KR101304528B1 - Cash dispense machine equipped with batch-emission means - Google Patents

Abstract

PURPOSE: An automated teller machine with a banknote accumulating-discharging means is provided to prevent banknote from being lost in an automated teller machine discharging banknote one by one by discharging a bundle of banknotes at a time, to have a banknote accumulating unit adjacent to a discharging unit so that a user directly withdraws money from the discharging unit that is connected with a banknote transferring unit without having a user storing unit which is separately provided, and to discharge the banknotes accumulated in the banknote accumulating unit in a lump. CONSTITUTION: An automated teller machine with a banknote accumulating and discharging means includes: a storing unit (70) which receives and stores banknote; a transferring unit (10) transferring banknote stored in the storing unit; an accumulating and discharging means (30) which includes an accumulating unit (20) in which the banknote transferred from the transferring unit temporarily stays and a discharging unit (40) discharging the banknote gathered in the accumulating unit in a lump. The accumulating unit of the accumulating-discharging means has a sensor unit (S1) sensing whether the banknote is present or not. The sensor unit includes an emitting unit on the upper portion, a first prism which is provided in the lower portion and transfers the light of a light receiving unit, a second prism which is arranged spaced apart from the first prism and transfers the rough light which passes through the first prism, and the light receiving unit which receives the rough light which passes through the second prism. The transferring unit includes first roller and second roller sets which are in the upper and lower portions, respectively and which are apart from each other, and a transferring belt moving along the first and second roller sets. The transferring unit further includes a collecting means that collects the non-received banknote located in the discharging unit. In case that an amount of banknotes are collected by the collecting means, the first roller set, the second roller set, or the both thereof includes a suspension spring supporting each roller shaft, and thus, the distance between the rollers is changed.

Description

CASH DISPENSE MACHINE EQUIPPED WITH BATCH-EMISSION MEANS}

The present invention relates to a withdrawal machine having a banknote accumulation function,

More specifically, the conventional banknote dispenser is made by dispensing the bills one by one from the inside of the device to accumulate on the outside of the protruding space or the outside of the device to pay to the customer, but the withdrawal machine according to the present invention is a specific accumulator inside the device. The present invention relates to a withdrawal machine having a banknote accumulation function with security capable of preventing the loss of banknotes by collectively discharging the banknotes of the accumulation unit into the withdrawal unit.

Conventional technology related to a withdrawal machine for withdrawing bills is disclosed in Korean Patent Publication No. 10-2005-0118817 (December 20, 2005),

The present invention detects whether or not to secure the incoming space and whether or not the incoming space in the cash dispenser of the paper money dispenser, and detects whether the bills are transferred to the bill accepting position where the customer can receive the bills to smoothly withdraw money bills The present invention relates to a withdrawal control device and a method thereof of a withdrawal machine in a withdrawal machine, and the present invention for realizing this is installed in an inlet through which a bill is introduced in a withdrawal machine and guides whether the bill is introduced or not, Whether the upper belt installed on the upper side of the belt is elevated, whether the opening / closing of the shutter opening and closing of the shutter opening and closing the bank, and whether the upper / lower belts have been transferred to a position where the customer can receive the banknote, Installed at the outlet and to determine whether each of the sensing sensor and the signal collected from each of the sensing sensors to detect the withdrawal of bills; It provides a withdrawal control device and method of the withdrawal machine in the banknotes teller machine, characterized in that it comprises a control unit for controlling the withdrawal operation of the shutter, the lower belt and the upper belt. The present invention relates to a withdrawal control device of a withdrawal machine and a method of the withdrawal machine, which improves the operation efficiency of the withdrawal machine, by detecting whether it is in a state and controlling the position in an appropriate state.

However, the present invention relates to a device that allows a user to receive the accumulated bills by discharging the respective bills to the withdrawal, respectively, when counting the bills when discharging a large amount of bills according to the user's request for withdrawal of a large amount. Or a problem such as a power failure there is a problem that can be lost bills.

