JPH0653410U - Coin packing machine - Google Patents

Abstract

(57) [Abstract] [Purpose] When the wrapping paper P is set, the leading end portion of the wrapping paper P is automatically cut and the cut wrapping paper piece is removed, and the leading end of the remaining wrapping paper P is formed into a predetermined shape. . When the wrapping paper P is set, the leading end of the wrapping paper P is fed to the end position of the guide means 41 by the wrapping paper feeding means 31 and stopped. Operate the clamping member drive means SD,
The nipping member 61 nips the front end of the wrapping paper P. The cutter driving means RSD is operated to move the cutter 51 to the displacement position to cut the wrapping paper P and retract the bottom member 35 from the bottom area of the guide means 41. Then, the nipping by the nipping member 61 is released, and the cut wrapping paper piece P of the wrapping paper P is
Eliminate 0 by dropping downwards.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a coin wrapping machine that winds and wraps a predetermined number of strips of wrapping paper around a stack of coins.

[0002]

[Prior art]

 Conventionally, for example, a coin wrapping machine described in Japanese Patent Publication No. 1-34846 is known. This type of coin wrapping machine collects a predetermined number of coins (generally 50 coins) and then holds them between three rollers called wrapping rollers. While rotating the rollers, a strip of wrapping paper is wrapped around the coins. Coins are wrapped by winding the upper and lower ends of the wrapped wrapping paper with a winding needle.

The supply of the wrapping paper is performed by feeding the strip-shaped wrapping paper pulled out from the wrapping paper roll by the supply roller to the wrapping portion along the non-linear wrapping paper guide passage, and then sending the wrapping paper to the wrapping portion. When the leading edge of the paper is gripped between the three rollers that rotate and the accumulated coins that are nipped and rotated by these rollers, a sudden tension is applied to the wrapping paper, and the wrapping paper is placed under the tension. It is designed so that it is pressed against a cutter protruding in a V shape in the feeding direction provided on the paper orbit and cut, and the cut wrapping paper piece is wound around the peripheral surface of the accumulated coins.

Further, when a new wrapping paper roll is set or when a wrapping paper roll whose leading end does not project in a V shape in the feeding direction due to cutting with scissors or the like is set, The leading edge of the wrapping paper is sent to the wrapping paper guide passage, and the wrapping paper is pressed against the cutter and cut by pulling the leading edge of the wrapping paper by a manual operation of a staff member, and the leading end is V-shaped in the feeding direction. A piece of wrapping paper that is not in a protruding shape is removed, and the tip of the remaining wrapping paper is made to project in a V shape in the feeding direction.

The reason why the tip of the wrapping paper is made to project in a V shape is that when the wrapping paper is not V-shaped, one end in the width direction of the wrapping paper is gripped first and is slanted. This is because there will be feeding defects and winding defects such as sending to a coin or winding it around a coin at an angle.

[0006]

[Problems to be solved by the device]

 In a conventional coin wrapping machine, a clerk manually pulls the tip of the wrapping paper and cuts it with a cutter in order to make the tip of the wrapping paper project in a V shape. There is a problem that it takes time.

Therefore, the present invention has been made in view of such a point, and the front end portion of the wrapping paper is automatically cut and the cut wrapping paper piece is cut by a simple operation of setting the wrapping paper. It is an object of the present invention to provide a coin wrapping machine that can eliminate the remaining wrapping paper and form the tip of the wrapping paper into a predetermined shape.

[0008]

[Means for Solving the Problems]

