WO2018056704A1

WO2018056704A1 - Doll vending machine operation system allowing printing of photo object using interface

Info

Publication number: WO2018056704A1
Application number: PCT/KR2017/010356
Authority: WO
Inventors: 황현준; 이기용
Original assignee: 황현준; 이기용
Priority date: 2016-09-20
Filing date: 2017-09-20
Publication date: 2018-03-29
Also published as: KR101772671B1

Abstract

The present invention relates to a doll vending machine operation system which allows printing of a photo object using an interface. In the system, when a user simply performs an operation about a size, an inclination, a position, etc. of a photograph to be printed on a facial mold through an operation unit, a signal of a computer is relayed through an interface to precisely operate a first and second transfer device, so that the selected photograph can be automatically printed on the facial mold. Therefore, the system allows a user to obtain a precisely printed output while having an improved convenience.

Description

Doll Vending Machine Operation System Printing Photographs Using Interface

The present invention relates to a doll vending machine operating system that prints photographs using an interface, and more particularly, to a doll photographed using an interface for improving the precision of an automated printing operation on a three-dimensional face molding. A vending machine operating system.

There has been proposed a doll vending machine for transporting and discharging the doll contained in the main body of the enclosure shape.

In addition, a device for printing a face photograph of a buyer on a three-dimensionally formed face molding in the doll vending machine has been proposed to obtain a character product of his own.

However, there is no conventional device that is convenient to use because the user-customized printing of the three-dimensional face molding is automatically performed.

The present invention was devised to solve the above problems, and the picture using the interface capable of precise printing while improving the convenience of use according to the automation of the system, such as automatically performing printing and discharging from the transfer of the face moldings. It is possible to provide a doll vending machine operating system in which photographed images are printed.

In order to achieve the above object, the doll vending machine operating system that prints photographs using the interface according to an embodiment of the present invention is provided with a picture storage means for storing a picture, the program for the overall operation of the vending machine A computer constructed to control the vending machine according to the program; An interface connected with the computer to relay the overall operation; A plurality of cartridges having engaging grooves formed on both sides of the first direction and having face moldings stacked on the upper sides thereof, and cartridge charging units having push rod entrance holes and cartridge withdrawal holes on both sides of the lower second directions; A first transfer unit which operates through an interface according to the program and is formed at one side of the cartridge filling unit to intercept the withdrawal of the cartridge through the cartridge outlet hole and transfer of the cartridge in the second direction; A printing unit for advancing or retracting the cartridge in the first direction and printing a photograph on the face molding 20; And a collecting part for collecting the cartridge discharged to the outside of the printing part by the operation of the first conveying part, wherein the printing part is operated through the interface according to the program and is formed at the other side of the cartridge charging part. And a second transfer part which controls an advancing or reversing of the cartridge drawn out from the cartridge charging part in the first direction; And a printer die positioned in the first direction of the second transfer unit, the printer die having second and third movement sensing sensors formed at front and rear ends thereof, and a printer head spaced above the printer die. A printer for printing a photograph on the face molding, wherein the second transfer unit comprises: a printing holder which takes over a cartridge by the operation of the first transfer unit and fixes the cartridge; And a printing plate on which the printing holder is mounted, and a front and rear sensing unit formed at front and rear ends thereof to react with the second and third movement sensing sensors of the printer die, respectively, to move the printing holder between the printer die and the printer head. Including, but the printing holder, Holder plate; A pair of side walls protruding upwards before and after the first direction of the holder plate; And a resilient member formed on opposite surfaces of each of the side walls to elastically couple both side engaging grooves of the cartridge, wherein the resilient member protrudes to the opposite surface of the side wall and has a guide plate facing the side walls, respectively. Although configured, the rear end of the guide plate of the engaging protrusion may be spring-loaded on each of the side walls.

