KR200437949Y1 - A duplex access route of insert device of ATM - Google Patents

Abstract

The present invention is inserted into the bill acceptor is configured to insert the different openings in accordance with the size of the bill to facilitate the recognition of the watermark printed on the entered bill while the entry of the bill of different sizes automatically entered through the slot. Regarding this, the inlet 10 of the present invention for the vertical plate 114 is formed on both ends of the first sliding surface 112 in which the guide block 116 is formed so as to limit the entry size of the bill, the vertical plate A rotation shaft 118 protruding from the inside of the 114 to be fastened and fixed to the tip of the banknote inserter to form a first entry path 140; And a second sliding surface 122 provided between the vertical plates 114 of the body 110 and formed to be inclined at an angle downward from an end of the bottom angle inclined tip surface 124. An insertion hole 128 into which the pivot shaft 118 of the body 110 is inserted is formed in the vertical plate 126 which is erected below both ends of the surface 122, and is as wide as the width of the second sliding surface 122. Rotating bar 120 to form a second access road 150; characterized in that consisting of.

Size classification, giro book, securities, cash dispenser, bank note dispenser

Description

A duplex access route of insert device of ATM}

1 is an exploded perspective view of the inlet according to the present invention.

2 is a partially enlarged cross-sectional view of the inlet according to the present invention mounted on the bill inlet.

3A and 3B are functional state diagrams of FIG. 2.

Figure 4 is a part of the banknote inserter configured banknote size discrimination sensor according to the present invention

It is an enlarged plan view.

Explanation of symbols on the main parts of the drawings

2: first roller 3: second roller

4: driving gear train 5: horizontal plate

10: inlet 110: body

112: first sliding surface 114: vertical plate

116: guide block 118: rotating shaft

119: entrance prevention block 120: rotation bar

122: second sliding surface 124: tip end surface

126: vertical plate 128: insertion hole

130: elastic member 140: first access road

150: second ramp 160: bill size discrimination sensor

The present invention relates to a banknote inserter configured with a slot differently according to the size of the bill, more specifically, the entry of bills of different sizes through the slot automatically centered while entering the differentiation printed on the bill entered The present invention relates to a banknote inserter configured with an opening for varying access paths according to banknote sizes to facilitate element recognition and banknote storage.

In general, currency is a general exchange means or a general circulation means for smooth exchange and distribution of goods in an exchange economy, and is classified into coins and bills according to materials, and a discrimination element for discriminating whether a counterfeit is printed is printed on the bill. Its size and shape change according to the history of the country.

Recently, Korean priesthood 5,000 won has been issued and used, and new priests of 10,000 won and 1,000 won are expected to be issued. For reference, if you compare the size of old and new priesthood, 10,000 won is 161 * 76 and priesthood is 148. * 68, 5,000 won 156 * 76-> 142 * 68, 1,000 won 151 * 76-> 136 * 68, the size becomes smaller.

When a new priesthood of different sizes is issued, it is distributed along with the old one. In this case, the position of the discriminating element for recognizing banknotes is displaced, which is an automatic teller machine (ATM), a vending machine, etc. Until now, since the recognition means for recognizing the discrimination element of the old priesthood is fixed to the device, when the priesthood is introduced, there is a problem that does not recognize the priesthood.

In order to solve this problem, various stalls and vending machines installed with each bank or banknote dispenser have a problem of physical cost and labor waste that need to destroy the existing device and replace a banknote dispenser or vending machine that can recognize the priesthood.

In addition, the old bill is used together with the priesthood for a certain period of time, so in order to increase the utility value of the bill reader which can recognize the priesthood, it is possible to minimize the physical cost by replacing the bill holder which recognizes both the priesthood and old bill at the same time. In the prior art, there is a drawer by the left end automatic sorting in the field of recognition of the wrong size of the bill, but this requires an additional complicated mechanism for the left end automatic sorting. there was.

