KR910007608Y1 - Distributor - Google Patents

Abstract

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Description

Paper Distribution Device

1 is a schematic side view of a paper distribution device according to the present invention.

2 is a block diagram of a control device according to the present invention.

* Explanation of symbols for main parts of the drawings

1: storage bin 2: banknote

3: packer plate 4: housing

5: lid 6: key

7: transfer roller 8: first transfer device

9, 29: motor 10, 11: roller

12 power 13 sensor

14, 15: roller 16: the second conveying device

17, 18: belt 19: passage

20, 21, 22, 23, 24, 25, 26, 27: Roller 28: Switcher

28A: 1st position 28 B: 2nd position

30 sensing device 31 microprocessor

32: keyboard 33: exit

The present invention relates to a paper dispensing device, and more particularly, to a paper dispensing device which is designed to accurately withdraw money from recurring money from cash machines used in places such as banks or other documents.

Conventional paper dispensing devices are not available in general retail stores or small shops because of their complicated structure and high price, such as transport belts that operate while turning, but they are also used in such small shops and retail stores. There is an increasing demand for a device for distributing banknotes and documents which are simple in handling and easy to handle.

In accordance with the request of the social demand, the present invention paper dispensing device has a paper storage container and a first conveying means for discharging the paper one by one from the paper conveying container to convey the paper discharged from the first conveying means. A switch means for rotating between the first position and the second position and a second conveying means for conveying the paper to the output position from the switch means located in the first position in the first direction, wherein the second conveying means includes paper Where it is arranged to be selectively transported, if the first sensing means is provided and the conveyance is wrong, it is detected by the sensing means to reverse the second conveying means, where the wrong conveyed paper is recovered It is conveyed upside down in the second direction, that is, the direction opposite to the initial direction, through the diverter rotated to the second position, It is supposed to be the structure such that it recovered.

Here, the first conveying means is capable of extracting another piece of paper from the storage container only when the first detecting means detects that the paper is conveyed exactly one by one.

The first and second conveying means are driven separately, so that the first conveying means of the two conveying means selectively driven as described above is stopped as soon as a piece of paper is pulled out of the reservoir.

In addition, as a method for using any one of two conveying means that are separated and operated, the first and second conveying means may be constituted by a general conveying apparatus, in which a sheet of paper is distributed from a paper storage container and then conveyed. The device is equipped with a solenoid pusher that is selectively activated to push the paper stored in the paper reservoir.

In addition, in the case of two conveying structures as described above, a job in which one sheet of paper is distributed from the paper storage bin and then another paper is extracted from the paper storage bin is correctly distributed in the first sensing means. It is supposed to stop until it is detected whether it is done.

On the other hand, the paper distribution device is provided with an adjustment means for operating the signal to indicate the amount of paper distributed, such as to control the conveying means, especially when the device is pushed out to the output position, for example If the first sensing means is equipped with the second sensing means to detect the state that the paper is being distributed at the bottom, the driving becomes more convenient. Such a device is also used to determine that the paper has been fully distributed, and until the paper that has already been ejected is removed from the second conveying means, whether it has been distributed at the output or past the recovery position, It also prevents paper from falling out of the paper container.

In addition, the first sensing means is provided so as to detect that two or more sheets of paper are ejected from the paper storage container. As the sensing means, for example, a double sensing device disclosed in European Patent Application No. 0130824 is used.

And the second conveying means is made longer than the length of the paper to be conveyed in length, that is, if the paper is conveyed incorrectly or the wrong conveyed paper is returned by the second conveying means through the return position This is to prevent the paper from being distributed to the output location before it is reversed and returned.

In addition, the paper storage container is provided so that it can be removed, it can also be used in exchange with the banknote storage used in conventional banks, etc., the switch is inclined toward the second position so that when the paper is transferred from the paper storage container to the switcher It is designed to be rotated to the first position, where the switch is inclined so as to be rotated to the second position by its own weight.

In addition, the paper distribution device is provided with a third sensing means on the upper side of the first sensing means so as to control the paper being transported by the first conveying means.

Meanwhile, the paper distribution device according to the present invention may be designed to accommodate paper directly in the device itself, or may be designed to accommodate paper in a separate container fixedly installed like a conventional distribution device. It can also be installed inside an automatic cash dispenser with a coin changer or banknote or coin acceptor.