In this case, the control unit exchanges a signal with a computer through the interface, receives a user's command, adjusts at least one of a size, a tilt, and a position of the picture stored in the picture storage unit, and controls an operation of the vending machine. When a job start command is applied from the operation unit, the program is executed in the computer to transfer and print the cartridges while exchanging signals with the interface, the first transfer unit, the second transfer unit, and the printer. Can be.

In addition, the second transfer part, the moving plate feed roller and the moving plate feeder for interviewing the upper portion of the moving plate in a direction perpendicular to the moving direction of the moving plate to advance or move the moving plate in the first direction by frictional force. A moving intermittent roll unit including a support roller which is interviewed with the bottom surface of the moving plate and friction against the roller; A second stepping motor including a second motor drive operating according to the interface signal for interlocking forward and reverse rotation of the moving plate feed roller; And a guide roller interviewed with the moving plate to guide the movement of the moving plate.

In addition, the first transfer unit, a pair of support plates vertically spaced apart in the second direction; Screws arranged on both sides of the support plate; A first stepping motor installed on one side of the support plate, the first stepping motor having a first motor drive connected to the screw and the belt pulley and operating according to an interface signal for intermittent forward rotation of the screw; A moving member which is inserted into the screw and has a push rod formed in the upper portion to push the cartridge while protruding into the push rod entrance hole and the cartridge lead hole of the cartridge filling unit; And a first movement detecting sensor installed on the one side support plate and reacting with the moving member to recognize an origin of the moving member.

In addition, the doll vending machine operating system that prints photographs using the interface according to an embodiment of the present invention further includes a decoration shipping machine, the decoration shipping machine, each of the plurality of decoration accommodation compartments are formed in the X, Y direction The main body is accommodated in the decoration that can be combined with the face molding, the discharge port is formed in the lower portion capable of discharging the decoration of the decoration accommodation compartment by the discharge means; And a shipping operation screen for discharging the decoration by selecting the decoration container by the touch screen method, wherein the decoration and the face molding are combined with any one of double-sided tape adhesive, bond adhesive, magnetic adhesive, sliding coupling, and fitting coupling. By coupling.

As described above, in a doll vending machine operating system in which photographic objects are printed using the interface of the present invention, when a user manipulates the size, tilt and position of a photograph through an operation unit, a recognition signal for the operation is transmitted to the interface. Automated system by sending relevant commands to a computer to allow the printer to print at the correct position, reflecting the size, tilt and position of the photo manipulated by the user, and also enabling accurate driving of the first and second transfer devices. According to the vending machine is very convenient to use, the precision can be further improved.

1 is a block diagram illustrating a doll vending machine operating system in which a photograph is printed using an interface according to an embodiment of the present invention.

Figure 2 is a front view for explaining the doll vending machine of the doll vending machine operating system is printed photographic image using the interface according to an embodiment of the present invention.

Figure 3 is a plan view for explaining the doll vending machine of the doll vending machine operating system is printed photographic image using the interface according to an embodiment of the present invention.

Figure 4 is a view for explaining the cartridge charging unit of the doll vending machine operating system is printed photographs using the interface according to an embodiment of the present invention.

5 is a view for explaining a first transfer unit of the doll vending machine operating system is printed photographic image using the interface according to an embodiment of the present invention.

Figure 6 is a view for explaining a printing unit of the doll vending machine operating system is printed photographs using the interface according to an embodiment of the present invention.

Figure 7 is a view for explaining the printing holder of the doll vending machine operating system is printed photographs using the interface according to an embodiment of the present invention.

8 is a view for explaining a printing holder of the doll vending machine operating system is printed photographic image using the interface according to another embodiment of the present invention.

9 is a view for explaining a doll vending machine operating system is printed photographic image using the interface according to another embodiment of the present invention.

10 is a schematic illustration of a cartridge obtained by a doll vending machine operating system in which photographic images are printed using an interface according to an embodiment of the present invention.

Figure 11 is a state of use of the face moldings obtained by the doll vending machine operating system is printed photographic material using the interface according to an embodiment of the present invention.

