JP6822740B2 - Film packaging coin supply device - Google Patents

Description

The present invention relates to a film-wrapped coin supply device that supplies a coin-wrapped coin in which a predetermined number of coins are film-wrapped.

In recent years, for example, in financial institutions such as banks, coins are once taken out from a coin-wrapped bar in which a predetermined number of coins are film-wrapped, counted, and re-wrapped in a predetermined number of films. In order to take out coins from such coins, it is necessary to supply the coins without delay.

Conventionally, a device as described in Patent Document 1 is known as a technique similar to a device for supplying a coin-roll. Patent Document 1 describes a rod-shaped material transporting and feeding device for a metal molding machine, in which a material stock portion is provided on a cubic frame having a width corresponding to the material length and on the upper side of a multi-stage floor plate in which the material stock portion is slanted in a zigzag manner. It is described that the corners are opened alternately in the front-rear direction, and a large number of round bar materials M are arranged side by side on each floor board and the inclined floor can be stocked by using the rear end opening of the uppermost floor board as a material input port. (See FIG. 10 of the same publication).

JP-A-2010-247203

In the apparatus described in Patent Document 1, a curved material input port is arranged at a portion where a predetermined inclined floor is transferred to a next-stage inclined floor, and a round bar material is conveyed and transferred to the next-stage inclined floor. However, in particular, when round bar materials are stocked on all inclined floors and transported one by one, even if the material input port is curved, it may stay and may not be transferred to the next inclined floor. There is a problem that the same problem occurs even when such a device is applied to the bar supply.

Therefore, the present invention has been made in view of the above problems, and provides a film-wrapped coin supply device that reliably shifts to the next-stage inclined portion when supplying a coin using a zigzag-shaped inclined portion. With the goal.

In order to solve the above problem, the invention of claim 1 is a film-wrapped coin supply device for supplying a coin-wrapped coin in which a predetermined number of coins are film-wrapped to the next step, and a plurality of coins arranged in multiple stages in a zigzag shape. It is arranged between the inclined portion and the predetermined inclined portion and the inclined portion of the next stage, and the hit of the rod is at a position where the bar is transferred from the inclined portion of the upper stage to the inclined portion of the lower stage. A configuration having a predetermined number of bar metal transition portions provided with a suspension pressing portion that is rotatable by contact and is provided with a weight portion that is weighted and dropped in the lower direction with respect to the bar at the time of the transition. To do.
Further, in the invention of claim 2, the rod metal transition portion is provided with a transition assisting member of an elastic member extending to the inclined portion side of the next stage, and the transition assisting member is bent due to the fall of the rod. The structure is such that the bar is transferred to the uppermost end of the inclined portion of the next stage by the returning force.

According to the invention of claim 1, a plurality of inclined portions are arranged in multiple stages in a continuous fold shape, and a bar metal transition portion is arranged between the predetermined inclined portion and the inclined portion of the next stage, respectively. The Climbing Gold transition portion is rotatable at the position where the Climbing Gold shifts from the upper inclined portion to the lower inclined portion by the contact of the Climbing Gold, and is weighted in the lower direction with respect to the Climbing Gold at the time of the transition. The structure is provided with a suspension pressing portion provided with a weight portion for dropping the gold, and a transition assisting member for an elastic member extending from the rod transfer portion to the inclined portion side of the next stage is provided. The climbing gold is supplied using the zigzag-shaped inclined portion by adopting a configuration in which the rod is transferred to the uppermost end of the inclined portion of the next stage by the recovery force from the bending of the transition auxiliary member due to the fall of the. At this time, by weighting the bar in the lower direction, it is possible to reliably shift to the inclined portion of the next stage without delay.

