Ticket vending machine and ticket case

Abstract

We provide ticket vending machines and identification card cases. [Solution] The ticket vending machine 1 is a ticket vending machine for selling tickets, and comprises a plurality of ticket cases in which tickets are stored, a holder for storing the ticket cases in a stacked state, and a dispensing unit that, under the control of a controller, sends the ticket cases from the holder in the dispensing direction in response to input from the user and the completion of payment. The ticket case comprises a base member having a peripheral frame, and a cover member that is detachably fitted over the base member, and the ticket is sandwiched in an internal space partitioned by the engagement of the peripheral end of the cover member and the peripheral frame, and the base member is provided with a through hole that is smaller than the ticket but large enough to insert a human finger.

Description

Technical Field

[0001] The present disclosure relates to a ticket vending machine and a ticket case.

Background Art

[0002] Conventionally, in public offices, revenue stamps and revenue certificates are sold as evidence of payment of various fees. It is widely practiced that visitors purchase stamps or certificates of the required denomination (hereinafter also referred to as "tickets") and attach them to application documents.

[0003] In order to sell this type of ticket unmanned, an automatic vending machine has been proposed (see, for example, Patent Document 1). The device disclosed in Patent Document 1 includes a slider mechanism and a gate mechanism for separating and feeding out card-shaped or sheet-shaped media one by one without double feeding, and can automatically dispense postage stamps, revenue stamps, or patent stamps, etc.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0005] A dedicated stamp automatic vending machine used in a public office as described in Patent Document 1 etc. requires following the new banknote issuance cycle of cash banknotes, updating the banknote discrimination module, changing the denomination setting due to the introduction of multiple tax rates, adding an electronic money settlement module, and software modification related thereto. Since the dedicated machine has a small market scale and limited component procurement volume, the modification cost is likely to soar.

[0006] <Government offices need to stock various denominations of stamps or revenue stamps, even though the sales volume is not large. Therefore, the investment in introducing or updating dedicated vending machines is difficult to recoup, and there is an increasing trend to remove aging machines and have counter staff sell them manually. This presents challenges such as long queues during peak hours, errors in cash transactions, and increased administrative burden for inventory management.

[0007] On the other hand, plastic ticket / card vending machines, which are widely used in restaurants, parking lots, and public facilities, are relatively inexpensive and are increasingly equipped with features such as banknote recognition, coin change dispensers, and cashless payment capabilities. These general-purpose vending machines have a dispensing mechanism that stacks and stores plastic tickets of a predetermined size and thickness and dispenses them one by one. However, if revenue stamps (thin pieces of paper) are loaded directly, they are prone to moisture damage, bending, or transport problems (getting tangled, jamming), and do not meet the transport conditions (ticket rigidity, thickness, engagement part) of existing vending machines, making direct adaptation difficult.

[0008] Furthermore, when the design of the stamps is changed, the face value is added, or the tax rate is revised, dedicated vending machines often require cassette replacement, gate adjustment, and software setting changes, which tends to be overkill for use in government offices with low demand. As a result, the automation of stamp sales is hindered, and convenience is reduced. This disclosure can solve at least one of the problems with the above-mentioned conventional technology. [Means for solving the problem]

[0009] A ticket vending machine for selling certificates, configured to dispense certificate cases containing certificates in response to user input and settlement under the control of a controller, wherein the ticket vending machine houses a plurality of certificate cases containing certificates, each certificate case comprises a base member having a peripheral frame and a cover member detachably fitted to the base member, and the certificates are held within an internal space partitioned by the engagement of the peripheral edge end of the cover member and the peripheral frame, and the base member is provided with through holes with a diameter of 8 to 20 mm. [Effects of the Invention]

[0010] The ticket vending machine described herein solves at least one of the problems of the prior art. [Brief explanation of the drawing]

[0011] [Figure 1] This is an external perspective view of a ticket vending machine 1 according to one embodiment. [Figure 2] This is a perspective view of the assembled certificate case. [Figure 3] This is a disassembled perspective view of the certificate case. [Figure 4] Figure 4(A) is an exploded plan view of the certificate case, and Figure 4(B) is a cross-sectional view of the base member along line AA. [Figure 5] This is a plan view of the dispensing unit 50 according to an embodiment of the present invention. [Figure 6] Figure 6(A) is a cross-sectional view of the dispensing unit 50 in standby mode along line BB. Figure 6(B) is a side view of the dispensing unit 50 in the extrusion state. [Modes for carrying out the invention]

[0012] Embodiments of the present invention will be described below with reference to the drawings. Note that the following description is illustrative and the present invention is not limited to these embodiments. Furthermore, unless otherwise specified, directions such as "front," "rear," "up," and "down" used to describe the orientation of each component are based on the front view of the device shown in Figure 1.