The terms or words used in this specification and claims are not to be construed as limiting in their usual or dictionary meanings, and the inventors may appropriately define the concept of terms in order to best explain their invention in the best way possible. It should be interpreted as meaning and concept corresponding to the technical idea of the present invention based on the principle that the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical idea of the present invention, which can be replaced at the time of the present application It should be understood that there may be various equivalents and variations.

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

1 to 3 are block diagrams, a front view, and a plan view for explaining a doll vending machine operating system in which a photograph is printed using an interface according to an embodiment of the present invention.

As shown in Figs. 1 to 3, the doll vending machine operating system for printing photographs using the interface of the present invention includes a computer 100, an interface 200, a money input unit 300, an operation unit 400, The cartridge charging unit 500, the first transfer unit 600, the printing unit 700, and the cartridge collecting unit 900 may be included.

In one embodiment, the computer 100 operates the money input unit 300, the operation unit 400, the cartridge charging unit 500, the first transfer unit 600, the second transfer unit 710, and the printer 800. It can be controlled, for this purpose, the computer 100 has a program for the operation of the doll vending machine is built.

In addition, the computer 100 may include a display 110 capable of outputting a screen according to adjustment of a size, tilt, and position of a picture.

In addition, the computer 100 may include a photo storage means 120 to enable the storage of pictures.

At this time, the photo storage means 120 is not limited, but applicable to a variety of embodiments, the embodiment first connects a web camera or a general digital camera with the computer 100, taking a picture and the computer 100 Can be stored.

In addition, by connecting the SD card or USB memory in which the picture is stored in advance with the computer 100, the picture may be transferred to the computer 100 and stored.

In addition, the mobile phone in which the picture is stored in advance may communicate with the computer 100 through Wi-Fi or Bluetooth or wired or wireless communication to transmit the picture to the computer 100.

The interface 200 is configured to exchange signals with the computer 100, and includes a money input unit 300, an operation unit 400, a cartridge charging unit 500, a first transfer unit 600, and a second transfer unit ( The signal of 710 may be converted into a command of a program of the computer 100 to perform a function of relaying transmission and reception with the computer 100.

The money input unit 300 is configured to input money by a user to use a doll vending machine, and may be configured to enable a combined use of coins or bills.

At this time, the money input unit 300, the money recognition unit 310 is configured to enable the recognition of the money (coins, banknotes) is input, the money recognition unit 310 recognizes the input money and the recognized signal ( The analog signal is converted into a computer command (digital signal) in the interface 200 and transmitted to the computer 100. In this case, the computer 100 may operate a program to start the operation of the doll vending machine.

The manipulation unit 400 may be connected to the computer 100 through an interface 200 to exchange signals with the computer 100. In one embodiment, the user can manipulate the operation unit 400 to adjust the size, tilt and position suitable for viewing and outputting the picture stored in the picture storage means 120 through the display 110 of the computer 100 have.

In addition, the user can manipulate the operation unit 400 to start the operation of the doll vending machine in the state in which the adjustment of the photo is completed as described above.

In one embodiment, the cartridge charging unit 500 may be filled with a cartridge 10 that is equipped with a face molding 20 capable of printing a photo. In addition, the cartridge charging unit 500 may be positioned at an upper portion by the support of the support housing 510.

In one embodiment, the cartridge charging unit 500 may be formed of a transparent material. In addition, the inside is formed in the form of a hollow hollow cylinder, the cartridge 10 may be laminated therein. In addition, the lower side of the cartridge charging unit 500 (left, right longitudinal direction of the doll vending machine, hereinafter may be referred to as the 'second direction') so that the pusher 642 of the first transfer unit 600 can enter A cartridge lead-out hole 530 may be formed to enable the push-out entry hole 520 and the stacked cartridge 10 of the lowest layer to be taken out.

Referring to FIG. 4, the cartridge 10 filled in the cartridge charging unit 500 is configured such that the

locking grooves

11 and 11 are recessed at both sides in the width direction (hereinafter referred to as a 'first direction'). The face molding 20 may be mounted on an upper portion thereof.