It is a block diagram of the film packaging coin supply device which concerns on this invention. It is explanatory drawing of the Climbing Gold supplied by the film packaging coin supply device of FIG. It is explanatory drawing of the bar metal supply of the film packaging coin supply apparatus of FIG. FIG. 1 is a schematic explanatory view (1) of a film-wrapped coin taking-out device of an application example in which the film-wrapped coin supply device of FIG. 1 is used. FIG. 2 is a schematic explanatory view (2) of a film-wrapped coin taking-out device of an application example in which the film-wrapped coin supply device of FIG. 1 is used. FIG. 3 is a schematic explanatory view (3) of a film-wrapped coin taking-out device of an application example in which the film-wrapped coin supply device of FIG. 1 is used. FIG. 6 is a schematic explanatory view (4) of a film-wrapped coin taking-out device of an application example in which the film-wrapped coin supply device of FIG. 1 is used.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 shows a configuration diagram of the film packaging coin supply device according to the present invention, and FIG. 2 shows an explanatory diagram of a coin-rolling gold supplied by the film packaging coin supply device of FIG. In FIG. 1A, in the film packaging coin supply device 10, inclined portions 21A to 21D are arranged in a zigzag shape, and bar transfer portions 22-1 to 22-3 are provided between the inclined portions 21A to 21D in the next stage. Be done. Sliding members 23 are provided inside both side portions of the inclined portions 21A to 21D to prevent the bar 31 described later from rolling diagonally.

As shown in FIGS. 1B and 1C, the bar metal transition portion 22-1 is provided with guide side plates 24B-1 and 24B-2 on both sides of the transition guide portion 24A having a curl surface from a vertical surface. A shaft 25 is erected between the guide side plates 24B-1 and 24B-2. A suspension pressing portion 22A is rotatably provided on the shaft 25, and a weight portion 22A-1 is provided on the transition guide portion 24A side of the suspension pressing portion 22A.

The shaft 25 and the suspension pressing portion 22A are positioned so that the suspension pressing portion 22A comes into contact with a climbing gold described later that rolls and moves from the inclined portion 21A. Further, a transition assisting member 26 of an elastic member (for example, made of resin) is provided on the curled surface portion of the transition guide portion 24A of the bar metal transition portion 22-1 so as to extend toward the inclined portion side of the next stage.

The Climbing Gold Transfer Units 22-2 and 22-3 have the same configuration as the Climbing Gold Transfer Unit 22-1, and the description thereof will be omitted.

As shown in FIG. 2, the coin-roll 31 is a coin 31A in which a predetermined number (for example, 50) is wrapped with a film 31B. For example, coins 1 yen, 5 yen, 10 yen, which are distributed in Japan. Although the target is 50 yen, 100 yen, and 500 yen (commemorative coins that are not normally distributed), foreign coins may be targeted, and coins used in amusement machines and the like may be targeted. The coin-roll supply unit 10 can deal with the coin-roll 31 of any coin, and by folding each of the inclined portions 21A to 21D in a zigzag shape, a large amount of coin-roll 31 does not require a horizontal space. Can be processed.

Therefore, FIG. 3 shows an explanatory diagram of the coin-roll supply of the film-wrapped coin supply device of FIG. FIG. 3A shows a part of the end face of the film packaging coin supply device 10 of FIG. 1, and the coin-roll 31 inserted on the uppermost inclined portion 21A rolls and moves, and the coin-roll transfer portion 22 It shifts to the inclined portion 21B via -1, rolls and moves on the inclined portion 21B, shifts to the inclined portion 21C via the bar metal transition portion 22-2, rolls and moves on the inclined portion 21C, and shifts to the bar metal. It shifts to the inclined portion 21D via the portions 22-3, and is supplied by rolling and moving the inclined portion 21D.

Therefore, as shown in FIG. 3B, the bar metal transition portion 22-1 comes into contact with the suspension pressing portion 22A when the inclined portion 21A rolls and moves to the lowermost end, and the suspension pressing portion 22A is pressed as it is. The portion 22A is pressed and rotated. As a result, even if it is light like a 1-yen coin-roll 31 and even if it rolls diagonally when it is short, it can be brought into parallel at the lowermost end of the inclined portion 21A by abutting on the suspension pressing portion 22A. Then, from the time immediately before the Climbing Gold 31 is separated from the inclined portion 21A, as shown in FIG. 3C, the Climbing Gold 31 is made parallel to the Climbing Gold 31 by the suspension pressing portion 22A, and is next by the weight portion 22A-1. It is dropped by weighting it on the inclined portion 21B side of the step.

