JP2006092564A - Media selling machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To allow one machine case to accommodate first and second storing cases and corresponding respective displays. <P>SOLUTION: A media sale machine includes a machine case 2, which has a case body 2B opening at the front and a front door 2A that shuts the front so as to be opened and closed, a base frame 16 provided inside the machine case 2, first and second storing cases 14 removably mounted on the base frame 16, each capable of storing a plurality of a medium A, first and second dispensing rollers 24, each receiving and holding the medium A located at the lowermost position of the corresponding storing case 14 and moving the medium A outside the machine case 2 with the rotation, wherein each of the first and second storing cases 14 is provided with a correspondingly divided display 5. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention mainly relates to a medium vending machine for paying out a medium such as a card.

In this type of prior art, as disclosed in Patent Document 1, the lowest-order paper sheets are blocked while the second or more paper sheets stored in the storage case are blocked from being sent out by a partition plate. Is fed forward by the rotation of a payout roller provided on the roller shaft, and is taken out of the storage case by pulling out the fed paper sheet.
Heavy paper is placed on the paper sheets stored in the storage case so as to prevent the paper sheets from being lifted and to be surely sent out by the discharge roller.
Further, only one storage case is arranged in one outer box, and therefore only one display of the outer box is formed.
Japanese Patent Laid-Open No. 9-2678

In the above prior art, even if there are no stored paper sheets in the storage case due to the fact that the paper sheets are sold out, etc., if the coins are inserted in advance for continuous purchase, the payout roller can rotate It has become.
When the stored paper sheets are exhausted, the heavy paper comes into contact with the payout roller. Therefore, when the payout roller is rotated, the heavy paper comes into sliding contact with the heavy paper, and the payout roller formed of rubber or the like is worn away, so that a new paper sheet is worn. There is a problem that it is difficult to normally send out the coins, and that coins are stored without being sold.

This is because when the storage medium is exhausted, it is possible to prevent rotation of the payout roller with heavy load, prevent sliding contact between the payout roller and heavy load, and to insert coins in advance for continuous purchase. It becomes possible to solve the problem by enabling the returned coins to be returned.
Moreover, in the said prior art, when only one storage case is arrange | positioned in one outer case and only one display is formed, it is said that one outer case is needed for each storage case and display. There's a problem.
An object of the present invention is to provide a medium vending machine that can solve such problems of the prior art.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a medium sales machine capable of handling a pair of left and right storage cases and a display corresponding to each of them in one machine case.

Specific means for solving the problems in the present invention are as follows.
First,
A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
A first storage case and a second storage case, each of which is separate from the basic frame, each storing a plurality of media;
First and second payout rollers provided corresponding to the first and second storage cases, respectively, and rotatably supported by the base frame;
First and second operation shafts provided corresponding to the first and second payout rollers, rotatably supported by the base frame, and rotated by operation of corresponding handles;
First and second payout transmissions for transmitting the rotation of the first and second operating shafts to the first and second payout rollers, respectively.
The front door includes a display provided separately for each of the first and second storage cases,
When the first and second storage cases are mounted on the upper surface of the base frame, the lowest media in the first and second storage cases are respectively moved by the first and second discharge rollers. This means that the received medium is paid out when the corresponding payout roll is rotated by the operation of the handle.

Second,
A media vending machine,
A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
A first storage case and a second storage case, which are detachably mounted on the upper surface of the base frame, each capable of storing a medium;
Consists of
The base frame corresponds to each of the first and second storage cases,
First and second operation shafts supported rotatably;
First and second handles respectively provided on the first and second operation shafts;
First and second roller shafts rotatably supported by the base frame;
First and second payout transmissions for transmitting the rotation of the operation shaft by the first and second handles to the first and second roller shafts, respectively;
The lowest position of the sheet medium in the first and second storage cases provided on the first and second roller shafts when the first and second storage cases are placed on the base frame. First and second payout rollers for holding the paper sheet medium of
Is provided,
The front door is provided with a display divided in correspondence with each of the first and second storage cases.

Third,
A media vending machine,
A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
An operating shaft rotatably supported by the base frame;
A handle provided on the operating shaft;
A roller shaft rotatably supported by the base frame;
A payout transmission that transmits the rotation of the operation shaft by the handle to the roller shaft;
A storage case capable of storing a medium, wherein the storage case is detachably mounted on an upper surface of the base frame;
A payout roller that is provided on the roller shaft and receives the medium at the lowest position among the media in the storage case when the storage case is placed on the basic frame;
Consists of
The base frame is provided with a left and right pair of the operation shaft, the handle, the roller shaft, the payout roller, and the payout transmission body, and the storage case corresponds to the pair of left and right payout rollers. A pair of left and right can be placed,
The front door is provided with a display, and the display is divided into left and right corresponding to the pair of left and right storage cases.

Fourth,
A machine case consisting of a case body with the front open and a front door that closes the front so that it can be opened and closed, a base frame provided inside the machine case, and a detachably mounted on the base frame The first and second storage cases each capable of storing a plurality of media, and the lowest media in each of the first and second storage cases are received and the media are moved out of the machine case by rotation. A first and a second payout roller,
The front door is provided with a display divided in correspondence with each of the first and second storage cases.

Fifth,
A machine case consisting of a case body with the front open and a front door that closes the front so that it can be opened and closed, a base frame provided inside the machine case, and a detachably mounted on the base frame A pair of left and right storage cases each capable of storing a plurality of media, and left and right delivery rollers that receive the lowest media in each of the left and right storage cases and move the media out of the machine case by rotation. ,
The front door is provided with a display divided into right and left corresponding to each of the left and right storage cases.

Sixth,
A coin detection actuating device is provided on the side surface of each storage case to allow the payout roller to rotate from the rotation-prevented state by inserting a regular coin, and the front door is provided with a coin corresponding to each coin detection actuating device. A mouth and a coin return port are provided, and a medium outlet is provided corresponding to each storage case.