The first transfer unit 600 is formed on one side (left side in FIG. 3) of the cartridge charging unit 500 to receive the program signal of the computer 100 through the interface 200 and is charged in the cartridge charging unit 500. The cartridge 10 of the lowest layer can be taken out and transported.

Referring to FIG. 5, the first transfer part 600 may first include a pair of

support plates

610 and 610 ′ vertically spaced apart from left and right.

In addition, a screw 620 having a screw thread may be arranged on the upper sides of both

support plates

610 and 610 ′.

In one embodiment, the support plate 610 on one side may be provided with a forward and backward driven first stepping motor 650 to control the rotation of the screw 620, the first stepping motor 650 is a screw 620 ) And belt pulley can be driven.

In an exemplary embodiment, the first stepping motor 650 may include a first motor drive 651 connected to the interface 200 to receive a program signal of the computer 100 through the interface 200. The motor 650 may be driven.

In addition, the screw 620 may be fastened to a movable member 640 which is movable when the screw 620 rotates.

At this time, the upper portion of the movable member 640 may be provided with a push rod 642. The rod 642 may enter the rod entrance hole 520 of the cartridge charging unit 500 to perform a function of discharging and transferring the cartridge 10 from the cartridge charging unit 500.

In one embodiment, the support plate 610 on one side may be provided with a first movement sensor 660. The first movement detecting sensor 660 is formed to be opposed to the moving member 640 so that the moving member 640 can recognize the origin when the contact reaction occurs, and the recognized origin is a computer through the interface 200. May be sent to 100.

In one embodiment, when the first stepping motor 650 is operated in a predetermined manner and the extraction of the cartridge 10 is completed, the first stepping motor 650 is automatically rotated in the reverse direction so that the moving member 640 is returned. can do. When the moving member 640 reacts with the first movement sensor 660 in the process of returning, the signal of the first movement sensor 660 may be transmitted to the computer 100 through the interface 200. Accordingly, the interface 200 may operate the second transfer unit 710 while stopping the operation of the first transfer unit 600.

The printing unit 700 may transfer the cartridge 10 drawn out by the first transfer unit 600 in the width direction (first direction), and performs photo printing on the face molding 20 in this process. can do.

Referring to FIG. 6, the printing unit 700 may include a second transfer unit 710 and a printer 800.

In one embodiment, the second transfer unit 710 and the printer 800 may be formed of one unit.

In another embodiment, the second transfer unit 710 and the printer 800 may be separated and implemented separately. Accordingly, by replacing only the printer 800, for example, the printer head 810 or the control means (not shown) and the power supply means (not shown), etc., except for the second transfer part 710, maintenance costs of the equipment. Can be significantly reduced.

In one embodiment, the second transfer unit 710 may be disposed on the other side (right side in the drawing, the second direction) of the cartridge charging unit 500. The second transfer unit 710 may receive the cartridge 10 transferred by the first transfer unit 600. The second transfer unit 710 may receive the program signal of the computer 100 through the interface 200 to move the cartridge 10 forward or backward in the width direction (first direction) of the doll vending machine.

In one embodiment, the second transfer unit 710 may include a printing holder 720 for taking over and fixing the cartridge 10 drawn out by the operation of the first transfer unit 600.

Referring to FIG. 6, the printing holder 720 includes a holder plate 721 in the form of a plate, and the upper portion of the holder plate 721 is placed in the upper direction before and after the width direction (first direction). Pairs of sidewalls 722 and 722 'may be included.

In one embodiment, each of the side walls (722, 722 '), the elastic member 723 (so as to be elastically fixed to both sides of the engaging grooves 11, 11' of the cartridge 10 on the opposite surface between each other ( 723 'may be provided respectively. In this case, the elastic members 723 and 723 'are not limited thereto and may be variously implemented.

Referring to FIG. 7, the

elastic members

723 and 723 ′ may be embodied as plate-shaped

elastic pieces

723a and 723a ′ having elasticity. In this case, each of the

elastic pieces

723a and 723a 'may form a convex protruding plate shape while forming a curved curvature so as to face opposite sides of the sidewalls 722 and 722', and the sidewalls 722 and 722 '. ), One end may be fixed to the side walls 722 and 722 ', and the other end may be configured to allow free flow.

Accordingly, the

elastic pieces

723a and 723a 'are compressed by elasticity when the cartridge 10 enters between the side walls 722 and 722', and the

elastic pieces

723a and 723a 'are cartridges. When the locking grooves 11 and 11 'of the 10 are positioned, they are fixed to the locking grooves 11 and 11' by elasticity.

Referring to FIG. 8, the

elastic members

723 and 723 ′ may be implemented as locking

protrusions

723b and 723b ′ protruding from opposite surfaces of the

side walls

722 and 722 ′. At this time, guide plates 724 and 724 'which are opposed to the side walls 722 and 722' are formed at the rear ends of each of the

protrusions

723b and 723b ', respectively, and the

guide plates

724 and 724'. ) And the spring 725 is coalesced between the

sidewalls

722 and 722 ′, and the spring 725 may enable elastic operation of the

protrusions

723b and 723b '. Meanwhile, the locking

protrusions

723b and 723b 'may form a hemispherical shape.

Accordingly, when the cartridge 10 enters between the guide plates 724 and 724 ', the locking

portions

723b and 723b' are compressed by the springs 725 and the locking

portions

723b and 723b '. Is positioned in the locking

grooves

11 and 11 ′ of the cartridge 10, and may be fixed to the locking

grooves

11 and 11 ′ by restoring elasticity of the spring 725.

Referring to FIG. 6, a plate-shaped moving plate 730 on which the printing holder 720 is installed may be included in the second transfer part 710 to allow the printing holder 720 to move forward and backward in the width direction. In this case, the printing holder 720 may be installed to be spaced apart from the moving plate 730 through a plurality of struts 735 vertically placed into the upper portion of the moving plate 730, and the front and rear sensing units respectively at the front and rear ends thereof. 731 and 732 may be provided.

In one embodiment, the moving plate 730 may include a moving intermittent roll unit 740 that enables the transfer of the moving plate 730 before and after. In one embodiment, the moving interruption roll unit 740 may include a moving plate feed roller 741 disposed above the moving plate 730 in a direction perpendicular to the moving direction of the moving plate 730. Here, the moving plate feed roller 741 is configured in the form of a rubber roll is interviewed on the upper portion of the moving plate 730 can move the moving plate 730 by rotational friction during rotation.

In one embodiment, the moving interruption roll unit 740 may include a support roller 742 provided below the moving plate 730 facing the moving plate feed roller 741. Here, the support roller 742 is configured in the form of a rubber roll to impart a predetermined pressing force to the movable plate 730 together with the movable plate feed roller 741 and the movable plate 730 is rubbed when the movable plate 730 moves. I can guide you.

In one embodiment, the moving plate feed roller 741 may be coupled to the forward and backward driving stepping motor 750 to control the rotation of the moving plate feed roller 741. In this case, the second stepping motor 750 includes a second motor drive 751 connected to the interface 200 to receive the program signal of the computer 100 through the interface 200 and to receive the second stepping motor 750. Can be driven.

In one embodiment, each of the front and rear of the moving plate 730 may be provided with a guide roller 760 for guiding forward or backward in the first direction of the moving plate 730. In this case, the guide roller 760 may be formed in a horizontal roller shape, it may be arranged to be spaced apart from the top to the top.

In one embodiment, the printer 800 may be disposed behind the second transfer unit 710. In one embodiment, the printer 800 may include a printer die 820, and the front and

rear sensing units

731 and 732 of the moving plate 730 at the front and rear ends of the printer die 820. And second and third

movement detection sensors

811 and 812 that exchange signals with the computer 100 through the interface 200.