In order to solve the above problem, there is a prior art that allows the withdrawal of the bundle of bills, there is published Patent No. 10-2006-0108452 (2006.10.18),

The present invention relates to a cash dispenser capable of making a bundle withdrawal, and more particularly, a bundle of cash for a certain amount when a large amount of cash withdrawal is requested from an unmanned cash dispenser provided by a bank and a cashier's cash dispenser used by a clerk. The present invention relates to a cash dispenser capable of making a withdrawal, which provides convenience to customers by enabling the withdrawal, improves the speed of work, and improves the business efficiency of the bank. Considering what is happening, even if the cashier does not check it out, the amount of money can be withdrawn in a convenient bundle to improve business mitigation and service, and also keep a certain amount of money in advance so that the withdrawal can be faster than during normal transactions. Cash withdrawals that can be withdrawn Relate to.

Another prior art is published Patent Publication No. 10-2010-0052099 (published date 2010.05.19.),

The present invention provides a bundle bank teller, a bundle bank to be delivered to the tray for the deposit or withdrawal, which is provided in the casing, the bundle bank to be deposited or withdrawn, loaded from the tray for deposit or withdrawal, The present invention relates to a bundled banknote dispenser that can be provided on one side of the bundled banknote cassette and the deposit and withdrawal tray to be stored, and includes a pick-up module that picks up the bundle banknote loaded into the deposit and withdrawal tray or the bundled banknote cassette.

Another prior art is published Patent Publication No. 10-2011-0078203 (published 2011.07.07.),

Since the invention can be picked up by pressurizing the bundle bank, it is possible to prevent the bundle bank from being picked up from the pick-up unit or twisted during the deposit and withdrawal process, and the pick-up operation is performed by the pick-up unit without the pick-up unit transfer unit. It is possible to reduce the size of the bundled bank teller machine, increase the space efficiency of the surroundings, and provide a bundled bank load detector for detecting and operating whether the bundled banknote is loaded correctly in a set manner. The present invention relates to a bundle bank loading detection device of a bundle bank machine.

However, all of the above inventions relate to a withdrawal machine for convenience by discharging a bundle of banknotes bound with a certain amount upon requesting a large amount of withdrawal banknotes after having a certain amount of banknote bundles (bundled banknotes) inside the withdrawal machine. Only a bundle can be provided, and in the case of a large amount of bills other than a certain amount, the bills can only be counted individually and withdrawn, and thus the purpose of collectively withdrawing a conventional withdrawal machine and bills cannot be achieved.

Accordingly, the present invention has been made in order to solve the problems as described above, withdraw the bill bundle at a time to prevent the loss of bills of the withdrawal machine with a single withdrawal, and does not have to be provided with a user receiving unit provided separately bill transfer portion and It is an object of the present invention to provide a cash dispenser having a banknote accumulating unit adjacent to the cashier and a bill collecting means for discharging the banknotes accumulated in the accumulating unit so that the withdrawal can be directly withdrawn from the connected withdrawal unit. .

In another aspect, the present invention provides a stacking unit including a lifting unit including a lift and a lift lifting means for passing the bills to the withdrawal unit and a stopper moving by the lifting unit lifting means so that the bills accumulated in the stacking unit can be made stable An object of the present invention is to provide a withdrawal machine having a banknote accumulation discharging means having a discharging means.

Furthermore, the present invention includes a sensor unit for sensing the presence or absence of bills, and prevents the detection function of the sensor unit from being lowered by the lifting and lowering of the lift, and introduces a light receiving unit comprising a light emitting unit and a prism to achieve mechanical miniaturization. It is an object of the present invention to provide a withdrawal machine having a banknote accumulation discharging means having a sensor unit.

In addition, the present invention includes a conveying unit having a collecting means for accommodating unreceived bills, and a first feed roller set and a second feed roller set that are displaceable for storing a large amount of bills when the bill is collected by the collecting means. An object of the present invention is to provide a withdrawal machine provided with a banknote accumulation discharging means.

In order to achieve the above object, a withdrawal device having a banknote accumulation means according to the invention

A storage unit in which bills are stored and stored;

A transfer unit for transferring the banknotes stored in the storage unit; And

And an accumulation discharging unit including an accumulating unit for temporarily holding the bills transferred from the conveying unit and a withdrawal unit for discharging the banknotes collected in the accumulating unit collectively.

In addition, in the dispenser having a banknote accumulation means according to the present invention, the accumulator discharge means block the lifting unit and the lifting and lifting means for passing the banknotes located in the accumulator to the withdrawal unit and the withdrawal unit stable banknotes in the accumulation unit It further comprises a stopper to be integrated into the stopper, characterized in that the stopper is moved by the lifting means of the lifting unit.

