JP2502629Y2 - Coin processor for coin processing machine - Google Patents

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial application field) The present invention is a coin processing machine having a currency exchange function or a coin wrapping function. The present invention relates to a coin-roll processing device for discharging.

(Prior Art) Conventionally, as a coin-roll processing device that receives a coin-roll, conveys it to a predetermined position, and discharges it, for example, Japanese Utility Model Publication No. 61-149
There is a coin bar releasing device shown in Japanese Patent No. 71.

This uses the gravity drop of the coin bar to slide the coin bar axially through the chute and send it to the position where you want to eject it.
It is provided with a contact plate against which the axial tip of the coin bar hits, and an opening for rolling and discharging in a direction orthogonal to the axial direction of the coin bar when the coin bar hits the contact plate and stops in the axial direction. .

(Problems to be Solved by the Invention) In the conventional technique as described above, the coin bar slides and moves on the chute by its own weight, and the coin wrapping paper (made of paper, synthetic resin, etc.) forms the surface of the chute. Because of frictional contact,
It is easy to damage the wrapping paper, and even when the end of the coin bar hits the plate, it is easy to damage the wrapping part of the wrapping paper on the end face of the coin bar, and the wrapping paper may be torn or broken during processing or handling of the coin bar. The coins may be scattered and scattered.

Further, the movement of the coin bar in the chute due to its own weight is not constant in the axial direction of the coin bar, and for example, when the portion receiving the coin bar ejected from the chute is the storage box, the coin bar may be slanted. Therefore, if the portion that receives the coin bar is another chute, clogging of the coin bar easily occurs in the chute.

The present invention has been made in view of the above circumstances, and is capable of preventing damage to a wrapping paper for a coin bar and ejecting coin coins with a uniform axial direction of the coin bar. It is intended to provide.

[Constitution of device]

(Means for Solving the Problems) The present invention relates to a coin-roll processing device in a coin processing machine that receives a coin-roll, conveys it to a predetermined position, and discharges the coin-roll. And a transfer conveyor 63 that transfers in a direction, and is provided above the transfer conveyor 63 so as to be swingable in a direction orthogonal to the transfer direction of the transfer conveyor 63, and receives a coin bar that is sent to the transfer conveyor 63 in a radial direction. Aligning the axial direction of the coin bar with the transport direction of the transport conveyor 63
And a coin-roller delivery member 71 having a discharge portion 79 for aligning the axial direction of the coin-roll with a constant axial direction and discharging the coin-roller outside in a radial direction, and swing-driving the coin-roll transfer member 71, A coin bar receiving position for receiving the coin bar by the stopper 78, a coin bar receiving position for placing the received coin on the conveyor 63, and a bar for ejecting the coin on the conveyor 63 by the ejecting unit 79. The rocking drive means 81 is located at any of the gold discharging positions.

(Operation) In the present invention, the coin-roller delivery member is driven by the swing drive means 81.
71 is located at the coin-roll receiving position, and the receiving portion 78 of this coin-roll delivering member 71 receives the coins sent in the radial direction to the conveyer 63 to set the axial direction of the coin-roller to the conveyer 63. Align with the transport direction.

After receiving the coin, the coin transfer member 71 is swung to the coin receiving position, the coin is placed on the conveyor 63 for receiving, and the coin is conveyed to a predetermined position by the conveyor 63. .

After the coin bar is conveyed, the coin bar delivery member 71 is swung to the coin bar discharge position, and the coin bar on the conveyer conveyor 63 is radially discharged to the outside of the conveyer conveyor 63 while keeping the axial direction of the coin bar constant. .

(Embodiment) Hereinafter, a configuration of an embodiment of the present invention will be described with reference to the drawings.

FIG. 9 shows a coin depositing / dispensing machine 1 as a coin processing machine to which the coin bar processing device of the present invention is applied. First, the structure of the coin depositing / dispensing machine 1 will be briefly described.