The media vending machine has the following features.
First, the medium A is stored in a stack in the storage case 14, the heavyweight 33 is placed on the medium A, and the second or more medium A from the lower side is placed on the partition plate 31 to be prevented from being discharged. In the medium selling apparatus 3 in which the roller shaft 25 driven by the handle 8 is provided with the payout roller 24 for feeding the lowermost medium A forward, the roller shaft 25 is provided with a locked body 26B, and the heavy medium 33 is provided with a storage medium. A lock portion 33E that engages with the locked body 26B and prevents the rotation of the roller shaft 25 when A disappears and comes into contact with the payout roller 24 is provided.
As a result, when the storage medium A disappears in the storage case 14, the lock portion 33E provided in the heavyweight 33 engages with the body 26B to be locked to prevent the roller shaft 25 from rotating, and the payout roller 24 slides on the heavyweight 33. Prevent contact.

Secondly, the storage case 14 is detachably mounted on the base frame 16, an operation shaft 18 having a handle 8 on the base frame 16, and a roller to which power is transmitted from the operation shaft 18 via a payout transmission body 26. A coin detection actuating device D is provided for supporting the shaft 25, the rotation of the payout transmission body 26 being in a rotation-preventing state, and releasing the rotation-preventing state of the payout transmission body 26 when the regular coin B is inserted. The medium A is accommodated in a stacked manner, and a heavy load 33 guided by the storage case 14 and lowered is placed on the medium A, and a locked body 26B is provided on the payout transmission body 26. The heavy load 33 A lock portion 33E that engages with the locked body 26B and prevents the rotation of the roller shaft 25 when the storage medium A runs out of contact with the payout roller 24 is provided.
Thus, even when the coin detection operating device D that releases the rotation preventing state of the payout transmission body 26 by inserting the regular coin B is provided, when the storage medium A is exhausted in the storage case 14, the heavyweight 33 is provided. The lock portion 33E engages with the locked body 26B provided on the payout transmission body 26 to prevent the roller shaft 25 from rotating, and the payout roller 24 is prevented from slidingly contacting the heavy load 33.

Third, the base frame 16 is formed with an open bearing portion 16a that opens upward to support the roller shaft 25, and the storage case 14 is mounted on the base frame 16 so that the roller shaft 25 from the open bearing portion 16a is mounted. I'm keeping it from falling out.
As a result, the storage case 14, the base frame 16, the roller shaft 25 with the payout roller 24, etc. can be configured separately and assembled easily.
Fourthly, the coin detection operating device D is detachably attached to the side surface of the storage case 14.
As a result, the coin detection actuating device D can be configured as an assembly, and can be easily manufactured and assembled in the storage case 14.

Fifthly, two storage cases 14 are mounted on one basic frame 16 and the operation shaft 18 and the roller shaft 25 for discharging the medium B from each storage case 14 are supported.
The medium sales device for two units can be made compact and can be easily manufactured and assembled.

Sixth, the heavyweight 33 has a concave portion 33 </ b> C that fits with the payout roller 24 on its lower surface so as to overlap in the vertical direction when coming into contact with the payout roller 24.
As a result, even when the medium A is thin, a sufficient amount of engagement between the locked body 26B and the lock portion 33E can be ensured, and the rotation of the roller shaft 25 can be reliably prevented.

  According to the present invention, the first and second storage cases 14 and the displays 5 corresponding to the first and second storage cases 14 can be accommodated by a single machine case 2, and are compactly arranged in a small space, with a small occupied area and low cost. A large number of cards can be sold.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
The merchandise vending machine 1 shown in FIGS. 1-22 pays out the merchandise medium A which mainly bundled the paper sheets, such as a card | curd, with the belt | band | zone, when coins, such as a coin, were thrown into the designated amount. In particular, the present invention is applied to a card vending machine in which one or more hundred-yen coins are inserted and paid out.
As shown in FIGS. 1 to 7, this merchandise vending machine 1 is a twin type in which two sets of medium selling devices 3 are built in one box-type machine case 2, and the machine case 2 is a case body with an open front. 2B is mounted on the case base 2C, and the front surface of the case main body 2B is closed with a front door 2A so as to be freely opened and closed.

Although this front door 2A is one, it is divided into right and left so that there are two front doors 2A corresponding to the two sets of medium selling devices 3, and the coin insertion slot 4, display 5, medium A There are a pair of left and right outlets 6, a coin return slot 7, a return push button 12, and the like, and only one lock 9 for locking the front door 2A is provided. The handles 8 for performing the payout operation of the two sets of medium sales apparatus 3 are a pair of left and right.
The product vending machine 1 incorporating the two sets of medium sales devices 3 may be one level, but may be arranged in two or more layers in the vertical direction, and the lowest level product vending machine 1 is portable. The caster 10 is provided in the case pedestal 2C, and the stabilizer 11 is provided in the front lower portion at the time of installation so that the caster 10 is prevented from tipping over, particularly forward falling. The upper medium sales apparatus 3 does not have the case base 2C, and is mounted and connected to the lower machine case 2 directly or via a connecting material.

The merchandise vending machine 1 arranges a plurality of medium sales devices 3 in a small space in a compact manner so that a large number and types of cards can be sold with a small occupied area and at a low cost.
Each of the left and right medium selling devices 3 has a medium payout unit C and a coin detection operation unit (coin detection operation device) D arranged next to each other, and the medium payout unit C includes a storage case 14 for storing the medium A and a medium A. A delivery mechanism 15 for delivery;
The delivery mechanism 15 of the left and right medium selling apparatus 3 is supported by a common base frame 16, and left and right storage cases 14 are detachably attached to the base frame 16. D is attached, and each part is a unit, and is assembled separately, so that disassembly and assembly are simple and easy.

