JPS59168590A - Discharge port opening/closing mechanism for automatic papermoney dispensor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention swings the conveyance table up and down, opens the discharge port when the conveyance table is at the old position, discharges the banknotes on the conveyance table, and The present invention relates to a discharge port opening/closing mechanism of a banknote automatic teller machine that collects banknotes on a conveyance platform while keeping the discharge port closed in the case of the "" position.

[Prior art]

In conventional banknote automatic teller machines that have the function of discharging (paying) and collecting banknotes, when pushing out banknotes on the conveyor table, the discharge port ? There are times when it opens and times when it remains closed, so a dedicated drive source is used for the discharging machine.For this reason, the manufacturing cost of such a banknote automatic teller machine has the disadvantage of being high. Ta.

[Purpose of the invention]

SUMMARY OF THE INVENTION An object of the present invention is to provide a discharge port opening/closing mechanism for a bill automatic teller machine that does not require a drive source and drive circuit dedicated to the discharge port shutter and is inexpensive and has a function of collecting bills on a bill conveyance table.

[Summary of the invention]

The ejecting port opening/closing mechanism of the automatic banknote dispensing machine according to the present invention swings the conveying table completely up and down, opens the ejecting port when the conveying table is in the "up" position, releases the banknotes on the conveying table, and In the ejection port opening/closing mechanism of a banknote automatic teller machine that collects banknotes on a conveyance table while keeping the ejection port closed when the ejection port is in the `` position, a conveyance motor pushes out the banknotes on the conveyance table, and the opening and closing mechanism is linked to this mechanism. The lever opens the discharge port shutter, and the conveyance table is moved to the "lower" position by the conveyance table motor that swings the conveyance table.t'1. The discharge port opening/closing mechanism is characterized in that the transport motor does not operate the opening/closing lever when the discharge opening/closing lever is opened/closed.

In a preferred embodiment of the discharge port opening/closing mechanism for a banknote automatic teller machine according to the present invention, an eccentric cam is attached to a rotating shaft for swinging the conveying table driven by the conveying table motor, and the rotation of the rotating shaft causes the conveying table to When the opening/closing lever is swung to the "down" position, the eccentric cam moves the opening/closing lever to a position where it is not actuated by the transport motor.

[Embodiments of the invention]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The ejection port opening/closing mechanism of an automatic banknote dispensing machine according to the present invention will be described in detail below with reference to FIG. 1 of the drawings of the embodiment.

This bill automatic payment! & denotes a banknote transport motor 8 that pushes out banknotes stored on the transport table 4 in order to release or collect them;
A conveyance table motor 15 that swings the conveyance table 4 is provided. The six discharge port shutters that open and close the discharge port are activated by the conveyance motor 8 when the banknotes are pushed out from the conveyance table 4, but when the conveyance table 4 is in the "down" position, the conveyance motor 8 is activated. This is to prevent it from being activated.

That is, when the transport motor 8 is rotated, its rotational force is transferred to the gear 9.
and is transmitted to a fulcrum shaft 3 supported by a bearing 2 on the frame 1 by a gear 1o.

Due to the rotation of the fulcrum shaft 3, the timing boolean IJ 11 attached to the fulcrum shaft 3 rotates, and the timing belt 12 stretched thereon rotates, and the fork 13d fixed to the timing belt 12 moves in the direction of arrow A. Then, the bill is pushed out from the conveyor table 4.

A shutter cam 14 is attached to the fulcrum shaft 3, and the opening/closing lever 7 engages with the shutter cam 14 as the fulcrum shaft 3 rotates. Push out in the direction of arrow B. The tip of the opening/closing lever 7 is
Since it is pivotally connected to the support of the discharge port shutter 6 which is pivotally connected to the frame 1 by the fulcrum pin 24, the arrow B of the opening/closing lever 7
Due to the movement in the direction, the shutter 6≠2 opens.

On the other hand, when the conveyance table motor 15 is rotated, its rotational force is transmitted to the gear shaft (rotating shaft) 20 supported by the frame 1 through the gears 16 and 17. A bottle 18 is erected at an eccentric position of the gear 17 fixed to the gear shaft 20, and loosely fitted into a groove 19 of the carrier 14. Therefore, when the gear shaft 20≠: rotates, the bin 18 makes an arcuate motion, and the conveyance table 4 is swung in the direction of arrow C r about the fulcrum shaft 3, and the conveyance table 4 is in the "down" position, that is, bill collecting. It is said to be the state of time. The conveyor table 4 shown in FIG. 1 is oscillated (state C≠; this is the "up" position, that is, the state at which banknotes are discharged).

When the gear shaft 20 rotates and the conveyor table 4 is swung to the "down" position by the bin 18, the eccentric cam 21 fixed to the gear shaft 2o simultaneously rotates and engages with the eccentric cam 21. The cam plate 22 is designed to rise. A bottle 23 is provided upright on the cam plate 22, and the bottle 23 is loosely inserted into the groove of the opening/closing lever 7. When the cam plate 22 rises, the bottle 23 pushes the opening/closing lever 7 all the way up, and the opening/closing lever 7 is no longer engaged with the shutter cam 14.
I can do it. Therefore, the conveyor motor 15 causes the conveyor 49 to
When the transport motor 8 is swung to the "down" position,
When driven, l bills on the conveyor table 4 are pushed out, but
When the shutter cam 14 and the opening/closing lever 7 are disengaged, the T'M release occurs and the Roshiro shutter 6≠X opens.

As described above, this bill dispensing machine uses only the conveyance motor 8 that pushes the bills from the conveyance table 4 and the conveyance table motor 15 that swings the conveyance table 4 up and down, depending on the position of the conveyance table 4. Since the discharge port shutter 6 can be selectively opened and closed, the discharge port opening mechanism in this bill dispensing machine can be manufactured at low cost.

〔Effect of the invention〕

According to the present invention, since @ does not require a dedicated motor for the discharge port shutter, a drive source such as an electromagnetic solenoid, and a drive circuit, it can be used at an inexpensive price in an automatic bill dispensing machine with a function to collect bills on a bill conveyance table. It can be a discharge port opening/closing mechanism.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of an embodiment of the bill conveyance table and the discharge port opening/closing mechanism of the bill automatic teller machine of the present invention. DESCRIPTION OF SYMBOLS 1... Frame, 3... Fulcrum shaft, 4... Banknote conveyance table, 6... Outlet shutter, 7... Opening/closing lever, 8
...Transport motor, 11...Timing pulley, 12
...Timing belt, 13...Fork, 14.
・Shutter cam, 15...transport platform motor, 18.24
... Pin, 20 ... Gear shaft (rotation 4 [II, 21
...Eccentric cam, 22...Cam plate. Full 1 figure

Claims (1)

[Claims] 1. Swing the conveyance table up and down, open the discharge port when the conveyance table is in the "up" position, eject all banknotes on the conveyance table, and close the discharge port when the conveyance table is in the "down" position. The ejection port opening/closing mechanism ζ of the automatic banknote dispensing machine which collects the banknotes on the conveyance platform while keeping the banknotes closed;
The transport motor pushes out the banknotes on the transport path, and
The opening/closing lever interlocked with this opens the discharge port shutter, and the conveying table motor that swings the conveying table prevents the conveying motor from operating the opening/closing lever when the conveying table moves to the "down" position f'. A slot opening/closing machine groove for a banknote automatic teller machine, characterized in that: 2. An eccentric cam is attached to the rotating shaft for swinging the carrier driven by the carrier motor, and by rotation of the rotating shaft,
The automatic banknote dispensing device according to claim 1, wherein the eccentric cam is arranged to move the opening/closing lever to a position where it is not operated by the transport motor when the transport platform is swung to the "down" position. The machine's outlet opening/closing mechanism.