 According to the present invention, a wrapping paper feeding means 31 for feeding and feeding a band-shaped wrapping paper P, a wrapping portion 1 composed of a plurality of rollers 11, 12, and 13, and a wrapping paper feeding means 31 and the wrapping portion 1 are provided. The wrapping paper P is pulled due to the difference in the wrapping paper feed speed between the guide means 41 provided for guiding the wrapping paper P in a non-linear manner, the wrapping paper feeding means 31 and the rollers 11, 12, 13 of the packaging unit 1. And a cutter 51 that cuts the wrapping paper P by coming into contact with the wrapping paper P when it is linearly displaced, and wraps a wrapping paper P of a predetermined length around a predetermined number of coins. In the coin wrapping machine to be loaded, the cutter 51 is displaced to the normal position where the wrapping paper P is cut when the wrapping paper P is linearly displaced and the wrapping paper P side in the state of being guided by the guide means 41. Cutter driving means RSD for moving the wrapping paper P to the displacement position for cutting and the displacement position of the cutter 51 The guide portion 43 is provided in a part of the guide means 41 so as to be allowed to move, and the bottom surface of the guide means 41 when the cutter 51 is in the normal position. , A bottom member 35 that retracts from the bottom surface of the guide means 41 when the cutter 51 moves to the displacement position, and a holding member that holds the leading end of the wrapping paper P at the end position of the guide means 41. 61, a nipping member driving means SD for driving the nipping member 61, a switch means SW1 for outputting a cutting command signal, and a leading edge of the wrapping paper P described above when the wrapping paper is supplied to the wrapping paper feeding means 31, In response to a signal from the switch means SW1, the wrapping paper feeding means 31 is operated to feed the leading edge of the wrapping paper P to the end position of the guide means 41, and then the wrapping paper feeding means 31 is stopped. And this paper feed control means 92 After stopping the paper loading feed means 31, the paper nipping control means 93 that operates the nipping member drive means SD and nips the leading edge of the paper encasement P by the nipping member 61, and the paper nipping control means 93. After the front end of the wrapping paper P is clamped by the above, the cutter driving means RSD is operated to move the cutter 51 to the displacement position, thereby cutting the wrapping paper P and retracting the bottom member 35. The cutting control means 94 and the front end of the wrapping paper P cut by unclamping the holding member 61 by the holding member driving means SD in a state where the cutter 51 is moved to the displacement position by the paper cutting control means 94. It is provided with a paper removal control means 95 for dropping and removing the paper downward.

[0009]

[Action]

 In the present invention, when the front end of the wrapping paper P is set to the wrapping paper feeding means 31, the wrapping paper feeding means 31 is operated by the signal from the switch means SW1 and the front end of the wrapping paper P is moved. After being fed to the end position of the guide means 41, the wrapping paper feeding means 31 is stopped. Then, the holding member driving means SD is operated and the leading end of the wrapping paper P is held by the holding member 61. In the sandwiched state, the cutter driving means RSD is actuated to move the cutter 51 to the displacement position, whereby the wrapping paper P is cut and the bottom member 35 is retracted from the bottom surface of the guide means 41. Then, the nipping of the nipping member 61 by the nipping member drive means SD is released, and the leading end of the cut wrapping paper P is dropped and removed.

[0010]

【Example】

 Hereinafter, the structure of one embodiment of the coin wrapping machine of the present invention will be described with reference to FIGS.

The coin wrapping machine collects a predetermined number of coins (for example, 50 coins) from a coin payout unit (not shown) that pays out coins to be packed one by one and a coin payout unit from the coin payout unit into a body (not shown). A stacking unit (not shown), a packing unit 1 that receives the stacked coins stacked by the stacking unit and packs them in a wrapping paper P, and a wrapping paper supply unit 2 that supplies the wrapping paper P to the wrapping unit 1. There is.

The wrapping paper P is formed of polyethylene or the like into a band shape, and is wound around a roll portion R. The wrapping paper P has its leading end cut at right angles to the feeding direction in the initial state before setting, and is cut into a predetermined shape projecting in a V shape in the feeding direction at the time of setting and packaging described later. , The cut wrapping strip with a right-angled tip is removed, and the subsequent wrapping strip is used for coin packaging.

As shown in FIGS. 1 and 2, the packaging unit 1 includes three rollers 11, 12, 13 arranged on the machine body side. A stacking coin is supplied from the stacking unit between the rollers 11 to 13, the gap between the rollers 11 to 13 is narrowed, and the rollers 11 to 13 are rotated in the direction of the arrow in the drawing by a motor (not shown) and stacked. The coins are nipped and rotated, the wrapping paper P is supplied between the rollers 11 to 13 and the accumulated coins, and the wrapping paper P is wrapped around the peripheral surface of the accumulated coins. Further, the upper and lower ends of the wrapping paper P wound around the peripheral surface of the accumulated coins are wound by an unillustrated winding needle to be wrapped.

The wrapping paper supply unit 2 includes a base plate 21, and a wrapping paper setting unit 22 is provided on the front portion of the upper surface of the base plate 21. A drum 23 to which the roll portion R of the wrapping paper P is fitted and mounted is vertically provided in the wrapping paper setting portion 22.