The base frame 16 is screwed to the inner bottom portion of the machine case 2, and a collection box 17 for the left and right medium selling device 3 can be inserted from the front. The collection box 17 is attached to the inner bottom portion of the machine case 2. Placed.
In each of the left and right medium selling apparatuses 3, the operation shaft 18 in the front-rear direction and the transmission shaft 19 in the left-right direction are rotatably supported by the basic frame 16, and the handle 8 is provided at the front end of the operation shaft 18. A drive bevel gear 20 is provided, and a drive shaft 19 is provided with a driven bevel gear 21 and a transmission gear 22 that mesh with the drive bevel gear 20. The driven bevel gear 21 and the transmission gear 22 are integrated.

Reference numeral 24 denotes a payout roller formed of rubber or the like. A roller shaft 25 to which the payout roller 24 is attached is inserted into the open bearing portion 16a on the upper surface of the base frame 16 so as to be freely detachable from above. By mounting and mounting the storage case 14 on the upper side, the support structure can be prevented from being detached from the open bearing portion 16a. Therefore, the payout roller 24 is detachable.
A one-way clutch and a torque limiter are provided between the operation shaft 18 and the drive bevel gear 20 or between the transmission shaft 19 and the driven bevel gear 21.

The one-way clutch prevents the discharge roller 24 from rotating when the handle 8 is rotated in the direction opposite to the discharge direction, and the torque limiter does not transmit excessive driving from the handle 8 to the discharge roller 24. Is.
A payout transmission body (gear body) 26 is loosely fitted on the roller shaft 25, and the roller shaft 25 is integrally rotated by engaging a fixed pin 25 </ b> A and an engaging portion 26 a of the payout transmission body 26. With respect to the roller shaft 25, the payout transmission body 26 can be idled within a range of about 90 degrees. Therefore, even if the payout roller 24 rotates when the medium A is forcibly pulled out, the position where the payout transmission body 26 next drives the roller shaft 25 to complete the drive of the payout roller 24 is a fixed position. The medium A is always pushed out from the discharge outlet 6 by a certain amount.

A payout gear 26A meshing with the transmission gear 22 and a locked body (locked disk portion) 26B having a continuous concavo-convex portion formed on the outer periphery are integrally formed (or separately formed on and fixed to the payout transmission body 26. ) The locked body 26B has a spline shape, but may be formed in an involute gear shape.
On the side wall of the storage case 14, idler gears 38 and 39 are supported via two idler shaft portions 36 and 37. The first idler gear 38 meshes with the payout gear 26 </ b> A and the second idler gear 39, and the second idler gear 39. Is meshed with the coin detection actuating part D so that power can be transmitted.

Accordingly, the payout transmission body 26 of the medium payout section C transmits the rotation of the handle 8 to the payout roller 24, and the medium A stored in the storage case 14 is sent out by the rotation of the payout roller 24, and the handle 8 is driven. In addition to being transmitted to the coin detection operation unit D, the operation of the coin detection operation unit D is linked so that the driving of the payout roller 24 can be limited.
That is, the payout transmission body 26 is interlocked with the coin detection operating portion D, and the check of the operation is released only after the regular and specified number of coins B are inserted, and the operation restriction of the payout roller 24 is released. Is.

3 to 9, the storage case 14 stocks the medium A in a vertically stacked manner, and is pivotally supported by a rectangular box-shaped case body 14A having an open front surface and a lower portion of the case body 14A. And a front lid 14B that covers the front surface of the case body 14A. The lower portion of the case body 14A is detachably engaged with the base frame 16, and the back wall is screwed to the back wall of the case body 2B. Yes.
The case body 14 </ b> A is disposed so as to cover the upper half of the payout roller 24. When a large number of mediums A bundled on the discharge roller 24 are placed in a stacked manner, the discharge roller 24 receives the front part of the lowest medium A, and the rear part of the medium A is below the case body 14A. After being provided, it is received by the support plate 30.

The front and lower portions of the case body 14A receive a partition portion 31 that partitions the front surface of the medium A and prevents the medium A in the second and higher stages from being fed, and a payout medium A that passes through the bottom of the partition plate 31. A receiving portion 32 is provided, and a guide groove 34 for guiding the heavyweight 33 is formed on the left and right side walls. The receiving portion 32 communicates with the payout opening 6 of the front door 2A.
The front and rear positions of the guide groove 34 substantially coincide with the roller shaft 25 and serve as a guide for the heavyweight 33. The heavyweight 33 is designed to apply weight to the front portion of the medium A, and the medium A is reduced. Go down every time. When the medium A runs out, the heavyweight 33 faces the roller shaft 25 from directly above.

The upper portion of the guide groove 34 is bent in a bowl shape to form a retracting portion 34A. When the medium A is replenished, it can be retracted upward by hooking the heavyweight 33 on the retracting portion 34A. .
A restraining projection 14b is provided on the upper portion of the front lid 14B so as to protrude rearward. When the heavy restraint 33 is disposed on the retracting portion 34A, the restraining projection 14b can collide with the heavy restraint 33 to close the front lid 14B. It is going to disappear.
The heavyweight 33 includes a finger hooking portion 33A for pulling up, a contact portion 33B on the lower surface that contacts the medium A, guide projections 33D on the left and right side surfaces that engage with the left and right guide grooves 34, and guide projections 33D on one side surface A lock portion (lock protrusion) 33E is formed which can be engaged with the locked body 26B.

The abutment portion 33B has a front and rear portion projecting downward and a midway portion serving as a recess 33C. The heavyweight 33 is formed with the concave portion 33C in the front and rear halfway, so that the medium A is pressed against the discharge roller 24 at two front and rear positions, and the medium A and the discharge roller 24 are less than the case where the lower surface is flat. The contact area of the medium A is increased, and the feeding ability of the medium A by the discharge roller 24 is improved.
Further, when the medium A runs out, the heavyweight 33 falls down by the depth of the recess 33C. When the medium A is a card bundle having a thickness of about 2 mm, the heavyweight 33 moves downward by 2 mm for each bundle dispensed, but when the last medium A is dispensed, the heavyweight 33 is the thickness of the card bundle. It moves down by the total dimension of 2 mm and the depth of the recess 33C (for example, 2 to 4 mm).

