JPS5824338B2 - Coin wrapping machine with display printing mechanism for denomination, etc. - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION When a certain number of coins are wrapped with non-indicating wrapping paper, the present invention is capable of wrapping indications such as the denomination, total amount, name of bank, etc. or a sign on the wrapping surface of the wrapping paper. The purpose is to be accurate each time.

Conventionally, it has already been proposed to wrap a certain number of coins of each denomination in one kind of wrapping paper of the same size, but in all of these cases, it is difficult to supply the wrapping paper. Sometimes a method of printing before packaging is used with a marking device located close to the supply location.

Therefore, even though special quick-drying ink is used, if used for a long period of time, the surfaces of packaging rollers, supply rollers, etc. may become stained with ink, and there is also the drawback that the noodles may be close to complex mechanical parts. Since the stamping device is located in the same position, there is also the drawback that sufficient space for the stamping device cannot be obtained.

In order to eliminate such drawbacks, the present invention provides a stamping device on the lower machine base constituting the coin wrapping machine, and takes advantage of the fact that the coins are easily rolled over after wrapping, and during the ejection of the wrapped coins, A display is made on the circumferential surface according to the denomination setting.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings, in which embodiments of the invention are shown.

Fig. 1 shows an example of the general form of a coin wrapping machine a, in which coins are put into a hopper 1, a machine base part b1 a packaging part c1 a counting part d, and coins are collected according to the denomination to be counted. The seed handle 2 is set, and the coin passage is set.

Also, the wrapping paper 3 is placed on the mounting base 4 of the packaging section C, and the leading end of the wrapping paper 3 is set.

When the start button 5 is pressed, the coins in the hopper 1 are lined up one by one and passed through the coin passage, during which time the coins are counted. When the preset number of coins is accumulated in the accumulation cylinder, the coins are automatically counted and coins are counted. The feeding stops and the accumulated coins are stored in packaging section C.
A wrapping paper 3 is wrapped around the outer periphery of the accumulated coins, the coins are cut, and both sides of the wrapping paper are crimped.The coins are then wrapped and stacked in a storage box 6 through a chute formed on the machine base. It is something that

. The present invention is provided in a discharge path that passes through a chute from the packaging section C's finished position to the storage box 6.

That is, to give an example, 7 is a chute for wrapped coin e,
The packaged coin e is dropped, and at the falling end, the wrapped coin e rolls down the slope 48 of the chute 7 in the circumferential direction.

At this falling position, the movable body 9 is slidably guided by a guide shaft 10, and a positioning section 11 for the packaged coin e and an elastic sheet 12 are provided thereon.

For example, the moving body 9 has an operating lever 14 engaged with a pin 13 attached thereto, and the lever 14 is operated around a shaft 16 by a link 15 to move a predetermined amount.

In addition, the printing plate mounting body 17 is provided so as to be able to rotate in accordance with this moving surface, i.e., the mounting body is provided with a stamp face 18 for denominations, denominations, banks, etc. according to each denomination on the circumferential surface of the mounting body 17. A stamp stand 19 is arranged to be replaceable, and the mounting body 17 has a stop device 20.

The mounting body 17 also selects the denomination using a denomination selection member 21, for example, a denomination bundle 22.

The stamp face 18' is rotated in accordance with the setting operation and the stamp face 18' corresponding to the denomination is selected as the stamping position.

When the denomination bundle 22 is rotated to match the denomination of the packaged coin, a cam 23 and a switch are linked.

24. One or two of 25 or 26 are closed, the solenoid 27 of the stop device 20 is energized, the stopper 29 is pulled through the connecting rod 28, and the engagement between this and the stop pin 30 is released.

At the same time, the drive motor 3 is activated by the switch 31 on the cam surface of the connecting rod 28.
2 rotates.

A pulley 34 attached to the shaft of the motor is also rotated.

At the same time, the clutch 35 also enters the transmission state.

