JPS649220B2 - - Google Patents

Description

Detailed Description of the Invention (Industrial Application Field) The present invention is a coin that counts a certain number of coins, overlaps them, wraps a wrapping paper, and swages both ends of the coin to make a wrapped coin. This invention relates to improvements in packaging machines, and more particularly to a device for a heavy take-out box for collecting a large number of wrapped coins.

(Prior art) Generally, coin wrapping machines insert coins into the upper part of the machine.
There was a processing section for sorting, stacking, etc., and a wrapping section below the processing section, and the wrapped coins that were wrapped there would naturally fall to the lowest part of the machine. Therefore, in the past, a box for taking out wrapped coins was installed at the bottom of the machine, and the packaged coins were collected in this box, and when the box was full, the boxes were transported to a predetermined location.
However, the collection box containing the packaged coins is quite heavy, and lifting it from a position close to the floor requires considerable effort, making it difficult for women, women, and the elderly to handle it at banks. It was hot. Therefore, in some cases, this extraction box was placed on a wheelbarrow in advance and transported, but this increased the height of the machine itself, making it difficult to insert coins, and requiring an extra device such as a wheelbarrow. There were various drawbacks.

Therefore, in order to compensate for the above-mentioned drawbacks and lighten the burden on the operator, a method as shown in Japanese Patent Application Laid-open No. 17391/1983 was proposed. This device wraps a predetermined number of vertically stacked coins in a conical shape, and then drops and releases the wrapped coins in the axial direction.
The axial direction of the ejected coin is changed to a horizontal state parallel to the front of the aircraft, and the coin is delivered to the vertical conveyance device.
The vertical transport device transports the wrapped coins upward without changing its axial direction, and at the upper end of the vertical transport device, the wrapped coins are released toward the front of the machine without changing the axial direction, and the released direction is downward. In addition, the takeout box located at the front of the machine housed the ejected packaged coins without changing their axial direction.

(Problem to be Solved by the Invention) However, in the case of the above-mentioned device, the wrapped coins released from the machine body are released in a horizontal position parallel to the front surface of the machine body, so the take-out box does not allow the wrapped coins to be disposed of when released. Since the items will be stored vertically in the same position as above, if you want to increase the amount of storage in the removal box, you should either make the bottom of the removal box deeper or
Alternatively, it would have been necessary to make the bottom shallower and make it longer toward the front of the fuselage. In this case, the take-out box protrudes significantly from the front of the machine, resulting in poor workability and inevitably increasing the space occupied by the coin packaging machine itself.

An object of the present invention is to provide a coin wrapping machine which can store a large amount of wrapped coins in an orderly manner in the take-out box by positioning the take-out box in the space above the front of the machine without protruding from the machine body.

(Means for Solving the Problems) In order to solve the above problems, the present invention vertically stacks a predetermined number of coins inserted in loose form, and pulls out the stacked coins from a roll of wrapping paper. The wrapped coin is wrapped in a conical shape with wrapping paper, and is allowed to fall and release in the axial direction onto a tray below the position where the rolled wrapping paper is stored, and the falling direction of the wrapped coin is changed by the tray. In a coin packaging machine that transfers the wrapped coin to a vertical conveyance device via a delivery device, transports it upward by the vertical conveyance device, and then stores it in a take-out box, the receiving tray is arranged in the axial direction of the falling packaged coin. is placed at a position where the coin packaging machine changes its attitude approximately perpendicularly to the front surface of the body of the coin packaging machine, and the transfer device receives the wrapped coins discharged from the receiving tray toward one end of the machine body without changing its axial direction. The conveyance device is disposed at one end of the front of the machine, and receives the packaged coins from the transfer device at a waiting position below and ascends vertically to change the axial direction of the packaged coins. A take-out device is disposed at the upper end of the conveying device, and the pickup device has a basket for conveying the coins without moving the coins, and discharges the wrapped coins carried up by the basket of the conveying device toward the inside of the machine without changing the axial direction of the coins. , receiving a packaged coin taken out by the taking out device;
Retrieval boxes, which are stored side by side along the front of the machine without changing their axial directions, are arranged in a space above the storage position of the rolled wrapping paper on the front of the machine, and a shelf supporting the retrieval boxes is arranged at least closer to the retrieval device. It is also characterized by being arranged downward.