A coin insertion slot 3 into which coins are inserted in a loose state is provided on the upper surface of the machine body 2, and a coin delivery device 5 for delivering coins inserted into the coin passage 4 under the coin insertion opening 3 is arranged one by one. A coin classifying device 6 for classifying coins fed into the coin feeding device 5 one by one through the coin passage 4 is arranged on the side of the coin feeding device 5, and the coin sorting device 6 is arranged below the coin sorting device 6 for classifying coins. A temporary holding device 7 for temporarily holding the stored coins is arranged, and a coin-type coin storing and feeding device 8 for storing the temporarily held coins by denomination is arranged below the temporary holding device 7.

Further, in the central portion of the machine body 2, coins fed from the coin-type coin storing and feeding device 8 are received through the conveyors 9a and 9b, or are directly discharged from the coin passage 4 by selectively changing the passage of the coin passage 4. Coin feeding device adapted to receive coins through the chute 10 and to feed the received coins one by one to a location for packaging processing or counting processing.
11 are arranged.

Further, a packaging device 12 is provided for accumulating and packaging a predetermined number of coins fed one by one from the first coin passage 11a of the coin feeding device 11 for packaging processing and for making a coin bar. A coin sorting device 13 is provided which receives coins fed one by one from the second coin passage 11b of the coin feeding device 11 for counting processing and sorts the coins for bag collection or bulk receipt.

In addition, a coin-roll lift device 15 for mounting the coin-roll made by the packaging device 12 on the bucket 14 and transporting it upward is disposed on the right inner side of the machine body 2. A coin bar delivery device 16 for delivering the coin bars released from the packaging device 12 to the bucket 14 one by one is provided, and a coin bar lift device 15 is provided.
A coin bar processing device 18 of the present invention is provided at the upper position of the coin bar, which can receive coins discharged from the bucket 14 and distribute the coins to the right outside of the machine body 2 or to the receiving box 17 in the machine body 2.

Further, on the right side of the machine body 2, a coin-roll storing device 19 for storing and removing the coin-rolls distributed by the coin-roll processing device 18 in a cassette of each denomination, and a rod fed from this coin-roll storing device 19. A coin-roll accommodating / discharging device 20 that stores and collects gold in a cassette of each coin type is arranged in parallel, and the coin-dispenser can be ejected from the upper part of the coin-money accommodating / discharging device 20.

Next, the packaging device 12 includes a coin stacking unit 21 and a coin packaging unit.
Have 22 and. The coin stacking unit 21 includes a first coin passage of the coin feeding device 11 in a belt cylinder 23 configured by a pair of belts.
The coins fed out one by one from 11a are piled up for the number of packaging unit sheets (for example, 50 coins). The coin wrapping unit 22 is a guide bar that moves up and down the stacked coins stacked in the coin stacking unit 21 by the number of packaging units.
The wrapping paper is received at 24 and guided into the coin wrapping section 22, and the stacking coins are nipped by a plurality of wrapping rollers 25 and rotated.
26 is supplied, the wrapping paper 26 is wrapped around the stacked coins, and the upper and lower edges of the wrapping paper 26 are wound on the end faces of the stacked coins by a catch hook (not shown) to form a rod-shaped bar.

Then, the coin bar created by the coin wrapping unit 22 of the wrapping device 12 is discharged to the chute 27 in a vertical posture, and the chute 27
It is converted into a horizontal posture through the arc-shaped posture switching surface 28 (shown in FIG. 1) and is rotatively discharged to the coin-roll delivery device 16.

Next, as shown in FIG. 1, the coin-roll delivery device 16 has a rotating body 29 that is driven to rotate from the chute 27 side to the bucket 14 side, and the chute 27 is provided in the recess 29a of the rotating body 29.
Receive one coin from the bucket along the guide plate 30
It is conveyed to the 14 side and discharged to the bucket 14 of the coin-roll lifting device 15 located at the predetermined receiving position. Note that the coin bar is released only when it is detected that the bucket 14 is at the predetermined receiving position, and when it is detected that the bucket 14 has not returned to the predetermined receiving position, it is rotated. The rotation of the body 29 is stopped, and after the bucket 14 returns, the rotor 29 is rotated and the coin bar is discharged.

Next, the coin-roll lifting device 15 is arranged in a cylindrical frame 31 provided at a right inner side position of the machine body 2 and on a back side of a front plate of the machine body 2 along the vertical direction. Rotating shafts 32 are rotatably installed above and below the frame 31, respectively, and a pair of belts 34 are respectively stretched between upper and lower pulleys 33 fixed to both ends of each rotating shaft 32. 32
Is driven by the motor 35 to rotate in the normal and reverse directions, whereby the pair of belts 34 rotate in the normal and reverse directions.