As shown in FIG. 3D, the Climbing Gold 31 falls on the transition assisting member 26 to bend the transition assisting member 26, and as shown in FIG. 3E, the transition holding member 26 A return force is applied and the transfer force is applied to the uppermost end of the inclined portion 21B of the next stage. The same applies to the Climbing Gold Transition Units 22-2 and 22-3.

In this way, when the bar is supplied using the zigzag-shaped inclined portions 21A to 21D, it is possible to reliably shift to the inclined portion of the next stage by applying a load to the bar 31 in the lower stage direction. It can be done.

When the Climbing Gold 31 enters the Climbing Gold Transition Units 22-1 to 22-3, acceleration may be applied without the previously inserted Climbing Gold 31, or the shape of the Climbing Gold 31 may be deformed or bent. Further, even if the film 31B is torn or has poor adhesion, even if it rolls diagonally, the transition to the next stage can be smoothed by the downward load by the suspension pressing portions 22A to 22C. On the other hand, the film 31B of the bar 31 comes into contact with the sliding members 23 provided inside both sides of the inclined portions 21A to 21D, and the occurrence of diagonal rolling of the bar 31 can be reduced.

Further, as shown in FIG. 4 described later, when as much as possible of the inclining gold 31 is stocked in each of the inclined portions 21A to 21D, the transition force to the inclined portion of the next stage is weakened, so that the suspension pressing portion is particularly suitable. The downward load of 22A to 22C enables a reliable transition without delay.

Further, the elastic return force of the transition assisting member 26 provided in the coin-roll transition portions 22-1 to 22-3 accelerates the rolling and moving force of the coin-roll, especially in the case of a light weight such as a one-yen coin-roll 31. It is possible to ensure that the 31 is put into the inclined portion of the next stage.

Next, FIGS. 4 to 7 show a schematic explanatory view of a film-wrapped coin taking-out device of an application example in which the film-wrapped coin supply device of FIG. 1 is used. In FIG. 4A, the Climbing Gold 31 inserted onto the uppermost inclined portion 21A of the film packaging coin supply device 10 rolls on the inclined portion 21A and is suspended when shifting to the next inclined portion 21B. The Climbing Gold 22A is rotated, and similarly, the inserted bar 31 rolls on the inclined portion 21B (suspension pressing portion 22B) and the inclined portion 21C (suspension pressing portion 22C), and the Climbing Gold from the inclined portion 21D. It is transported to the rotary transport unit 13, and is in a standby state here.

Subsequently, when a desired number of rods 31 are sequentially inserted into the uppermost inclined portion 21A, the uppermost inclined portion 21A is connected to the rods 31 which have been put into a standby state by the bar rotating transport unit 13. Stocked in.

Therefore, when the power of the device is turned on and the operation is started, as shown in FIG. 4 (B), the rotary cutter 14C is rotated upward, and the coin-roll rotating carrier 13 is rotated 90 degrees to be in a standby state. The Climbing Gold 31 is supplied to the film cutter section 14. In this case, in the Climbing Gold Rotating Transport Unit 13, the next Climbing Gold 31 rolls down from the film packaging coin supply device 10 and enters a standby state, and the Climbing Gold 31 on each of the inclined portions 21A to 21D corresponds to one. It will roll forward.

At that time, as described above, when the inclined portions 21A to 21C of the bar 31 are transferred to the next stage, the bar 31 rotates the suspension pressing portion 22A in a contact state, and at this time, The weight of the weight portion 22A-1 of the suspension pressing portion 22A is weighted downward in the inclined portion of the next stage to ensure the loading.

