this case, a number of black and white photos can be output in an amount desired by the user. If necessary, the terminal 400 recognizes the user's face taken by the camera 410 and continuously outputs the number of photos as many as the number of faces. It may be implemented so that users of can have photos.

In this case, the thermal paper 510 may be configured to sequentially output time information, resultant images, and image information. When multiple sheets are output by recognizing a user's face, only time information and resultant images are output in multiple sheets, and image information can also be configured to be output only once.

In addition, it is preferable that each of the time information and the resulting image be bundled into one set, and a perforated line is formed so that the user can easily separate and carry it.

As described above, according to the photo box according to the present invention, in which a photographed image can be corrected in real time and then immediately output to thermal paper, when a commemorative photograph is taken at a tourist destination, restaurant, event hall, etc., it is converted into a black and white photograph along with information according to the shooting location. It can be printed out immediately and kept as a souvenir, and advertising power can be improved by printing out the location where the photo was taken and advertisements and event information related to the product included in the image taken along with the photo. It can be installed and used in various places, and it has the effect of reducing costs by printing photos on thermal paper that can be easily purchased and used in the market.

As described above, the present invention has been described with a focus on preferred embodiments, but those skilled in the art can make the present invention various within the range that does not deviate from the technical spirit and scope described in the claims of the present invention. It can be implemented by modifying or transforming accordingly. Accordingly, the scope of the present invention should be construed by the claims which are written to include examples of these many variations.

100: housing 101: handle
102: hanging hole 103: wire hole
104: magnet 110: cradle
120: bracket 200: opening and closing door
201: exposure hole 202: discharge hole
203: rotation groove 204: magnetic body
210: cover 220: fixture
221: coupling hole 222: seating groove
300: hinge part 310: support
320: rotation table 330: connecting shaft
400: terminal 410: camera
420: display 500: printer
510: thermal paper 520: power supply
600: power supply

Claims (6)

a housing with an open front and an empty interior;
an opening and closing door formed on the open front surface of the housing to open and close the inside of the housing by rotation;
a hinge portion formed on one side of the front surface of the housing and coupled to the opening/closing door so that the opening/closing door can rotate;
a terminal that is formed on the opening and closing door and is formed so that a front user can check and take a picture of himself through a display and a camera;
a printer formed inside the housing and outputting an image captured by the terminal in black and white on thermal paper to the outside through an opening and closing door;
A power supply unit formed inside the housing and configured to supply power to the terminal and the printer;
The power unit is formed to receive power from the outside through a wire hole formed in the lower part of the housing and supply power to the terminal and the printer,
It is connected to the opening and closing door separated from the housing by a ground line to block and discharge noise generated in the opening and closing door to prevent the terminal from malfunctioning,
The hinge part
a support having one end coupled to and fixed to the housing, a middle end bent at an acute angle, and the other end bent in a cylindrical shape;
a pivoting table, one side of which is coupled to and fixed to the opening and closing door, and the upper and lower ends of which are bent at right angles;
A connecting shaft formed to be inserted through the other end of the support and the upper and lower ends of the rotation table perpendicularly so that the rotation table can be rotated with respect to the support; further comprising,
The middle of the support is bent at an acute angle to prevent the support, the pivot, and the connecting shaft from being exposed to the outside of the housing or the opening and closing door,
When a photo is taken, the terminal generates a captured image and transmits a resulting image corrected in six stages so that the captured image can be output in black and white on the thermal paper through the printer;
The printer outputs the shooting time on the top of the thermal paper, the result image on the interruption, and the information image on the bottom,
The information image includes any one of information related to a shooting location, product information, event information, and commemorative information,
The terminal recognizes the user's face to be photographed and continuously outputs as many photos as the number of recognized faces through the printer;
The thermal paper is characterized in that the perforated line is formed so that it can be separated and carried
A photo box that enables real-time correction of the captured image and immediate output on thermal paper.
According to claim 1,
The opening door
an exposure hole opened to allow the display and the camera formed in the terminal to be exposed to the outside;
a discharge hole formed under the exposure hole and opened to discharge the thermal paper discharged from the printer;
a pair of holders formed by bending the rear surface of the exposure hole in a U-shape and having one surface in close contact with the rear surface of the terminal to support the terminal to be fixed to the exposure hole;
Coupling holes formed at the top and bottom of the U-shaped curved surface of the fixing table to be fixed to the opening and closing door by means of bolts;
A plurality of grooves are formed at regular intervals on the other surface bent in the shape of a U of the holder and are penetrated in the horizontal direction to fix a cable connected to the terminal; characterized in that it further comprises
A photo box that enables real-time correction of the captured image and immediate output on thermal paper.
delete delete delete According to claim 1,
the terminal
The front image captured by the camera is output through the display in real time, and when the user touches the display, a 3-second timer is operated and automatically photographed to generate a photographed image,
In the photographed image, the boundary of the pixel value distorted by noise is preserved, and when compared with neighboring pixels, it is determined whether the pixel displaying the blurry part is close to either pure black or pure white, and then expressed as a pixel similar to the surrounding value. Generating a first converted image in which sharpness is increased and noise is reduced by conversion processing as much as possible,
Applying a blurring filter to the captured image to generate a second converted image in which the captured image is blurred;
By weighting the second converted image to the first converted image, calculating the weights of the two arrays, calculating the average sharpness, and then generating a third converted image with confirmed sharpness;
After calculating the sum value of the first conversion image and the second conversion image to the third conversion image, a 1-unit brightness value between -50 and +50 is applied to the surrounding environment to derive the result value, and the brightness is Generates a confirmed fourth conversion image;
Applying a contrast value of 0.01 units between 0.00 and 1.99 according to the surrounding environment to the fourth converted image to derive a result value, and then generating a fifth converted image with a confirmed contrast value,
When the fifth converted image is outputted through the printer, the appropriateness of the vertical, horizontal, and symmetrical directions of the thermal paper is reviewed and corrected to generate a resultant image, and the resultant image is transmitted to the printer and output. to be
A photo box that enables real-time correction of the captured image and immediate output on thermal paper.