On the other hand, the output position of the paper distribution device of the present invention can be installed side by side with the conventional paper dispenser, it is possible to conveniently distribute a lot of paper to users.

Hereinafter, the paper distribution device according to the present invention will be described in detail with reference to the accompanying drawings.

The apparatus according to the present invention, as shown in FIG. 1, is for distributing one kind of bills (paper), such as bills, housed in the reservoir 1 while moving to the left end of the reservoir 1. The lid 1 of the reservoir 1 is inserted into the housing 4 by inserting the reservoir 1 in which the packer plate 3, which is operable to push out the bill 2, is elastically installed by the tension spring (not shown). The cam 4 is opened by the cam motion between the housings 4. Here, in order to fit the storage container 1, the lid 5 and 6 should be released from the storage container 1 body with the locking key 6.

When the lid 5 is opened in this manner, paper such as banknotes 2 stored in the storage container 1 is transferred to the transfer device installed in the housing 4 while the inlet and the upper part of the storage container 1 are opened. The paper money 2 and the like are pushed out of the storage container 1 in accordance with the rotation of the friction transfer roller 7 of the transfer device 8 driven by the step motor 9.

In addition, as shown in FIG. 1, the rotation of the transfer roller 7 which is rotated in the counterclockwise direction causes the second friction transfer roller 10 and the roller 10 to pass out of the banknote which has been released from the storage container 1. On the contrary, the roller 11 is rotated upward, and the main purpose of the roller 11 is to prevent one or more sheets of paper from being supplied by the second friction feed roller 10.

When the bill 2 is transferred upward, light is blocked between the power supply 12 such as a diode emitting light and the transport sensor 13 such as a photodiode as a third sensing means.

Subsequently, when the bill 2 is further raised, it passes between the pinch rollers 14 and 15 which form an entrance to the conveying device 16.

Here, the conveying device 16 is composed of a pair of conveyor belts 17 and 18 forming a bill conveying passage 19 in which bills 2 and the like are conveyed, wherein one belt 17 is a roller 15. The circumference of the tension roller 20 and the auxiliary roller (21, 23) is to be spread over, and the remaining belt 18 is paired with the sensor roller (27) along the circumference of the idle roller (22, 24, 25) It is made to span the circumference | surroundings of the counting roller 26 which comprises.

On the other hand, the diverter 28 is pivotally mounted to the housing 4 so as to be rotated between the first position 28A and the second position 28B shown by a dotted line. It is rotated by its own weight toward the second position 28B and is inclinedly installed.

And the conveying device 16 is driven by a step motor (shown in Figs. 29 and 2), which also includes the pinch roller 15 and the conveyor belts 17 and 18. To drive.

In addition, the sensor roller 27 is installed to be rotated on a fixed shaft (not shown), the first sensing device is installed on the fixed shaft to control the radial movement of the roller 27, such a method The first sensing device is activated when the thickness of the banknote or the like transferred between the pinch rollers 26 and 27 is detected. More detailed information is disclosed in European Patent Application No. 0130824. In addition, signals generated in the double sensing device 30 are transmitted to the microprocessor 31, so that the microprocessor 31 determines whether a single bill has been transferred or more bills have been transferred. Will be determined.

The paper distribution device of the present invention configured as described above operates as follows.

First, when the user inputs the amount of cash he wants to withdraw into the microprocessor 31 by the keyboard 32, the microprocessor 31 decides the number of bills to be withdrawn from the storage container 1, The bills distributed from the storage container 1 are operated by the microprocessor 31 to operate the motors 9 and 29 shown in FIG. 2 according to the demand. It is pulled upward by), and is fed between the rollers (14, 15).

At this time, the transfer sensor 13 detects whether the banknote passes and sends a detection signal to the microprocessor 31, so that the microprocessor 31 can move the banknote to the conveying device 16 sufficiently. (9) to drive. Here, such a sensing operation may be made of a double sensing device (30).

When the bills 2 and the like are transferred to the conveying device 16, the microprocessor 31 stops the driving of the motor 9 so that the bills and the like can no longer be distributed from the storage container 1.