Due to the lowering of the dimensions, the lock portion 33E can be securely and firmly engaged with the locked body 26B, and the engagement of both prevents the rotation of the roller shaft 25 and the payout roller 24. Even when the rotational force from the handle 8 is received, the payout gear 26A can be reliably locked.
That is, the concave portion 33C displaces the contact position of the heavy load 33 with respect to the discharge roller 24 to the upper side instead of the lowest point, and when the last medium A is discharged, the heavy load 33 overhangs the heavy load 33 in the vertical direction. The position is lowered to the wrapping position, the downward movement distance is amplified, the amount of engagement between the lock portion 33E and the locked body 26B is secured, and the discharge roller 24 can be reliably locked by the lock portion 33E. .

When the coin B inserted by the coin detection operation unit D is determined to be a genuine coin, the handle 8 is allowed to rotate once, but when the medium A is exhausted, the payout roller 24 is locked and the handle 8 is operated. It idles with a torque limiter (formal part name: one-way hinge) provided in the force transmission system.
Even if the coin detection operation unit D is in an operable state after the coin B is inserted, if the locked body 26B is in the locked state, the driving force is not transmitted, and therefore, the coin detection operation unit D is not operated. However, if the return button is pressed at this time, the coin B is returned to the coin return slot 7.
In the medium delivery part C, 28 is an out-of-stock display member, which is pivotally supported by the base frame 16, the rear end protrudes from the bottom of the case body 14A and abuts the medium A, and the front end serves as a display part. When the medium A is present in the case body 14A, the display unit is not exposed from the window 29. When the medium A is exhausted, the display unit is opposed to the window 29 and is externally exposed. Can be seen from.

In addition, the medium discharge section C is provided with a residual medium take-out means 40 that pushes up the lowermost medium A in order to take out the remaining residual medium A from the case body 14A.
As shown in FIG. 8, the residual medium take-out means 40 projects the tip of a lever 40a pivotally supported on the outer surface of the case body 14A from the arc groove 40b of the case body 14A, and swings the lever 40a. Thus, the bottom of the medium A is pushed up so that the medium A can be taken out from the front side of the case body 14A.
The coin detection operation part D is configured as a unit independent of the medium payout part C, and the support body 42 that supports the whole is detachably attached to the side surface of the storage case 14 via a screw.

3 to 7 and 10 to 22, the support 42 has a coin insertion portion 43 in the upper portion, a coin selector 44 is attached to the lower portion thereof, and an operating mechanism E is disposed below the coin selector 44. Yes. The auxiliary plate 42A is attached to the lower part of the support body 42 in which the operation mechanism E is disposed in a laminated form.
The coin insertion portion 43 can communicate with the coin insertion slot 4 and guides the inserted coin B to the coin selector 44. The coin selector 44 discriminates between the coin B's genuine coin and counterfeit, and if it is counterfeit, the return passage 41 (FIGS. 10, 11, 13) formed in the coin selector 44 and between the support 42 and the auxiliary plate 42A. To the coin return slot 7, and if it is a genuine coin, it is supplied to the operating mechanism E.

Reference numeral 45 shown in FIGS. 3 to 7 is a storage communication passage erected on the base frame 16 and is disposed in the coin selector 44 and below the coin passage 47 formed between the support 42 and the auxiliary plate 42A. And communicated.
Reference numeral 46 denotes a return button (return lever) pivotally supported by the support 42 on the front side of the coin selector 44. The front surface of the button 46 is in contact with the return push button 12 provided on the front door 2A. By pushing the return button 46, the coin B in the coin selector 44 and the operation mechanism E can be discharged.

The operating mechanism E has a branching unit G for selecting use and return after holding the coin B inside, and a designated number for setting the number of coins designated for sale among the coins B held by the branching unit G Setting means H, actuating means K that can be actuated by the presence of a designated number of coins B and allow the handle 8 to rotate by actuating, locking means L, unlocking means M, and the like are provided.
The coin passage 47 of the operating mechanism E is formed in an internal cavity between the support body 42 and the auxiliary plate 42A, and is branched into a storage path 47a and a return path 47b from the upper and lower sides, and the storage path 47a. Is connected to the storage communication passage 45, and the return path 47 b is connected to the coin return slot 7.

A branching body 48 of the branching means G is pivotally supported at the branching point of the coin passage 47 so as to be able to swing left and right in FIG. ) Or coin return swing (right swing), the coin to be used is selectively dropped into the storage path 47a and the coin to be returned is selectively dropped into the return path 47b.
That is, when the branch body 48 is located at the center, it holds and holds the coin B supplied from above and swings counterclockwise, and then passes the held coin B through the storage path 47a to a collection box. When the coin B falls to 17 and swings in the clockwise direction, the held coin B passes through the return path 47 b and falls to the coin return slot 7.

Two pins 48 </ b> A and 48 </ b> B project from the branch body 48 and pass through an arc groove formed in the support body 42. The pin 48A is engaged with a neutral return member 49 (having two spring plates) provided on the support body 42, and acts to maintain the branch body 48 in a coin receiving state. The pin 48B The interlocking member 50 described later is engaged to slide in the front-rear direction.
One end of a swing arm 61 is engaged with the pin 48A, and the other end of the swing arm 61 is connected to the return button 46 via a buffer connection rod 62. Accordingly, when the return button 46 is pressed, the swing arm 61 is swung via the buffer connection rod 62, and the branching body 48 is swung clockwise to open the return path 47b by the swing arm 61.

