JP2005231705A - Coin packaging paper and coin packaging method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a coin packaging sheet 12 which is made of paper, is commonly used for a stack of any kind of coins to be packaged, shows the peripheral face of coins for the confirmation of the kind and the number of the coins. <P>SOLUTION: This coin packaging sheet 12 is made of paper which is processed for transparency and is formed with a transparent area 16. The area 16 is formed wholly in the width direction crossing the wrapping direction in wrapping the coins, and in a predetermined width b and at a predetermined pitch p in the wrapping direction. The predetermined width b and the predetermined pitch p of the area 16 are so set that a visible area is formed to show the peripheral face of a stack of any kind of coins through the area 16 in a packaged condition where the sheet is wrapped around the coins. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a coin wrapping paper for wrapping stacked coins in which a predetermined number of coins are stacked, and a coin wrapping method using the coin wrapping paper.

  Conventionally, when packaging stacked coins in which a predetermined number of coins are stacked, a paper feed mechanism that uses a wrapping roll paper in which a coin wrapping paper is wound into a roll shape and guides the wrapping roll paper to a packaging mechanism of a coin wrapping machine. The stacked coins, in which a predetermined number of coins are stacked, are fed between the plurality of packaging rollers of the packaging mechanism, and the stacked coins are sandwiched and rotated between the plurality of packaging rollers. The leading end of the wrapping roll paper is guided between the wrapping roller and the stacked coins by the paper feed mechanism before or after the start of winding, and the subsequent portion of the wrapping roll paper is tensioned linearly during winding. And press it against the cutter to cut it into pieces of wrapping paper of a predetermined length, wind the wrapping paper piece around the circumferential surface of the stacked coin, and crimp the protruding part of the wrapping paper piece that protrudes up and down from the stacked coin up and down the packaging mechanism. It is caulked on the upper and lower surfaces of the stacked coins with a hammer.

  As the coin wrapping paper used for the wrapping roll paper, generally, a transparent material such as cellophane or synthetic resin or an opaque paper material is used.

  Coin wrapping paper made of transparent material such as cellophane or synthetic resin has the advantage that the peripheral surface of the stacked coin can be seen through the transparent portion, and the denomination and number of stacked coins can be confirmed. And there is a coin wrapping paper which is transparent for the whole and common to all denominations of stacked coins to be packaged (see, for example, Patent Document 1). In addition, an opaque part is printed at a predetermined interval in the winding direction in which coin wrapping paper is wound around stacked coins, and an opaque part is printed and printed, and characters such as bank names and denominations are printed on the opaque part. There is a coin wrapping paper, and this coin wrapping paper is dedicated to the denomination, but when the coin wrapping paper is wound twice on the stacked coin, the first and second rolls of transparent parts are There is an example in which the circumferential surface of the stacked coins can be seen through these transparent portions. Further, there is an example in which the transparent portions are provided in the entire region in the width direction of the coin wrapping paper (see, for example, Patent Document 2). In addition, it has a transparent part and an opaque part in the winding direction of the coin wrapping paper, and the winding direction pitch of the opaque part is specified so that the opaque part does not overlap in the state of being wound around the circumferential surface of the stacked coins. There is a coin wrapping paper common to any denomination of stacked coins to be packaged (see, for example, Patent Document 3).

In addition, because the paper wrapping paper is opaque, the peripheral surface of the stacked coins is concealed, but there is an advantage that the bank name, denomination, etc. can be arbitrarily displayed on the surface of the coin wrapping paper. When wrapping stacked coins, it is possible to share coin wrapping paper for any denomination of stacked coins by printing characters such as bank name, denomination, amount of money, etc. (For example, refer to Patent Documents 4 and 5).
Japanese Examined Patent Publication No. 57-27008 (page 1-3, Fig. 1-2) Microfilm (No. 3-5, Fig. 1-5) of No. 46-5376 (No. 47-5278) Microfilm of actual application No. 48-39310 (Japanese Utility Model Publication No. 49-137971) (page 3-4, Fig. 1-2) Japanese Utility Model Publication No. 53-50705 (page 1-2, Fig. 1-2) Japanese Patent Publication No. 50-13683 (page 2-3, Fig. 1-7)

  As mentioned above, when the material of the coin wrapping paper is made of a transparent material such as cellophane or synthetic resin, the denomination and number of stacked coins can be confirmed through the transparent part, but it is more expensive than the paper material and is environmentally friendly. There is an inferior problem in terms of consideration.

  In addition, when the paper wrapping paper is made of paper, it is cheaper and more environmentally friendly than cellophane and synthetic resin. However, the peripheral surface of the stacked coins is concealed, and There is a problem that the denomination and the number of coins cannot be confirmed by visually checking the stacked coins from the peripheral surface side.

  The present invention has been made in view of the above points, and is common to all denominations of stacked coins to be packaged with paper materials that are inexpensive and excellent in environmental considerations. It is an object of the present invention to provide a coin wrapping paper that allows the peripheral surface of a coin to be visible over the entire stacking direction and confirms the denomination and the number of coins, and a coin wrapping method using the coin wrapping paper.

  The coin wrapping paper according to claim 1 is a coin wrapping paper that is common to all denominations of stacked coins to be wrapped and wrapped around the stacked coins, and is made of a paper material. The paper material has a transparent area that has been subjected to a transparent process, and the transparent area is formed in the entire area in the width direction intersecting the winding direction wound around the stacked coins and the winding direction. Is formed with a predetermined width and a predetermined pitch, and the predetermined width and the predetermined pitch of the transparent area are transparent in the packaging state in which any denomination of the stacked coins to be wrapped is wound around the stacked coins. It is set to a value that forms a visualization area where the peripheral surface of the stacked coin can be seen through the visualization area.

  In this configuration, the coin wrapping paper is common to all denominations of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material, and the paper material is transparent. The transparent area is formed on the entire area in the width direction intersecting the winding direction wound around the stacked coins and has a predetermined width in the winding direction. In addition, the predetermined width and the predetermined pitch of the transparent area are determined by the weight of the stacked coins to be wrapped through the transparent area in the wrapped state around the stacked coins. Because it is set to a value that provides a visible area where the peripheral surface of the loaded coin can be seen, it is cheaper and more environmentally friendly than materials such as cellophane and synthetic resin. A transparent area that is common to all denominations Through it are obtained visualized to allow check the denomination and the number of the peripheral surface of the stacking coins over intussusception direction throughout.

  The coin wrapping paper according to claim 2 is the coin wrapping paper according to claim 1, wherein the coin wrapping paper is cut into wrapping paper pieces having a predetermined cutting pitch in the wrapping process and wound around the stacked coins. The cutting pitch of the predetermined length is set to a value that is wound around the stacked coins for any denomination of the stacked coins to be wrapped, and the predetermined width and the predetermined pitch of the transparent area are: For any denomination of stacked coins to be wrapped, there is a visualization area where the peripheral surface of the stacked coins can be seen through the transparent areas formed respectively at the overlapping parts of the wrapping paper pieces wound around the stacked coins. It is set to the value to be formed.