(Function) The coin wrapping machine of the present invention changes the posture of wrapped coins wrapped in a conical shape inside the machine using a tray so that the axial direction thereof is approximately perpendicular to the front surface of the machine, and then wraps the coins using a transfer device. The coins are delivered to one end of the machine body without changing the axial direction, and the wrapped coins from the delivery device are received by a basket waiting in the transport device, and the basket receives the wrapped coins without changing the axial direction. Vertically conveying the packaged coins in the basket at the upper end of the conveyance device and ejecting the packaged coins toward the inside of the machine using a take-out device without changing the axial direction of the packaged coins,
Below the discharge direction, the take-out box stores the packaged coins without changing its axial direction.

(Example) Next, a detailed explanation will be given based on the drawings shown as an example of the present invention.

Reference numeral 1 designates the body of a coin packaging machine, which has a coin input popper 2 on the top surface, sorting, counting and accumulation of coins in a processing section 3, and wrapping the coins in a packaging section 4 at the bottom, whereupon the wrapped coins are placed in a receiving tray 5. It is something that falls inside.

However, in the present invention, a shelf 7 is constructed in this part by utilizing a space above one side of the machine, for example, above the wrapping paper cover 6 at a position where rolled wrapping paper is stored, and this shelf 7 is approximately The position corresponds to the abdomen of a standing person, and the takeout box 8 can be placed on top of this position.

The tray 5 is disposed below the storage position of the rolled wrapping paper, and as shown in FIG. In order to move the aircraft, it is configured to be turned in a direction substantially perpendicular to the front surface of the aircraft and laid down on its side. A delivery device 9 (see FIG. 2) having a support body, for example, is provided in connection with this saucer 5, and It communicates with a conveying device 10 arranged at one end of the front surface.

For example, as shown in the figure, the conveyance device 10 is composed of a conveyance belt 13 stretched between an upper car 12 provided slightly above the pick-up box 8 and a lower car 11 provided at the bottom of the machine body 1. Basket 14 is attached.

The bottom 15 of the basket 14 has a slightly inclined shape so that the packaged coins a can be stably placed therein, and the basket 14 has a notch 16 (see FIGS. 3 and 4) formed at the bottom of the upper wheel 12. A packaged coin removal device b, for example, a fixed inclined fork 17 is provided slightly above the removal box 8, and this
6.

The above-described delivery device 9 is configured to move about the spindle 18 of the support body, away from the connection with the saucer 5, as shown by the chain line in FIG. For this purpose, a support rod 19 supporting the support body is pivotally mounted eccentrically to a rotary plate 20, and limit switches 21 and 22 cause the rotary plate 20 to rotate a predetermined amount and stop the delivery device 9 at the chain line position. Then, the packaged coin a that has fallen into the tray 5 is temporarily stopped at the tip of the support and its posture is corrected to be suitable for being accommodated in the basket 14. If the support is removed or rotated upward, it can be collected in the take-out box 8' placed at the bottom of the machine body 1 in the conventional manner, and can be obtained by conventional methods if necessary. In the present invention, since the conventional take-out box 8' is not required, the support itself serves as the opening of the tray 5 and the basket 14 of the conveying device 10.
It may also be configured to simply transfer between the two. Further, for the change in the posture of the packaged coin a, a shutter which can be driven to open and close may be used at the opening position of the receiving tray 5, but this is not an essential requirement of the present invention. When the packaged coin a falls into the tray 5 as described above, the packaged coin a is transferred into the basket 14, which is supported on a support and previously stopped at a predetermined position, without changing its axial direction. be accommodated.

Then, the upper wheel 12 on the driving side starts to rotate and pulls up the bar 14 via the conveyance belt 13, and when the basket 14 reaches the position of the fork 17, the wrapped coin a is taken out from the basket 14 due to the inclination of the fork 17. It falls into the takeout box 8 placed on the shelf 7 without changing the axial direction. When this is completed, the upper wheel 12 is reversed and the basket 14 is returned to its predetermined position below. During this time, all processing of the next coin is completed, and preparations are completed for dealing with the next packaged coin that will fall.

In addition, assuming that the take-out box 8 has a double bottom as shown by the chain line in FIG. 2, an inclined surface 24 is formed at the point where the bottom bottom 23 falls, and the removable top bottom 25 is opened at this point. First, the wrapped coin a falls onto the inclined surface 24, rolls into the deep part of the lower base 23, and enters the lower base 2.
When 3 is full, the last wrapped coin is on the slope 2
4, the upper surface of the packaged coin is slightly higher than the surface of the upper base 25, and the next falling packaged coins are guided onto the upper base 25 and arranged in an organized manner, which is preferable.