Furthermore, in the withdrawal machine having a banknote accumulation means according to the invention the accumulator of the accumulating means is provided with a sensor unit for detecting the presence of bills, the sensor unit is provided in the upper portion, and the lower portion is provided with a light emitting portion to transmit light And a second prism arranged to be spaced apart from the first prism and transmitting a light passing through the first prism, and a light receiving unit receiving the light passing through the second prism.

The conveying unit is composed of a first roller set in the upper spaced apart and the second roller set in the lower space, and a conveying belt moving along the first and second roller sets, collecting means for re-receiving the unreceived bills located in the withdrawal unit It is further provided, the first roller set or the second roller set, or both have a current gas spring for supporting each roller shaft in case a large number of bills are re-stored by the recovery means, the distance between the roller displacement It is characterized by.

The withdrawal device having the banknote accumulation discharging means according to the present invention is provided with an accumulation discharging unit including an accumulator for temporarily disposing the banknote before the withdrawal and the withdrawal unit for discharging the accumulated banknotes, and is discharged one by one when a large amount of withdrawal is requested. The bills can be prevented from being lost, and since the bills are not accumulated in the user storage unit provided separately, the money can be withdrawn immediately after the bills are accumulated in the bill transfer unit, thereby increasing the space utilization of the money dispenser.

In addition, the withdrawal device having a banknote accumulation function according to the present invention includes a lifting unit including a lift and a lift elevating means for passing the banknote located in the accumulator to the withdrawal unit, and an integrated discharge means comprising a stopper moving by the lifting elevating means By introducing a stable banknote accumulation in the integrated unit can maximize the original function of discharging the bills collectively.

Furthermore, the withdrawal device having a banknote accumulation means according to the present invention is provided with a sensor unit can detect the presence of banknotes, the sensor unit consisting of a light emitting unit, a prism and a light receiving unit is introduced to reduce the function of the sensor unit by the lifting of the lift In addition to preventing the damage, making the mechanical downsizing can be very easy.

In addition, a withdrawal machine having a banknote accumulation means according to the present invention is provided with a banknote recovery means to collect unreceived banknotes to prevent the loss of bills, by introducing a transfer portion capable of displacement of the height to accommodate a large amount of bills discharged collectively You can do that.

1 is an external perspective view of a withdrawal machine having a banknote accumulation function according to the present invention.
Figure 2 is a perspective view of main parts of the withdrawal machine with a banknote accumulation function according to the present invention.
Figure 3 is a side view of the main portion of the withdrawal machine with a banknote accumulation function according to the present invention.
4 to 6 is an enlarged side view of the main part according to the operating state of the ATM with a banknote accumulation function according to the present invention.
Figure 7 is a perspective view of the lift and the lifting means in the withdrawal machine with a banknote accumulation function according to the present invention.
8 is a perspective view of a prism sensor in the withdrawal machine with a banknote accumulation function according to the present invention.

The present invention may be modified in various ways and may have various forms, and thus embodiments (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In addition, in the drawings, the components are exaggerated in size (or thickness), in size (or thickness), in size (or thickness), or in a simplified form or simplified in view of convenience of understanding. It should not be.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise.

 In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

It is to be understood that the first to second aspects described in the present specification are merely referred to in order to distinguish between different components and are not limited to the order in which they are manufactured, It may not match.

In describing the withdrawal machine having a banknote accumulation function according to the present invention, a non-strict approximate direction reference is specified with reference to FIG. 3 for convenience. The direction in which gravity acts downward is as shown below. Decide

In addition, in the description of the withdrawal machine provided with banknote accumulation means according to the present invention, with reference to Figure 1 to determine the front and rear, left and right with the direction in which the display panel is visible, the transfer direction of the banknote and the rotational direction of the roller set of the transfer unit In the following description, the direction transferred from the storage unit to the withdrawal unit is specified as a forward (forward rotation) direction and a forward (reverse rotation) motion.

Furthermore, the banknotes generally used have a rectangular shape, and the discharge direction of the banknotes can be changed according to the choice of a person skilled in the art. The front and rear ends of the banknotes will be determined and described according to the above-described conveying direction without explanation.