In order to solve the above problems, an object of the present invention is to form an insertion hole for changing the bill entry position is entered according to the size of the bill to facilitate the recognition of the differentiating elements of the bill and the bill of varying size, By attaching the inlet to the bill inserter, it is to provide a bill injector configured to insert a different opening path according to the size of the bill to maximize the limit of use that can be used for both old and new bills or bills of different sizes.

To achieve the above object, a bill injector configured to have a different access path according to the size of a bill according to the present invention is provided with an inlet through which bills are inserted at a tip such as an ATM or various vending machines. In the banknote inserter for identifying the discrimination element of the banknotes to be inserted backward to determine whether the counterfeit or face value, vertically formed on both ends of the first sliding surface on which the guide block is formed to limit the entry size of the banknotes A body having a pivot shaft protruding from the inside of the vertical plate, the body being fastened and fixed to the tip of the banknote inserter to form a first access path; And a second sliding surface provided between the vertical plates of the body, the second sliding surface being formed to be inclined downward at an angle from the end of the inclined tip surface at a predetermined angle, and the vertical plate being erected below both ends of the second sliding surface. And a rotation bar into which a rotation shaft is inserted, the rotation bar forming a second access path by the width of the second sliding surface.

In the present invention, an elastic member is provided between the body and the rotation bar to provide an elastic force so that the rotation bar is rotated and elastically restored by the banknote inserted through the first access road, and the first access path is formed at the upper end of the guide block of the body. It is preferable that the entry prevention block to block the input of the inserted banknote when the input of the banknote larger than the size of the banknote that can be entered into the made.

In one embodiment of the present invention, one side of the second access road to discriminate the size of the banknote entering the second access road banknote size discrimination sensor to block the entry of the banknote when not satisfied with the billing setting size; is further configured; This is preferred.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 is an exploded perspective view of the inlet according to the present invention, Figure 2 is a partially enlarged cross-sectional view of the inlet according to the present invention mounted on the banknote inlet, when described with reference to, the banknote inserter is inserted into the bill (10) ) Is formed, the first and second rollers (2) (3) for leading the bill entering through the inlet 10 to the rear is configured, the drive gear train for driving the first roller (2) (4) is mounted therein, and inside thereof, discrimination means for discriminating whether or not the entered banknote is counterfeit or face value is constituted.

Here, the bill inserter refers to a device that puts bills into a device, such as an automated cash machine or various vending machines, to perform a work required by a user, and transverse method or a longitudinal method bill insertion according to a bill entry direction. It can be used for both, and will be described later as an example of the paper money dispenser.

In addition, the bill inserting machine is used in a device that separates the old and new priests or different sizes, such as bills or securities by country, will be described as an example of old and new priests.

The inlet 10 is composed of a body 110, the first access road 140 is formed, and a rotation bar 120 provided above the body 110, forming a second access road 150, The first access road 140 is used to input the priesthood having a smaller entry size than the second access road 150, and the second access road 150 is used to input the old school, but is not limited thereto. You can change the location of priesthood input.

In addition, by forming a number of the access road, it can be configured to enable the introduction of bills of various sizes.

The body 110 has the same width and height on the first sliding surface 112 and the vertical plate 114 perpendicular to both ends of the first sliding surface 112, and the inner surface of the vertical plate 114. Guide blocks 116 are formed, respectively, the inner space of the formed guide block 116 is formed with a length of the same length or slightly larger than the longitudinal length of the priesthood (NP), to form a first access road 140 do.

In addition, a rotation shaft 118 protrudes from each of both ends of the vertical plate 114, and an entrance preventing block 119 is formed at an upper end of the guide block 116 to prevent entry of the old winding OP. do.

A plurality of through holes are formed at the rear of the body 110 to be fixedly coupled by a fixing plate and a fastening means so as to be fixed to the tip of the banknote dispenser.

The body 110 may induce horizontal entry of the priesthood NP, so that the first sliding surface 112 is horizontally formed so as to be smoothly bitten by the first and second rollers 2 and 3 at the rear thereof. .

The pivoting bar 120 has a second sliding surface 122 inclined downward from an upper end of the tip surface 124 which is inclined to a predetermined thickness, and is vertically formed at both lower ends of the second sliding surface 122. A standing vertical plate 126 is formed, and the vertical plate 126 is formed with an insertion hole 128 into which the rotation shaft 118 is inserted.

The end of the second sliding surface 122 of the rotation bar 120 is formed to be in close contact with the upper end of the horizontal plate 5 for guiding the horizontal transfer of the banknote provided in the inside of the bill inserter, preferably the horizontal plate The recessed hole 5a is formed in (5), and the 2nd sliding surface 122 is recessed in the said recessed hole 5a.

As shown in the second sliding surface 122 of the pivoting bar 120, a plurality of sliding tables are preferably formed at regular intervals.

An elastic member 130 is formed between the body 110 and the rotation bar 120 to have a rotation restoring force of the rotation bar 120 rotated about the rotation shaft 118 of the body 110.

The elastic member 130 is preferably installed to be supported on the rotation shaft 118 in the space between the vertical plate 114 of the body 110 and the vertical plate 126 of the rotating bar 120, the The elastic member 130 is preferably a coil compression spring.

Of course, the elastic member 130 is not limited to the coil compression spring, any means that can provide a rotational recovery force of the rotation bar 120 can be used.

It is preferable that a plurality of banknote size discrimination sensor 160 is further configured at one side of the second access road 150, and the banknote size discrimination sensor 160 is a plurality of upper end of the input space of the device in which the inlet 10 is fixed. It is preferable that the banknote size discrimination sensor 160 uses a discriminating sensor that is commonly used to determine whether a banknote enters a banknote injector.

Of course, the banknote size discrimination sensor 160 may be formed on any one side of the rotation bar 120, discriminates the size of the banknote entering through the second access road 150 to enter the case below a certain size To block.

Referring to Figures 3a, 3b and 4, the operation state of the banknote injector is configured with a different opening way according to the size of the bill of the present invention configured as described above, look as follows.

First, referring to FIG. 3A, when the priesthood NP enters the first entry path 140 in the bill acceptor in which the inlet 10 of the present invention is configured, the priesthood NP is introduced into the first sliding surface 112. As it enters along, the second sliding surface 122 whose end is recessed in the recessed hole 5a of the horizontal plate 5 is pushed.

In addition, the second sliding surface 122 subjected to the pushing force of the priesthood NP is rotated about the pivot shaft 118, wherein the elastic member 130 receives the compressive force by the pushing force, and the elastic member It is a general technical idea that the 130 has an elastic force to which the second sliding surface 122 can be easily pushed by the rolling force of the banknote.

In addition, the priesthood NP that is continuously pushed is guided by the horizontal plate 5, and then enters between the first and second rollers 2 and 3, the first and second rollers 2 ( 3) is rotated in the interlocked state by the operation of the drive gear train 4, forcibly enter the priesthood (NP), then the priesthood (NP) is forged identification or face value by the internal device of the bill acceptor Determination and the like are performed.

In addition, when the end of the priesthood NP entered into the first access path 140 passes the end of the second sliding surface 122, the second sliding surface 122 is caused by the elastic restoring force of the elastic member 130. While being rotated about the rotating shaft 118, it is recessed in the recessed hole 5a of the horizontal plate 5, and maintains an initial state.

On the other hand, when the old winding (OP) to enter the first access road 140, the longitudinal length of the old winding (OP) is entered along the upper surface of the guide block 116, the end of the old winding (OP) entered at this time Is hitting the entry prevention block 119 formed on the top of the guide block 116, to prevent further entry.

Therefore, only the new book NP which can be inserted into the space between the guide blocks 116 is allowed, thereby blocking the entry of the old book OP, thereby blocking the entry of the old book OP at the source, thereby changing the size of the bill. Prevents perception errors.

