KR20070072257A - Hook for fixing shaft and apparatus of drawing bills having the same - Google Patents

Abstract

A shaft fixing hook and a cash transaction machine having the same are provided to conveniently join a rotary shaft to a frame plate through the hook elastically combined to the frame plate by combining the hook to the rotary shaft with a relative rotation restricted. A cash transaction machine is composed of circulating transfer belts(142c,143c) interposed between frame plates separately disposed while facing each other and circulated along a predetermined transfer path to deliver paper media; transfer rollers(142b,143b) for defining a moving track of the circulating transfer belt; rotary shafts(142a,143a) rotatably supporting the transfer roller; and hooks(160) combined to both ends of the rotary shaft to restrict a relative rotation between the hook and the rotary shaft and elastically joined to each frame plate.

Description

Hook for fixing shaft and financial automation equipment having same {HOOK FOR FIXING SHAFT AND APPARATUS OF DRAWING BILLS HAVING THE SAME}

1 is a block diagram showing the structure of an existing automated teller machine.

2 is a perspective view illustrating a structure of a transfer unit as an existing financial automatic device.

Figure 3 is a block diagram showing the structure of an automatic teller machine equipped with a hook for fixing the shaft according to the present invention.

Figure 4 is a financial automation device having a hook for fixing the shaft according to the present invention, a perspective view showing the structure of the transfer unit and the hook.

FIG. 5 is an enlarged view illustrating main parts of FIG. 4.

6 and 7 are a plan view and a cross-sectional view showing the structure of the hook as an automatic teller machine equipped with a hook for fixing the shaft according to the present invention.

8 to 9 are a perspective view and a side view respectively showing the structure of the automatic teller machine equipped with a shaft fixing hook according to another embodiment of the present invention.

10 is a side view showing the structure of an automatic teller machine equipped with a shaft fixing hook according to another embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: frame plate 101: body receiving hole

102: elastic locking hole 40: withdrawal device

141 ： cash cassette 142,143 ： transfer section

142a, 143a: rotating shaft 142b, 143b: roller

142c, 143c: circulating transfer belt 144: recovery unit

145: temporary stack 160: hook

161: body 164: elastic locking piece

165: protrusion 170: guide member

171: engaging portion 172: inclined contact portion

181: coupling member 182: sensing means

The present invention relates to a cash transaction machine (Cash Transaction Machine), and more particularly to a financial automation device having a hook for fixing the shaft that can provide convenience of shaft coupling, as well as improve workability and productivity. will be.

The automated teller machine is an automated device that can provide basic financial services such as deposit or withdrawal without a bank employee regardless of time and place with respect to financial services.

The automated teller machines can be divided into cash dispensers and cash dispensers according to their withdrawal and withdrawal.In recent years, the automated teller machines are used for various purposes such as cash withdrawals, check deposits, bank accounts, payment of giro fees, and ticket releases. It is used.

1 is a block diagram showing the structure of an existing financial teller, Figure 2 is a conventional financial teller, a perspective view showing the structure of the transfer unit.

As shown in FIGS. 1 and 2, the existing financial automatic machine includes a cash cassette 41, a first transfer unit 42 and a second transfer unit 43, a recovery unit 44, a temporary stack unit 45, and a withdrawal. It is comprised including the part 30.

The transfer parts 42 and 43 are disposed between a pair of frame plates 10 which are spaced apart from each other so as to be circulated, and a transfer belt 42a and 43a for transferring cash while circulating a predetermined transfer path, and the circulation transfer. Feed rollers 42b and 43b defining movement trajectories of the belts 42a and 43a, and rotary shafts 42c and 43c coupled to both ends of the frame plates 10 to rotatably support the feed rollers 42b and 43b. ) Is configured to include.

At this time, the rotary shafts 42c and 43c are configured such that both ends are coupled to the respective frame plates 10 by fastening the screws 11.

In addition, the second transfer part 43 is provided with an entry space 43d spaced apart by a predetermined interval, and the movable plate 51 can be slid left and right through the entry space 43d on the upper portion of the temporary stack 45. Is fitted.

By this configuration, the cash stored in the cash cassette 41 is discharged in sheets from the cash cassette 41 and transferred along the first transfer part 42, and is loaded in the temporary stack part 45 by a predetermined amount. As the temporary stack unit 45 is raised by the normal transaction authentication, the temporary stack unit 45 may be transferred to the withdrawal unit 30 through the second transfer unit 43. As the withdrawal process is completed, the customer can receive the requested cash through the withdrawal unit 30.

Meanwhile, the cash discharged from the cash cassette 41 passes through a cash sensor (not shown) while being transferred to the temporary stack part 45 along the first transfer part 42. It detects whether the cash passes through a double sheet, the damage of the bill, the authenticity of the bill, and the forgery.

When the medium passing in this way cannot perform a normal transaction, the moving plate 51 moves to the entry space 43d to block the upper portion of the temporary stack part 45, and the transferred cash is opened to the recovery part 44. Can be recovered through).

However, in the conventional automated teller machine, the operation of coupling the rotating shafts 42a and 43a supporting the feed rollers 42b and 43b to each of the frame plates 10 has been very cumbersome and inconvenient.

That is, conventionally, both ends of the rotation shafts 42a and 43a are coupled to each frame plate 10 by fastening the screws 11 so that an operator may attach both ends of the rotation shafts 42a and 43a to each frame plate 10 one by one. There was a very cumbersome and inconvenient work to combine through fastening the screw (11), thereby reducing the workability and productivity.