In addition, in explaining the withdrawal machine equipped with a banknote accumulation means according to the present invention includes not only a withdrawal machine that can withdraw banknotes, but also a withdrawal machine capable of withdrawing and withdrawing banknotes, and all other devices having a function for discharging banknotes It is not intended to be limited to what is presented in this detailed description.

Hereinafter will be described with reference to the accompanying drawings, a withdrawal machine having a banknote accumulation means according to the invention.

First, as shown in FIG. 1, a cash dispenser having a banknote discharging means according to the present invention will be described in brief. Referring to FIG. (2), a card entrance (5) through which cards are entered and a bankbook entrance (4) through which a bankbook is entered, a storage unit (3) where a user stores bills, and a case (6) forming an appearance.

In addition, the case 6 in the withdrawal machine according to the present invention is a power unit for providing power for the withdrawal operation of bills or a power unit for generating power and a control unit for controlling various operations according to the input of the input panel (2), etc. All of the built-in bar, which is a well-known technique, and those skilled in the art will be able to sufficiently modify, change, and substitute, so that the detailed description is omitted for convenience of description.

The structure or appearance of the withdrawal machine includes all the withdrawal machines and withdrawal machines that are conventionally used, and those skilled in the art can sufficiently correct, change, and substitute the present invention, and the interpretation of the right of the present invention is limited by the drawings. No detailed description is omitted for convenience of description.

Next, a withdrawal device (D) that is responsible for the withdrawal of banknotes that perform a function according to a user's desired banknote withdrawal request in a withdrawal machine equipped with banknote accumulation means according to the present invention to be described in detail with reference to FIGS. 2 to 8. do.

Figure 2 is an external perspective view of the withdrawal machine according to the invention, Figure 3 is a side view of the main part of the withdrawal machine according to the invention, Figures 4 to 6 is an enlarged side view of the main part according to the operating state of the withdrawal machine according to the invention, Figure 7 8 is a perspective view showing the lift and the lifting means in the withdrawal machine according to the invention, Figure 8 is a perspective view showing the sensor unit in the withdrawal machine according to the invention.

First, the withdrawal device having a banknote accumulation means according to the present invention comprises a storage unit 70 for storing the bill is stored; and a transfer unit 10 for transferring the banknote stored in the storage unit 70;

The storage unit 70 is for storing the bills required for withdrawal by the user's withdrawal request, it is preferable that a plurality of bills are stacked and arranged in a row.

And discharge means for gripping a sheet of paper at the outlet of the storage unit 70 (that is, a predetermined space for conveying the bills stored in the storage unit by sheet) to the transfer unit 10 ( Number not shown) is provided.

In describing the withdrawal machine according to the present invention below, the expression of the inlet and the outlet of each component is an arbitrary configuration according to the conveying direction of the above-described bill, and the scope of the present specification should not be limited by the expressed reference. .

The discharge means (not shown) is a known technique used in all conventional withdrawal machines, such as in the form of a kind of roller, detailed description thereof will be omitted for convenience.

And bills discharged in pieces from the storage unit 70 is transferred through the transfer unit 10 may perform a withdrawal request function of the user.

The conveying unit 10 may be made of a plurality of rollers or sprockets connected to each other by a belt, such as a kind of conveyor device for transferring a single bill, and two belts are in contact with each other to prevent separation of the bills to be transported. It is preferable that the conveying path of the conveying part 10 is formed and banknotes are conveyed along the conveying path.

For this purpose and the conveying part 10 is a first roller set (11a) (12a) (12a) of the upper spaced apart from each other and a second roller set (11b) (12b) of the lower, and the first and second roller set It may be composed of a conveying belt moving along.

In addition, a plurality of sensors, such as determining the amount of bills or determining the number of bills, may be provided at each position along the transport path of the transport unit 10, which will be described in detail later.

Subsequently, as the core technology of the withdrawal machine according to the present invention, it will be described in detail the bill bundle formation and discharge and recovery functions.

First, the withdrawal device 30 of the present invention includes an accumulation unit 20 in which the banknotes transferred from the transfer unit 10 temporarily stay and the withdrawal unit 40 for discharging the banknotes transferred from the transfer unit 10. It is characterized by comprising a).