The rotation of the pulley 34 causes the shaft 41 of the printing plate mount 17 to rotate via the belt 36, the pulley 37, the clutch 35, the shaft 38, and the bevel gear 3940, thereby moving the stamp surface 18' selected by the denomination bundle 22 to the stamping location. The motor 32 is stopped by turning off the switch 33 with one revolution of the clutch plate 48.

This selection means includes, for example, the cam 23 and switches 24 to 26 (see FIGS. 5 and 6), the selection cam 42 connected to the shaft 41, and the selection switch 43.
5 (see Figures 4 and 7), it is possible to set various denominations, and by further increasing these denominations,
A wider range of settings is possible.

That is, in FIG. 8, when the denomination knob 22 is set to the denomination and the setting switch 24 is turned on by the setting cam 23 as shown by the dotted line, the solenoid 27 is energized and the stop device is activated. 20 is released and the switch 31 is closed, the clutch 35 is engaged and the relay 46 is activated, and this relay 46 closes the relay switch 47 and the drive motor 32
begins to rotate.

Therefore, when the printing plate support 17 and the selection cam 42 are rotated and the switch 43 is turned off as shown by the dotted line, the electricity is cut off, the solenoid 27 is demagnetized and the stop operation is started, and the switch 31 is opened and the clutch 35 is turned off. is released and rotation is interrupted, the support body 17 is fixed by the stopper device 20, and the relay switch 47 is also opened.

However, since the switch 33 is closed due to the rotating crank plate 48, the drive motor 32 rotates further and stops when the crank plate 48 rotates once.

In this way, the predetermined set stamp face 18' is located at a predetermined location, and the stamp face setting means based on the denomination setting is completed.

Next, at the start of the wrapping operation, a certain number of coins are wrapped in a predetermined manner, and when they are ejected from the wrapping section C, they fall through the chute 7, change direction to transfer in the circumferential direction on the slope 8, and slide. When it is sent onto the falling moving body 9 and reaches the proper position by the positioning unit 11, a detector 50, for example, an optical projector 51 is placed there.
and a photodetector 52 are positioned to block the optical path and detect this.

In addition to this optical sensor, this detector 50 includes a micro switch,
It may be a proximity switch or other electrical device, or a mechanical device that uses the weight of a coin.

When the photoreceptor 52 is shielded from light, the detector switch 49 is turned on and the drive motor 32 starts rotating.

However, since the clutch 35 is disengaged, the mounting body 17 does not rotate, and the crank plate 48 is rotated to swing the operating lever 14 about the shaft 16 via the link 15.
3 to move the movable body 9 along the guide shaft 10.

Then, the packaging curing e is sandwiched between the stamp surface 18' and the elastic sheet 12 on the movable body 9 and rolls on the movable body 9, the display on the stamp surface 18' is copied, and the packaging curing e moves in approximately one rotation. body 9
It reaches the end of the moving body 9 and falls onto the storage box 6, and the moving body 9 returns to its original position with the remaining half turn of the crank plate 53 and rotates once with the crank plate 48 (in the embodiment). The switch 33 is opened by one rotation of the switch (which also serves as the display means), and one complete operation of the display means is completed.

FIGS. 9 to 11 show other embodiments of the present invention, in which sliding means of a plate-like body was shown as the movable body 9 in the previous embodiment, but in this embodiment, this was replaced by rotating means. In other words, the drive shaft 5 corresponds to the lower part of the stamp surface 18' to be printed.
3 and a driven shaft 54 are supported between frames 55, 55', each of which has a plurality of boos IJ 56, 56'.
is attached, and a belt 57 is hung on the boos IJ-56, 56'.

The drive shaft 53 also includes a pulley 6 that transmits rotation via a belt 59 from a pulley 58 that is rotated at a reduced speed by the motor 32.
0 is attached.