A wrapping paper feeding means 31 is arranged behind the wrapping paper setting section 22 of the base plate 21. The wrapping paper feeding means 31 includes a roller 32 and a roller 33 that is brought into pressure contact with the roller 32. The roller 32 is rotatably supported between a top member 34 and a bottom member 35 via a rotation shaft 32a, is driven to rotate by a motor M, and is rotated by a paper feed amount detection sensor PI, that is, a wrapping paper. The feed amount of P is detected. The paper feed amount detection sensor PI is composed of a photo interrupter, and the light emitting device and the light receiving device are exposed to the upper and lower surfaces of the peripheral portion where the slit 37 of the rotation detecting plate 36 which rotates integrally with the roller 32 is provided.

On the other hand, the roller 33 is rotatable with respect to a support shaft 38 which is fixed and supported between the top member 34 and the bottom member 35. The support shaft 38 is rotatably supported by upper and lower support plates 39 and 40 which are fixed to the base plate 21, and is normally and reversely rotated by a rotary solenoid RSD serving as cutter driving means described later.

It should be noted that the feeding speed of the wrapping paper P accompanying the winding in the wrapping unit 1 is set to be higher than the feeding speed of the wrapping paper P of the wrapping paper feeding means 31.

From the wrapping paper feeding means 31 to the wrapping section 1, a guide means 41 for non-linearly guiding the wrapping paper P fed from the wrapping paper feeding means 31 to the wrapping section 1 is provided. The guide means 41 includes a guide plate 42 formed in an arc shape, and a guide portion 43 is divided and formed in a part of the upstream side of the guide plate 42. The edge portion of the guide plate 42 and the edge portion of the guide portion 43 facing the edge portion are formed in a shape in which the central portion projects in a V shape in the feeding direction of the wrapping paper P corresponding to the shape of the cutter 51 described later. Has been done. The guide plate 42 is supported on the base plate 21 by a support member (not shown) in a erected state, and the guide portion 43 is erected in a fixed state on the bottom member 35. Note that the base plate 21 is not provided below the guide means 41, and an exclusion box 72, which will be described later, is arranged so as to directly face the exclusion box 72.

On the left side of the standing portion of the guide portion 43 of the bottom member 35, the wrapping paper P is provided due to the difference in the wrapping paper feeding speed between the wrapping paper feeding means 31 and the rollers 11 to 13 of the wrapping portion 1. A cutter 51 is provided which cuts the wrapping paper P by coming into contact with the wrapping paper P when pulled and linearly displaced. The cutter 51 is formed in a shape in which a central portion thereof projects in a V shape in the feeding direction of the wrapping paper P, and is attached on the bottom member 35 via a support member 52.

Then, the bottom member 35 is swung via the support shaft 38 by the rotary solenoid RSD as the cutter driving means, and the guide portion 43, the cutter 51 and the like on the bottom member 35 are integrally moved. . That is, regarding the cutter 51, the normal position (the position shown in FIG. 2A) where the wrapping paper P is cut when the wrapping paper P is linearly displaced and the wrapping paper P in the state where it is guided by the guide means 41. It is moved to a displacement position (position shown in FIG. 2B) where it is displaced to the side and the wrapping paper P is cut.

The bottom member 35 is formed in a curved lever shape that can close the lower surface of the wrapping paper feeding means 31 from the lower surface of the guide means 41, and the base is fixed to the support shaft 38. It is swingable around the support shaft 38. The bottom surface member 35 constitutes the bottom surface of the guide means 41 when the cutter 51 is in the normal position, and the wrapping paper P guided by the guide means 41 from the wrapping paper feeding means 31 to the wrapping section 1 is provided. When the cutter 51 moves to the displacement position while the lower edge of the guide means 41 is moved, the bottom surface of the guide means 41 is retracted and the lower surface of the guide means 41 is opened.

A sandwiching member 61 is arranged so as to face a guide surface end position for guiding the wrapping paper P of the guide plate 42. In the sandwiching member 61, support piece portions 63 and 64 provided at the upper and lower edge portions of the base plate portion 62 are rotatably fitted to a support shaft 65 provided upright on the base plate 21. It is rotatably supported with 65 as a center, and a holding piece portion 66 that comes into contact with and separates from the guide plate 42 in accordance with the rotation is formed at the edge portion of the base plate portion 62 facing the guide plate 42. . A plunger 68 of a solenoid SD as a holding member driving means is connected to the support piece 63 via a spring 67. When the solenoid SD is OFF, the holding spring (not shown) urges the holding piece 66 in the direction away from the guide plate 42, that is, in the counterclockwise direction in the figure. Due to the elasticity of the spring 67, it is rotated in the clockwise direction in the figure so that the sandwiching piece 66 is pressed against the guide plate 42 via the wrapping paper P.