To this end, the transfer unit 10 is the first transport path 11 is connected to the inlet of the accumulator 20 from the outlet of the storage unit 70 and the outlet of the withdrawal unit 40 from the outlet of the accumulator 20 It is preferable that the integrated part 20 is formed between the first conveying path 11 and the second conveying path 12, and the second conveying path 12 connected to the inlet.

By providing the accumulating unit 20, the single banknote before being discharged to the withdrawal unit 40 can be accumulated into a bundle of equivalents B, and then the banknotes can be collectively discharged.

The first transfer path 11 functions to transfer the bills one by one from the storage unit 70 to the accumulation unit 20,

The second transfer path 12 functions to transfer the banknote or bill bundle B stored in the accumulation unit 20.

In addition, the integrated discharge means 30 is a lifting unit including a lift 21 for passing the banknotes located in the integrated unit 20 to the withdrawal unit 40 and lifting means 22 for elevating and swinging the lift 21. It further comprises.

The lifting swing movement of the lift 21 may be made around a shaft pin adjacent to the withdrawal portion 40.

The lift 21 serves to temporarily store the banknotes transferred from the exit of the first transport path 11, and a plurality of banknotes are integrated through a lifting swing motion to form a bundle (B) of bills. It can provide a space.

That is, as described above, the first and second conveying paths 11 and 12 of the conveying part 10 form a conveying path by contacting each other with a pair of conveying belts in order to convey the sheets while preventing the separation of a single bill. I'm doing it,

In order to stack a plurality of bills to form a bundle (B) of the banknotes, a predetermined diameter must be formed between the pair of transfer belts.

To this end, the lift 21 swings downward when waiting to withdraw money to form a space in which a plurality of bills can be accumulated,

At the time of withdrawal, that is, when discharging the bill bundle B, the bill bundle B is pressed together with the bill belt formed at the upper side while supporting the lower part of the bill bundle B by swinging upward. It is possible to enable safe discharge of the bundle (B) while preventing the departure of.

Subsequently, the elevating means 22 for elevating and swinging the lift 21 is positioned below the lift 21, and is cam eccentrically formed and rotated to one side to support and lift the bottom of the lift 21. It comprises a member 22a.

That is, when the cam member 22a is rotated upward by one side of the elevating means 22 due to the cam member 22a eccentrically formed on one side, the cam member 22a is rotated upwards to support the bottom surface of the lift 21. The lift 21 is to swing up,

When the lifting means 22 is rotated in the other direction and the cam member 22a is not in contact with the bottom of the lift 21, the lift 21 moves downward.

In addition, both sides of the lift 21 is provided with a rising sensor 28 and the falling detection sensor 27 to detect the lifting swing of the lift 21, the detection sensor 27, 28 is the It may further include a lever 26 for identifying the lift state of the lift 21.

To this end, the rising sensor 28 and the falling detection sensor 27 are located at the left and right of the side of the lift 21, respectively, with respect to the lifting means 22,

The lever 26 is coupled to both side surfaces of the cam member 22a of the elevating means 22 such that the sensing unit 26a of the lever 26 rotates left and right according to the rotation of the elevating means 22. By

The detection sensor may identify the detection unit to identify the lift swing state of the lift unit 21.

Subsequently, in the withdrawal machine according to the present invention, the integrated discharging means 30 includes a guide member 31 for hitting the rear end of the banknote transferred to the accumulator 20.

 The guide member 31 is composed of a guide roller 31b rotating adjacent to the lower side of the outlet of the first transfer path 11 and a plurality of guide pieces 31a protruding from the outer circumferential surface of the guide roller 31b. Can be.

First, it is preferable that the guide roller 31b is rotated at the same direction and speed as the rotation of the first transport path 11, in particular, the second roller set 11b below the first transport path.

The guide piece 31a supports the bottom surface of the sheet of bills from the exit of the first conveying path 11 when transferring the sheet of paper bills from the first conveying path 11 to the stacking unit 20. It guides and transfers to the accumulator 20, and when the bill is seated in the accumulator 20, the guide piece 31a strikes the rear end of the bill and complete bill transfer to the accumulator 20 It is done.

In addition, during the collective collection of bills to be described later, the bill bundle B may be guided to the second transport path 12 while supporting the bottom surface of the bill bundle B formed in the accumulation unit 20. The bill collection process will be described later in more detail.

At this time, the guide piece 31a is preferably made of a soft material.