Then, a support plate 36 is fixed between the pair of belts 34, a support shaft 38 is fitted through a bearing portion 37 provided on the support plate 36, and the bucket 14 can swing at both ends of the support shaft 38. Installed on. The bucket 14 is formed in a frame shape capable of moving up and down in the tubular frame 31 and capable of accommodating a coin bar from a bottom plate 39, an upper plate 40, and both side plates 41. The bottom plate 39 and the upper plate 40 are rods. The bottom plate 39 is provided with mounting pieces 42 that are fitted to both ends of the support shaft 38, and is expanded by a spring 43 attached to the support shaft 38. The bottom plate 39 is normally biased upward so that the coin-roll receiving / discharging side of the bottom plate 39 is normally inclined upward. Further, a lever 45 having a roller 44 rotatably attached to the tip of the bottom plate 39 is attached, and the roller 44 is arranged at a position projecting from the tip of the bottom plate 39 on the coin-roll receiving / discharging side.

Further, a detection piece 36a is provided on the support plate 36 so as to project, and a receiving position detection sensor 46 for detecting the detection piece 36a at a position for receiving the coin from the coin delivery device 16 into the bucket 14 is provided. , A discharge position detection sensor 47 for detecting the bucket position detection piece 36a at the position for discharging the coin in the bucket 14 is disposed in the coin-roll processing device 18, and these detection sensors 46, 47 detect the bucket position. The lifting of the bucket 14 is stopped by detecting the piece 36a.

Further, as shown in FIG. 9, on the side surface of the cylindrical frame 31,
Openings 48 and 49 are provided corresponding to the positions facing the coin-roll delivery device 16 and the coin-roll processing device 18, respectively.

In the middle of the coin-roll lifting device 15, there is provided a coin-roll intermediate ejecting device 50 for ejecting the coin-roll conveyed upward by the bucket 14 from the intermediate position to the outside of the front surface of the machine body 2. When the chute member 51 is pulled out to the front surface of the machine body 2, the bucket operating member 52 enters the ascending region of the roller 44 of the bucket 14 and accommodates the coin bar to ascend the roller 44 of the bucket 14.
Comes into contact with the bucket actuating member 52, the coin-roll receiving and discharging side of the bucket 14 swings downwards against the spring 43, and the coin-roll in the bucket 14 is rolled and discharged into the throw-out chute member 51. It is designed to be thrown outside the front.

Further, a bucket operating member 53 is arranged in an ascending region of the roller 44 of the bucket 14 at an upper portion of the coin-roll lifting device 15 facing the coin-roll processing device 18, and the bucket that accommodates the coin-roll and ascends. When the roller 44 of 14 comes into contact with the bucket operating member 53, the coin-roll receiving / discharging side of the bucket 14 swings downwards against the spring 43, so that the coin bar inside the bucket 14 is located above the bucket operating member 53. It is tumbled and discharged into the coin-roll processing device 18 through 54.

Next, as shown in FIG.
The coin bar lift device 15 receives the coin bar conveyed and sends the coin bar in the axial direction to the first, second and third conveying positions.
Conveyed to A _1, A _2, A _3, to release the coin from the transfer position A _1, A _2, A ₃ or discharged to receiving box 17, the chute 121 to be described later from the second transfer position A ₂ It is like this.

As shown in FIGS. 2 and 3, the coin-roll processing device 18 is provided on the chassis 61 in the machine body 2 and is formed so as to face the coin-roll discharge port 54 of the chassis 61. It has a transfer conveyor 63 that receives and transfers the coin bar through the coin bar receiving port 62.