Below the guide means 41, there is provided an excluding portion 71 for excluding unnecessary wrapping paper pieces P 0 cut when the wrapping paper P is set. The excluding portion 71 is configured inside the excluding box 72, and the excluding box 72 is formed in a box shape that opens upward.

Reference numeral 81 is a door that opens and closes the front opening of the machine body.

Further, a paper feed switch SW1 as switch means is provided on the base plate 21, and a door set switch SW2 for detecting opening / closing of the door 81 is provided. Further, paper detecting sensors S1 and S2 for detecting the wrapping paper P are provided at the upstream side and the downstream side of the guide means 41, that is, at the upstream end of the guide portion 43 and the downstream end of the guide plate 42, respectively.

Next, FIG. 3 shows a control unit 91 of the coin wrapping machine, which includes a paper feed amount detection sensor PI, a paper feed switch SW1, a door set switch SW2, and paper detection switches S1 and S2. Signal is input to control the drive of the motor M, solenoid SD, and rotary solenoid RSD.

The control unit 91 has the following functions. When the front end of the wrapping paper P is supplied to the wrapping paper feeding means 31, when the wrapping paper is set, the wrapping paper feeding means 31 is operated by the signal from the paper feeding switch SW1 to move the front end of the wrapping paper P to the end position of the guide means 41. The function of the paper feed control means 92 that stops the wrapping paper feed means 31 after the paper has been fed. The function of the paper pinching control means 93 for holding the front end of the wrapping paper P by the nipping member 61 by operating the solenoid SD after stopping the wrapping paper feeding means 31 by the paper feeding control means 92. After the front end of the wrapping paper P is held by the paper holding control means 93, the rotary solenoid RSD is actuated to move the cutter 51 to the displacement position to cut the wrapping paper P and the bottom member 35. The function of the paper cutting control unit 94 for retracting. In the state where the cutter 51 is moved to the displacement position by the paper cutting control means 94, the paper removal control means 95 for removing the leading end of the cut packaging paper P by dropping the nipping of the nipping member 61 by the solenoid SD is removed. function.

Next, the operation of setting the wrapping paper P in the machine body will be described with reference to the flowchart of FIG. 4 and the timing chart of FIG.

The door 81 of the machine body is opened, the roll portion R of the wrapping paper P is attached to the wrapping paper setting portion 22 on the base plate 21, and the leading end of the wrapping paper P pulled out from the roll portion R is fed to the wrapping paper. The means 31 is inserted between the rollers 32 and 33 (step 1).

When the paper feed switch SW1 is pushed down, the motor M is rotated in the normal direction (steps 2 and 3, timing t1). Therefore, as shown in FIG. 2A, the wrapping paper P is sent out between the rollers 32 and 33 of the wrapping paper feeding means 31, and is guided along the guide portion 43 and the guide plate 42 of the guide means 41. It is guided non-linearly toward 1.

During this paper feeding, the timer function of the control unit 91, the paper feed amount detection sensor PI, and the paper detection sensors S1 and S2 deliver the wrapping paper P of the specified length within the specified time. Whether or not the leading edge of the wrapping paper P is securely gripped between the rollers 32 and 33 or the wrapping paper P is jammed in the middle of the guide means 41 is regulated. When the time has passed, the error processing for the abnormal operation is performed (step 6).

Then, when it is confirmed by the paper feed amount detection sensor PI that the wrapping paper P of the specified length has been sent out within the specified time, the motor M is braked and stopped (step 7, timing t2). . Therefore, the feeding of the wrapping paper P from the wrapping paper feeding means 31 is stopped. At the stop position of the wrapping paper P, the front end of the wrapping paper P is inserted between the end position of the guide means 41 and the holding member 61.

After that, the solenoid SD is turned on (step 8, timing t3), the holding member 61 is rotated, and the leading end of the wrapping paper P is held between the holding piece 66 and the guide plate 42.

After that, the rotary solenoid RSD is normally rotated (step 9, timing t4), and as shown in FIG. 2 (b), the bottom member 35 is rotated about the support shaft 38 in the clockwise direction in the drawing. The cutter 51 moves to the displacement position and is pressed against the wrapping paper P to cut the wrapping paper P (step 10), and the bottom member 35 is retracted from the bottom surface of the guide means 41. The cut portion of the wrapping paper P left after the wrapping paper piece P0 at the tip is cut is formed in a shape in which the central portion projects in a V shape in the feeding direction.