In the film cutter portion 14, the first Climbing gold rotating rollers 14A-1, 14A-2 and the second Climbing gold rollers 14B-1, 14B-2 are rotated in the same direction from the start of operation and supplied. Is placed between the first Climbing Gold Rotating Rollers 14A-1, 14A-2 and the Second Climbing Gold Rollers 14B-1, 14B-2 as shown in FIGS. 4 (B) and 4 (C). The substantially central portion of the gold 31 is located between the Climbing Gold Rotating Rollers 14A-1 and 14A-2 and between the Climbing Gold Rollers 14B-1 and 14B-2 and is in a rotated state.

At this time, the rotary cutter 14C rotates, and the cutting blade 14D at the tip thereof is on the side between the first coin-roll rotating rollers 14A-1 and 14A-2 (the side between the second coin-roll rollers 14B-1 and 14B-2). ), The cut portion 31C is formed by cutting the substantially central portion of the film 31B of the rod 31 in the axial direction over the periphery thereof. Then, when the rotation of the rotating shaft 14B is stopped, the Climbing Gold Transfer Unit 15 rotates according to the rotation of the Climbing Gold Holding Units 61 (Climbing Gold 63A, 63B) in the coin taking-out unit 16 described later at the respective drive sources. As shown in FIG. 4 (D), the bar 31 from which the film 31B has been cut is received on the bar receiving section 15A of the bar transferring section 15, and as shown in FIG. 4 (E), the bar holder is used as it is. It rotates to the unit 61 side.

At this time, the pressing portions 63A and 63B rotate toward the bar metal transfer section 15 via the cam, and as shown in FIG. 5A, the bar from which the film 31B is cut from the bar metal transfer section 15 By receiving the gold 31 and rotating it to the first holding split rollers 55A and 55B and the second holding split rollers 59A and 59B of the coin taking-out portion 16 as it is, as shown in FIG. Is pressed against the first holding split rollers 55A, 55B and the second holding split rollers 59A, 59B to hold the rod 31C, and the cut portion 31C of the film 31B of the rod 31 is the first holding split rollers 55A, 55B. It is located in the intervening portion (the portion between the second holding split rollers 59A and 59B). That is, as shown in FIGS. 5C and 5D, the holding state of the Climbing Gold 31 is such that the Climbing Gold 31 is held by the first holding split rollers 55A and 55B and the second holding by the power of the Climbing Gold holding portion 61 times. It is in a state of being pressed against the split rollers 59A and 59B.

Subsequently, as shown in FIGS. 6 (A) and 6 (B), in the coin taking-out portion 16, the bar 31 from which the film 31B has been cut has the first split bar 31-1 as a boundary with the cut portion 31C as a boundary. In a state where the 1-holding split roller 55A and the 2nd holding-split roller 59A are in contact and holding, and in a state where the 2nd split bar 31-2 is in contact and held by the 1st holding-split roller 55B and the 2nd holding-split roller 59B. is there.

Therefore, as shown in FIGS. 6A to 6C, the movable side plate drive transmission unit 51 is held by the first holding split rollers 55A and 55B and the second holding split rollers 59A and 59B of the coin taking out portion 16. Is rotated clockwise, for example. At this time, the first holding roller drive transmission unit 53 and the second holding roller drive transmission unit 57 are in a non-rotating state.

When the movable side plate drive transmission unit 51 is rotated clockwise, the horizontally movable side plates 41A and 41B move horizontally so as to expand, so that the first holding split roller 55A, the first holding split roller 55A, while holding the first split bar 31-1. The 2 holding split roller 59A and the holding portion 63A of the bar metal holding portion 61 move to the 1st coin extrusion portion 45A side, and the 1st holding split roller 55B, 2nd while holding the 2nd split bar 31-2. The holding split roller 59B and the holding portion 63B of the bar metal holding portion 61 move to the second coin pushing portion 45B side.

Then, the first coin extrusion portion 45A arranged in a fixed state on the axial direction of the bar 31 pushes the coin from the end of the first split bar 31-1 toward the cutting portion 31C, and the coin is pushed out toward the cutting portion 31C in the axial direction of the bar 31. The second coin extruding portion 45B arranged in a fixed state on the top pushes coins from the end of the second split bar 31-2 toward the cutting portion 31C, so that the individual coins 31A fall into the ejected coin storage portion 61. Is stored. At this time, each film 31B from which the coin 31A has been taken out is in a state of being held by the first holding split rollers 55A and 55B, the second holding split rollers 59A and 59B, and the holding portions 63A and 63B of the bar metal holding portion 61, respectively. Is.

As shown in FIG. 7A, when the movable side plate drive transmission unit 51 is turned counterclockwise after all the coins 31A are taken out, the horizontally movable side plates 41A and 41B approach each other as shown in FIG. 7B. When the coins are horizontally moved and returned to the initial state, the first coin extrusion portion 45A and the second coin extrusion portion 45B are separated from the films 31B from which the coins 31A have been taken out.

Therefore, as shown in FIG. 7C, each film 31B held by rotating the first holding roller drive transmission unit 53 and the second holding roller drive transmission unit 57 outward is the first holding split roller. The 55A and the second holding split roller 59A, the first holding split roller 55B and the second holding split roller 59B are discharged to the outside, and are stored in the release film storage portion 72 as shown in FIG. 7 (D).

The film-wrapped coin supply device of the present invention can be used in the machine manufacturing, sales, and use industries for the industries dealing with climbing gold.

10 Film-wrapped coin supply device 11 Film-wrapped coin take-out device 13 Climbing gold rotary transport section 13A Climbing gold 13B extension bar 14 Film cutter section 14A, 14B Rotating shaft 14A-1, 14A-2 1st Climbing gold rotary roller 14B-1 , 14B-2 2nd Climbing Gold Rotating Roller 14C Rotating Cutter 14D Cutting Blade 14E Rotation Center 15 Climbing Gold Transfer 15A Climbing Gold Receiver 15B-1, 15B-2 Gear Flange 16 Coin Extraction 21A-21D Inclined Part 22 -1 to 22-3 Climbing gold transition part 22A to 22C Suspension pressing part 22A-1 Weight part 23 Sliding member 24A Climbing guide part 24B-1, 24B-2 Guide side plate 25 Shaft 26 Climbing auxiliary member 31 Climbing gold 31A Coin 31B Film 31C Cutting part 31-1 1st split bar 31-2 2nd split bar 41A, 41B Horizontally movable side plate 42 Movable side plate drive part 43 1st holding roller part 44 2nd holding roller part 45A 1st coin extrusion part 45B 2nd coin extrusion part 51 movable side plate drive transmission part 52 ball screw 52A-1, 52B-1 mounting part 52A-2, 52B-2 ball screw engagement part 53 1st holding roller drive transmission part 54 1st slidable rotary shaft 55A , 55B 1st holding split roller 56A. 56B 1st mounting part 57 2nd holding roller drive transmission part 58 2nd slidable rotary shaft 59A, 59B 2nd holding split roller 60A, 60B 2nd mounting part 61 Climbing gold holding part 61A, 61B Drive transmission part 62A, 62B Rotating shaft 63A, 63B Presser part 64A, 64B Mounting part 71 Extraction coin storage part 72 Release film storage part

Claims (2)

A film-wrapped coin supply device that supplies a coin-wrapped coin with a predetermined number of coins wrapped in a film to the next process.
Multiple inclined parts arranged in a zigzag shape in multiple stages,
It is arranged between a predetermined inclined portion and the inclined portion of the next stage, and rotates at a position where the rod is transferred from the inclined portion of the upper stage to the inclined portion of the lower stage by the contact of the rod. A predetermined number of climbing gold transition portions provided with a suspension pressing portion which is free and is provided with a weight portion which is free and is provided with a weight portion which is weighted and dropped in the lower direction with respect to the climbing gold at the time of the transition.
A film-wrapped coin feeder characterized by having. The film-wrapped coin supply device according to claim 1, wherein the Climbing Gold transition portion is provided with a transition assisting member of an elastic member extending to the inclined portion side of the next stage, and the transition assisting member due to the fall of the Climbing Gold. A film-wrapped coin supply device characterized in that the coin-roll is transferred to the uppermost end of the inclined portion of the next stage by the recovery force from the bending of the coin.

Images