  And in this structure, the wrapping paper piece cut | disconnected by the predetermined length at the packaging process and wound around the piled coin is substantially omitted around the piled coin for any denomination of the piled coin to be wrapped. In the case of two windings, the predetermined width and the predetermined pitch of the transparent area are respectively formed at overlapping portions of the wrapping paper pieces wound around the stacked coins for any denomination of the stacked coins to be wrapped. Since the visible area where the circumferential surface of the stacked coin can be seen through the transparentized area is set to a value that is formed, the circumferential surface of the stacked coin can be surely visible throughout the stacked direction through the transparentized area.

  The coin wrapping paper according to claim 3 is a coin wrapping paper that is common to all denominations having different heights of the stacked coins to be wrapped and wrapped around the stacked coins, and is abbreviated at the time of packaging. The wrapping paper piece is cut into a wrapping paper piece having a substantially convex V-shaped leading end portion, a succeeding main portion subsequent thereto, and a substantially concave V-shaped rear end portion corresponding to the substantially convex V-shaped leading end portion by the convex V-shaped cutter. Coin wrapping paper that wraps stacked coins with a piece of paper, the material is a paper material, and the paper material has a transparent area that is subjected to a transparent treatment, and this transparent area is wound around the stacked coins The width direction intersecting the winding direction is formed over the entire area and the winding direction is formed with a predetermined width and a predetermined pitch. The predetermined width and the predetermined pitch of the transparent area are the same as those of the stacked coins to be wrapped. All denominations are wound around the stacked coins The length of the wrapping paper piece to be cut by the substantially convex V-shaped cutter can be visible in the winding direction area of any of the wrapping coins whose entire length is wound through the transparent area. It is set to a value that forms the visualization area.

  In this configuration, the coin wrapping paper is common to all denominations of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material, and the paper material is transparent. The transparent area is formed on the entire area in the width direction intersecting the winding direction wound around the stacked coins and has a predetermined width in the winding direction. In addition, the predetermined width and the predetermined pitch of the transparent area are determined by the weight of the stacked coins to be wrapped through the transparent area in the wrapped state around the stacked coins. Because it is set to a value that provides a visible area where the peripheral surface of the loaded coin can be seen, it is cheaper and more environmentally friendly than materials such as cellophane and synthetic resin. A transparent area that is common to all denominations Through it are obtained visualized to allow check the denomination and the number of the peripheral surface of the stacking coins over intussusception direction throughout. In particular, the predetermined width and the predetermined pitch of the transparent area are the winding of the wrapping paper pieces that are wound around the stacked coins and cut with a substantially convex V-shaped cutter for any denomination of the stacked coins to be wrapped. Since the visualization area where the circumferential surface of the stacked coin can be seen through the transparent area is set in any winding direction area of the wrapping coin whose entire length is wound, the visualization area is Even if it is formed at any position on the circumferential surface of the stacked coin, the entire area of the stacked coin is allowed to be visible, and further, a visible area is formed at the rear end of the substantially concave V-shape at the rear end of the wrapping paper piece. Even if it is done, visibility over the entire stacking direction is allowed.

  The coin wrapping paper according to claim 4 is the coin wrapping paper according to any one of claims 1 to 3, wherein the transparent region is formed by permeation of either the transparent chemical or the wax into the paper material. .

  In this configuration, the transparent region can be easily formed by infiltrating the paper material with either the transparent agent or the wax.

  The coin wrapping method according to claim 5 is a coin wrapping paper that is common to all denominations of stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material. The paper material has a transparent area that has been subjected to a transparent process, and the transparent area is formed in the entire area in the width direction intersecting the winding direction wound around the stacked coins and the winding direction. Is formed with a predetermined width and a predetermined pitch, and the predetermined width and the predetermined pitch of the transparent area are transparent in the packaging state in which any denomination of the stacked coins to be wrapped is wound around the stacked coins. Use a wrapping roll paper that is a roll of coin wrapping paper that is set to a value that provides a visible area where the peripheral surface of the stacked coins can be seen through the wrapping area. A plurality of packaging rolls of the packaging mechanism Stacked coins are fed in between, the height position of the stacked coins to be fed is changed according to the denomination, and for each denomination, the wrapping roll paper that guides the center of the height direction of the stacked coins to the packaging mechanism The stacking roll is made to substantially coincide with the center in the vertical direction, the stacked coins are sandwiched and rotated by the packaging roller, the leading end of the packaging roll paper is guided between the packaging roller and the stacked coins, and winding is started. Wrapping the trailing part of the paper in a straight line, pressing it against the cutter, cutting it into wrapping paper pieces of a predetermined length, winding the wrapping paper pieces around the circumferential surface of the stacked coins, and protruding up and down from the stacked coins The projecting portions of the packaging mechanism are caulked on the upper and lower surfaces of the stacked coins with the upper and lower caulking hooks of the packaging mechanism.

  In this configuration, the coin wrapping paper is common to all denominations of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material, and the paper material is transparent. The transparent area is formed on the entire area in the width direction intersecting the winding direction wound around the stacked coins and has a predetermined width in the winding direction. In addition, the predetermined width and the predetermined pitch of the transparent area are determined by the weight of the stacked coins to be wrapped through the transparent area in the wrapped state around the stacked coins. Because it uses a wrapping roll paper that is a roll of coin wrapping paper that is set to a value that provides a visible area where the peripheral surface of the loaded coin can be seen, it is cheaper and less environmentally friendly than materials such as cellophane and synthetic resin. It is also excellent in terms of consideration, and it is made of paper material and stacked And obtained by visible to allow check the denomination and number over the stacking direction throughout the circumference of the intussusception coin through transparent zone while being common for any denomination coins. Furthermore, for any denomination of the stacked coins to be packaged, by packing the stacked coins so that the center in the height direction of the stacked coins is substantially coincident with the center in the vertical direction of the packaging roll paper, The denomination can also be packed using a common roll of paper.

  The coin wrapping method according to claim 6 uses a common coin wrapping paper for all denominations having different heights of stacked coins to be wrapped, and is substantially simplified by a substantially convex V-shaped cutter at the time of packaging using this coin wrapping paper. Cut into a wrapping paper piece having a convex V-shaped leading end, a subsequent main part following it, and a substantially concave V-shaped rear end corresponding to the substantially convex V-shaped leading end. In the coin wrapping method for wrapping, as a coin wrapping paper, a wrapping roll paper wound in a roll shape having a transparent region in which the material is a paper material and the paper material is subjected to a transparent treatment is used. The transparent area is formed in the entire area in the width direction intersecting the winding direction wound on the stacked coins, and is formed with a predetermined width and a predetermined pitch in the winding direction. The predetermined width and the predetermined pitch are packaged. For any denomination of the stacked coin, any winding of the wrapping coin in which the entire length in the winding direction of the wrapping paper piece wound around the stacked coin and cut by the substantially convex V-shaped cutter is wound. In the turning direction area, the value is set so that a visible area where the peripheral surface of stacked coins can be seen through the transparent area is set, and this packaging roll paper is loaded into the paper feed mechanism that leads to the packaging mechanism of the coin wrapping machine The stacked coins are fed between the plurality of wrapping rollers of the packaging mechanism, and the height position of the stacked coins to be fed is changed according to the denomination, and any denomination in the height direction of the stacked coins. The center of the wrapping roll paper, which is guided by the wrapping mechanism, is substantially aligned with the center of the wrapping roll paper in the up-and-down direction. Guide the tip of the letter shape between the wrapping roller and the stacked coins During the winding process, the following part of the wrapping roll paper is tensioned in a straight line, pressed against a substantially convex V-shaped cutter, cut into wrapping paper pieces of a predetermined length, and the wrapping paper pieces are wound around the circumferential surface of the stacked coins. Rotate and squeeze the protruding part of the wrapping paper piece that protrudes above and below the stacked coin with the upper and lower surfaces of the stacked coin with the upper and lower caulking hooks of the wrapping mechanism. The wrapping coin in which the visualization area where the circumferential surface of the stacked coin can be seen through the transparent area is formed in any winding wrapping area of the wrapping coin whose entire length is wound. It is discharged from the packaging mechanism by retracting the packaging roller.