As shown in FIGS. 1 to 3, the transport conveyor 63 is provided at front and rear end portions between a pair of conveyor frames 65 and 66, which are arranged to face each other on a mounting piece 64 of the chassis 61 along the front-rear direction. Pulleys 67 and 68 are rotatably attached to both pulleys 6
A belt 69 is stretched between 7, 68, and the belt 69 is driven to rotate in the forward and reverse directions by a pulse motor 70 connected to a pulley 68 on the rear side. Further, the belt 69 allows one coin bar to be placed on the upper surface and to be conveyed in the axial direction of the coin bar, and also to be able to convey the coin bar to each of the conveying positions A ₁ , A ₂ and A _3. As described above, the length of the transport area is about three times the axial length of the coin bar, and the conveyor frames 65 and 66 are bent obliquely in the opposite expansion directions from the upper surface of the belt 69. Guide surfaces 65a, 66a for guiding the transport of the coined metal placed on the belt 69
Are formed. Incidentally, the guide surface portion 66a of the one conveyor frame 66, the portion and the rear portion of the coin-roll receiving port 62 is extended long in the front end direction, and the portion of the coin-roll receiving port 62 extends from the coin-roll receiving port 62 to the rod. It has the function of receiving money.

A coin bar delivery member 71 is arranged above the transport conveyor 63. The coin bar delivery member 71 is formed to have substantially the same length as the conveyor 63, and the support shafts 73 of the end plates 72 attached to both ends thereof are rotatably fitted to the chassis 61. It is provided so as to be swingable in the direction orthogonal to the transport direction of the transport conveyor 63 with the center thereof. And
The coin-roller delivery member 71 includes a pair of inwardly-folded plate portions 74, 75 that are opposed to each other around the swing axis (center of the support shaft 73).
And plate portions 76 and 77 that are bent inwardly facing each other from the outer edge portions of the plate portions 74 and 75, are formed into a substantially C-shaped cross section, as shown in FIG. 5 (a). A coin bar receiving position for receiving the coin bar discharged from the coin bar receiving port 62, a coin bar receiving position for placing the coin bar received on the conveyor 63 as shown in FIG. As shown in FIG. 7 (a) or FIG. 8 (a), it is possible to swing to a coin bar discharging position on the transfer conveyor 63 for discharging the coin bar. Therefore, as shown in the coin-roll receiving position in FIG. 5 (a), the portion of the plate portion 76 facing the coin-roll receiving port 62 receives the coin-roll sent in the radial direction and the axial direction of the coin-roll. Is configured as a receiving portion 78 that is aligned with the transport direction of the transport conveyor 63. Further, as shown in the coin-roll discharge position in FIG. 7A or FIG. ₁ , A ₂ ,
As a discharging portion 79 for discharging each portion of A _{3 and} a portion of the plate portion 76, which faces a chute 121 described later (portion at the transporting position A ₂ ), to radially align the axial direction of the coin bar to the outside of the transporting conveyor 63. Composed.

Further, the coin-roll transfer member 71 is rockingly driven by the rocking driving means 81. The swing drive means 81 is a coin-roll delivery member.
A motor 82 connected to a support shaft 73 on the rear side of 71, and a swing position detecting portion 83 for detecting a coin bar receiving position, a coin bar receiving position and a coin bar releasing position of the coin bar delivering member 71 are provided. There is. In this swing position detecting portion 83, a first detecting plate 84 having a pair of slits 84a and 84b provided at a substantially right angle position is attached to a support shaft 73 between a coin-roll delivery member 71 and a motor 82, and a pair of The second detection plate 85 having the slits 85a, 85b of the detection plate 84 provided at symmetrical positions on the circumference is attached, and the slits 84a, 85b of the detection plate 84 are attached.
Sensors 86 and 87 for respectively detecting the slits 85a and 85b of the 84b and the detection plate 85 are provided, and as shown in FIG. 4, the control unit 8 based on the detection signals from the sensors 86 and 87.
8 controls the drive of the motor 82. Then, as shown in FIG. 5 (b), both the sensors 86 and 87 are provided with the detection plate 8 at a position where the coin-roll delivery member 71 is swung to the coin-roll receiving position.
When the slits 84a and 85a of 4,85 are detected and in the ON state, and as shown in FIG. 6 (b), the coin-roll transfer member 71 swings from the coin-roll receiving position to the coin-roll receiving position, Both sensors 8
After turning off both 6,87, the first sensor 86 is slit 84.
When b is detected and turned on, and as shown in FIG. 7B, when the coin-roll transfer member 71 swings from the coin-roll receiving position to the coin-roll discharging position, the first sensor 86 turns off. When the second sensor 87 detects the slit 85b and turns on, and as shown in FIG. 8 (b), the coin-roll transfer member 71 swings from the coin-roll receiving position to the coin-roll releasing position, the first After the sensor 84 is turned off, both the sensors 86 and 87 detect the slits 84a and 85a and are turned on, and in this manner, each swing position of the coin-roll transfer member 71 can be detected.

In addition, the first of the coin bars conveyed by the conveyor 63,
A coin-roll transfer position detecting means 91 for detecting arrival at the second and third transfer positions A ₁ , A ₂ , A ₃ is provided. The coin-roll carrying position detecting means 91 is configured to detect the first and third carrying positions A ₁ ,
At the leading end side of A _{3 in} the conveyance direction, the lower surface of the sensor support piece 92 provided above the coin-roll transfer member 71 and the conveyor frame, like the photo sensor SL ₄ of the length detection means 96 described later shown in FIG. Photosensors 93 and 94, which are light emitters and receivers, are provided on the back surface of the guide surface portion 66a of 66, and the coin-roll transfer member 71 swings to the coin-roll receiving position to transfer the coin roll. The detection light is projected and received on the transport area of the coin bar transported by the transport conveyor 63 through the window hole 95 formed in the member 71. Then, when the coin bar conveyed by the conveyer conveyor 63 reaches the photosensor 93 and the photosensor 93 in the ON state is turned off, if the motor 70 of the conveyer conveyor 63 is stopped, the coin bar is moved to the first convey position. It can be stopped at A ₁ , and the coin bar conveyed by the conveyor 63 reaches the photo sensor 93 and is in the ON state. If the motor 70 is driven for a predetermined number of pulses and stopped, the coin bar is moved to the second transport position.
It can be stopped at A ₂ , and further, if the coin 70 conveyed by the conveyor 63 reaches the photo sensor 94 and the photo sensor 94 that was in the on state is turned off, the motor 70 of the conveyor 63 can be stopped, Can be stopped at the third transport position A ₃ .

Further, there is provided length detection means 96 for detecting a winding defect of the coin bar package by detecting the length of the coin bar received from the coin bar receiving port 62 to the conveyor 63. The length detecting means 96 includes four sensors SL ₁ , which are light emitters and receivers on the lower surface of the sensor support piece 92 provided above the coin-roller delivery member 71 and the back surface of the guide surface portion 66a of the conveyor frame 66.
SL ₂ , SL ₃ , and SL ₄ are arranged along the transfer direction of the transfer conveyor 63, and the coin-roll transfer member 71 swings to the coin-roll receiving position to transfer the coin-roll to the coin-roll transfer member 71. Windows 97a formed
The detection light is projected and received in the transport area of the coin bar which is transported by the transport conveyor 63 through. Then, when the coin bar conveyed by the conveyor 63 reaches the photo sensor 93 and the photo sensor 93 which is in the on state is turned off, the sensor SL _{1 of} 1 yen, 5 yen, 10 yen is being conveyed. If it is off, it is determined that the length is equal to or longer than a predetermined length, and if the sensor SL ₂ is off during conveyance of a 100-yen coin bar, it is determined that the length is equal to or longer than the predetermined length. Sensor while transporting a 50 yen coin
If SL ₃ is off, it is determined that the length is equal to or greater than the specified length, and if sensor SL ₄ is off while a 500 yen coin is being conveyed, it is determined that the length is equal to or greater than the specified length. I am trying to do it. Incidentally, the coin bar that is detected as a winding failure with a predetermined length or more, when it is stored in the cassette of the coin type of the coin bar storage device 19 or the coin bar storage and ejection device 20, clogging in the cassette occurs, It should be housed in the receiving box 17. Further, when the coin-roll delivery member 71 is in the coin-roll receiving position, the detection light is projected and received on the conveyor 63 through the window hole 97b formed in the coin-roll delivery member 71, and the rod is received from the coin-roll receiving port 62. Upon receipt of a coin bar in the money processing device 18, the coin bar transfer member 71 is started to swing and the carrier conveyer 63 starts to convey the coin.

Next, the receiving box 17 is formed with a storage section 101 having an upper surface opened to store the coin bar discharged from the coin bar processing apparatus 18, and the storage section 101 is at each transport position A ₁ of the transport conveyor 63. ， A
1st, 2nd and 3rd storage positions B ₁ and B corresponding to ₂ and A _3
2 and B ₃ are formed to have a front-rear length capable of storing the metal bars in the axial direction, and a handle 102 for transportation is attached between the front and rear side plates. The receiving box 17 can be attached to and detached from the slide receiving base 103 that can be pulled out to the front surface of the machine body 2 from above. This slide support 103 has guide pieces 104 bent on both sides, and both guide pieces 104 are attached to the chassis 61.
The rollers 108 mounted on the rollers 107 rotatably attached to the front ends of the support frames 105 and 106 are attached to the support frames 10 and rotatably attached to the rear ends of both sides of the slide receiving base 103.
The guide pieces 104a of the slide pedestal 103 are placed on the guide pieces 105a and 106a bent at the lower edges of the rollers 10 and 10.
7 Rolling on the top of the roller 108
Rolls on the guide pieces 105a and 106a so that the slide receiving base 103 can be pulled out or stored.

Further, there is provided a fullness detecting means 111 for detecting the fullness of the coin bars housed in the receiving box 17. This fullness detection means 1
Reference numeral 11 denotes a photo sensor 11 formed of a light emitter / receiver on the support frame 105 and the conveyor frame 65 corresponding to the respective storage positions B ₁ , B ₂ , and B _3.
2, 113, 114 are provided, and each storage position B ₁ , through a window hole 115 provided in the receiving box 17 located at a predetermined storage position.
B _2, the upper region of the B ₃ detection light emitting and receiving and detecting the full by photosensors 112, 113, 114 that has been in ON state coin to the light emitting and receiving area of the detection light is laminated changes to the OFF state It is supposed to do.

Further, a chute 121 for guiding the coin bar discharged from the coin bar processing device 18 to the coin bar storage device 19 is provided on a side portion of the cylindrical frame 31 of the coin bar lift device 15.

 Next, the operation of this embodiment will be described.

First, a description will be given of the coin-roll transportation from the coin-roll production to the coin-roll processing device 18.

The deposited coins stored in the coin-type coin storing and feeding device 8 are sent to the coin feeding device 11, and the coins are fed one by one from the coin feeding device 11 to the packaging device 12, and the coin stacking portion 21 at the packaging position 12 is provided. At the same time, a predetermined number of coins are stacked and the stacked coins are packaged by the coin wrapping unit 22 to form a coin bar.

The coin bar produced by the packaging device 12 is discharged to the coin bar delivery device 16 through the chute 27, and the coin bar delivery device 16
The coins are delivered one by one into the bucket 14 of the coin-roll lifting device 15 located in a predetermined coin-roll receiving device.

When the coin bar is stored in the bucket 14, the coin bar lift device 15
Is operated to move the bucket 14 upward.

When the roller 44 of the bucket 14 that receives and moves up the coin bar contacts the bucket operating member 53, the coin bar receiving and discharging side of the bucket 14 swings downward against the spring 43, and the coin bar in the bucket 14 operates. It is rolled and discharged into the coin-roll processing apparatus 18 through the coin-roll discharge port 54 and the coin-roll receiving port 62 on the upper side of the member 53.

 Next, the operation of the coin-roll processing device 18 will be described.

In the standby state waiting for the receipt of the coin-roll, as shown in FIG. 5A, the coin-roll delivery member 71 is swingably arranged at the coin-roll receiving position.

When the coin bar carried by the coin bar lift 15 rolls from the coin bar receiving port 62, the coin bar is received by the receiving portion 78 of the plate part 76 of the coin bar transfer member 71. in this way,
By receiving the coin bar at the receiving portion 78 of the coin bar delivering member 71, the axial direction of the coin bar can be aligned with the transport direction of the transport conveyor 63.

Further, when it is detected by the detecting means 96 that the coin bar has been received by the receiving portion 78 of the coin bar delivering member 71 for a long time, as shown in FIG. 6 (a), the coin bar delivering member 71 is in the coin bar receiving position. Then, the coin bar that has been received is rolled and placed on the belt 69 of the transfer conveyor 63. In this way, when the coin-roll transfer member 71 is located at the coin-roll receiving position, the transfer conveyor 63
The upper bar is the guide surface 65a, 6 of the conveyor frame 65, 66.
6a and a coin-roller delivery member 71, and a conveyor 63
Is prevented from falling.

After that, the transfer conveyor 63 is operated to start the transfer of the coin bar. At this time, the length detection means 96 inspects whether the length of the coin bar is a predetermined length or less.

Then, when the coin roll is stored in the coin roll storing device 19 or the coin roll storing and ejecting device 20, the coin roll is transported to the second transport position A _2, the transport conveyor 63 is stopped, and FIG. , The coin-roll transfer member 71 is swung to the coin-roll discharge position,
The coin bar is ejected to the chute 121 at the ejecting portion 79 of the plate portion 76 of the coin bar delivering member 71. At this time, the discharging portion 79 of the coin-roll delivery member 71 discharges the coins in the chute 121 with the axial direction of the coins aligned uniformly, so that clogging of the coins in the chute 121 can be prevented.

When the coin bar is to be stored in the receiving box 17, the coin bar is conveyed to any of the first, second or third conveyance positions A ₁ , A ₂ and A ₃ and the conveyance conveyor 63 is stopped. , Fig. 7 (a)
As shown in, the coin-roll transfer member 71 is swung to the coin-roll delivery position, and the coin-roll is delivered to the receiving box 17 by the release portion 79 of the plate portion 77 of the coin-roll delivery member 71. In this case, for releasing the receiving box 17 by aligning the axial direction of the coin bar to constant release portion 79 of the coin delivery member 71, the storage position in the receiving box _{17 B 1, B 2, B} 3 exactly Can be stored.

[Effect of device]

According to the present invention, the coin bar delivery member receives the coin bar sent in the radial direction and places the coin bar on the conveyor.
Since the coin bar is conveyed to a predetermined position by this conveyor and discharged by the coin bar delivery member, damage caused by friction of the coin bar wrapping paper, etc. can be prevented. Since it is possible to discharge the coins in a uniform direction, the coins can be sorted and stored if the portion receiving the ejected coins is a storage box, and if it is a chute, clogging of coins is prevented. It is possible to obtain effects such as being able to.

[Brief description of drawings]

1 is a perspective view of a coin-roll processing device in a coin processing machine of the present invention, FIG. 2 is a side view thereof, FIG. 3 is a plan view thereof, and FIG.
The figure is a block diagram of the swing drive means. Each of FIGS. 5 to 8 (a) is a side view for explaining the operation of the coin-roll processing apparatus.
Each of FIG. 8 to FIG. 8B is an explanatory view of the swing position detecting portion corresponding to each operation of each of FIG. 5 to FIG. 8A, and FIG. 9 is a coin deposit / withdrawal function as a coin processing machine. It is a sectional view of a machine. 1 ... coin depositing / dispensing machine as coin processing machine, 18 ... coin processing device, 63 ... conveyor, 71 ... coin delivery member,
78 …… Reception part, 79 …… Discharge part, 81 …… Rotation drive means.

Claims (1)

(57) [Scope of utility model registration request] 1. A coin-roll processing device in a coin processing machine that receives a coin-roll and conveys it to a predetermined position and discharges it, wherein a conveyer for placing the coin-roll on an upper surface and conveying it in the axial direction of the coin-roll. It is swingably provided above the transfer conveyor in the direction orthogonal to the transfer direction of the transfer conveyor, receives the coin bar sent in the radial direction to the transfer conveyor, and sets the axial direction of the coin bar to the transfer direction of the transfer conveyor. With a receiving part that matches
A coin bar delivery member having a discharge part for aligning the axial direction of the coin bar to a radial direction to the outside of the conveyor, and swinging the coin bar delivery member to receive the coin bar by the receiving part. Swing which is located at any one of a coin bar receiving position, a coin bar receiving position for placing the received coin bar on the conveyor, and a coin bar discharging position for discharging the coin bar on the conveyor by the discharging section. A coin-roll processing device in a coin processing machine, comprising: a dynamic driving means.