On the other hand, when the banknotes 2 etc. distributed from the storage container 1 are conveyed upwards, the banknote copper to be conveyed rotates to the 1st position 28A by pushing the said converter 28, and between the rollers 26 and 27. The roller 27, which is detected and operated by the double sensing device 30, moves in the radial direction by being moved upward in the bite state, which causes the microprocessor 31 to move to the conveying device 16. It lets you know if only one piece of paper is actually being transported.

At this time, if exactly one sheet is being conveyed (which can be seen by the sensing device 30), the bill 2 is transferred to the outlet 33 by the conveying device 16 and distributed. The drive to pull out is continued.

On the other hand, if it is detected by the double sensing device 30 that one or more sheets of paper are being conveyed, the bills and the like, which have been conveyed by one or more sheets, are rotated to the second position by their own weight. The conveying device 16 is reversed until it is transported away to the recovery position and until the banknotes previously conveyed are fully distributed through the outlet 33. That is, when two or more bills are simultaneously held between the rollers 26 and 27, the conveying device 16 is reversed so that the bills are reversely transferred and then rotated by the switching device 28 rotated to the second position 28B. The recovery container 37 which forms a part of the storage container 1 is collect | recovered.

On the other hand, a light emitting diode 34 such as a photodetctor, which is a second sensing means, and an exit sensor 35 are mounted on the upper side of the outlet. The photo sensor senses that the banknote has arrived and the microprocessor By passing to 31, the passage of the bill is traced.

Therefore, the microprocessor 31 inverts the conveying apparatuses 8 and 16, respectively, so that the motors 9 and 29 are driven and the bills remain in the conveying apparatus at the time when the distributing work is completed.

Claims (11)

The first position 28A while transferring a storage container 1 in which banknotes and the like are stored, and a single banknote and the like distributed from the storage container 1 and a first conveying means 8 for distributing a banknote and the like. A second conveying means for selectively conveying a bill or the like from the diverter 28, which is rotated between the second positions 28B, and the outlet 33 positioned at the first position 28A, to the outlet 33 ( 16), the first detection means is installed on the sensor roller 27 side of the pair of pinch rollers (26, 27) is detected by the detection means when the bills and the like is transferred incorrectly, the second conveying means As the 16 is reversed, the wrongly transferred banknotes and the like are conveyed in the reverse direction through the switch 28 returned to the second position and recovered by the second conveying means 16, and the banknotes and the like are transferred to the first sensing means. Only when it is detected that it is correctly transferred can the next bill be pulled out of the reservoir (1). The paper sorting apparatus according to claim. The paper dispensing apparatus according to claim 1, wherein the first and second conveying means (8, 16) are driven separately, respectively, wherein the first conveying means (8) is stopped as soon as a single bill is distributed. . According to claim 1, wherein the first and second conveying means (8, 16) is made of a general conveying device while a single bill and the like is distributed from the storage container (1) and then pushes the bill and the like housed in the storage container (1) Paper dispensing device, characterized in that the solenoid propeller (3) is provided. A paper dispensing apparatus according to claim 1, characterized in that an adjusting means is provided so that the operation of said conveying means (8, 16) can be adjusted in accordance with a signal indicating an amount of a distributed banknote or the like. The paper dispensing apparatus according to claim 1, wherein a second sensing means for sensing the presence of bills or the like is provided in addition to the first sensing means. The paper dispensing apparatus according to claim 1, wherein said first sensing means is able to detect whether several bills and the like are simultaneously distributed from the storage container (1). The paper dispensing apparatus according to claim 1, wherein said first sensing means is capable of detecting the rear end of the paper distributed from the reservoir (1). The paper dispensing apparatus according to claim 1, wherein a length of the second conveying means is formed longer than a length of a bill or the like to be conveyed. The paper dispensing apparatus according to claim 1, wherein said first sensing means is installed in association with a second conveying means. 2. A switch according to claim 1, characterized in that the diverter (28) is inclined toward the second position (28B) so as to be rotated to the first position (28A) when bills and the like are transferred from the reservoir (1) to the diverter (28). Paper distribution device. 11. Paper dispensing apparatus according to claim 10, characterized in that the diverter (28) is inclined toward the second position (28B) so that it can be rotated by its own weight.