[0013] In this specification, the term "certificate" refers to revenue stamps and affixable paper slips used to cover public taxes and charges such as revenue stamps.

[0014] Figure 1 is an external perspective view of a ticket vending machine 1 according to one embodiment. The ticket vending machine 1 is installed at the counter of a government office or the like and is used for the unmanned sale of stamps and seals (certificates), which are paper slips for handling public taxes and charges required for applications. As will be described in detail later, the ticket vending machine 1 has a built-in controller, and in response to the user's selection input (indication of intent to purchase) and the completion of the payment, a built-in dispensing unit is controlled to dispense the predetermined certificates. Each certificate is placed in a certificate case and stacked inside the ticket vending machine 1, and the certificates are dispensed together with their certificate cases. Figures 2 to 4 are explanatory diagrams of the certificate case 100, and Figures 5 and 6 are explanatory diagrams of the dispensing unit 50.

[0015] The ticket vending machine 1 is constructed using a general-purpose plastic ticket / card vending machine casing, or a casing with an equivalent structure, and is equipped with multiple selection display windows 2 on the front panel and selection operation units 3 (push buttons, touch switches, etc.) arranged corresponding to each selection display window 2.

[0016] In this embodiment, as shown in the figure, the selection display windows 2 are arranged in multiple rows (for example, three rows), with multiple windows (for example, four) in each row. In this example, a total of up to 12 types of certificate cases 100 are set as the target products for sale. Each selection display window 2 can display the face value, purpose (registration, or certificate issuance, etc.), and color-coded identification labels. There are many types of certificates with different face values, etc., and the configuration can be changed to handle more than 12 types of certificates.

[0017] The selection operation unit 3 is arranged below or in the vicinity of the selection display window 2 corresponding to the face value of the stamp paper desired to be purchased. The user inputs a selection signal of the corresponding ticket case 100 into the controller by pressing or touching the selection operation unit 3. The correspondence between the selection display window 2 and the selection operation unit 3 can be arbitrarily set by the control software stored in advance in the memory of the controller, and can be flexibly changed according to tax rate revision, face value change, or inventory replacement.

[0018] On the right side of the front panel of the ticket vending machine 1, an operation panel for user operation is provided. The operation panel includes a display unit 4 for displaying the inserted amount, balance, or change, a bill / card insertion slot 5 for inserting bills or settlement cards, and a coin insertion unit 6. In addition to the above, a settlement input unit such as an electronic money reading unit can be appropriately provided. The combination of bills, coins, or cashless settlement is arbitrary, and the configuration can be selected according to the settlement requirements of the official authorities.

[0019] At the lower part of the device, a payout opening 7 for receiving the paid-out ticket case 100 is formed. The payout opening 7 has a receiving tray portion with a predetermined depth to prevent multiple ticket cases 100 from overlapping, and is formed in a size that allows the user to easily take it out by inserting a hand. An elastic flap or a sliding door may be provided to prevent theft or accidental removal.

[0020] Inside the housing of the ticket vending machine 1, a plurality of payout units 50 are mounted corresponding to each set of the selection display window 2 / selection operation unit 3 (see FIGS. 5 and 6). Each payout unit 50 includes a holder 20 for storing the ticket cases 100 in a stacked manner, a slider 12 for pushing out the ticket cases 100 one by one forward (the payout direction), and a discharge roller 22B for transporting the ticket cases 100, etc. The payout unit 50 may have a cassette structure or a drawer tray structure that is detachable from the front side of the housing.

[0021] The controller 52 monitors and controls the input amount, the input state of the selection operation unit 3, the inventory sensor, and the driving state of the payout unit 50. When the user selects a desired denomination and a predetermined amount is inserted or settled, the controller 52 operates the drive motor M of the corresponding payout unit 50 to send the ticket case 100 to the payout port 7. Further, if necessary, it may be configured to record or transmit in real time the payout completion information to the management system on the office side.