  In this configuration, the coin wrapping paper is common to all denominations of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material, and the paper material is transparent. The transparent area is formed on the entire area in the width direction intersecting the winding direction wound around the stacked coins and has a predetermined width in the winding direction. In addition, the predetermined width and the predetermined pitch of the transparent area are determined by the weight of the stacked coins to be wrapped through the transparent area in the wrapped state around the stacked coins. Because it uses wrapping roll paper that is a roll of coin wrapping paper that is set to a value that provides a visible area where the peripheral surface of the loaded coin can be seen, it is cheaper and less environmentally friendly than materials such as cellophane and synthetic resin. It is also excellent in terms of consideration, and it is made of paper material and stacked And obtained by visible to allow check the denomination and number over the stacking direction throughout the circumference of the intussusception coin through transparent zone while being common for any denomination coins. Furthermore, for any denomination of the stacked coins to be packaged, by packing the stacked coins so that the center in the height direction of the stacked coins is substantially coincident with the center in the vertical direction of the packaging roll paper, The denomination can also be packed using a common roll of paper. In particular, the predetermined width and the predetermined pitch of the transparent area are the winding of the wrapping paper pieces that are wound around the stacked coins and cut with a substantially convex V-shaped cutter for any denomination of the stacked coins to be wrapped. Since the visualization area where the circumferential surface of the stacked coin can be seen through the transparent area is set in any winding direction area of the wrapping coin whose entire length is wound, the visualization area is Even if it is formed at any position on the circumferential surface of the stacked coin, the entire area of the stacked coin is allowed to be visible, and further, a visible area is formed at the rear end of the substantially concave V-shape at the rear end of the wrapping paper piece. Even if it is done, visibility over the entire stacking direction is allowed.

  The coin wrapping paper according to claim 1 is a coin wrapping paper that is common to any denomination of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material. The paper material has a transparent area, and the transparent area is formed over the entire area in the width direction intersecting the winding direction wound around the stacked coins. It is formed with a predetermined width and a predetermined pitch in the turning direction, and the predetermined width and the predetermined pitch of the transparent area are wrapped around the stacked coins for any denomination of the stacked coins to be wrapped. Because it is set to a value that forms a visible area where the peripheral surface of the stacked coin can be seen through the transparent area, it is cheaper and more environmentally friendly than materials such as cellophane and synthetic resin. And it is not common to any denominations of stacked coins Through al transparency gamut peripheral surface of the stacking coins obtained visibility over the stacking direction throughout you can check the denomination and number.

  According to the coin wrapping paper of claim 2, in addition to the effect of the coin wrapping paper of claim 1, the wrapping paper piece that is cut into a predetermined length in the packaging process and wound around the stacked coins, When any two denominations of the stacked coins to be wrapped are wound approximately two times around the stacked coins, the predetermined width and the predetermined pitch of the transparent area are determined for any denomination of the stacked coins to be packed. However, the transparent area is set to a value where a visible area is formed through which the peripheral surface of the stacked coin can be seen through the transparent area formed at the overlapping portions of the wrapping paper pieces wound around the stacked coin. Thus, the peripheral surface of the stacked coin can be reliably visible over the entire stack direction.

  The coin wrapping paper according to claim 3 is a coin wrapping paper that is common to any denomination of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material. The paper material has a transparent area, and the transparent area is formed over the entire area in the width direction intersecting the winding direction wound around the stacked coins. It is formed with a predetermined width and a predetermined pitch in the turning direction, and the predetermined width and the predetermined pitch of the transparent area are wrapped around the stacked coins for any denomination of the stacked coins to be wrapped. Because it is set to a value that forms a visible area where the peripheral surface of the stacked coin can be seen through the transparent area, it is cheaper and more environmentally friendly than materials such as cellophane and synthetic resin. And it is not common to any denominations of stacked coins Through al transparency gamut peripheral surface of the stacking coins obtained visibility over the stacking direction throughout you can check the denomination and number. In particular, the predetermined width and the predetermined pitch of the transparent area are the winding of the wrapping paper pieces that are wound around the stacked coins and cut with a substantially convex V-shaped cutter for any denomination of the stacked coins to be wrapped. Since the visualization area where the circumferential surface of the stacked coin can be seen through the transparent area is set in any winding direction area of the wrapping coin whose entire length is wound, the visualization area is Even if it is formed at any position on the peripheral surface of the stacked coin, the entire stacking direction of the stacked coin can be seen, and further, a visualization area is formed at the substantially concave V-shaped rear end of the rear end of the wrapping paper piece. Even in the case, the entire stacking direction is visible.

  According to the coin wrapping paper according to claim 4, in addition to the effect of the coin wrapping paper according to any one of claims 1 to 3, the paper material is infiltrated with either the clearing agent or the wax, thereby providing a clearing region. Can be easily formed.

  The coin wrapping method according to claim 5 is a coin wrapping paper that is common to all denominations of the stacked coins to be wrapped and wrapped around the stacked coins, and the material is a paper material. The paper material has a transparent area, and the transparent area is formed over the entire area in the width direction intersecting the winding direction wound around the stacked coins. It is formed with a predetermined width and a predetermined pitch in the turning direction, and the predetermined width and the predetermined pitch of the transparent area are wrapped around the stacked coins for any denomination of the stacked coins to be wrapped. In order to use a roll of rolled paper wrapping coin wrapping paper, which is set to a value that can be visualized through the transparent area of the circumference of the stacked coins, materials such as cellophane and synthetic resin Is cheaper and more environmentally friendly compared to Etc. Any of obtained visible denomination and number over the circumference stacking direction throughout the stacking coins through transparent zone while being common to the denomination of the stacking coin wrapping can be confirmed. Furthermore, for any denomination of the stacked coins to be packaged, by packing the stacked coins so that the center in the height direction of the stacked coins is substantially coincident with the center in the vertical direction of the packaging roll paper, The denomination can also be packaged using a common packaging roll paper.

  The coin wrapping method according to claim 6 is a coin wrapping paper that is common to any denomination of the stacked coins to be wrapped and wrapped around the stacked coins, and is made of paper material. The paper material has a transparent area, and the transparent area is formed over the entire area in the width direction intersecting the winding direction wound around the stacked coins. It is formed with a predetermined width and a predetermined pitch in the turning direction, and the predetermined width and the predetermined pitch of the transparent area are wrapped around the stacked coins for any denomination of the stacked coins to be wrapped. In order to use a roll of rolled paper wrapping coin wrapping paper, which is set to a value that can be visualized through the transparent area of the circumference of the stacked coins, materials such as cellophane and synthetic resin Is cheaper and more environmentally friendly compared to Etc. Any of obtained visible denomination and number over the circumference stacking direction throughout the stacking coins through transparent zone while being common to the denomination of the stacking coin wrapping can be confirmed. Furthermore, for any denomination of the stacked coins to be packaged, by packing the stacked coins so that the center in the height direction of the stacked coins is substantially coincident with the center in the vertical direction of the packaging roll paper, The denomination can also be packaged using a common packaging roll paper. In particular, the predetermined width and the predetermined pitch of the transparent area are the winding of the wrapping paper pieces that are wound around the stacked coins and cut with a substantially convex V-shaped cutter for any denomination of the stacked coins to be wrapped. Since the visualization area where the circumferential surface of the stacked coin can be seen through the transparent area is set in any winding direction area of the wrapping coin whose entire length is wound, the visualization area is Even if it is formed at any position on the peripheral surface of the stacked coin, the entire stacking direction of the stacked coin can be seen, and further, a visualization area is formed at the substantially concave V-shaped rear end of the rear end of the wrapping paper piece. Even in the case, the entire stacking direction is visible.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

In FIG. 1 to FIG. 3, 11 is a wrapping roll paper that wraps a stacked coin C in which a predetermined number of coins of the same denomination are stacked, and is commonly used for a plurality of denominations. the 30g / m ² ~110g / m ² coin wrapping paper 12 formed in a strip of opaque paper material such as kraft paper pipe-like core member 13 is formed by winding into a roll.

  The first embodiment of the coin wrapping paper 12 will be described. The width direction dimension W intersecting the winding direction (longitudinal direction) of the coin wrapping paper 12 wound on the stacked coin C is the stacked coin to be wrapped. Any denomination of C, that is, 1 yen, 5 yen, 10 yen, 50 yen, 100 yen, and 500 yen, is set to a value that enables packaging. That is, if the height when coins are stacked one by one is 1 yen, 5 yen, 10 yen 75 mm, 50 yen 87.5 mm, 100 yen 85 mm, 500 yen 90 mm, coin wrapping paper 12 The dimension W in the width direction is set to 110 mm.

  In the packaging process, the coin wrapping paper 12 is cut by a substantially convex V-shaped cutter 75 (see FIG. 4), and the coin wrapping paper 12 is wrapped with a predetermined length Lx in the winding direction (longitudinal direction). It is cut into pieces of paper 14 and wound around the stacked coins C.

  The cutting shape of the front end and the rear end of the wrapping paper piece 14 is cut by a substantially convex V-shaped cutter 75, so that the front end center protrudes and the rear end center is recessed in a substantially V shape.

  The dimension of the protruding end at the center of the leading end of the wrapping paper piece 14 and the substantially concave V-shaped leading end recessed toward the leading end at the center of the rear end is Lx, and the substantially concave V recessed toward the leading end at the center of the rear end of the wrapping paper piece 14 The dimension from the front end of the letter shape to the rear end of the wrapping paper piece 14 is L1, and the overall length of the wrapping paper piece 14 in the winding direction (length direction) is Lx + L1.

  The substantially convex V-shaped leading end portion formed at the front end of the wrapping paper piece 14 and the substantially concave V-shaped rear end portion formed at the rear end of the wrapping paper piece 14 have the same substantially concave V-shaped cutter 75. Therefore, it is the same shape and the same dimension L1, regardless of the unevenness. In the wrapping paper piece 14, the winding direction (length direction) area between the substantially concave V-shaped front end (dimension L1) on the front end side and the substantially concave V-shaped rear end (dimension L1) on the rear end side is the subsequent main. The portion (Lx−L1) is the main portion of the wrapping paper piece 14 around which the stacked coins are wound.

  In this example, L1 is set to 20 mm. In addition, about the rear end of the wrapping paper piece 14 to be cut by the substantially concave V-shaped cutter 75, in this example, the upper rear end and the lower rear end are in the winding direction (length direction). It is in the same position. However, when one of the upper rear end or the lower rear end is located behind the other in the winding direction (length direction), the substantially concave V-shape that is recessed toward the front end side at the center of the rear end of the wrapping paper piece 14. The dimension from the shape front end to the upper rear end or lower rear end located rearward of the rear end of the wrapping paper piece 14 is L1.

  The predetermined length Lx of the wrapping paper piece 14 is set to a value that is wound approximately twice around the stacked coin C for any denomination of the stacked coin C to be wrapped. For example, when the outer diameter of the coin is 20 mm of 1 yen, 5 mm of 22 mm, 10 yen of 23.5 mm, 50 yen of 21 mm, and 100 yen of 22.6 mm, the wrapping paper piece 14 that can be wound in approximately 2 turns. The predetermined length Lx of 145 mm is set to 145 mm, and in the case of 26.5 mm of 500 yen, the predetermined length Lx of the wrapping paper piece 14 that can be wound in approximately two windings is 167 mm slightly longer than 145 mm of other denominations Set to

  In the coin wrapping paper 12, an opaque region 15 is formed in an opaque region of the paper material, and a transparent region 16 transparent to the opaque region 15 intersects with the winding direction in which the stacked coin C is wound. Are formed in a width direction dimension W over the entire area, and are formed with a predetermined width b and a predetermined pitch p in the winding direction. The transparent area 16 is formed by, for example, applying a transparent agent such as acrylic or polyester based on a manufacturing machine of the packaging roll paper 11 or wax using a printing machine such as a flexographic printing machine, a gravure printing machine, or a screen printing machine. The transparency treatment that permeates the material makes the transparency higher than that of the paper material so that the other direction can be seen from one side direction of the coin wrapping paper 12 through the transparent region 16.

  The transparency of the transparent area 16 may be translucent as long as the stacked coin C can be confirmed in a state where it is wound around the stacked coin C.

  The predetermined width b and the predetermined pitch p in the winding direction of the transparent area 16 are the same as the transparent area 16 in the packaging state in which the denomination of the stacked coin C to be wrapped is wound around the stacked coin C. When the circumferential surface of the stacked coin C is set to a value that can be seen through and the wrapping paper piece 14 is wound around the stacked coin C in approximately two turns, the wound coin C is wound around the stacked coin C. It is set to a value at which a visualization area Y is formed in which the peripheral surface of the stacked coins C can be seen through the transparent areas 16 respectively formed at the overlapping portions of the wrapping paper pieces 14. For example, the predetermined pitch p is obtained from the average outer diameter of the outer diameter of the smallest outer diameter denomination and the outer diameter of the largest outer diameter denomination so that any denomination of the stacked coins C to be packaged can be handled. When the outer diameter of the smallest outer diameter is 20 mm and the outer diameter of the largest outer diameter is 26.5 mm, (20 + 26.5) /2×3.14=73 mm is set. The predetermined width b is a value shorter than the predetermined pitch p and is set to 30 mm.

  On the surface of the opaque region 15 of the coin wrapping paper 12, a display such as a bank name can be printed in advance, or a display such as a denomination and an amount of money can be printed in the packaging process.