In an embodiment, the printer head 810 may be provided at a position spaced apart from the upper portion of the printer die 820 to print a photo on the face molding 20.

In one embodiment, the ink jetted through the printhead 810 may be oily ink. In another embodiment, the ink jetted through the printhead 810 may be water based ink. When oil-based ink is ejected from a general print head, the life of the print head 810 may be significantly shortened. Therefore, it is advantageous to extend the life of the print head to allow the aqueous ink to be injected through the print head 810. However, depending on the material of the face molding 20 provided in the cartridge 10, there may be a problem that the water-based ink is not smoothly printed on the three-dimensional object or a bleeding phenomenon occurs after printing. According to one embodiment of the present invention, a primer may be formed on the upper surface of the face molding 20 or the cartridge 10 including the face molding 20, and then printing may be performed using an aqueous ink. And, if necessary, at least one of a drying process and a coating liquid spraying process may be further performed.

In one embodiment, the cartridge collecting unit 900 is installed on the longitudinal side of the second transfer unit 710 to perform the function of collecting the cartridge 10 discharged by the operation of the first transfer unit 600. It may be, and the upper portion may be made in the form of an open enclosure.

Referring to FIG. 9, in the doll vending machine operating system in which the photographic image is printed using the interface of the present invention, the ornament 1000 which stores various ornaments 30 for combining and using the printed face molding 20 is stored. May be included.

In one embodiment, the ornament delivery 1000 may include a body 1100, ornament accommodation compartment 1110, 1110 ', outlet 1120 and the discharge means 1130 and the like.

In one embodiment, the main body 1100 is made of a glass material can be viewed from the inside of the inside, there are a plurality of decoration compartments 1110, 1110 'set the number in the X, Y direction therein partition A decoration 30 may be formed to accommodate the face molding 20, and a discharge port 1120 may be formed at a lower portion thereof to separate the

decoration accommodation compartments

1110 and 1110 ′ by a separate discharge means 1130. The decoration 30 may be discharged.

In this case, the discharge means 1130 is not newly implemented, but may be variously applied, such as a conventional push rod method or tongs method.

In addition, the delivery of the ornament 1000 may further include a touch screen delivery operation operation screen 1200 to enable selection and discharge of the ornament 30.

Hereinafter, with reference to the accompanying drawings, the operation of the doll vending machine operating system that prints photographs using the interface of the present invention having the configuration as described above will be described in detail.

1 to 8, the operation state of the doll vending machine operating system is printed photographed using the interface according to an embodiment of the present invention,

First, when the money for using the doll vending machine is paid through the money input unit 300, the money recognition unit 310 recognizes the money to be input and the recognized signal (analog signal) to the computer at the interface 200 The command is converted into a digital signal and transmitted to the computer 100. In this case, the computer 100 may operate a program to start the operation of the doll vending machine.

Thereafter, the user may store the picture, which may be stored in the computer 100 using the above-described various methods using the picture storage unit 120.

Thereafter, the user may input a command for adjusting the size, tilt, and position of the stored picture through the manipulation unit 400. Accordingly, the operation unit 400 adjusts the size, position, and the like of the picture.

Thereafter, the user may input a job start command through the operation unit 400. Accordingly, the operation unit 400 transmits a signal (analog signal) indicating the operation of the doll vending machine to the interface 200, and converts the signal into a computer command (digital signal) at the interface 200 and transmits the signal to the computer 100. In this case, in the computer 100, a program may be operated to drive a doll vending machine.

Subsequently, the first transfer unit 600 receives the signal of the computer 100 through the interface 200 with the start of the operation of the doll vending machine, and thus the moving member 640 by the predetermined operation of the first stepping motor 650. ) To move the pusher 642 into the pusher entry hole 520 to push the cartridge 10 located at the bottom layer of the cartridges 10 stacked on the cartridge charging part 500 to the cartridge lead-out hole 530. The discharge may be turned over to the second transfer unit 710.

Subsequently, when the withdrawal of the cartridge 10 is completed by a predetermined operation of the first stepping motor 650, the first stepping motor 650 is automatically rotated in the reverse direction so that the moving member 640 is returned. In response to the first movement detecting sensor 660 in the process of returning 640, the signal of the first movement detecting sensor 660 is transmitted to the computer 100 through the interface 200 and the first conveying unit 600 of the first conveying unit 600. The operation is stopped and the second transfer unit 710 is operated.

Subsequently, the second transfer unit 710 receives the signal from the computer 100 through the interface 200, while the moving plate feed roller 741 is driven by the predetermined operation of the second stepping motor 750. The moving plate 730 is moved backward by friction with the lower support roller 742, and the rear sensing unit 731 formed at the front end of the moving plate 730 in the process of moving the printer die 820 Reacts with the second movement detection sensor 811 formed at the tip, and thus the signal of the second movement detection sensor 811 is transmitted to the computer 100 through the interface 200 and the movement of the movable plate 730. At this time, the face molding 20 is located exactly at the bottom of the print head (810).

Thereafter, the computer 100 controls the operation of the printer 800 so that the printer head 810 can print a photo on the surface of the face molding 20 through a predetermined movement as in a normal printing method. do.

Subsequently, when printing is completed, the signal is transmitted to the computer 100 again. Accordingly, the computer 100 drives the second stepping motor 750 of the second transfer unit 710 through the interface 200 to move the moving plate. 730 is moved forward, and the moving plate 730 interfaces with the signal when the front sensing unit 732 formed at the front end reacts with the third movement sensor 812 of the printer die 820. The transmission to the computer 100 through the 200 and the computer 100 stops the movement of the moving plate 730 based on the signal.

In this case, the movement of the moving plate 730 is stopped may be in a state similar to a state in which the cartridge 10 drawn out through the first transfer part 600 is coupled to the printing holder 720.

Thereafter, the computer 100 controls the first stepping motor 650 through the interface 200, where the first stepping motor 650 moves and pushes the moving member 640 as described above. Another cartridge 10 is drawn out through 642, and the cartridge 10 withdraws the cartridge 10 from the printing holder 720 by releasing the elastic fixing force by pushing the cartridge 10 mounted on the printing holder 720. By being collected while moving in the direction of rejection 900, it is possible to obtain a cartridge 10 in which a photograph is printed on the face molding 20 as illustrated in FIG. 10.

Referring to FIG. 9, the ornament 30 desired by the user is withdrawn from the ornament delivery 1000, which is the number of the

ornament accommodation boxes

1110 and 1110 ′ on the X and Y sides of the shipment operation screen 1200. When the input is made, it is possible to discharge the ornament 30 corresponding to the decorative ornaments 1110 and 1110 'inputted through the discharge means 1130.

Subsequently, the discharged ornament 30 may be combined with the face molding 20 on which the photograph is printed with reference to FIG. 11 to complete one ornament 30, wherein the ornament 30 and the face molding 20 Coupling is not shown in the figure, but may be of any one of the double-sided tape adhesive method, bond adhesive method, magnetic adhesive method, sliding coupling method, fitting coupling method.

Thus, the ornament 30 is to be able to combine the face molding 20 is printed his face photograph, it is possible to obtain a decoration printed his face.

The doll vending machine operating system that prints photographs using an interface according to an embodiment of the present invention is installed in an outdoor or building with a large number of floating populations, and sells goods and services unattended. It can be used in the field.

Claims

A computer having a picture storage means for storing a picture, wherein a program for overall operation of the vending machine is built to control the vending machine according to the program;

An interface connected with the computer to relay the overall operation;

A plurality of cartridges having engaging grooves formed on both sides of the first direction and having face moldings stacked on the upper sides thereof, and cartridge charging units having push rod entrance holes and cartridge withdrawal holes on both sides of the lower second directions;

A first transfer unit which operates through an interface according to the program and is formed at one side of the cartridge filling unit to intercept the withdrawal of the cartridge through the cartridge outlet hole and transfer of the cartridge in the second direction;

A printing unit for advancing or retracting the cartridge in the first direction and printing a photograph on the face molding 20; And

And a collecting unit collecting the cartridge discharged to the outside of the printing unit by the operation of the first transfer unit.