When the wrapped coin e that has been wrapped slides down the slope 8, it is guided between one end of the movable body 9' and the stamp surface 18', and
With the rotation of step 7, the hardened packaging e is sent to the belt 57 while rolling, during which printing is done around the wrapping paper, and it falls from the other end of the moving body 9' and is stored in the storage box 6. .

According to this embodiment, as shown in Fig. 3.4, the moving body 9 requires a sliding interval from the solid line position to the chain line position, so it is not space-intensive. ,
Further, although the operation of the link 15 and the operating lever 14 is large, in the latter embodiment, the operation only needs to be done by approximately the length of the stamp face, which is advantageous in terms of structure and space.

As described above, the present invention automatically adjusts the stamping surface of the display device according to the denomination selection operation, so that all denominations can be displayed using plain (blank paper) or wrapping paper having only the display common to all denominations. Since the display according to the denomination can be done simply, easily, and automatically, there is no need to change the wrapping paper each time according to the denomination, and it is possible to display different wrapping paper for each denomination. Inventory management, variable ordering, large storage space, and shipping operations for each branch are extremely easy, and wrapping paper suppliers can also use only one type of wrapping paper with the same width. Since it can be produced in large quantities in advance, productivity is significantly improved, costs can be reduced, and delivery times can be shortened, which has great practical effects.

[Brief explanation of the drawing]

The attached drawings show an embodiment of the apparatus of the present invention, and FIG. 1 is a perspective view of the coin wrapping machine, FIG. 2 is a side view of the main parts, FIG. 3 is a plan view, and FIG. 4 is a cutaway front view. , Fig. 5 is a cutaway front view of all types of setting members, Fig. 6 is a sectional view taken along line VIVI in Fig. 5, Fig. 7 is a sectional view taken along line ■-■ in Fig. 4, and Fig. 8 is an electric circuit diagram. , 9 to 11 show other embodiments of the present invention, in which FIG. 9 is a side view of the main part, FIG. 10 is a plan view, and FIG.
The figure is also a cutaway front view. Symbols: a: coin packaging machine; b: machine base; C: packaging unit; d: counter; e: wrapped coins. 2 and 22 are denomination setting members (denomination bundle), 3 is wrapping paper, 6 is a storage box, 7 is a discharge path (chute), 99' is a movable body (support device), 17 is a printing plate support, 1818' stamp surface, 20 a stop device, 29 a stopper, 30 a stop pin, 32 a drive motor, 35 a clutch, 5
0 is the detector.

Claims (1)

[Scope of Claims] 1. Coins of a denomination set by a denomination setting means such as a denomination dial are accumulated, and when a predetermined number of coins have been accumulated, the accumulated coins are wrapped in wrapping paper in a packaging section. A curing packaging machine that wraps the coin and crimps both ends to form a wrapped coin, which has a chute for discharging the cured packaging in a horizontal state, and supports the wrapped coin while rolling continuously at the falling end of the chute. It has a rotatable printing plate mounting body on which a plurality of stamp surfaces are selectively positioned along the moving surface of the moving body, and this printing plate mounting body A cam, a switch, etc. provided in conjunction with the type setting means selectively rotates to set the stamp face, and the wrapped coin supported by the movable body contacts and rotates the stamp face. Coin Wrapping Machine 2 Having a Display Printing Mechanism for Displaying Denominations, etc., Which Displays a Selected Stamp Surface 2. The movable body is horizontally oscillated by a drive motor on a guide shaft extending in a direction in which wrapped coins are discharged. Claims characterized in that it is composed of a plate-shaped member that is slidably supported in conjunction with an operating lever, and has a positioning part at its tip and an elastic sheet on its upper surface. Coin wrapping machine 3 having a denomination display printing mechanism according to item 1. The movable body includes a plurality of belt bodies wound around a pulley that is rotationally driven by a drive motor on a horizontal axis perpendicular to the direction in which the wrapped coins are discharged. A coin packaging island having a denomination, etc. display printing mechanism as set forth in claim 1, characterized in that it is comprised of: