KR20060019238A - Ticket dispenser - Google Patents

Abstract

The present invention relates to a gift certificate (banknote) and a ticket ejector, and relates to a gift certificate ejector for automatically ejecting tickets, such as banknotes, gift certificates, gift certificates, lottery tickets, cards, train tickets, bus tickets, train tickets one by one from the bundle will be.

The present invention and the main body provided with a predetermined receiving space; A motor installed in the main body to generate power at a predetermined rotation speed; A timing belt which is rotated by the power of the motor; the blotting paper attached to the surface of the timing belt to rub and push the gift certificate at the bottom of the bundle of gift certificates stored in the main body; A filtration silicone and a reversing wheel to prevent the top vouchers that should not be ejected; A pin positioned between the reverse rotation wheel and the lower roller to prevent the gift certificate from being wrinkled or wound on the reverse rotation wheel; An upper discharge wheel and a lower discharge wheel for completely discharging the pushed-out gift certificate; A sensor for detecting the number of coupons discharged; An empty sensor for detecting that there is no gift certificate because the stored gift certificate is completely discharged; A barrier to block between the gift certificate and the reversing wheel; A pusher for pressing the stacked gift certificates from above to strengthen the friction of the blotter silicon; A pedestal centered to contact the blotting paper attached to the timing belt and the gift certificate to be discharged; An inclination pedestal inclined at a predetermined angle to store the bundles of gift certificates at an angle to widen the space between the gift certificates so that the gift certificates are easily taken out one by one; If the width of the gift certificate is different, it is configured to include a guard panel for controlling it characterized in that it is discharged by one piece of the gift certificate received in the main body.

Gift certificate, ticket, lottery ticket, ejector, divider

Description

Gift Voucher and Ticket Dispenser {Ticket Dispenser}

    1 is a schematic perspective view showing a gift certificate dispenser according to the prior art

    2 is a schematic cross-sectional view showing the gift certificate dispenser of FIG.

    3 is a schematic cross-sectional view showing a gift certificate (banknote) and a ticket ejector according to the present invention.

4 is a schematic front view showing the gift certificate (banknote) and ticket ejector of FIG.

    <Explanation of symbols for the main parts of the drawings>

     A: Body K: Push

     B: Motor L: Pin

     C: Timing Belt M: Inclined Pedestal

     D: blotting paper N: pedestal

     E: Filtration Silicone O: Secondary Roller

     F: Reverse wheel P: Outlet

     G: Upper Discharge Wheel Q: Gift Certificate

     H: Lower discharge wheel R: Guard panel

     I: Sensor S: Marking Pen

     J: barrier

 The present invention relates to a gift certificate (banknote) and a ticket ejector, and relates to a gift certificate (banknote) and a ticket ejector for storing tickets such as gift certificates, banknotes, prize tickets, lottery tickets, bus tickets and the like, so that they can be ejected smoothly and exactly one by one.

Nowadays, ticket dispenser is able to automatically sell and sell as many times as the customer wants on the fly, and furthermore, it is possible to check through the indicator from the outside without counting the number of tickets sold and left.

As an example, looking at the conventional hopper device which is a kind of ticket dispenser disclosed in Utility Model Registration No. 20-0278027 filed March 8, 2002, the hopper device 1 is a constant, as shown in FIG. A body 2 having a receiving space; A flat plate 3 defining an upper and lower receiving space of the body; A motor 4 provided in the lower portion of the plate; A reducer 6 which lowers the output rotational speed of the motor to a predetermined rotational speed through the plurality of gears 5; A discharge roller 7 connected to the reducer and rotating at a constant speed in an upper portion of the flat plate 3; It is arranged to face the discharge roller consists of a rear support plate (8) for supporting a large number of obliquely stacked gift certificates.

Here, the front portion of the body (2) is a ticket of a certain size so that only the gift certificate on the upper side of the large number of gift certificates stacked on the rear support plate 8 can be discharged out one by one through the discharge roller (7) An outlet 9 is provided. Further, a through hole 10 having a predetermined size is formed on a side wall of the body 2 facing the axis of the discharge roller 7, and a protrusion bar 11 at one side of the rear support plate 8 corresponding to the through hole. ) Is formed.

Accordingly, when the protruding bar 11 of the rear support plate 8 is pulled backward, a space is formed between the discharge roller 7 and the rear support plate 8 so that a certain amount of gift certificate 12 is placed on the front surface of the rear support plate.