The printing unit,

A second transfer unit which operates through the interface according to the program and is formed on the other side of the cartridge charging unit to control forward or backward movement of the cartridge withdrawn from the cartridge charging unit in the first direction; And

A printer die positioned in the first direction of the second transfer part and having second and third movement sensing sensors formed at front and rear ends thereof, and a printer head spaced above the printer die, according to the program. A printer for printing a photo on the face molding,

The second transfer unit,

A printing holder which takes over the cartridge by the operation of the first transfer unit and fixes the cartridge; And

The printing holder is mounted, the front and rear sensing unit is formed at the front end and the rear end to react with the second and third movement detection sensor of the printer die, respectively, the moving plate for projecting the printing holder between the printer die and the print head; Including,

The printing holder,

Holder plate;

A pair of side walls protruding upwards before and after the first direction of the holder plate; And

It is formed on the opposite surface of each of the side walls includes a resilient member that is elastically coupled to both side engaging grooves of the cartridge,

The elastic member,

Protruding to the opposite surface of the side wall and the rear is composed of a locking projection formed with a guide plate opposed to the side wall,

A doll vending machine operating system in which photographic objects are printed using an interface, wherein the rear end of the guide plate is spring-loaded on each of the side walls.
The method of claim 1,

A control unit for exchanging a signal with a computer through the interface, adjusting a size, tilt, and position of a picture stored in the picture storage means by receiving a user's command, and controlling an operation of the vending machine;

When a job start command is applied from the operation unit, the program is executed in the computer to transfer and print the cartridges while exchanging signals with the interface, the first transfer unit, the second transfer unit, and the printer. Doll vending machine operating system that prints photographs using the interface.
The method of claim 1,

The second transfer unit,

A moving plate feed roller which is interviewed on the moving plate in a direction perpendicular to the moving direction of the moving plate to move the moving plate forward or backward in the first direction by a frictional force, and a bottom surface of the moving plate against the moving plate conveying roller. A moving interruption roll unit including a support roller which is rubbed on and interviewed with the support roller;

A second stepping motor including a second motor drive operating according to the interface signal for interlocking forward and reverse rotation of the moving plate feed roller; And

And a guide roller for interviewing the moving plate and guiding the movement of the moving plate.
The method of claim 1,

The first transfer unit,

A pair of support plates vertically spaced apart along the second direction;

Screws arranged on both sides of the support plate;

A first stepping motor installed on one side of the support plate, the first stepping motor having a first motor drive connected to the screw and the belt pulley and operating according to an interface signal for intermittent forward rotation of the screw;

A moving member which is inserted into the screw and has a push rod formed in the upper portion to push the cartridge while protruding into the push rod entrance hole and the cartridge lead hole of the cartridge filling unit; And

Is installed on the one side of the support plate, the doll vending machine operating system that prints a photographic object using the interface, characterized in that it comprises a first movement sensor for reacting with the moving member to recognize the origin of the moving member.
The method of claim 1,

Further comprising a decoration shipping machine, the decoration shipping machine,

A main body which is formed with a plurality of decorative accommodation compartments in X and Y directions, each of which includes a decoration which can be combined with the face molding, and has a discharge port formed at a lower portion thereof to discharge the decoration of the decorative accommodation compartment by a discharge means; And

It includes a shipping operation screen for discharging the decoration by selecting the decoration compartment by the touch screen method,

The combination of the decoration and the face molding,

A doll vending machine operating system in which photographic images are printed using an interface, characterized in that they are configured to be combined by any one of double-sided tape bonding, bond bonding, magnet bonding, sliding bonding, and fitting bonding.