  Next, FIG. 4 shows a coin wrapping machine 21, which is supplied from a wrapping coin supply mechanism 22 that supplies coins of denominations to be wrapped one by one, and this wrapping coin supply mechanism 22. A coin stacking mechanism 23 for stacking a predetermined number of coins, a packaging mechanism 24 for packaging the stacked coins C stacked by the coin stacking mechanism 23 with a wrapping paper piece 14 cut from the wrapping roll paper 11, and the packaging mechanism A sheet feeding mechanism 25 that supplies the wrapping roll paper 11 to 24, a wrapping coin discharge mechanism 26 that discharges wrapping coins (bars) that have been packed by the wrapping mechanism 24, and a cam group 27 that defines a wrapping cycle.

  In the packaging coin supply mechanism 22, the coins to be packaged are received by the hopper 31 and supplied to the rotating disk 33 by the supply disk 32 by a predetermined amount, and the coins are fed one by one to the coin passage 34 by the centrifugal force generated by the rotation of the rotating disk 33. The coins in the coin passage 34 are transported by the transport belt 35 disposed above the coin passage 34. The coin passage 34 is formed between the fixed passage plate 36 and the movable passage plate 37, and the interval between the fixed passage plate 36 and the movable passage plate 37 is placed across the coins of the wrapping denominations to be wrapped. The coin of a denomination smaller in diameter than the wrapping denomination is dropped and removed from between the fixed passage plate 36 and the movable passage plate 37. In the coin passage 34, a sensor 38 for identifying a coin, a sensor 39 for detecting the number of coins sent out from the coin passage 34, and a coin stacking mechanism 23 to the coin stacking mechanism 23 after a predetermined number of coins have been sent out. Stoppers 40 for stopping coins are respectively provided.

  Further, the coin stacking mechanism 23 includes a pair of stacking belts 41 disposed to face each other and a pair of guides 42 disposed to face each other in a direction intersecting with the pair of stacking belts 41, A stacking space 43 is formed between the pair of stacking belts 41 and the pair of guides 42. Protrusions 41a are provided on the surfaces of the pair of stacked belts 41, receive coins sent out from the coin passages 34 on both the protrusions 41a, and coins sent out from the coin passages 34 following the coins placed on the both protrusions 41a. Are sequentially received and stacked. Each time a piece of coin is received and stacked on the protrusion 41a of the pair of stacked belts 41, the pair of stacked belts 41 are rotated to lower the protrusion 41a one coin at a time. A stacked coin C is formed by stacking a predetermined number of coins. Between the lower portions of the pair of stacked belts 41, a shutter 44 that receives the stacked coins C from both the protrusions 41a and transfers it to the packaging mechanism 24 is disposed so as to be openable and closable.

  The wrapping mechanism 24 has three wrapping rollers 45, 46, 47 disposed below the coin stacking mechanism 23. Of these wrapping rollers 45, 46, 47, two wrapping rollers 45, 46 is rotatable at a fixed position, and the remaining one wrapping roller 47 is movable in the radial direction so that the stacked coin C can be clamped by the three wrapping rollers 45, 46, 47. One of the two wrapping rollers 45 and 46 rotating at a fixed position is rotationally driven by a motor to rotate the stacked coins C sandwiched between the three wrapping rollers 45, 46 and 47.

  The packaging mechanism 24 has a stacked coin supply mechanism 48 that feeds the stacked coins C between the three stacking rollers 45, 46, 47 from the coin stacking mechanism 23. As shown in FIG. 5, the stacked coin supply mechanism 48 has a support portion 49 supported by a guide (not shown) so as to be movable between the three packaging rollers 45, 46, 47 in the vertical direction. The roller 52 at one end of the swing lever 51 is engaged with the groove 50 of the portion 49 so as to be able to roll, and the roller 53 at the other end of the swing lever 51 is rotatably engaged with the guide groove 55 of the guide member 54. Has been.

  A distal end of the driven lever 56 is rotatably connected to the middle of the swing lever 51 by a pin 57, and a proximal end of the driven lever 56 is rotatably supported at a fixed position by a pin 58. A cam roller 59 is rotatably supported in the middle of the driven lever 56, and the cam roller 59 raises and lowers the height position of the support portion 49 in the vertical direction (one cam group 27 defining a packaging cycle). ). The cam surface of the lift cam 60 is formed in an annular shape, and the driven roller 56 is moved by moving the cam roller 59 in the vertical direction according to the contact position with the cam surface of the lift cam 60 that rotates to a predetermined position when rotating. Oscillates in the vertical direction with the pin 58 as a fulcrum, and the follower lever 56 causes the oscillating lever 51 to swing in the vertical direction with the roller 53 engaged with the guide member 54 as a fulcrum. Moving. The support portion 49 that moves up and down by the rotation of the lifting cam 60 is a stacked coin receiving position A1 for receiving the stacked coin C from the coin stacking mechanism 23, and a packaging for packaging the stacked coin C by the packaging mechanism 24. At position A2, a position below the packaging mechanism 24 moves to a discharge position A3 where the packaging coins are discharged.

  The guide member 54 is provided with an integrally rotating arm 61, and a cam roller 62 is rotatably supported at the tip of the arm 61. The cam roller 62 is in contact with the cam surface of the denomination switching cam 63. Yes. The cam surface of the denomination switching cam 63 is formed in an annular shape, and by moving the cam roller 62 in the vertical direction according to the contact position with the cam surface of the denomination switching cam 63 that rotates at the denomination switching, The guide member 54 rotates together with the arm 61, the guide groove 55 of the guide member 54 rotates and displaces, and the position of the roller 53 of the swing lever 51 is moved in the vertical direction, and the swing lever 51 is driven by the driven lever 56. With the pin 57 as a fulcrum, it swings in the vertical direction, and the support portion 49 moves in the vertical direction. Then, by switching the denomination switching cam 63, the support portion 49 that moves to the packaging position A2 changes the height position of the stacked coins C according to the denominations, and the stacked coins for all denominations The center in the height direction of C is made to substantially coincide with the center h in the vertical direction of the wrapping roll 11 that leads to the wrapping mechanism 24. The height adjustment of the stacked coins C is adjusted individually for each denomination of the stacked coins C, or the height of the stacked coins C is divided into three groups: large, medium and small. To do.

  The wrapping mechanism 24 has upper and lower caulking rods 64 that squeeze the protruding portions of the wrapping paper pieces 14 wound around the circumferential surface of the stacked coins C from the upper and lower surfaces of the stacked coins C onto the upper and lower surfaces of the stacked coins C. Is arranged.

  Further, the paper feed mechanism 25 has a loading section 65 into which the packaging roll paper 11 is loaded. The loading section 65 is a rotatable disk 66 on which the packaging roll paper 11 is placed, and this disk 66. A support shaft 67 is provided so as to protrude from the support roll 67 and through which the core 13 of the wrapping roll paper 11 is inserted. The disc 66 is given a predetermined braking force in the drawing direction of the wrapping roll paper 11, and prevents the wrapping roll paper 11 from rotating inertially when being drawn.