[0022] Figure 2 is a perspective view of the assembled state of the ticket case 100. The ticket case 100 is a plate-shaped housing set to the outer dimensions and thickness that can be paid out by a general-purpose plastic ticket vending machine, and is composed of a base member 102 and a cover member 104 mounted on the base member 102. Between the base member 102 and the cover member 104, a ticket 106 that is revenue paper or revenue receipt is sandwiched and held. At least the ticket part of the cover member 104 is transparent, and the denomination display of the ticket 106 can be visually recognized from the outside.

[0023] Figure 3 is an exploded perspective view of the ticket case 100. The base member 102 is formed with a rectangular frame-shaped peripheral frame 102C and an inner stepped portion (receiving surface 102B), and these define a housing portion for placing the ticket 106. A plurality of locking recesses 102A (for example, two or four opposing locations) for fitting and locking the cover member 104 described later are formed in the peripheral frame 102C of the base member 102. The locking recess 102A may be a simple notch shape or an undercut shape for receiving an elastic claw. Also, a through hole 102D is provided in the central portion of the base member 102. The through hole 102D is smaller than the ticket 106 housed inside and is configured to be large enough for a human finger to be inserted. Specifically, it is preferably 8 to 15 mm in diameter. By inserting a finger or a rod-shaped object from the back side through this through hole 102D, the cover member 104 can be easily removed and the ticket 106 can be taken out together. The size of the base member is not particularly limited, but it is preferably 40 to 60 mm for the long side and 20 to 40 mm for the short side. Also, the thickness is preferably 1 to 4 mm.

[0024] The cover member 104 is plate-shaped, formed to cover the base member 102, and has a curved or bent tongue-shaped locking claw 104A at its peripheral edge. The locking claw 104A is elastically locked by fitting into a locking recess 102A on the base member 102 side. In addition to the above, other sealing structures can also be used, such as a structure that is fixed by ultrasonic welding or heat crimping after insertion, or a structure that is fixed by adhesive tape and sealing seals.

[0025] In this example, the width and length of the cover member 104 are formed to be approximately the same as the width and length of the receiving surface 102B. When removing the cover member 104 from the base member 102, the locking claw 104A can be released by bending the cover member 104. At this time, the width and / or length of the cover member 104 may be smaller than that of the receiving surface 102B, specifically, to provide a clearance of 3 to 8 mm to make it easier to hook a fingertip. The cover member 104 and the base member 102 may also be sealed with a sealing sticker.

[0026] The cover member 104 is preferably made of a transparent resin (for example, polycarbonate, transparent PET, or acrylic resin), but an opaque material may be used to form the window portion. Applying an anti-fogging treatment or an anti-reflective treatment to the window portion makes the face value display easier to see even under the lighting of the building lobby. Furthermore, applying a UV-cut coating to the back surface of the window can suppress fading of the certificate 106.

[0027] The certificate 106 can be a single revenue stamp or a certificate, and has the face value (e.g., 500 yen, 4000 yen, etc.), issuer, and anti-counterfeiting pattern printed on it. The certificate 106 may also be in a continuous form. Single and continuous forms can correspond to different amounts of money to be deposited. The certificate 106 is attached to or held in place by the base member 102. Attachment methods include point fixing to the receiving surface 102B of the base member 102 using a very thin pressure-sensitive adhesive layer or spot adhesive, floating hold by surrounding the periphery with a retaining frame, or covering with a transparent laminate. If the certificate 106 is not completely fixed but held in a floating state, low-friction bumps or protrusions (not shown) may be provided on the receiving surface 102C of the base member 102 to prevent breakage during removal.

[0028] Figure 4(A) is an exploded plan view of the certificate case 100, and Figure 4(B) is a cross-sectional view of the base member 102 along line AA. A stepped locking recess 102A is provided from the end of the receiving surface 102B of the base member 102 toward the interior of the peripheral frame 102C, forming a space for inserting the locking claw 104A. When the locking claw 104A is inserted into the locking recess 102A, the storage area for the certificate 106 is substantially sealed by the cover member 104, protecting it from dust, moisture, and touching.