Referring to FIG. 3B, when the old winding OP enters the second access road 150, the old winding OP enters along the downwardly inclined slope of the second sliding surface 122, and thus the horizontal plate 5. While hitting and bending along the upper surface of the horizontal plate (5), and enters the banknote inlet in the same manner as the priesthood (NP) described above, detailed description thereof will be omitted.

In addition, referring to FIG. 4, the old winding OP entered into the second access road 150 satisfies a condition that is detected by the plurality of banknote size discrimination sensors 160 formed at the upper end of the input space of the device. The first and second rollers 2 and 3 provided therein are driven by the operation of the drive gear train 4 to guide the old winding OP inwards.

For example, when the priesthood NP is entered into the second access road 150, all of the banknote size discrimination sensors 160 are not detected, and only some of the banknotes are not matched with the condition that satisfies all of them. As the row 4 is not operated, the first and second rollers 2 and 3 are not interlocked with each other, and thus, the injected priesthood NP is continuously blocked.

Therefore, by entering the old or new priesthood of different sizes by the inlet of the present invention into the bill inlet in accordance with the size, to prevent the hassle and physical waste of replacing the existing device with a priesthood recognition device, and also It has the effect of preventing the recognition failure rate of old and new priesthood.

Although described here as an example of the old and new priesthood, it can be seen that it is suitable to use a device that is used at the same time bills of different sizes by country.

What has been described above is just one embodiment for performing a banknote injector is configured with a different opening opening according to the size of the bill according to the present invention, the subject innovation is not limited to the above embodiment, the utility model registration below Without departing from the gist of the subject innovation claimed in the claims, anyone of ordinary skill in the art will have a technical spirit of the subject innovation to the extent that various changes can be made.

In this way, by forming a slot for changing the bill entry position to be entered according to the size of the bill to facilitate the recognition of differentiating elements of bills of different sizes and storage of bills, by attaching the slot to the bill inserter, the old and new priesthood or size There is an effect of maximizing the limit of use that can be used in combination with different bills.

Claims (4)

An ATM is inserted into the front end of the automatic teller machine (ATM) or various vending machines, and the bank inserter is configured to identify whether the counterfeit is discriminated or identify the face value by identifying the discriminating element of the banknote inserted into the rear of the slot. In The inlet 10 has a vertical plate 114 is formed at both ends of the first sliding surface 112, the guide block 116 is formed so as to limit the entry size of the bill, and the inside of the vertical plate 114 A body 110 having a coaxial 118 formed to protrude and being fastened and fixed to a tip of a banknote inserter to form a first entry path 140; And A second sliding surface 122 is provided between the vertical plates 114 of the body 110 and is formed to be inclined downward by a predetermined angle from an end of the inclined tip surface 124 at a predetermined angle. An insertion hole 128 into which the pivot shaft 118 of the body 110 is inserted is formed in the vertical plate 126 which is erected below both ends of the 122, and is formed by the width of the second sliding surface 122. Rotating bar 120 to form a two access roads (150); banknote injector configured to insert a different opening path according to the bill size, characterized in that consisting of. The method of claim 1, Between the body 110 and the rotating bar 120, the elastic member 130 for providing an elastic force so that the rotating bar 120 is rotated and elastically restored by the bill inserted through the first access road 140; Banknote injector configured to be configured to insert a different opening way according to the bill size, characterized in that configured. The method of claim 1, At the upper end of the guide block 116 of the body 110, the entry preventing block 119 to block the input of the banknote when the banknote is made larger than the banknote size that can enter the first access road 140; Banknote injector consisting of a slot for changing the access road according to the bill size, characterized in that is further configured. The method of claim 1, On one side of the second access road 150, the size of the bill entering the second access road 150 by discriminating the size of the bill to determine the bill size difference sensor 160 to block the entry of the bill if the set size is not satisfied ); The bill injector is configured to insert a different opening way according to the bill size, characterized in that the configuration further.

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