After that, the solenoid SD is turned off (step 11, timing t5), the sandwiching of the cut wrapping paper piece P0 by the holding member 61 is released, and the wrapping paper piece P0 falls downward and is removed in the exclusion box 72. It is rejected by the unit 71 (step 12).

Thereafter, the rotary solenoid RSD is reversely rotated (step 13, timing t6), the bottom member 35 is rotated counterclockwise in the figure around the support shaft 38, and the cutter 51 is returned to the normal position. The bottom surface member 35 is returned to the position forming the bottom surface of the guide means 41.

As described above, when the wrapping paper P is set, the cutter 51 is moved to the displacement position while the front end portion of the wrapping paper P fed to the end position of the guide means 41 is held by the holding member 61. The wrapping paper piece P0, which is cut by cutting with the holding member 61 after releasing it, can be cut into the exclusion box 72, and the leading end of the remaining wrapping paper P projects in a V-shape at the center in the feeding direction. Can be

When packaging coins, a predetermined number of coins (for example, 50 coins) are accumulated in the accumulating unit, and the accumulated coins C are supplied between the rollers 11 to 13 of the packaging unit 1. In the packaging unit 1, the accumulated coins are nipped and rotated between the rollers 11 to 13.

In this state, the wrapping paper P is sent out by the wrapping paper feeding means 31 of the wrapping paper supply unit 2, and the leading end of the wrapping paper P is sent along the guide means 41 in a non-linear manner, and the rollers 11 to It is supplied between 13 and accumulated coin C.

Then, the wrapping paper P supplied to the supply unit 1 is wrapped around the peripheral surface of the accumulated coin C. At this time, since the feeding speed of the rollers 11 to 13 to be wound is higher than the feeding speed of the wrapping paper feeding means 31, the wrapping paper P is suddenly pulled and linearly displaced due to the difference in the feeding speed, and the cutter It is pressed against 51 and cut into pieces of wrapping paper of a predetermined length. The leading end of the wrapping paper P cut and left by the cutter 51 is formed in a shape in which the central portion projects in a V shape in the feeding direction.

Then, the upper and lower ends of the wrapping paper piece wound around the peripheral surface of the accumulated coin C are wound by a winding needle (not shown) and wrapped.

Next, FIG. 6 shows another embodiment of the present invention. In this embodiment, the cutter driving means is also used as the solenoid SD as the holding member driving means. That is, the cutter 51 is attached to the tip of the support lever 101, and the support lever 101 is slidably supported by the guide member 102 to move the cutter 51 between the normal position and the displacement position. Further, a long hole 106 at one end of a link 105 that allows swinging around a support shaft 104 is fitted to the pin 103 of the support lever 101, and a pin 10 7 at the other end of the link 105 becomes a plunger 68 of the solenoid SD. It is fitted in the long hole 109 of the linked link 108.

When the wrapping paper P is set, the solenoid SD is turned on after the leading end of the wrapping paper P is sent to the end position of the guide means 41, so that the clamping member is held at the initial stage of the movement of the plunger 68. 61 rotates and the leading end of the wrapping paper P is clamped between the guide means 41. At this time, the cutter 51 and the like do not move because the elongated hole 109 of the link 108 moves with respect to the pin 107 of the link 105.

Further, when the plunger 68 continues to move and the edge of the elongated hole 109 of the link 108 comes into contact with the pin 107 of the link 105, the link 105 swings to move the support lever 101 and the cutter. 51 is moved to the displacement position to cut the wrapping paper P, and the bottom member 35 is retracted from the bottom surface of the guide means 41 in conjunction with the movement of the support lever 101.

After that, when the solenoid SD is turned off, the elasticity of the spring 67 is weakened at the initial stage of the return movement of the plunger 68, and the holding member 61 is released and rotated to release the holding of the cut wrapping paper piece P0. To be done. At this time, the bottom member 35 does not move because the elongated hole 109 of the link 108 moves with respect to the pin 107 of the link 105. Therefore, the wrapping paper piece P0 whose pinching is released falls and is accommodated in the exclusion box 72.

Further, when the return movement of the plunger 68 continues and the edge of the elongated hole 109 of the link 108 comes into contact with the pin 107 of the link 105, the link 105 swings and the support lever 101 moves back. The cutter 51 is moved to the normal position, and the bottom member 35 is returned to the bottom position of the guide means 41 in conjunction with the return movement of the support lever 101.