[0029] The outer shape and thickness of the base member 102 are set to match the specifications of plastic tickets handled by general-purpose ticket vending machines. For example, the ticket length X, width Y, and thickness T (e.g., approximately 0.6 to 2.0 mm) are selected according to the ticket vending machine specifications. Although the ticket itself 106 is thin and made of paper, by ensuring a predetermined thickness T for the entire ticket case 100, rigidity is obtained that allows for stable separation and transport by the transport rollers or sliders of the ticket vending machine.

[0030] A pressing surface (engagement surface) that engages with the hook 18 of the dispensing unit 50, described later, may be provided on one side of the base member 102. The engagement surface may be a flat surface, or it may be a groove or recess that allows the hook 18 (see Figure 6) to engage with only a slight step. By providing an engagement surface, the slider 12 can reliably push out the certificate case 100, improving the reliability of the feed compared to transport that relies solely on frictional force.

[0031] When stacking multiple certificate cases 100, it is preferable to form fine protrusions or a matte texture on the back surface of the base member 102 to suppress adhesion or electrostatic adhesion between overlapping certificate cases 100. The protrusions may be multiple ribs along the transport direction, grid-like ribs, or point-like projections. This reduces sticking or double feeding caused by humidity changes in government office environments.

[0032] To identify the stored tickets 106, an information tag may be attached to the surface of the base member 102 or the cover member 104. The information tag may be, for example, an RFID tag. A reading antenna (reading unit) can be installed inside the ticket vending machine 1 and used for automatic inventory recognition and dispensing log management.

[0033] The identification case 100 may be either disposable or reusable, but it is preferable to make it reusable because the locking mechanism (locking claw 104A, locking recess 102A) makes it easy to attach and detach the cover member 104. Even when it is reusable, the cover member 104 and the base member 102 can be sealed with a breakable sealing seal to prevent tampering.

[0034] The certificate case 100 may be configured to store multiple certificates 106 (for example, "500 yen x 2") stacked on top of each other and sold for the total face value, or it may be configured to store a combination of certificates 106 and information slips. On the ticket vending machine side, depending on the setting of the selection operation unit 3, pressing the "1,000 yen" button will dispense one 1,000 yen certificate case (storing two stamps).

[0035] The certificate case 100 of this embodiment has an external shape that is approximately the same as that of a conventional plastic meal ticket, but can enclose an actual certificate 106 inside, thus providing rigidity and thickness that allows existing ticket vending machines and their existing transport systems to be used as is.

[0036] Figure 5 is a plan view of a dispensing unit 50 according to an embodiment of the present invention. The dispensing unit 50 is a module that is installed in multiple locations within the ticket vending machine 1, and corresponds to each selection operation unit 3 (selection button). The dispensing unit 50 comprises a base 10, a guide rail 14 provided on the base 10 along the dispensing direction, a holder 20 for stacking and holding the certificate cases 100, a slider 12 that slides along the guide rail in the dispensing direction to push the certificate cases 100 forward (dispensing direction), a hook 18 provided at an intermediate position on the slider 12 and engaging with the rear edge of the certificate case 100, a retraction groove 16 for the hook 18, a drive motor M for driving the slider 12, a link mechanism L that connects the drive motor M and the slider 12 and converts rotational motion into sliding motion in the dispensing direction, and a discharge roller 22 for receiving and transporting the certificate cases 100. The dispensing unit 50 can be a cassette structure that is detachable from the housing.

[0037] The controller 52 receives input amount information, selection signals from the selection operation unit 3, inventory detection sensors (located at the bottom of the holder 20 or near the rollers as needed), and status signals from the drive motor M, and activates the drive sequence of the corresponding dispensing unit 50 when predetermined conditions are met.

[0038] Figure 6(A) is a cross-sectional view of the dispensing unit 50 in standby mode along line BB. Multiple certificate cases 100 are stacked inside the holder 20, with the bottom one waiting in front of the discharge roller 22. The slider 12 is held at its retracted end, and the hook 18, supported by the leaf spring S, is retracted behind the bundle of certificate cases 100. The link mechanism L is ready to move the slider 12 back and forth by the rotation of the drive motor M.

[0039] Figure 6(B) is a side view of the dispensing unit 50 in the extrusion state. When the user selects the face value and payment is completed, the controller 52 activates the drive motor M of the corresponding dispensing unit 50. The rotation of the motor M is transmitted to the slider 12 via the link mechanism L, causing the slider 12 to move forward. When the hook 18 passes the rear end of the holder 20, it retracts into the retraction groove 16 once, then moves forward further, engaging with the rear edge of the lowest certificate case 100, pressing the certificate case 100 in the dispensing direction and guiding it onto the discharge roller 22. The discharge roller 22 rotates, transporting the certificate case 100 in a predetermined direction and sending it to the dispensing port 7. After the certificate case 100 is caught by the discharge roller 22, the controller 52 reverses the motor M or returns the link mechanism L to its initial angle by a predetermined return operation, returning the slider 12 to its retracted end position.

[0040] The controller 52 is a computer equipped with a processor and memory, and can execute the following series of drive sequences. First, as a selection acceptance step, the selection operation unit 3 stores the type of ticket pressed. Next, as a payment confirmation step, it determines whether the inserted amount is sufficient or whether the electronic payment has been completed. Next, as an inventory check step, it refers to the inventory sensor (optical, weight, or slider stroke detection) of the corresponding holder 20 and displays an error if there is insufficient inventory. Next, as a feed operation start step, the drive motor M is rotated forward, the link mechanism L is driven, the slider 12 is advanced, the hook 18 is engaged, and the ticket case 100 is sent to the discharge roller 22. Next, as a roller transport step, the discharge roller 22 is driven to transport the ticket case 100 and drop it into the dispensing port 7. Next, as a completion detection step, the completion of transport is confirmed by the roller rotation pulse or the dispensing port sensor. Next, as a return step, the drive motor M is reversed, the slider 12 is retracted, and the hook 18 is moved to the preparation position. Next, as optional steps, a balance processing step and a receipt issuance step are performed. These control sequences are illustrative, and the order of each step or the detection means can be changed as appropriate.

[0041] The link mechanism L may be, for example, a crank-slider type (see, for example, Japanese Patent Publication No. 9-278207), or a known mechanism such as a cam mechanism that combines an eccentric cam disc and a driven roller to complete forward / reverse movement in one rotation, a mechanism that converts the rotation of the pinion (motor side) into linear motion of the rack using a rack and pinion, or a mechanism that connects a solenoid linear rod to the slider 12 and returns it with a return spring, as long as it can provide a stroke and thrust that can push the certificate case 100 out to the discharge roller 22.

[0042] The bottom surface of the holder 20, or the base 10, may be slightly inclined to allow the front end of the certificate case 100 to fall naturally towards the roller and tilt forward. This ensures that the bottommost certificate case 100 makes secure contact with the hook 18, preventing double feeding and improving feeding reliability. If necessary, a compression spring or pusher may be provided inside the holder 20 to push the top surface of the stack downwards.

[0043] The following sensors can be optionally installed in the dispensing unit 50: The inventory lower limit sensor optically detects the presence or absence of the lowest label case 100 near the bottom of the holder 20. The feed stroke sensor detects the completion of forward / reverse movement at the position of the slider 12. The dispensing detection sensor detects the passage of the label case 100 behind the discharge roller 22 or near the dispensing opening 7. This sensor information is input to the controller 52 and used for error display, inventory alerts, etc.

[0044] The mechanism for driving the slider 12 to feed out sheet-fed media one sheet at a time, and the mechanism for transporting them with discharge rollers are publicly known and have been applied, for example, to vending machines for cards, meal tickets, or stamps. In this example, while utilizing the known feeding mechanism, the media side is made a certificate case 100, which is characterized by achieving lower costs and more flexible payment options compared to dedicated stamp vending machines.

[0045] (Variation 1) The base and cover components may be connected by a molded hinge, allowing for a reusable design with a snap-lock mechanism after opening and closing. Government staff can open the certificate case, replace the certificate with a new one, re-lock it, and reseal it with a sticker when replenishing. Such a certificate case contributes to reducing plastic waste and facilitates reuse when the face value changes.

[0046] (Modification 2) The base member of the certificate case may be made deep to accommodate multiple certificates stacked on top of each other (for example, two 500-yen certificates, or a mix of multiple types). In this case, a spacer may be interposed between the receiving surface and the cover member to maintain a constant stacking height.