) Can be loaded.

In addition, a through hole 3a is formed in a portion of the flat plate 3 adjacent to the outlet 9.

The light emitting part 13 is provided in the upper part, and the light receiving part 14 is provided in the lower part centering on this through-hole, and this light emitting part and the light receiving part are connected with the indicator (not shown) which shows the number of gift certificates (not shown). Electrical connection).

Accordingly, when the gift certificate is passed out through the outlet 9 from the rear support plate 8, the light irradiated from the light emitting portion 13 to the light receiving portion 14 is temporarily blocked and then transmitted again. The microcomputer detects such a cracking phenomenon and calculates how many vouchers have passed through the outlet 9 and can be displayed on the indicator.

The upper end portion of the rear support plate 8 is hingedly connected to the rear side wall portion 2 'of the body 2 through the support rod 15, and the lower end portion is freely swingable, and the rear support plate 8 Two springs 16 are connected between the rear surface of the crankcase and the side wall portion 2 'of the body 2, and two buffer plates 17 are fixed at a predetermined interval on the front surface thereof.                         

Accordingly, even if one of the gift certificates located on the uppermost of the gift certificates stacked on the two buffer plates 17 of the rear support plate 8 is pulled out one by one, the discharge roller 7 is pressed by the spring 16. And a gap does not occur between the gift certificates 12.

Furthermore, one side of the rear support plate 8 is provided with a side restraint plate 8 to enable lateral alignment of the gift certificate, and a spring 16 'is provided between the side restraint plate and the body 2. The side preventive plate 18 is slidably connected along the rotation shaft 7 'of the discharge roller 7.

Accordingly, the gift certificate can be slidably moved along the rotation shaft 7 'of the discharge roller 7 in a state in which the side preventive plate 18 receives the elasticity of the spring 16', thereby naturally being prevented by the side preventive plate 18. Can be aligned laterally.

Referring to FIGS. 1 and 2, a process in which a ticket such as a gift certificate is doubled out through a conventional hopper device configured as described above is as follows.

 First, the projection bar 11 exposed to the outside through the through hole 10 of the body 2 is pulled backward, a certain number of spaces in the space formed between the buffer plate 17 and the discharge roller 7 of the rear support plate (8) The gift certificate (12) is loaded. At this time, the gift certificate is correctly aligned not only between the rear support plate 8 and the buffer plate 17, but also between the side preventive plate 18 and the opposite side wall portion of the body 2.

 Then, the output rotational speed of the motor is lowered through the speed reducer 6 that operates the motor 4 so that only the uppermost gift certificates stacked among the discharge rollers are discharged through the outlet 9 by the frictional force. .

 At this time, the gap caused by the exit of the upper gift certificate is eliminated by the spring 16 provided between the rear support plate 8 and the side wall portion of the body 2 so that the uppermost gift certificate is in close contact with the discharge roller. .

In addition, the number of the gift certificates 12 exiting through the outlet is counted by the microcomputer receiving a signal transmitted from the light receiving unit 14 disposed adjacent to the outlet 9 and displayed on the indicator.

 However, the existing voucher ejectors have a structure in which the vouchers are discharged only by the discharge roller while the vouchers are placed in a certain space between the buffer plate of the rear support plate and the discharge roller. Therefore, when the vouchers are pulled by the discharge roller, multiple vouchers are discharged at once. There was a problem.

In addition, since the discharge roller has an outer circumferential portion, when the coupons stacked on the buffer plate of the rear support plate are pulled by the discharge roller, slipping occurs between the circumferential surface of the discharge roller and the upper surface of the coupon, resulting in misalignment of the coupons. If the surface is wrinkled, there was a problem that the discharge of the gift certificate can not be made properly.

 Accordingly, the present invention has been made to solve the above-mentioned problems, the object is to be discharged one by one when tickets, such as gift certificates, are discharged through the outlet.

 Another object of the present invention is to allow a ticket, such as a gift certificate, to be discharged smoothly through the outlet in a properly aligned state without slipping in the discharge process.

 Still another object of the present invention is to allow tickets to be discharged one by one through the outlet even when the thickness of the ticket such as a gift certificate is different.

 Another object of the present invention is to be able to accurately grasp the number of vouchers (tickets) discharged.

Still another object of the present invention is to discharge all the gift certificates accommodated in the gift certificate receiving space even when the types of gift certificates are different in width and length.