Therefore, also in this embodiment, when the wrapping paper P is set, it is possible to automatically cut the leading end of the wrapping paper P and eliminate the cut wrapping paper piece P 0, which is the same effect as the above-described embodiment. Play.

As the switch means for starting the paper feeding operation at the time of setting the wrapping paper P, the paper feeding switch SW1 was used in the above-mentioned embodiment, but the wrapping paper P is located on the upstream side of the wrapping paper feeding means 31. Either the paper detection sensor S1 for detecting the insertion between the rollers 32, 33 or the door set switch SW2 for detecting the closing of the door body 101 is used as a switch means, and the wrapping paper P is detected at the time of detection thereof. The paper feeding operation may be started.

[0049]

[Effect of device]

 According to the present invention, when the wrapping paper is set, the cutter is moved to the displacement position while the front end of the wrapping paper sent to the end position of the guide means is held by the holding member, and the wrapping paper is formed into a predetermined shape. It is possible to remove the wrapping paper piece at the cut tip of the wrapping paper by cutting and releasing the holding by the holding member. Therefore, only by a simple operation of setting the wrapping paper, it is possible to automatically cut the leading end of the wrapping paper, remove the cut wrapping paper piece, and shape the remaining leading end of the wrapping paper into a predetermined shape.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of a coin packaging machine of the present invention.

FIG. 2 is a plan view of the above embodiment, (a) shows a state of the cutter at a normal position, and (b) shows a state of the cutter at a displaced position.

FIG. 3 is a block diagram of a control unit according to the embodiment.

FIG. 4 is a flowchart of processing operation of the embodiment.

FIG. 5 is a timing chart of the processing operation of the above embodiment.

FIG. 6 is a plan view showing another embodiment of the present invention, (a)
The state of the cutter at the normal position is shown, and (b) shows the state of the cutter at the displaced position.

[Explanation of symbols]

 1 Wrapping part 11, 12, 13 Roller 31 Wrapping paper feeding means 35 Bottom member 41 Guide means 43 Guide part 51 Cutter 61 Clamping member 92 Paper feed control means 93 Paper nip control means 94 Paper cutting control means 95 Paper removal control means P Wrapping Paper RSD Rotary solenoid as cutter drive means SD Solenoid as sandwiching member drive means SW1 Paper feed switch as switch means

Claims (1)

[Scope of utility model registration request] 1. A wrapping paper feeding means for feeding and feeding a band-shaped wrapping paper, a wrapping portion composed of a plurality of rollers, and a wrapping paper provided between the wrapping paper feeding means and the wrapping portion in a non-linear manner. A cutter that contacts the wrapping paper and cuts the wrapping paper when the wrapping paper is pulled and linearly displaced due to the difference in the wrapping paper feeding speed between the guide means for guiding and the wrapping paper feeding means and the roller of the wrapping unit. And a coin wrapping machine that wraps and wraps a predetermined length of band-shaped wrapping paper around a predetermined number of accumulated coins, cutting the cutter when the wrapping paper linearly shifts the cutter. Cutter driving means for moving the cutter to a normal position and a displacement position for cutting the wrapping paper by displacing to the wrapping paper side guided by the guide means, and the guide for allowing the cutter to move to the displacement position. Provided as a retractable part of the means And a bottom member that forms the bottom surface of the guide means when the cutter is located at the normal position, and that retracts from the bottom surface of the guide means when the cutter moves to the displacement position. A holding member for holding the front end of the wrapping paper at the end position of the guide means, a holding member driving means for driving the holding member, a switch means for outputting a cutting command signal, and a front end of the wrapping paper for the wrapping paper. At the time of setting the wrapping paper supplied to the feeding means, by the signal from the switch means,
Paper feed control means for activating the wrapping paper feeding means to feed the leading edge of the wrapping paper to the end position of the guide means, and then stopping the wrapping paper feeding means, and stopping the wrapping paper feeding means by this paper feeding control means After that, the holding member driving means is operated to hold the leading end of the wrapping paper by the holding member, and the cutter driving after the leading end of the wrapping paper is held by the paper holding control means. Paper cutting control means for cutting the wrapping paper and retracting the bottom member by operating the means to move the cutter to the displacement position, and a state in which the cutter is moved to the displacement position by the paper cutting control means. In addition, the paper removing control means for removing the nipping of the nipping member by the nipping member driving means to drop and remove the leading end of the cut wrapping paper is provided. Coin wrapping machine according to.