Since the sheet is very light in weight, the guide piece has a ductility that is only enough to prevent the banknote from being separated, so that the guide piece 31a, which is rotated upright and protrudes, supports or is described later. When supporting the banknote bundle (B) can be guided stably to the banknote or banknote bundle (B) while bending only to prevent the departure.

Next, the stopper 35 further includes a stopper 35 to prevent the banknotes from being stably accumulated in the stacking unit 20, and the stopper 35 is moved by the lifting means 22 of the lifting unit. desirable.

The stopper 35 for aligning the transferred banknotes is preferably formed to protrude upward from the lift 21 at a position corresponding to the length of the banknotes from the guide member 31.

That is, the stopper 35 contacts a front end of the banknote while stacking a plurality of banknotes which are transported by preventing the advancement of the banknote while the banknote is advanced by the back end hit of the banknote by the guide piece 31a of the guide member 31. Can be integrated.

In addition, the stopper 35 should not interfere with the forward discharge of a single sheet of paper or a bundle of bills (B) at the time of withdrawal, so that the lift 21 is used to transfer the bills or bills of a bundle (B) by the second transfer belt. It is preferable that the lift 21 is accommodated in the lift 21.

The above-mentioned projection of the stopper 35 or the accommodation into the lift 21 can be implemented as a separate lifting means 22,

In the dispenser according to the present invention, the stopper 35 is preferably fixed to the lift elevating means 22 so as to be formed in the above-described protruding to accommodation according to the rotation of the elevating means 22.

To this end, as shown in FIG. 7, the stopper 35 may be formed to be fixedly coupled to the rotation shaft 22b of the elevating means 22.

That is, the elevating means 22 rotates for the elevating swing of the lift 21 as described above, so that the stopper protrudes in the opposite direction in which the cam member 22a of the elevating means 22 is formed. 35) are combined,

When the lift swing movement of the lift 21, the stopper 35 is accommodated into the lift 21,

During the downward swing movement of the lift 21, the stopper 35 may protrude upward from the lift 21.

To this end, the lift 21 is preferably formed with a through-hole 21a through which the stopper 35 penetrates through and protrudes.

The through hole 21a may be formed to have a width and a length capable of rotating the stopper 35 so that the bills supported and integrated in the lift 21 are not separated through the through hole 21a. Do.

Furthermore, the withdrawal machine according to the present invention further includes a retrieval means including a retrieval unit 50 which re-receives unreceived banknotes located in the withdrawal unit 40 and has a predetermined space for retrieving the banknotes below the lift 21. It can be provided.

The collection unit 50 collects banknotes located in the transfer unit 10, the accumulation unit 20, the withdrawal unit 40, and the like when the user fails to receive the banknotes and stores the banknotes separately. It can be prevented from disappearing.

The collecting means selects a gate 13 for selecting the transfer direction of the banknote bundle B as the accumulation part 20 or the recovery part 50 at a connection portion between the guide roller 31b and the lift 21. It can be made to include more.

The guide gate 13 may be opened or closed by a solenoid valve (not shown) to transfer the banknote or bundle of bills B transferred from the first conveying path 11 to the accumulation part 20 or the recovery part 50. It selects and transfers it.

To this end, the guide gate 13 is preferably made of a recovery gate 13 in the banknote dispenser with an automatic recovery function of Patent No. 10-0779034 registered and registered by the applicant of the present invention.

The recovery gate 13 is capable of elevating swing movement around the shaft pin to transfer the banknote of the first conveying path 11 to the stacking unit 20 or the withdrawal unit under the control of the controller. 40) or when collecting the banknotes of the accumulator 20 is lowered to connect the accumulator and the first transfer path 11,

When the banknote or bill bundle B of the first transport path 11 is accommodated in the recovery section 50 under the control of the controller, the collection gate 13 swings upward to move the bill or bill bundle. It may be formed to guide (B) to the recovery unit 50.

Furthermore, as described above, the withdrawal machine according to the present invention discharges or collects the collected bank notes collectively, so that the heights of the first transport path 11 and the second transport path 12 are preferably formed to be displaceable.

That is, when a banknote of a different quantity is withdrawn and withdrawn or when a large number of banknotes are re-received by the collecting means, the height of the second transport path 12 is kept constant.

Banknotes accumulated higher than the height of the second transport path 12 cannot be discharged in a batch.