Of course, the parts covered by the wrapping paper cover 6 include the conveying device 10, the tray 5, the delivery device 9, and the shelf 7.
etc. are all attached to one side of the machine body 1 as shown in FIG. 26, and the cover 27 also serves as one side of the fuselage 1, which is preferable because the entire fuselage can have a twisted shape without increasing the size of the entire fuselage, and can also exhibit a soundproofing effect.

(Effects of the Invention) As described above, the present invention stacks a predetermined number of loose coins in the vertical direction, wraps the stacked coins in a conical shape, and wraps the stacked coins in a conical shape below the storage position of the rolled wrapping paper. The packaged coins are allowed to drop and discharge in the axial direction onto a receiving tray, and the falling direction of the packaged coins is changed by the receiving tray, and the packaged coins are transferred to a vertical conveying device via a delivery device. Therefore, in a coin wrapping machine that transports the coin upward and then stores it in a take-out box, the receiving tray is placed in a position where the axial direction of the falling wrapped coin is changed to a direction approximately perpendicular to the front surface of the body of the coin wrapping machine. The delivery device is arranged at one end of the machine body at a delivery position to receive the packaged coins discharged from the receiving tray without changing the axial direction of the packaged coins, and the transfer device is arranged at one end of the front side of the machine body, has a basket that receives the packaged coins from the delivery device at a lower standby position and moves up vertically to convey the packaged coins without changing its axial direction, and the package carried up by the basket of the transfer device A take-out device for ejecting coins toward the inside of the machine without changing their axial direction is disposed at the upper end of the conveying device, and the packaged coins taken out by the take-out device are received without changing their axial direction. A configuration in which take-out boxes to be stored side by side along the front of the machine body are arranged in a space above the storage position of the rolled wrapping paper on the front side of the machine body, and a shelf supporting the take-out boxes is arranged at least below the take-out device. This makes it possible to transfer, vertically transport, take out, and store the wrapped coins along the front of the machine with the axis direction approximately perpendicular to the front of the machine, making it possible to make the machine more compact, and to make the takeout box smaller. A large amount of wrapped coins can be stored in an orderly manner by positioning the coins in a space above the storing position of the rolled wrapping paper on the front surface of the machine body where they can be easily taken out without protruding from the machine body.

[Brief explanation of drawings]

The drawings are shown as an embodiment of the device of the present invention. Fig. 1 is an overall perspective view of the aircraft with the front cover removed, Fig. 2 is a cutaway front view of the main parts, and Fig. 3 is a
FIG. 4 is a perspective view showing the structure of the basket and the take-out device. Code, a...Wrapped coin, b...Ejecting device, 1...
...Airframe, 5...Saucer, 7...Shelf, 8...Removal box,
9...Delivery device, 10...Transportation device, 13...
Conveyance belt, 14...Basket, 15...Bottom, 16
...Notch, 17...Fork.

Claims (1)

[Scope of Claims] 1. A predetermined number of loose coins are stacked vertically, the stacked coins are wrapped in a conical shape with wrapping paper pulled out from a roll of wrapping paper, and The packaged coins are allowed to drop and eject in the axial direction onto a receiving tray below the position where the packaged coins are stored, and the falling direction of the packaged coins is changed by the receiving tray, and the packaged coins are delivered to a vertical conveying device via a delivery device, In the coin packaging machine that transports the coin upward by the vertical transport device and then stores it in a take-out box, the receiving tray orients the axial direction of the falling packaged coin in a direction approximately perpendicular to the front surface of the coin packaging machine. The transfer device is arranged at a position to change the attitude, the transfer device is arranged at a position to transfer the packaged coins discharged from the receiving tray to one end of the machine body without changing the axial direction, and the transfer device is arranged at one side of the front side of the machine body. placed at the end,
It has a basket therein, which receives the packaged coins from the transfer device at a lower standby position, moves vertically upward, and conveys the packaged coins without changing its axial direction, and the basket is carried up by the basket of the transfer device. A take-out device that discharges incoming wrapped coins toward the inside of the machine without changing its axial direction is disposed at the upper end of the conveying device, and receives the wrapped coins taken out by the take-out device and changes its axial direction. Retrieval boxes, which are arranged and stored along the front of the machine without any problem, are arranged in a space above the storage position of the rolled wrapping paper on the front of the machine, and a shelf supporting the retrieval boxes is arranged at least below the take-out device. A coin wrapping machine characterized by comprising: