JPS6112545A - Sheet send-out device - Google Patents

Abstract

PURPOSE:To simplify the construction of a sheet send-out device and increase the speed of send-out of paper money, by placing the send-out opening of two sheet storage sections around a send-out roller, and rotating the roller to sent out a sheet from one or both of the two storage sections. CONSTITUTION:When a paper money storage section 7 is put in a stand-by state by pulling a gate lever 11 provided at a paper money storage section 7, paper money is sent out from a paper money storage section 1 by the rotation of a send-out roller 3 in a direction shown by an arrow in the drawing, so that the paper money is conveyed in a route shown by an arrow A in the drawing. If the rotation of the roller 3 is continued, the send-out of paper money from the storage section 1 is continuously performed. When both gate levers 11 are moved forth to send out paper money from the paper money storage sections, a single piece of paper money is sent out from the storage section 1, in a direction shown by the arrow A in the drawing, by an elastic member 19, and a single piece of paper money is then sent out from the storage section 7 to a conveyance side as shown by the arrow B, during one round of rotation of the roller 3. if the rotation of the roller 3 is continued at that time, pieces of paper money are continuously and alternately sent out one by one from both the storage sections.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Technical Field The present invention relates to a paper sheet dispensing device for dispensing banknotes and the like handled in banking operations from a plurality of storage sections.

(bl Prior Art and Its Disadvantages) Cash processing devices such as ATMs and CDs have a built-in bill feeding device that feeds out and conveys bills of designated denominations.
Conventional bill dispensing devices have a dispensing mechanism for each denomination, which causes problems such as the structure being heavy and requiring time to assemble, adjust, and maintain. Another drawback is that it is difficult to speed up bill feeding because it takes time to switch the mechanism's operation.

(C) Purpose of the Invention The purpose of the present invention is to simplify the feeding mechanism by feeding out the same or different types of paper sheets from two paper sheet storage sections with a single feeding roller. It is an object of the present invention to provide a paper sheet feeding device which can realize improvements in ease of assembly and maintainability and increase the feeding speed.

(d+ Structure and Effect of the Invention) To summarize, this invention has a feed-out roller that feeds out paper sheets one by one, and two feed-out openings of paper sheet storage sections are arranged around the feed-out roller. , characterized in that paper sheets are fed out from one or both of the two paper sheet storage sections by rotation of the feeding roller.

With the above configuration, in the feeding device according to the present invention, one feeding roller feeds out paper sheets from one or both of the two paper sheet storage sections, and therefore a feeding roller and an accompanying drive mechanism are provided for one storage section. You don't have to,
The structure of the feeding mechanism can be simplified, which makes it easier to assemble, adjust and maintain the feeding mechanism.Moreover, one rotation of one feeding roller can feed two sheets of paper from two sheet storage compartments. It is possible to feed out leaves continuously, and it is possible to realize a high speed of feeding.

((U) Embodiment FIG. 1 is a schematic structural diagram of a bill dispensing device according to an embodiment of the present invention, and FIG. 2 is a partial plan view of the paper straightening dispensing device.

Reference numeral 1.7 is a banknote storage unit that stores banknotes 2.8 in a stacked and aligned manner. The feed-out openings of these two banknote storage units face each other with a feed-out roller 3 interposed therebetween. The feeding roller 3 has a part of its circumference made up of an elastic body 19 such as rubber,
Grooves are cut into the surface of this elastic body 19 to increase the frictional force. Reference numeral 4 denotes a friction rubber roller disposed opposite to the feeding roller 3, and is provided at each feeding opening.

The banknotes 2 in the banknote storage section 1 are urged toward the payout roller 3 side along the banknote tray 1G by a presser plate 22 to which a spring I5 is attached. Reference numeral 13 denotes an auxiliary feeding row provided above the feeding opening.

11 is a gate lever that is moved horizontally by a motor 9 and a cam 10. When in a standby state in which bills are not dispensed, the gate lever 11 is pulled toward the storage section and the lever tip 2
1 prevents the banknotes from being fed out. When dispensing banknotes, the gate lever 11 moves toward the front of the dispensing opening. 18
is a guide roller that guides the movement of the gate lever 11.

The banknote storage section 7 also has the same structure as the banknote storage section 1.

23 is a presser plate elastically biased by a spring 24.

This storage section is also provided with a gate lever 11 that is horizontally moved by a motor 9 and a cam 10, and FIG. 1 shows a standby state in which the lever tip 25 prevents the banknotes from being fed out. Each bill storage section is configured to be detachable for replenishment and inspection of bills, and is loaded into a predetermined set position from the lateral direction along the guide 17.

Reference numeral 5 denotes a conveyor belt that conveys the banknotes fed out by the feedout roller 3 to the banknote takeout section 6, and a route for conveying the banknotes separately from the feedout start position where the friction rubber roller 4 of each banknote storage section and the feedout roller 3 face each other. It consists of

In the above configuration, the movement of each gate lever 11 causes the feeding roller 3 to be drawn out from one or both storage sections.
You can dispense banknotes with the button.

When the gate lever 11 on the side of the banknote storage unit 7 is pulled to put the banknote storage unit 7 in a standby state as shown in the figure, banknotes are fed out only from the banknote storage unit 1 by the rotation of the payout roller 3 shown by the arrow in the figure. .

At this time, banknotes are conveyed along the route indicated by arrow A. By continuing to rotate the feeding roller 3 in this state, banknotes are continuously fed out from the banknote storage section 1.

When paying out banknotes from both storage parts, both gate levers 11 are moved forward to enable the banknotes to be paid out from each banknote storage part. In this case, while the feeding roller 3 rotates once, the elastic body 19 feeds out one bill from the bill storage section 1 in the direction of the arrow A, and then transports one bill from the bill storage section 7 in the direction of the arrow B. Move it out to the side. By continuing to rotate this feeding roller 3, bills can be continuously and alternately fed out one by one from both banknote storage sections.As described above, by the rotation of one feeding roller 3, two banknote storage sections 1.7 Bills can be continuously dispensed from one or both of the two. Therefore, when storing different denominations in each storage section, it is not necessary to provide a feeding roller and its drive mechanism for each denomination, and it is possible to feed two denominations of banknotes from each storage section with one feeding roller. This makes it possible to simplify the structure and reduce the weight, which makes assembly, adjustment, and maintenance easier. On the other hand, when the same type of banknotes are stored in each storage section, the feeding roller 3
Since two bills can be fed out in succession with one rotation of the machine, it is possible to increase the feeding speed. It is also possible to dispose three or more banknote storage units around the feed roller 3 so that three or more types of banknotes can be continuously fed out.

[Brief explanation of drawings]

FIG. 1 is a schematic structural diagram of a bill dispensing device according to an embodiment of the present invention, and FIG. 2 is a partial plan view of the paper straightening dispensing device. 1.7-Banknote storage section, 3-Feeding roller.

Claims (1)

[Claims] (1) It has a feed-out roller that feeds out paper sheets one by one, and two feed-out openings of paper sheet storage sections are arranged around the feed-out roller, and when the feed roller rotates, the two paper sheets are A paper sheet feeding device that feeds paper sheets from one or both of leaf storage sections.