On the contrary, the banknotes or sheets of banknotes accumulated lower than the heights of the first and second transport paths 11 and 12 may be separated from the first and second transport paths 11 and 12, or stable collection may not be made. Because it may not.

To this end, the first roller set (11a) (12a) (11a) or the second roller set (11b) (12b), or both of them, in the withdrawal machine according to the present invention is provided with a current gas spring (18) supporting each roller shaft. It can be provided so that the gap between the rollers is displaced.

The first conveying path 11 and the second conveying path 12 formed by the contact between the first roller sets 11a and 12a and the second roller sets 11b and 12b have an action force of the suspension spring. The sheet of paper is made to be transported stably by

When the lift 21 swings upward after banknotes are accumulated in the accumulator 20, the first roller set 11a or 12a or the second roller set 11b in a direction opposite to the action of the suspension spring. 12b or both are displaced up and down,

It is preferable to allow the integrated banknotes to be collectively transferred or discharged.

Since the discharge and collection of the banknotes described above are made possible, the withdrawal machine according to the present invention does not need to include an accommodating part 3 for accommodating the money discharged by the user.

By being able to immediately store the bills discharged collectively into the withdrawal unit 40, not only can the user's convenience be improved, but also the loss of bills during bill transfer can be prevented, and a separate storage unit 3 is built in the withdrawal unit. It is possible to miniaturize the withdrawal machine by not forming it to protrude or to protrude, so that a person skilled in the art of manufacturing the withdrawal machine can perform the production very easily.

In addition, the withdrawal machine according to the present invention, as described above, is provided with a sensor (S) for detecting the presence or absence of bills in each component constituting the withdrawal machine.

The sensor (S) is a known technique used in a conventional cash dispenser, etc., and is formed of a light emitting portion formed on one side and a light receiving portion formed on the opposite side of the light emitting portion to receive light of the light emitting portion.

By the way, since the integrated part 20 of the integrated discharge means 30 in the cash dispenser according to the present invention swings up and down as described above, when the sensor S composed of a conventional light emitting part and a light receiving part is introduced, the lift 21 Equipped with a plurality of light emitting and receiving portion for each displacement of the sensor or by separately providing a sensor (S) that is not affected by the displacement of the lift 21, the mechanical volume of the cash drawer is increased, the production may also have a difficult problem. .

In order to solve the above problems, the accumulation unit 20 of the integrated discharge means 30 provided in the withdrawal machine according to the present invention is provided with a sensor unit (S1) for detecting the presence or absence of bills,

As illustrated in FIG. 8, the sensor part S1 includes an upper light emitting part 61, a first prism 65, 65a disposed at a lower part of the sensor part S65, and a light transmitting the light of the light emitting part 61. The second prism 66 (66a), which is spaced apart from the one prism and transmits light passing through the first prism (65) (65a), and the light receiving part (62) receiving the light passing through the second prism (66) (66a). It may be made, including.

The light emitting portion 61 and the light receiving portion 62 are provided on the upper plate 63, and the first prism 65 and the second prism 66 are provided on the lower plate 67, thereby providing the light emitting portion 61. Since light is always received by the light receiving unit provided on the upper plate by the prisms 65 and 66, the lifting displacement of the integrated unit 20 is increased even though the light is brought into the same structure as the conventional sensor S. It is possible to detect the presence or absence of the bill even when it occurs, not only to facilitate the manufacture of the cash drawer, but also to enable the miniaturization of the cash drawer.

The prism may be formed of a first prism 65 and a second prism 66 coupled to the lower plate.

Furthermore, the prism roller 68 may be provided in place of the lower plate 67 and may be deformed into a first prism 65a and a second prism 66a in the form of a roller which are provided on both sides of the prism roller to rotate.

Hereinafter, each operation state of the withdrawal machine according to the present invention described above will be briefly described according to the transfer order of bills.

First, when a user requests a withdrawal of a certain amount, the controller transfers a bill of a quantity corresponding to the requested amount from the storage unit 70 to the accumulator 20 in a descending swing state via the first transport path 11. Transfer.