The buffer connection rod 62 is formed of plastic or a spring plate, is long in the vertical direction from the return button 46 to the swing arm 61 and can be bent, and the force for swinging the branch body 48 leftward is the operating means K side. Thus, even if the player quarrels with the coin return swing from the return button 46, the buffer connecting rod 62 is bent so that other members are not damaged.
Three coins B can be held on the branch body 48, and the number of coins B required for paying out the merchandise medium A can be changed to 1 to 3.
Corresponding to the three coins B to be held, a check rod 51 and a non-designated blocking rod 52 of the designated number setting means H are arranged on one outer surface of the support body 42, and the third coin B The check rod 51C for detecting the non-designated blocking rod 52C is also used as one rod.

When the merchandise vending machine 1 is for 300 yen (the maximum designated number is 3), the lowermost check rod 51A and the non-designated blocking rod 52A are for one hundred yen designation, and are designated as the middle check rod 51B. The outer blocking rod 52B is for designation of 200 yen, the uppermost check rod 51C is for designation of 300 yen, and the protrusion provided near the tip of the check rod 51C is blocked for designation of 300 yen. It is 杆 52C.
All of the check rods 51 and the non-designated blocking rods 52 are pivotally supported by a vertical support shaft 53 provided on one outer surface of the support 42 so as to be independently swingable in the left-right direction (the vertical direction in FIG. 10). Yes.
The check rod 51 is formed with a check projection 51a at the rear end (right end in FIG. 10), and an interlocking projection 51b at the midway portion, and engages with non-designated blocking rods 52A and 52B in the middle portion of the check rod 51A and 51B, respectively. Thus, a hooking projection 51c is formed for performing the retracting operation together.

The restraining projection 51a and the interlocking projection 51b penetrate through a hole formed in the support body 42 and project on the opposite surface of the support body 42 so that the restraining projection 51a protrudes and retracts. The interlocking protrusion 51b can be brought into contact with the coin B in the coin passage 47 by projecting.
The non-designated blocking bar 52 is formed with a substantially hook-shaped blocking projection 52a (the non-designated blocking bar 52C itself) is formed at the rear end (right end in FIG. 10), and penetrates through the hole formed in the support 42. The coin 47 can be moved in and out of the passage 47 and located in the coin passage 47, thereby preventing the coin B inserted above it from moving downward.

Accordingly, the non-designated blocking bar 52A blocks the second coin B above the branch body 48, the non-designated blocking bar 52B blocks the third sheet, and the non-designated blocking bar 52C blocks the fourth sheet.
The blocking protrusion 52a of the non-designated blocking rod 52 has a state in which the tip of the substantially bowl shape is positioned in the coin passage 47 and hits the coin B, a protruding state where it does not hit the coin B, and a state where it retracts to the front. The time is shifted from the state of penetrating to the state of hitting the coin B, and when not in use, it is held in a state of being retracted forward by the designated number setting member 57.
All the check rods 51 and the non-designated blocking rods 52 are urged by springs 58 so that the projections at the rear ends enter the support 42. 10 and 12, the spring 58 biases the front ends of the check rod 51 and the non-designated blocking rod 52 away from the support 42, but the spring 58 is fitted to the support shaft 53 in FIGS. 17 to 19. ing.

A retracting member 56 is arranged so as to face the front ends of all the check rods 51 and the non-designated blocking rods 52. The retracting member 56 is pivotally supported by the support shaft 53 and overlaps with the front ends of the entire restraining rod 51 and the non-designated blocking rod 52. By pushing this, the entire restraining rod 51 and the non-designated blocking rod 52 are overlapped. 52 can be rocked against the spring 58 to retract the restraining projection 51a and the blocking projection 52a. The retracting member 56 is used during maintenance.
The front ends of the check rods 51B and 51C and the non-designated blocking rods 52A and 52B excluding the check rod 51A protrude forward from the retracting member 56, and the designated number setting member 57 can be engaged therewith.

10, 12, 17 to 20, the designated number setting member 57 is formed by bending a sheet metal into a U-shape in plan view, and the center portion is inverted upside down on the front end surface of the support 42 or the auxiliary plate 42A. It is attached so as to be freely attachable, and selective pressing portions 57a and 57b are formed on both wing portions.
In the designated number setting member 57 in FIG. 17, the selection pressing portion 57a in the upright state presses the restraining rods 51B and 51C and the non-designated blocking rod 52B and retracts them so that one coin (one hundred yen) is designated. It is set.

In the specified number setting member 57 of FIG. 18, the selection holding portion 57b in the inverted state presses the restraining rod 51C and the non-designated blocking rod 52A and retracts them, and sets the coin to the specified state (2 hundred yen). Yes.
In the specified number setting member 57 in FIG. 19, the selection pressing portion 57b that is in an inverted state and shifted in the downward direction presses and retracts the non-specific blocking rods 52A and 52B to specify three coins (3,300 yen). Set to state.
The check rod 51 and the non-designated blocking rod 52 retracted by the designated number setting member 57 are held in a state of not being used.

In other words, the specified number setting member 57 includes the check rod 51 excluding the specified number of check rods 51, the non-selectable non-designated check rod 52 on the upper side, and the check rod 51 below the specified number of check rods 51. The non-designated blocking bar 52 is retracted to a retracted position that does not involve the coin B, so that the designated number of coins can be set easily and reliably.
The check coins 51A designated with two coins and the check coins 51A and 51B designated with three coins may be retracted so as not to be involved with the coin B. Since it is opposed to B, it is not necessary to retreat with the designated number setting member 57 forcibly.

The actuating means K is shown in FIGS. The actuating means K is mainly disposed on the surface of the support 42 opposite to the branching means G, and is provided on the actuating body 55 and the auxiliary plate 42A that are rotatably supported by a support shaft 64 provided on the support 42. A linkage body 65 and the like supported so as to be swingable around the vertical axis are provided.
The operating body 55 is substantially circular in a side view, and an operating body 66 and a gear cam body 67 are separately formed and are concentrically integrated by pin connection.
The operating body 66 includes a ratchet tooth 66a that engages with the reverse rotation prevention pawl 68, a home protrusion 66b that engages with the home lever 69 in order to stop the operating body 55 at a constant home position, and three check rods. A check portion 66c that engages when the check protrusion 51a of 51 protrudes, and a coin storage operation portion 66d that slides the interlocking member 50 in the front-rear direction by rotating.

The check portion 66c is an arc-shaped long hole centered on the support shaft 64, and the distance and phase from the center of the support shaft 64 to the three check projections 51a are different. Although this is formed, there are also overlapping portions, so that the three circular arc long holes have a continuous shape.
Since the check portion 66c is an arc-shaped long hole, even if the check protrusion 51a is in the long hole, the operating body 55 can rotate within the long hole, and the operation of the handle 8 is started. It is possible to perform the preliminary operation of the operating body 55 in the initial stage.

The restraining projection 51a engages with the end of the circular arc long hole restraining portion 66c to prevent the operating body 55 from rotating. In the case of specifying one hundred yen, since the check rods 51B and 51C are retracted, the operating body 55 can be rotated if only the check rod 51A is retracted.
The gear cam body 67 is integrally formed with a gear portion 67A that meshes with the second idler gear 39 to transmit the operating power from the handle 8, and a cam portion 67B that swings the linkage body 65 by rotating. ing.
The cam portion 67B has a cam surface 67b formed by raising a protrusion on the surface of the disc opposite to the gear portion 67A, and the cam surface 67b has a contact protrusion protruding from the tip of the linkage body 65. 65a is in contact.

The linkage 65 has a front end supported by the auxiliary plate 42A via the longitudinal axis 71, and includes three vertical push protrusions 65b in the middle of the contact protrusion 65a at the rear end. Therefore, the contact protrusion 65a is biased in the direction in which it is pressed against the cam surface 67b.
The three pushing protrusions 65b of the linkage body 65 can penetrate the auxiliary plate 42A and enter the coin passage 47, and face the interlocking protrusions 51b of the check rods 51A, 51B, 51C, respectively.
As shown in FIG. 21, the coin passage 47 is formed so that the stepped passage surface of the support 42 and the stepped passage surface of the auxiliary plate 42 </ b> A face each other. Although it is wider than the wall thickness W and has a dimension that forms the gap S, the smallest dimension P that is slightly wider than the wall thickness W of the coin B at the narrowest portion where the step portion of the stepped passage surface faces. It has become.

That is, the coin passage 47 that holds the plurality of coins B on the branching means G has a minimum dimension P portion slightly larger than the wall thickness W of the coin B in the middle portion in the road width direction, and the middle portion in the road width direction. A gap S is formed on both sides to enable the restraint 51 to be pushed by swinging the coin B when the coin B is pushed by the linkage body 65.
This minimizes the passage gap in order to eliminate clogging due to the overlapping of two coins B (100 yen coins) in the coin passage 47, and the minimum dimension P position of the coin passage 47 (approximately the center position of the coin B). The coin B can be swung within the range of the gap S around the center.

The interlocking projection 51b and the pushing projection 65b are opposed to each other with an end portion of the coin B (an end portion in a direction perpendicular to the coin dropping direction) interposed therebetween. When the pushing projection 65b performs a pushing operation, the coin B is pushed. The interlocking protrusion 51b is pushed with the coin B interposed therebetween, and the restraining rod 51 swings, the restraining protrusion 51a is retracted to release the restraint of the working pair 5, and the unspecified blocking rod 52 Oscillate to prevent coins.
As described above, by forming the minimum dimension P portion in the center of the coin passage 47 and forming a gap S having a sufficient dimension that allows the coin to swing, both coins B can be prevented from overlapping. The transmission of the operating force from the linkage body 65 to the check rod 51 through the coin B can be ensured.

When the linkage body 65 pushes the restraint rod 51, the restraint protrusion 51a that has locked the actuation body 55 is unlocked, so that the actuation body 55 is rotated by, for example, 370 ° by the power from the handle 8. Accordingly, the payout roll 24 is driven, and the medium A is paid out.
That is, the actuating body 55 can be preliminarily actuated by the elongated hole-like restraining part 66c, but after the preliminary actuation, a lock that regulates the rotation of the actuating body 55 after the preliminary actuating by the restraining rod 51 or the like that engages with the restraining part 66c. Means L is configured, and the coin B is interposed by the linkage body 65, the cam surface 67 b, and the like that are opposed to the check rod 51 with the coin B interposed therebetween and swing by the preliminary operation of the operating body 55. An unlocking means M for unlocking the check rod 51 is configured.

The restraining protrusion 51a of the restraining rod 51 of the locking means L and the pushing protrusion 65b of the linkage 65 of the unlocking means M are opposed to each other across the maximum designated number (three in the embodiment) of coins B on the branching means G. Is arranged.
By releasing the locked state by the locking means L with the unlocking means M with the coin B in between, a specified number of sheets are provided at a position away from the operating body 55 without being restricted by the size and shape of the operating body 55. It is possible to reliably detect that the coin B is inserted.
The operation main body 66 is formed with a coin storage operation portion 66d on the outer peripheral side of the check portion 66c. The coin storing operation portion 66d is an arcuate ridge, and can be engaged with the protrusion 50a of the interlocking member 50 that is slidably disposed in the tangential direction with respect to the operation main body 66.

When the operating body 55 rotates, the coin storage operation portion 66d also rotates integrally, engages with the protrusion 50a, pushes the interlocking member 50, swings the branch body 48 in the left direction, and stores the coin passage 47. The coin B held by the branch body 48 communicates with the path 47 a and is guided to drop into the collection box 17.
After the coin storage operation portion 66d is engaged with the protrusion 50a and pushes the interlocking member 50, the outer peripheral surface thereof remains engaged with the protrusion 50a, and the coin storage operation portion 66d is within the range of the length of the coin storage operation portion 66d. The swinging state of the branch body 48 is maintained.
If the coin B on the branching body 48 disappears, the restraint rod 51 will not be interlocked even if the linkage body 65 is pushed, the operating body 55 remains locked, and the turning operation of the handle 8 is restrained. Is done.