  As shown in FIGS. 4 and 6, the leading end of the wrapping roll paper 11, that is, the leading end of the coin wrapping paper 12 is sandwiched between a pair of paper feed rollers 68 and 69, and the coin wrapping is performed by driving these paper feed rollers 68 and 69. A curved paper feed passage 70 is formed to guide the leading end of the paper 12 between the packaging rollers 45 to 47 of the packaging mechanism 24. A plurality of guide plates 71, 72, 73 for guiding one side of the coin wrapping paper 12 are disposed in the paper feed passage 70, and a base 74 for guiding the lower edge of the coin wrapping paper 12 is disposed. Has been. The intermediate guide plate 72 is formed in a curved shape.

  A substantially convex V-shaped cutter 75 for cutting the coin wrapping paper 12 into a predetermined length of wrapping paper piece 14 facing the paper feed passage 70 is disposed, and the blade portion of the substantially convex V-shaped cutter 75 projects from the center. It is formed in a substantially V shape.

  The wrapping coin discharge mechanism 26 has a receiving portion 76 that receives the wrapping coins discharged from the wrapping mechanism 24, and transports the wrapping coins received by the receiving portion 76 to a predetermined place.

  Next, the operation of the present embodiment will be described.

  As shown in FIG. 4, the wrapping roll paper 11 is loaded into the loading unit 65, and the leading end of the wrapping roll paper 11, that is, the leading end of the coin wrapping paper 12 is fed into the paper feeding path 70 between the pair of paper feeding rollers 68 and 69. The coin wrapping paper 12 is cut with a substantially convex V-shaped cutter 75 so that the tip of the coin wrapping paper 12 has a substantially convex V shape, and as shown by the solid line in FIG. Send to the standby position just before 47 and wait.

  The coins to be wrapped are put into the hopper 31 and the coins put into the hopper 31 are fed one by one to the coin passage 34 through the rotary disk 33, and are identified by the coin passage 34 and only the coins of the wrapping denomination are stacked. When a predetermined number of coins constituting the stacked coin C are sent out to the mechanism 23, the subsequent coins are stopped by the stopper 40, and the next coins constituting the stacked coin C are awaited.

  The coin stacking mechanism 23 receives coins fed from the coin passage 34 on the protrusions 41a of the pair of stacked belts 41, and receives and stacks one coin on the protrusions 41a of the pair of stacked belts 41. By rotating the pair of stacked belts 41 and lowering the protrusions 41a one coin at a time, a predetermined number of coins are stacked on the protrusions 41a to form a stacked coin C.

  The stacked coins C stacked on the protrusions 41 a of the pair of stacked belts 41 are transferred to the shutter 44. As shown in FIG. 5, a support portion 49 of the stacked coin supply mechanism 48 moved to the stacked coin receiving position A1 is positioned below the shutter 44, and the stacked coin C is loaded by opening the shutter 44. Delivered to the support section 49. The support portion 49 on which the stacked coin C is placed is moved to the packaging position A2, and the stacked coin C is moved between the packaging rollers 45 to 47 of the packaging mechanism 24. At this time, the height position of the stacked coins C is varied depending on the denominations, and the vertical direction of the wrapping roll paper 11 that leads the center of the height direction of the stacked coins C to the packaging mechanism 24 for any denomination. Substantially coincide with the center h.

  While the stacked coins C are sandwiched and rotated by the packaging rollers 45 to 47 of the packaging mechanism 24, the front end of the coin wrapping paper 12 is moved by the pair of paper feed rollers 68 and 69 immediately before or after the stacked coins C are sandwiched. It feeds between the stacked coins C and the packaging rollers 45, and starts winding the tip of the coin wrapping paper 12 around the stacked coins C.

  The winding speed of the wrapping rollers 45 to 47 is faster than the feeding speed of the coin wrapping paper 12 of the paper feed rollers 68 and 69. Due to the difference in speed, the coin wrapping paper 12 is straight as shown by a two-dot chain line in FIG. It is pressed into a substantially convex V-shaped cutter 75 and cut into a wrapping paper piece 14 having a predetermined length L. Therefore, the leading end portion of the succeeding coin wrapping paper 12 cut by the substantially convex V-shaped cutter 75 is wound around the stacked coins C, and the waiting position immediately before the wrapping rollers 45 to 47. To wait for the next packaging operation. In the case of a wrapping denomination other than 500 yen, the predetermined length Lx of the wrapping paper piece 14 is 145 mm that allows the stacked coins C to be wound in approximately two turns, but the wrapping denomination is 500 yen. In this case, by slightly increasing the feeding speed of the paper feeding rollers 68 and 69, the predetermined length Lx of the wrapping paper piece 14 is set to 157 mm longer than 145 mm, and the 500-yen coin C can be wound in approximately two turns.

  The upper and lower surfaces of the stacked coins C projecting from the upper and lower surfaces of the stacked coins C of the wrapping paper pieces 14 wound on the circumferential surface of the stacked coins C are wound on the upper and lower surfaces of the stacked coins C by the upper and lower caulking hooks 64, as shown in FIG. Thus, a wrapping coin in which the stacked coins C are wrapped with the wrapping paper pieces 14 is formed.

  After the caulking operation of the upper and lower caulking rods 64 by the packaging mechanism 24 is finished, the support part 49 on which the wrapping coins are placed is moved to the discharge position A3 below the packaging mechanism 24 and the support part 49 is moved to the side, and the packaging roller The wrapping coin is discharged downward by the movement of the opening direction 47, and the discharged wrapping coin is received by the receiving portion 76 of the wrapping coin discharge mechanism 26 and conveyed to a predetermined place.

  As shown in FIGS. 3 (a) and 3 (b), the wrapping coin is wrapped around the stacked coin C for any denomination of 1 yen as the smallest diameter coin to 500 yen as the largest diameter coin. The cutting length dimension Lx of the paper piece 14 is wound approximately twice. A clearing area 16 is located for each roll of the wrapping paper piece 14 wound around the stacked coin C, and the clearing area 16 of the first roll and the transparent area 16 of the second roll of the wrapping paper piece 14 are arranged. A part of them overlaps, and the peripheral surface of the stacked coin C can be seen through the transparent area Y, which is the overlapping part of the two transparent areas 16.

  Next, the first embodiment and the second embodiment of the coin wrapping paper 12 will be described in more detail.

  First, a first embodiment of the wrapping paper piece 14 of the coin wrapping paper 12 will be described.

Coin wrapping paper 12 is formed by applying and impregnating an acrylic clearing agent 40 g / m ² to a transparent area 16 having a pitch p of 73 mm and a predetermined width b of 30 mm on a kraft paper of 60 g / m ² with a flexographic printing machine. did.

  The cutting length Lx of the wrapping paper piece 14 for wrapping each denomination coin of 1 yen, 5 yen, 10 yen, 50 yen and 100 yen is 145 mm, and the dimension L1 of the substantially concave V-shaped rear end is 20 mm. The cutting length Lx of the wrapping paper piece 14 for wrapping the 500 yen denomination coin is 167 mm, and the dimension L1 of the substantially concave V-shaped rear end is 20 mm. 3, 5 yen 2.1, 10 yen 2 volume, 50 yen 2.2 volume, 100 yen 2 volume, 500 yen 2 volume, (Lx + L1) 2.6 turns, 1 yen 5 yen 2.4 volume, 10 yen 2.2 volume, 50 yen 2.5 volume, 100 yen 2.3 volume, 500 yen 2.2 volume.

  In addition, 1 yen, 5 yen, 10 yen, 50 yen, and 100 yen (hereinafter referred to as 1 to 100 yen) are used for each packaged coin of 1.98 p from the point of pitch p (73 mm). . 500 yen is spent 2.3p for each wrapping coin.

  One wrapping roll paper 11 is wrapped with, for example, about 2000 wrapping coins (calculated by the number of wrapping of 500 yen coins), and when the denomination is changed from 1 to 100 yen to 500 yen or vice versa, The feed amount of the wrapping paper piece 14 changes from 1.98p to 2.3p or vice versa.

  As a result, if the wrapping paper piece 14 is 73 for each of 1 to 100 yen and 500 yen as one cycle, and the same denomination coin is continuously wrapped, the first and 73rd wrapping paper pieces 14 are The same visualization area Y position is set, and the first and 73rd arrangements of the opaque area 15 and the transparent area 16 are the same.

  Table 1 below shows the number of visualization areas Y that appear on the circumferential surface of the wrapping coin, the width of the visualization area Y, and the appearance locations of the visualization area Y for 1 to 100 yen and 500 yen.

  Next, a second embodiment of the coin wrapping paper 12 will be described.

  In the second embodiment, the Lx dimension is set to be completely double winding for each denomination. Specifically, the predetermined length Lx when the outer diameter of the coin is 20 mm of 1 yen is 126 mm, the predetermined length Lx when it is 22 mm of 5 yen is 138 mm, and the predetermined length when it is 23.5 mm of 10 yen. Lx is 148 mm, the predetermined length Lx is 50 mm at 21 mm, Lx is 132 mm, the predetermined length Lx is 100 mm at 22.6 mm, the predetermined length Lx is 142 mm, and the predetermined length Lx at 500 yen is 26.5 mm is 167 mm Is set. The width direction dimension W of the coin wrapping paper 12 and the dimensions L1 of the substantially convex V-shaped front end portion and the substantially concave V-shaped rear end portion of the wrapping paper piece 14 are the same as in the first embodiment.

  Further, one wrapping roll paper 11 can wrap, for example, about 2000 wrapping coins (calculated as wrapping of 500 yen coins).

  The cutting length Lx of the wrapping paper piece 14 for wrapping each denomination coin of 1 to 100 yen and 500 yen will be described. Lx for 1 yen is 126 mm, Lx for 5 yen is 138 mm, Lx for 10 yen is 148 mm The Lx of 50 yen is 132 mm, the Lx of 100 yen is 142 mm, and the Lx of 500 yen is 167 mm as in the first embodiment.

  The dimension L1 of the substantially concave V-shaped rear end portion is 20 mm (same as in the first embodiment) of 1 to 100 yen and 500 yen.

  As a result, the number of turns of Lx is 1 to 100 yen and 500 yen for all denominations, and the number of turns of Lx + L1 is 1 to 100 yen is 2.3 and 500 is 2.2.

  From the point of the pitch p (73 mm), the amount used per wrapping coin of 1 yen to 100 yen and 500 yen is 1.7p for 1 yen, 1.9p for 5 yen, 2p for 50 yen, 50 yen Is 1.8p, 100 yen is 1.9p, and 500 yen is 2.3p.

  When the wrapping denomination is changed, the feed pitch amount of the wrapping paper piece 14 of the denomination before the change changes to the feed pitch amount of the wrapping paper piece 14 of the denomination after the change, but is cut by the same substantially convex V-shaped cutter 75 Therefore, the shape of the substantially convex V-shaped front end portion and the substantially concave V-shaped rear end portion of the wrapping paper piece 14 does not change even if the denomination is changed.

  Assuming that 73 coins are 1 cycle in any of 1 to 100 yen and 500 yen, and the same denomination coins are continuously wrapped, the first and 73rd wrapping paper pieces 14 are in the same visualization area Y position. The arrangement of the opaque region 15 and the transparent region 16 is the same as the first and the 73rd.

  The following Table 2 shows the number of visualization areas Y appearing on the peripheral surface of the wrapping coin, the width of the visualization area Y, and the appearance locations of the visualization area Y for 1 to 100 yen and 500 yen.

  The arrangement of the opaque region 15 and the transparent region 16 from the first to the 73rd in the first and second embodiments of the coin wrapping paper 12 is shown without considering the paper thickness. It will change depending on the thickness, and the error of the predetermined width b or the predetermined pitch p of the transparent area 16, the manufacturing error of the coin wrapping machine 21, the error when cutting the wrapping paper piece 14 by the substantially convex cutter 75 It varies depending on other factors. Both examples are shown as examples and are not limited to both examples.

  Thus, the coin wrapping paper 12 is made of a paper material, and has a transparent area 16 in which the paper material is subjected to a transparent process, and the transparent area 16 is wound around the stacked coins C. In the width direction intersecting the winding direction, the entire width direction dimension W is formed, and in the winding direction, a predetermined width b and a predetermined pitch p are formed. The pitch p is a visible area where the peripheral surface of the stacked coin C can be seen through the transparent area 16 in a packaged state wound around the stacked coin C for any denomination of the stacked coin C to be wrapped. Since Y is set to a value that can be formed, it is cheaper and more environmentally friendly than materials such as cellophane and synthetic resin, and is common to all denominations of stacked coins C made of paper and packaged. However, the peripheral surface of the stacked coin C is visible through the transparent area 16 and the visible area Y. Such as the denomination and the number of sheets can be confirmed to obtain.

  Moreover, even when the wrapping paper piece 14 is wound approximately two times around the stacked coin C (for example, two to 2.3 turns with respect to the cutting length dimension Lx), the predetermined width b and the predetermined pitch of the transparent area 16 are wound. p is formed for each denomination of the stacked coin C to be wrapped at the overlapping portion (each portion of the first and second rolls) of the wrapping paper pieces 14 wound around the stacked coin C. Since the transparent area 16 is set to a value that can form a visible area Y that allows the circumferential surface of the stacked coin C to be visible, the visible area Y ensures that the circumferential surface of the stacked coin C is visible through the transparent area 16. Can be obtained.

  Further, the transparent region 16 can be easily formed by infiltrating the paper material of the coin wrapping paper 12 with either the transparent chemical or the wax.

  Further, in the packaging process, for any denomination of the stacked coins C to be packaged, the center of the stacked coins C in the height direction is approximately aligned with the vertical center h of the packaging roll paper 11, Any denomination of the stacked coins C to be packaged can be packaged using a common packaging roll paper 11 made of paper.

  The paper material of the coin wrapping paper 12 is strong and easy to form the transparent area 16 by using kraft paper, but the number of windings of the wrapping paper piece 14 on the stacked coin C can be changed. Other paper materials can be used depending on the selection of the clearing agent.

1 is a perspective view of a coin wrapping paper showing an embodiment of the present invention and a wrapping roll paper obtained by winding the coin wrapping paper in a roll shape. It is the perspective view which wrapped the stacked coin with the same coin wrapping paper. A schematic diagram in which stacked coins are wrapped with the same coin wrapping paper (in the case of the first embodiment) is shown, (a) is a schematic diagram in which stacked coins with a minimum diameter of 1 yen, and (b) is a schematic diagram. It is the schematic diagram which wrapped the piled coin of the maximum diameter of 500 yen. It is a perspective view which shows the mechanism of the coin wrapping machine which wraps the stacked coins using the same coin wrapping paper. It is a side view which shows the pile coin supply mechanism of a coin wrapping machine same as the above. It is a top view of the paper feed mechanism of a coin wrapping machine same as the above.