In this case, when all the bills are stored in different amounts, it is a well-known technique that the control unit selects the bills according to the withdrawal amount and transfers them to the accumulation unit 20 according to the withdrawal request. As it can be sufficiently predicted and reproduced, it is omitted for convenience of explanation. (For example, a withdrawal machine that can withdraw 50,000 won and 10,000 won tickets at the same time)

At this time, the guide gate 13 prevents bills to be transferred down swing under the control of the control unit is stored in the recovery unit 50.

When the banknote corresponding to the withdrawal request amount is accumulated in the accumulator 20, the lift 21 in the descending swing state is raised, and when the lift sensor 28 detects this and sends a completion signal, the second transport path ( The transfer belt of 12) rotates forward and discharges the bills collectively to the withdrawal unit 40.

At this time, the first roller set (11a) (12a) and the second roller set (11b) (12b) is relatively spaced apart from each other, so that the transfer and discharge of the bill can be collectively.

And when the user does not receive the bill of the withdrawal unit 40 and re-receives the unreceived bill under the control of the controller,

The conveying belt and the guide roller 31b of the second conveying path 12 and the first conveying path 11 reversely rotate the paper money to convey the bills to the first conveying path.

At this time, the guide gate 13 is in a swinging state in response to a signal from the controller so that the banknote of the withdrawal unit 40 is transferred to the first transfer path 11 via the integration unit 20.

At this time, the height of the first roller set 11a, 12a and the second roller set 11b, 12b constituting the first transfer path 11 is displaceable by the suspension spring 18 so that the height is different. The bills can be transferred collectively.

And when the bill is recovered by the sensor (S) provided in the first transport path 11,

The controller rotates the conveyance belts of the first roller sets 11a and 12a and the second roller sets 11b and 12b of the first transfer path 11 again, and the guide gate 13 By preventing the bills to be transferred in the ascending swing state is transferred to the stacking unit 20, the bills to be transported can be safely re-received by naturally falling to the recovery unit 50 formed in the lower portion.

In the above description of the present invention with reference to the accompanying drawings, with reference to the withdrawal device having a banknote integrated discharge means having a specific shape and structure, but the present invention various modifications, changes and substitutions by those skilled in the art, such modifications , Changes and substitutions should be construed as falling within the protection scope of the present invention.

M: Withdrawal Machine D: Withdrawal Device
S: Banknote presence sensor S1: Sensor part (prism sensor)
10: transfer unit 11: the first transfer path
12: 2nd feed path 11a, 12a: 1st roller set
11b and 12b: second roller set 20: integrated part
21: lift 22: lifting means
22a: cam member 30: integrated discharge means
35: stopper 40: withdrawal
50: recovery unit 70: storage unit

Claims (4)

A storage unit in which bills are stored and stored;
A transfer unit for transferring the banknotes stored in the storage unit; And
An accumulation unit for temporarily holding the bills transferred from the transfer unit;
Withdrawal unit for discharging the bank notes collected in the accumulation unit collectively
Integrated discharge means comprising a; Including but not limited to,

The integrated part of the integrated discharge means is provided with a sensor unit for detecting the presence of bills,
The sensor unit includes an upper light emitting unit, a first prism provided below and transmitting light of the light receiving unit, a second prism arranged to be spaced apart from the first prism, and transmitting light passing through the first prism, and light passing through the second prism. Is configured to include a light receiving unit,
The conveying unit is composed of a conveying belt moving along the first and second roller sets, and the first and second roller sets of the lower spaced apart from each other, and the first and second roller sets,
It is further provided with a recovery means for re-receiving the unreceived bill located in the withdrawal unit,
The first roller set or the second roller set, or both of them have a current gas spring for supporting each roller shaft in case a large amount of bills are re-stored by the recovery means, so that the distance between the rollers is displaced. A withdrawal machine having a banknote discharge means. The method of claim 1,
The integrated discharge means
And a lifting unit including a lift and a lift elevating unit for passing the banknote located in the stacking unit to the withdrawal unit. 3. The method of claim 2,
The integrated discharge means
Further comprising a stopper for blocking the withdrawal unit to stably accumulate banknotes in the accumulation unit,
The stopper is a machine with a banknote discharge means characterized in that the moving by the lifting means of the lifting portion. The method of claim 3, wherein
The lifting means is located in the lower portion of the lift, withdrawal machine having a banknote discharge means characterized in that it comprises a cam member which is formed and rotated eccentrically to one side to support and raise the bottom of the lift.

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