[0047] (Variation 3) The base member may be divided into multiple independent pockets by a grid of ribs, and configured to accommodate multiple types of identification documents or paper slips in separate cells. In this case, the cover member may also be configured to open and close independently for each cell using hinges or the like. When configured in this way, identification documents required for different applications or procedures can be stored in different cells, thereby preventing errors in applications or procedures.

[0048] (Modification 4) To improve the reliability of the hook engagement, a locking portion may be formed on the rear edge of the identification case to secure the hook. The locking portion may be a step, hole, or notch, and by configuring it so that the tip of the hook fits into the locking portion, there is an advantage that lateral displacement is less likely to occur during extrusion. By providing an engagement allowance, double-feeding problems are further reduced.

[0049] (Variation 5) To prevent sticking during stacking or double feeding, fine ribs or a matte texture may be formed on the back of the identification case. Aligning the rib direction with the dispensing direction tends to reduce resistance when the slider is pressed and improve air release. An antistatic material (antistatic masterbatch) may be mixed into the resin, or an antistatic coating may be applied in combination. Stable transport can be achieved even in government building environments with large humidity fluctuations.

[0050] (Experimental variation 6) To accommodate the elderly or those with diverse color vision, tactile protrusions (e.g., 1 protrusion = 500 yen, 2 protrusions = 1,000 yen, etc.) may be provided on the peripheral frame of the ID card case. Combining this with color identification of the base material corresponding to the type of ID card can reduce human error during replenishment.

[0051] (Example 7) Information tags may be embedded in the ticket cases to enable ticket identification, inventory management, and electronic verification. RFID (UHF / HF) tags can be used as information tags, and thin inlays can be enclosed within the base. These can be read by an antenna (reader) built into the ticket vending machine and used for dispensing logs and inventory management.

[0052] (Variation 8) The certificate case may be designed with asymmetrical chamfers on both or one corner of the rear edge to interfere with the holder when inserted in reverse, thus inducing a loading error (either making insertion impossible or providing unusual resistance). Each of the above modifications may be adopted individually or in combination of two or more. The appropriate selection will depend on the type of certificate, face value, circulation volume, and the building's operational policy. [Explanation of Symbols]

[0053] 1 Ticket vending machine 10 base 12 sliders 14 Guide rails 18 maximum 18 hooks 20 holders 50 dispensing units 52 Controllers 100 Certificate Cases 102 Base member 102A Locking recess 102C Peripheral frame 102D through hole 104 Cover component 104A Locking claw 106 Certificate

Claims

1. A ticket vending machine for selling the aforementioned certificates, configured to dispense a certificate case containing the certificates in response to user input and payment completion under the control of a controller, Multiple certificate cases containing the aforementioned certificates are housed within, The aforementioned certificate case comprises a base member having a peripheral frame, and a cover member that is detachably fitted over the base member. The peripheral edge of the cover member and the peripheral frame engage to form an internal space into which the certificate is held. The ticket vending machine comprises a base member having a peripheral frame and a cover member that is detachably fitted over the base member, wherein the ticket case is configured such that the ticket is held in an internal space partitioned by the engagement of the peripheral edge of the cover member and the peripheral frame, and the base member is provided with a through hole with a diameter of 8 to 15 mm.

2. The cover member is provided with locking claws extending from the peripheral end toward the peripheral frame of the base member, The ticket vending machine according to claim 1, wherein the locking claw is elastically locked to the peripheral frame and the cover member is fitted onto the base member.

3. The aforementioned certificate case is formed in an asymmetrical shape along the dispensing direction, The ticket vending machine according to claim 1 or 2, wherein the asymmetrical shape prevents the certificate case from being stored in the ticket vending machine or creates resistance when storing it in any orientation other than a predetermined one.

4. A ticket case that can be dispensed from an automatic ticket vending machine, comprising a base member having a peripheral frame, and a cover member that is detachably fitted over the base member, The peripheral edge of the cover member and the peripheral frame engage to form an internal space into which the certificate is held. The aforementioned base member is provided with a through hole with a diameter of 8 to 15 mm, in the identification case.

5. The cover member is provided with locking claws extending from the peripheral end toward the peripheral frame of the base member, The identification case according to claim 4, wherein the locking claws are elastically locked to the peripheral frame and the cover member is fitted onto the base member.

6. The certificate case according to claim 4 or 5, wherein the certificate case is formed in an asymmetric shape along the dispensing direction of the certificate case in the automatic ticket vending machine.

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