Next, the sales operation in the commodity sales machine 1 will be described.
For example, when the merchandise vending machine 1 is set for one-hundred-yen sales, the designated number setting member 57, as shown in FIG. 17, presses other than the restraining rod 51A and the non-designated blocking rod 52A and retracts (not used) Leave it in a state).
When a coin B (100 yen) is inserted from the coin insertion slot 4, the coin B is guided to the coin insertion part 43 of the coin detection operation part D and enters the coin selector 44, and a forged coin is identified. The counterfeit coin is discharged from the coin selector 44 and falls to the coin return slot 7 through the return passage 41. When the coin B is jammed in the coin selector 44, it is dropped into the coin return slot 7 by pressing the return button 43 via the return push button 12.

In the case of a genuine coin, the coin enters the coin detection operation unit D without staying in the coin selector 44, is stopped by the branch body 48 of the coin passage 47, and is placed thereon. The coin B is located between the interlocking protrusion 51b of the check rod 51A and the pushing protrusion 65b of the linkage body 65.
When the handle 8 starts to rotate in this state, it is driven to the gear cam body 67 via the drive bevel gear 20, the driven bevel gear 2, the transmission gear 22, the payout gear 26A, the first and second idler gears 38, 39, etc. When the force is transmitted to the gear and the gear cam body 67 is slightly rotated (preliminary operation when the restraining portion 66c is an arc long hole), the cam surface 67b of the cam portion 67B is connected to the connecting body via the contact protrusion 65a. 65 is swung and the unlocking means M is operated.

As the connecting member 65 swings, the pushing protrusion 65b swings the coin B in the coin passage 47, and the restraining rod 51A retreats through this swinging, and the restraining projection 51a of the restraining rod 51A. Is disengaged from the check portion 66c of the operating body 66, the lock means L is released, and the lock of the operating body 55 is released.
At the same time, the non-designated blocking rod 52A is also swung through the hooking projection 51c by the swinging of the check rod 51A, and the blocking projection 52a enters the coin passage 47 and is one hundred yen or more for continuous purchase. If there is an inserted coin B (non-designated coin), the coin B is put into a fall prevention state.

Simultaneously with the slight rotation of the gear cam body 67, the lock of the operating body 55 is released, whereby the subsequent rotation of the handle 8 is allowed, and the payout roller 24 is rotated by a certain angle and placed thereon. The medium A being discharged is discharged from the discharge outlet 6, and the medium A on the upper stage is blocked by the partition plate 31.
When the operation main body 66 rotates as the medium A is paid out, the coin storage operation portion 66d slides the interlocking member 50 leftward in FIG. 10, and the interlocking member 50 stores and swings the branch body 48. The coin B placed above is dropped into the storage path 47 a and stored in the collection box 17.

When the rotation of the payout roller 24 approaches the required angle, the push of the interlocking member 50 by the coin storage operation portion 66d is released, and the interlocking member 50 and the branch body 48 are returned to the neutral position by the neutral return member 49, and the payout roller When 24 rotates once and reaches the home position set by the home lever 69, the check protrusion 51a of the check rod 51A enters the check portion 66c and locks the rotation of the operating body 55. The rotation of the handle 8 is limited.
When two hundred yen or more are continuously inserted in the one hundred yen sale setting, when the restraining projection 51a enters the restraining portion 66c, the non-designated restraining rod 52A is swung and the inhibition projection 52a becomes an obstacle in the coin passage 47. The coin B, which has been prevented from falling by the blocking protrusion 52a, is dropped from the position where it is positioned and placed on the branching body 48 so that the aforementioned unlocking operation can be performed again.

When the return button 46 is pressed while the coin storage operation portion 66d is sliding the interlocking member 50, the interlocking member 50 is prevented from being pushed back by the coin storage operation portion 66d. Is locked. At this time, the buffer connection rod 62 is bent and the force is released so that the members from the return button 46 to the coin storage operation portion 66d are not damaged by an unreasonable return operation. Accordingly, the operation of the return button 46 for simply taking the function will not function.
When the medium A of the medium payout portion C is sold out, the heavyweight 33 is lowered to a position where the inner surface of the concave portion 33C comes into contact with the payout roller 24 and overlaps in the vertical direction, and the lock portion 33E is locked to the payout transmission body 26. 26B is engaged, the rotation of the discharge roller 24 is prevented, and the operation of the operation mechanism E is checked.

When the medium A is sold out, if a coin is inserted in advance for continuous purchase, the handle 8 cannot be rotated to prevent rotation of the dispensing roller 24 by the heavyweight 33, and the medium A is It is prevented that coins are stored without being sold.
At this time, the interlocking member 50 is not engaged with the coin storage operation portion 66d, and the branch body 48 is in the neutral position. Therefore, when the return button 46 is pressed to swing the branch body 48 to return the coin, the handle 8 is rotated. You can return coins without any operation.
By pulling up the heavyweight 33 and replenishing the storage case 14 with the medium A, the engagement between the lock portion 33E and the locked body 26B is released, the payout roller 24 becomes rotatable, and the operation mechanism E is operable. It becomes a state.

In addition, this invention is not limited to the said embodiment, A various deformation | transformation can be carried out. For example, the commodity sales machine 1 may incorporate one set or three or more sets of medium sales apparatus 3 in one box-type machine case 2, and the medium sales apparatus 3 does not have the coin detection operation unit D. Alternatively, only the medium payout unit C may be used, or the coin detection operation unit D may be a conventional one.
When the medium A is thin, it is preferable for the delivery mechanism 15 to be configured to form a recess 33C in the heavyweight 33 and fit the upper part of the payout roller for engagement between the lock portion 33E and the locked body 26B. However, when the medium A is thick with a bundle or the like, the engagement amount between the lock portion 33E and the body to be locked 26B can be sufficiently obtained, and thus the recess portion 33C need not be formed.