  In order to achieve the above object, the present invention and the body is provided with a predetermined receiving space; A motor installed in the accommodation space of the main body to generate power at a predetermined rotation speed; A timing belt rotated at a predetermined rotational speed by the power generated from the motor; A blotting paper attached to the surface of the timing belt to frictionally push out the gift certificate at the bottom of the bundle of gift certificates stored in the main body; A filtration silicone and a reversing wheel to prevent the top vouchers that should not be ejected; A pin positioned between the reverse rotation wheel and the lower discharge wheel to prevent the gift certificate from being crumpled or wound around the reverse rotation wheel; An upper discharge wheel and a lower discharge wheel for completely discharging the pushed-out gift certificate; A sensor for detecting the number of coupons discharged; An empty sensor for detecting that there is no gift certificate because the stored gift certificate is completely discharged; A barrier to block between the gift certificate and the reversing wheel;

A pusher for pressing the stacked gift certificates from above to strengthen the friction of the blotter silicon; A pedestal centered to contact the blotting paper attached to the timing belt and the gift certificate to be discharged; An inclination pedestal inclined at a predetermined angle to store the bundles of gift certificates at an angle to widen the space between the gift certificates so that the gift certificates are easily taken out one by one; If the width of the gift certificate is different, it is configured to include a guard panel for controlling it characterized in that it is discharged by one piece of the gift certificate received in the main body.

Hereinafter, described in detail by the accompanying drawings as follows.

3 is a schematic side view showing a gift certificate (banknote) and a ticket ejector according to the present invention.

4 is

Hereinafter, an embodiment of the present invention will be described with reference to FIGS. 3 to 4.

Gift certificate (banknote) and ticket ejector of the present invention, as shown in Figures 3 to 4,

A main body A provided with a predetermined accommodation space; A motor B installed in the accommodation space of the main body to generate power at a predetermined rotation speed; A timing belt (C) rotated at a predetermined rotational speed by the power generated from the motor; A blotting silicon (D) attached to the surface of the timing belt to frictionally push out the gift certificate at the bottom of the bundle of gift certificates stored in the main body; A filtration silicone (E) and a reversing wheel (F) to prevent the upper gift certificates from being pushed out; A pin (L) positioned between the reverse rotation wheel and the lower discharge wheel (H) to prevent the gift certificate from being crumpled or wound on the reverse rotation wheel; An upper discharge wheel G and a lower discharge wheel H for completely discharging the pushed-out gift certificate; Sensor (I) for detecting the number of coupons discharged; An empty sensor (not shown) which detects that there is no gift certificate because the stored gift certificate is completely discharged; A barrier (J) for blocking between the gift certificate (Q) and the reverse rotation wheel; A pusher K for pressing the laminated gift certificates from above to strengthen the friction of the blotter silicon; An inclination pedestal (M) inclined at a predetermined angle to store the bundles of gift certificates inclined to widen the interval between the gift certificates so that the gift certificates are easily taken out one by one; Guard panel (R) for adjusting the interval according to the width of the gift certificate; An auxiliary roller (O) for inducing friction between the gift certificate and the blotter silicon; An outlet P through which the gift certificate is discharged; A marking pen (S) attached directly to the outlet and marking directly on the voucher discharged; It is comprised including the base N in which a gift certificate is put.

Here, the motor B, the sensor I, and the empty sensor (not shown) are connected with a microcomputer (not shown) which manages the discharge of the gift certificates so that the gift certificates are automatically discharged when necessary.

The main body (A) is in the form of a rectangular parallelepiped, so that the gift certificate can be stored, and the upper part of the pedestal (N) is disposed so that the reverse rotation wheel (F) and the gift certificate (Q) do not meet by the blocking film (J). Are separated.

 A bundle of gift certificates is placed on the pedestal N and the inclined pedestal M connected to the end of the pedestal. Here, the inclination pedestal (M) is inclined at a predetermined angle so that the gift certificate is deposited inclined in the direction of the outlet, so that even if the remaining amount of the gift certificate is small, it is easy to discharge the gift certificate to the last sheet.

The gift certificate (Q) is in contact with the blocking film (J) and the filtration silicon (E) attached to the bottom of the blocking film, the lower filtration silicon (E) is bent under the wheel shaft of the reverse rotation wheel (F), ) Gift certificates (Q) are piled up in the form of an oblique line in which the lower gift certificates further advanced in the discharge direction due to the inclined slope pedestal (M) and the filtration silicon (E) bent in the discharge direction. This is to prevent the phenomenon that two or more sheets are overlapped when a gift certificate is discharged by opening the gap between the gift certificates.