Explanation of symbols

11 Packaging roll paper
12 Coin wrapping paper
14 Wrapping paper pieces
16 Transparency zone
24 Packaging mechanism
25 Paper feed mechanism
45, 46, 47 Packaging rollers
64 Caulking
75 Substantially convex V-shaped cutter C Stacked coins Y Visualization area

Claims (6)

Coin wrapping paper that is wrapped around and wrapped around the stacked coins in common for any denomination of stacked coins to be wrapped,
The material is a paper material, and the paper material has a transparent region that has been subjected to a transparent treatment, and this transparent region is spread over the entire area in the width direction intersecting the winding direction wound on the stacked coins. Formed with a predetermined width and a predetermined pitch in the winding direction,
The predetermined width and the predetermined pitch of the transparent area are such that the peripheral surface of the stacked coin is visible through the transparent area in the packaged state where any denomination of the stacked coin is wrapped around the stacked coin. Coin wrapping paper, characterized in that the visualization area to be obtained is set to a value that is formed. It is cut into wrapping paper pieces with a predetermined cutting pitch in the packaging process and wound around the stacked coins, and the cutting pitch of the predetermined length of the wrapping paper pieces is the same for any denomination of stacked coins to be wrapped. It is set to a value that is wound about 2 times around the stacked coin,
The predetermined width and the predetermined pitch of the transparent area are stacked through the transparent areas formed at the overlapping portions of the wrapping paper pieces wound around the stacked coins for any denomination of the stacked coins to be wrapped. The coin wrapping paper according to claim 1, wherein the coin wrapping paper is set to a value that forms a visualization range in which a circumferential surface of the coin can be seen. Coin wrapping paper that is common to all denominations that have different heights of stacked coins and that is wrapped around the stacked coins for packaging, and that is substantially convex V-shaped by a substantially convex V-shaped cutter during packaging. Coin wrapping which is cut into a wrapping paper piece having a leading end portion, a succeeding main portion subsequent thereto, and a substantially concave V-shaped rear end portion corresponding to a substantially convex V-shaped leading end portion. In paper
The material is a paper material, and the paper material has a transparent region that has been subjected to a transparent treatment, and this transparent region is spread over the entire area in the width direction intersecting the winding direction wound on the stacked coins. Formed with a predetermined width and a predetermined pitch in the winding direction,
The predetermined width and the predetermined pitch of the transparent area are the winding direction of the wrapping paper piece that is wound around the stacked coin and cut with a substantially convex V-shaped cutter for any denomination of the stacked coin to be wrapped. It is characterized in that it is set to a value in which a visible area where the circumferential surface of the stacked coin can be seen through the transparent area is formed in any winding direction area of the wrapping coin wound with the full length. Coin wrapping paper. The coin wrapping paper according to any one of claims 1 to 3, wherein the clearing region is formed by permeation of either a clearing agent or a wax into a paper material. Coin wrapping paper, which is common to all denominations of stacked coins to be wrapped and wrapped around the stacked coins, and is made of paper material, and the paper material has been made transparent It has a transparent area, and this transparent area is formed in the whole area in the width direction intersecting the winding direction wound around the stacked coins and at a predetermined width and a predetermined pitch in the winding direction. The predetermined width and the predetermined pitch of the transparent area are determined so that the circumferential surface of the stacked coins is passed through the transparent area in the packaging state wound around the stacked coins for any denomination of the stacked coins to be wrapped. Using a wrapping roll paper that is a roll of coin wrapping paper that is set to a value that creates a visible visualization area,
This wrapping roll paper is loaded into the paper feeding mechanism that leads to the packaging mechanism of the coin wrapping machine,
Stacked coins are sent between a plurality of wrapping rollers of the packaging mechanism, the height position of the stacked coins to be fed is changed according to the denomination, and the center in the height direction of the stacked coins is set for any denomination. Match the vertical center of the packaging roll paper leading to the packaging mechanism,
Hold and rotate the stacked coins with the packaging roller,
The leading end of the wrapping roll paper is guided between the wrapping roller and the stacked coins to start winding, and the subsequent portion of the wrapping roll paper is linearly tensioned in the middle of winding and pressed against the cutter to wrap the specified length Cut into pieces of paper, wrap the pieces of wrapping paper around the circumference of the stacked coins,
A method for wrapping coins, characterized in that the protruding portions of the wrapping paper pieces that protrude upward and downward from the stacked coins are caulked on the upper and lower surfaces of the stacked coins with upper and lower caulking hooks of the packaging mechanism. A common coin wrapping paper is used for all denominations with different stacked coins, and a substantially convex V-shaped tip is followed by a substantially convex V-shaped cutter during packaging using the coin wrapping paper. In a coin wrapping method of cutting a wrapping paper piece having a main portion and a substantially concave V-shaped rear end corresponding to a substantially convex V-shaped leading end portion, and wrapping stacked coins with the wrapping paper piece,
As the coin wrapping paper, a wrapping roll paper wound in a roll shape having a transparent region in which the material is a paper material and the paper material has been subjected to a transparent treatment is used. The width direction intersecting the winding direction wound around the coin is formed in the entire area and the winding direction is formed with a predetermined width and a predetermined pitch, and the predetermined width and the predetermined pitch of the transparent area are For any denomination of stacked coins to be wrapped, any of the wrapped coins wound around the stacked coins and wound with the entire length in the winding direction of a wrapping paper piece cut with a substantially convex V-shaped cutter. In the winding direction area, it is set to a value that forms a visualization area where the circumferential surface of the stacked coin can be seen through the transparent area,
This wrapping roll paper is loaded into the paper feeding mechanism that leads to the packaging mechanism of the coin wrapping machine,
Stacked coins are sent between a plurality of wrapping rollers of the packaging mechanism, the height position of the stacked coins to be fed is changed according to the denomination, and the center in the height direction of the stacked coins is set for any denomination. Match the vertical center of the packaging roll paper leading to the packaging mechanism,
Hold and rotate the stacked coins with the packaging roller,
The substantially convex V-shaped tip of the wrapping roll paper cut with a substantially convex V-shaped cutter at the time of the previous packaging is guided between the wrapping roller and the stacked coins, and winding is started. The subsequent part is tensioned in a straight line, pressed against a substantially convex V-shaped cutter, and cut into wrapping paper pieces of a predetermined length,
The wrapping paper pieces are wound around the circumference of the stacked coins,
Clamp the protruding part of the wrapping paper piece that protrudes up and down from the stacked coin to the upper and lower surfaces of the stacked coin with the upper and lower caulking hooks of the packaging mechanism,
Visualization that the circumference of stacked coins can be visualized through a transparent area in any winding and wrapping area of the wrapping coin with the entire length in the winding direction of the wrapping paper piece for any type of wrapping coin A coin wrapping method, wherein a wrapping coin having a region formed therein is discharged from a wrapping mechanism by retracting upper and lower caulking claws and retracting a wrapping roller.

Images