Further, four or more coins B may be held on the branch body 48 and the number of coins specified by the specified number setting means H may be four or more. The coin B may have a special specification other than a coin such as 10 yen, 50 yen, 100 yen, 500 yen, or the like.
According to the present invention, when the storage medium A is exhausted in the storage case 14, the lock portion 33E provided in the heavyweight 33 is engaged with the locked body 26B to prevent the rotation of the roller shaft 25, and the payout roller 24 is It is possible to reliably prevent sliding contact with the heavyweight 33, thereby improving the durability of the payout roller 24, and returning coins that have been previously inserted for continuous purchase.

1 is an overall front view showing an embodiment of the present invention. It is the same external shape side view. It is a front view which shows an internal structure. It is a side view which shows an internal structure. It is a side view of the principal part of a medium delivery part. It is a front view of the principal part of a medium delivery part. It is a top view of the principal part of a medium delivery part. It is a cross-sectional side view of the principal part of a medium paying-out part. It is an expanded sectional side view of the principal part of a medium delivery part. It is a see-through | perspective side view of a coin detection operation part. It is the side view which showed the coin passage and the branch means of a coin detection operation part. It is the side view which showed the designated number setting means of the coin detection operation part. It is the side view which showed the operation means of the coin detection operation part. It is a front view of a coin detection operation part. It is an expanded sectional top view of the principal part of a coin detection operation part. It is a top view of a coin detection operation part. It is an enlarged side view of the designated number setting means of one designated number. It is an enlarged side view of the designated number setting means of two designated numbers. It is an enlarged side view of the designated number setting means of 3 designated numbers. It is a front view of the designated number setting member. It is an expanded sectional top view of a coin passage. It is a side view of an operation body.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Commodity vending machine 2 Machine case 3 Medium sales apparatus 8 Handle 14 Storage case 15 Delivery mechanism 16 Base frame 16a Open bearing part 18 Operation shaft 24 Discharge roller 25 Roller shaft 26 Discharge transmission body 26B Locked body 33 Heavy weight 33B Contact part 33C Concave part 33E Lock part 42 Support body 44 Coin selector 55 Actuator A Product medium B Coin C Medium payout part D Coin detection actuating part E Actuating mechanism G Branching means H Designated number setting means K Acting means

Claims (6)

A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
A first storage case and a second storage case, each of which is separate from the basic frame, each storing a plurality of media;
First and second payout rollers provided corresponding to the first and second storage cases, respectively, and rotatably supported by the base frame;
First and second operation shafts provided corresponding to the first and second payout rollers, rotatably supported by the base frame, and rotated by operation of corresponding handles;
First and second payout transmissions for transmitting the rotation of the first and second operating shafts to the first and second payout rollers, respectively.
The front door includes a display provided separately for each of the first and second storage cases,
When the first and second storage cases are mounted on the upper surface of the base frame, the lowest media in the first and second storage cases are respectively moved by the first and second discharge rollers. A medium vending machine characterized in that a medium to be received is paid out when the corresponding payout roll is rotated by the operation of the handle. A media vending machine,
A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
A first storage case and a second storage case, which are detachably mounted on the upper surface of the base frame, each capable of storing a medium;
Consists of
The base frame corresponds to each of the first and second storage cases,
First and second operation shafts supported rotatably;
First and second handles respectively provided on the first and second operation shafts;
First and second roller shafts rotatably supported by the base frame;
First and second payout transmissions for transmitting the rotation of the operation shaft by the first and second handles to the first and second roller shafts, respectively;
The lowest position of the sheet medium in the first and second storage cases provided on the first and second roller shafts when the first and second storage cases are placed on the base frame. First and second payout rollers for holding the paper sheet medium of
Is provided,
The medium vending machine according to claim 1, wherein the front door is provided with a display divided in correspondence with each of the first and second storage cases. A media vending machine,
A machine case composed of a case body having a front surface opened and a front door closing the front surface so as to be opened and closed;
A basic frame provided inside the machine case;
An operating shaft rotatably supported by the base frame;
A handle provided on the operating shaft;
A roller shaft rotatably supported by the base frame;
A payout transmission that transmits the rotation of the operation shaft by the handle to the roller shaft;
A storage case capable of storing a medium, wherein the storage case is detachably mounted on an upper surface of the base frame;
A payout roller that is provided on the roller shaft and receives the medium at the lowest position among the media in the storage case when the storage case is placed on the basic frame;
Consists of
The base frame is provided with a left and right pair of the operation shaft, the handle, the roller shaft, the payout roller, and the payout transmission body, and the storage case corresponds to the pair of left and right payout rollers. A pair of left and right can be placed,
The front door is provided with a display, and the display is divided into right and left corresponding to the pair of left and right storage cases. A machine case consisting of a case body with the front open and a front door that closes the front so that it can be opened and closed, a base frame provided inside the machine case, and a detachably mounted on the base frame The first and second storage cases each capable of storing a plurality of media, and the lowest media in each of the first and second storage cases are received and the media are moved out of the machine case by rotation. A first and a second payout roller,
The medium vending machine according to claim 1, wherein the front door is provided with a display divided in correspondence with each of the first and second storage cases. A machine case consisting of a case body with the front open and a front door that closes the front so that it can be opened and closed, a base frame provided inside the machine case, and a detachably mounted on the base frame A pair of left and right storage cases each capable of storing a plurality of media, and left and right delivery rollers that receive the lowest media in each of the left and right storage cases and move the media out of the machine case by rotation. ,
The medium vending machine according to claim 1, wherein the front door is provided with a display divided into left and right corresponding to the left and right storage cases.   A coin detection actuating device is provided on the side surface of each storage case to allow the payout roller to rotate from the rotation-prevented state by inserting a regular coin. 6. The medium vending machine according to claim 4, wherein a mouth and a coin return opening are provided, and a medium outlet is provided corresponding to each storage case.

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