When the motor B is driven, the timing belt C is connected to the auxiliary roller O and the lower discharge wheel H by a pulley to rotate in the discharge direction. At this time, the pedestal N has a shape in which a center thereof is formed as long as the width of the timing belt, so that the blotting paper D attached to the timing belt C comes into contact with the gift certificate at the bottom (the pedestal side).

 The gift certificate in contact with the blotter silicon D is slidably moved toward the outlet by the frictional force. At this time, the upper part of the bundle of gift certificates pushes the gift certificate to increase the friction between the gift certificate and the blotting paper (D) cone. The presser (K) is in the form of a wheel with a central rod inserted into the grooves drilled on both sides of the main body, and as the bundle of gift certificates decreases, it naturally comes down and presses the gift certificate (K). The blotting silicon (D) also rotates in direct contact with the filtration silicon (E), thereby preventing the upper voucher from following if multiple vouchers are pushed out.

The lower discharge wheel H connected to the timing belt C is covered with an O-ring made of silicon, and is fixed to the main body by a shaft and a bearing. The upper discharge wheel (G) is fixed to the main body by the shaft and the bearing, and in direct contact with the lower discharge wheel (H) rotates in the opposite direction of the lower discharge wheel (H). In addition, the upper discharge wheel (G) rotates the reverse rotation wheel (F) in the opposite direction while contacting the reverse rotation wheel (F).

The reverse rotation wheel (F) is the same as the lower discharge wheel (H), the wheel is covered with the O-ring made of silicon is fixed to the body by the shaft and bearing rotates. A pin (L) is fixed between the lower discharge wheel (H) and the reverse rotation wheel (F) so that the gift certificate pushed out by the blotter silicon (D) is not wrinkled, and the upper discharge wheel (G) and the lower discharge wheel (H) It will guide you in to get in between.

The gift certificate pushed toward the outlet (P) by engaging between the upper discharge wheel (G) and the lower discharge wheel (H) is detected by the sensor (I), and marked while touching the marking pen (S) attached to the inside of the discharge port (P) To the outlet.

Here, the motor (B), the sensor (I), the empty sensor (not shown) is connected to the microcomputer (not shown) to control the driving of the motor and the discharge quantity of the gift certificate, the number of discharged gift certificates Lights are displayed on the indicator.

As described above, the present invention allows a ticket such as a gift certificate, etc. to be discharged one by one when discharged through the outlet.

In addition, the present invention allows a ticket, such as a gift certificate, to be smoothly discharged in a properly aligned state without slipping in the discharge process.

In addition, the present invention is to ensure that the bite force of the discharge wheel biting the ticket when a ticket, such as a gift certificate is discharged through the outlet is kept constant.

In addition, the present invention, even when the thickness of the ticket, such as gift certificates are different so that the tickets can always be discharged one by one through the outlet.

In addition, the present invention is to rotate the timing belt with only one motor to operate the lower discharge wheel, the upper discharge wheel, the reverse rotation wheel in different directions and speeds.

In addition, the present invention, even if the width, length, thickness is different according to the type of ticket, all tickets accommodated in the ticket receiving space can be discharged.

In addition, the present invention is to prevent the ticket (gift certificate) is reused by making the ticket (gift certificate) once discharged.

Claims (25)

  A main body provided with a predetermined accommodation space; A motor installed in the accommodation space of the main body to generate power at a predetermined rotation speed; Press paper silicon attached to a timing belt that is rotated by power generated from the motor; A lower discharge wheel connected to the timing belt and rotating at a predetermined speed; An upper discharge wheel which is in close contact with the lower discharge wheel and rotates in the opposite direction by friction and engages and discharges a gift certificate; A reverse rotation wheel in close contact with the upper discharge wheel and preventing multiple vouchers from being discharged; A filtration silicone for contacting the blotting paper under the rotary shaft of the counter-rotating wheel to filter the upper gift certificates so that no more than one gift card is issued; Pins for directing gift certificates to be properly aligned and discharged; An inclination pedestal for aligning the gift certificate to be inclined in the discharge direction; A pedestal centered in the longitudinal direction so that the filtration silicon attached to the timing belt can contact the gift certificate to be discharged; A pusher that presses the gift voucher from above so that the blotter silicon and the gift voucher are well grounded; A gift voucher and ticket ejector for discharging the received gift voucher one by one into the discharge port, with a marking pen for marking the voucher being discharged. The gift voucher and ticket ejector according to claim 1, wherein an upper surface of the main body is opened, and a portion storing the ticket and an upper portion, a lower discharge wheel, and a reverse rotation wheel are separated by a barrier. The gift voucher and ticket ejector according to claim 1, wherein the ticket is ejected by attaching silicon to the timing belt. The gift voucher and ticket ejector according to claim 1, wherein the upper ejection wheels are frictionally reversed by overlaying the lower ejection wheels with silicone O-rings. The voucher (ticket) and ticket ejector according to claim 1, which prevents the discharge of multiple vouchers by using the reverse wheel. The voucher (ticket) and ticket ejector of claim 5, wherein the reversing wheel is overlaid with an o-ring made of silicon to be rotated by frictional force in contact with the upper ejection wheel and push the voucher which should not be discharged back inward. The voucher (ticket) and ticket dispenser with filtration silicone according to claim 1, which filters out two or more vouchers when the vouchers are pushed out by the blotting silicon attached to the timing belt. 8. The gift voucher and ticket ejector according to claim 7, wherein the filtration silicone is bent toward the outlet to allow the vouchers to be aligned in an oblique form, thereby increasing the interval between the vouchers, thereby minimizing the phenomenon that the vouchers overlap and are pushed out several at once. The gift voucher and ticket ejector according to claim 1, which presses the gift voucher on the top of the gift voucher bundle so as to increase friction between the blotter silicon and the gift voucher. 10. A gift certificate (banknote) and a ticket ejector according to claim 9, having a shaft in the center of the press and having grooves in the up and down directions on both sides of the main body so that the press is naturally lowered as the gift certificate is discharged and reduced. 6. The gift voucher and ticket ejector according to claim 1 or 5, wherein a pin is secured between the counter-rotating wheel and the lower discharge wheel to direct the gift certificate to pass between the upper discharge wheel and the lower discharge wheel. The voucher (ticket) and ticket dispenser according to claim 1, wherein the center belt is open so that a timing belt with blotter silicon is exposed to push the voucher. The voucher (ticket) and ticket ejector according to claim 1, wherein the gift voucher and the ticket ejector are installed to be inclined at a predetermined angle so that the bundles of the vouchers are inclined so as to facilitate the voucher discharge even if the amount of the vouchers is small. The ticket voucher and ticket ejector according to claim 1, wherein the marking voucher is attached with a marking pen to confirm that the voucher is discharged. 13. The gift voucher and ticket ejector according to claim 1 or 12, wherein a secondary roller is mounted to guide the timing belt to rotate through the drilled portion of the pedestal. 2. A gift certificate (banknote) and a ticket ejector according to claim 1, wherein a guard panel is provided at a side of the main body that adjusts the interval as the width of the gift certificate varies. 5. The gift voucher and ticket ejector according to claim 1 or 4, wherein the lower discharge wheels are fixed to the body with shafts and bearings. 5. The gift voucher and ticket ejector according to claim 1 or 4, wherein the upper discharge wheel is fixed to the main body by a shaft and a bearing. The gift voucher and ticket ejector according to claim 1 or 5, wherein the counter-rotating wheel is fixed to the main body by a shaft and a bearing. The ticket voucher and ticket ejector according to claim 1, wherein a sensor is attached to the discharge wheel and the lower discharge wheel to sense a gift certificate going toward the discharge port. The voucher (ticket) and ticket ejector according to claim 1, wherein an empty sensor is mounted to detect that there is no remaining amount of the accumulated voucher. The ticket voucher and ticket ejector with a microcomputer according to claim 1, which is connected to a motor and each sensor to control driving of the motor, ejecting the ticket, number of vouchers to be discharged, and the like. 4. A gift certificate (banknote) and a ticket ejector according to claim 3, wherein the timing belt is directly molded from silicone or urethane (rubber) in the form of tackified silicon. 5. The gift voucher and ticket ejector according to claim 4, wherein the bottom discharge wheel is made of silicone or urethane (rubber). The gift voucher and ticket ejector according to claim 6, wherein the revolving wheels are made of silicone or urethane (rubber).

Images