In addition, in such a structure, a sensor (not shown) for detecting whether a double sheet of cash conveyed on the rotary shafts 42a and 43a, damage to banknotes, the authenticity of banknotes, and forgeries, etc. There was a very difficult problem to install.

That is, such a sensor should be installed while maintaining a certain distance and angle with respect to the cash to be transferred, the rotary shafts 42a, 43a are to be coupled through the screw 11 fastening so that the sensor is disposed in the corresponding position There was a problem that it is very difficult to couple the rotary shaft (42a, 43a) through the fastening of the screw (11).

Therefore, the present invention has been made to solve the above problems, to provide a financial automation device having a hook for fixing the shaft that can provide convenience of shaft coupling, as well as improve workability and productivity. The purpose is.

In addition, an object of the present invention is to provide an automatic teller machine equipped with a shaft fixing hook that can easily attach a variety of additional devices such as sensors.

According to a preferred embodiment of the present invention for achieving the above object of the present invention, the automated teller machine is disposed between a pair of frame plates spaced apart from each other to convey the paper medium while circulating a predetermined transport path. A circular transfer belt, a transfer roller defining a movement trajectory of the circular transfer belt, a rotation shaft rotatably supporting the transfer roller, and hooks coupled to both ends of the rotation shaft to restrain relative rotation from each other and elastically coupled to each frame plate. The hook may be configured to include an elastic catching piece which is integrally formed on the body and the body coupled to constrain the rotational axis and the relative rotation, and elastically coupled to the frame plate, and both ends of the rotational shaft so that relative rotation of the body and the rotational shaft can be constrained. It may be formed in a non-circular shape and the body may be formed with a fastening hole formed in a non-circle corresponding to both ends of the rotating shaft.

In addition, the rotating shaft may be provided with a guide member having an inclined contact portion formed integrally with the engaging portion and the engaging portion and providing an inclined surface that extends in a direction opposite to the conveying direction of the paper medium, and the inner end portion of the inclined contact portion is conveyed paper. The portion of the medium protruding from the transport path is formed to be disposed closer to the transport path than the block so that the inner part of the medium passes through the block.

In addition, the rotating shaft may be provided with a coupling member and a sensing means for sensing the paper medium transported by being coupled to the coupling member, the sensing means to perform any one of whether the paper medium is double-sheeted, damaged, wound authenticity, forgery Sensors for the purpose of application may be applied, and contact detection means may be applied in some cases.

In the present specification, the paper medium is a sheet-shaped article having a certain value such as a bill, a check, a gift certificate, a ticket, and the like, and the material may be made of a material that can replace paper, such as a plastic thin film.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

Figure 3 is a block diagram showing the structure of the automatic teller machine equipped with a hook for fixing the shaft according to the present invention, Figure 4 is a financial teller with a hook for fixing the shaft according to the present invention, the structure of the transfer unit and hook 5 is an enlarged view illustrating an essential part of FIG. 4.

6 and 7 are a plan view and a cross-sectional view showing the structure of the hook as a financial automation device having a hook for fixing the shaft according to the present invention.

However, in describing the present invention, a detailed description of known functions or configurations will be omitted to clarify the gist of the present invention.

Hereinafter, the present invention will be described with an example applied to the withdrawal device of the automatic teller machine. Here, the withdrawal device is a device including a withdrawal function, and both the withdrawal module and the withdrawal module may be understood as withdrawal device.

As shown in FIGS. 3 to 7, the withdrawal device 140 of the automatic teller machine equipped with the shaft fixing hook 160 according to the embodiment of the present invention includes a storage unit, a withdrawal unit 130, and a transfer unit 142, 143. ) Is configured to include.

Hereinafter, the cash cassette 141 in which cash is stored as the storage unit will be described as an example. In addition, one or two or more cash cassettes 141 may be provided, and one of the cash cassettes 141 may be selected to withdraw cash as necessary. In addition, the withdrawal unit 130 allows cash withdrawn from the cash cassette 141 to be provided to the customer.

In addition, the withdrawal device 140 is provided with a temporary stack unit 145 for loading the requested cash before withdrawal, the first transfer unit for transferring the cash withdrawn from the cash cassette 141 to the temporary stack unit 145 An example configured to include the second transfer unit 143 for transferring the cash stack loaded in the transfer unit 142 and the temporary stack unit 145 to the withdrawal unit will be described.

Each of the transfer parts 142 and 143 is disposed between a pair of frame plates 100 which are spaced apart from each other so as to be circulated, and the transfer belts 142c and 143c which transfer cash while circulating a predetermined transfer path, and the circular transfer belt ( Feed rollers 142b and 143b defining movement trajectories of 142c and 143c, rotation shafts 142a and 143a rotatably supporting the feed rollers 142b and 143b, and both ends of the rotation shafts 142a and 143a. It is configured to include a hook 160 is coupled to restrain the relative rotation is elastically coupled to each frame plate (100).

The hook 160 is integrally formed to be elastically movable along the radial direction at the outer end of the body 161, the outer end of the body 161 is coupled to the rotation shaft 142a, 143a and the relative rotation is constrained L-shaped resilient engaging piece 164 is elastically coupled to the frame plate 100 by a snap fit method, each frame plate 100 corresponding to a point facing each other The body accommodating hole 101 and the elastic catching hole 102 are formed to penetrate along the thickness direction thereof so that the body 161 and the elastic catching piece 164 can be accommodated and coupled, and the elastic catching piece 164 is free. However, on the outside, a protrusion 165 for engaging with the elastic locking hole 102 is formed to protrude outward.

Both ends 142a 'of the rotation shafts 142a and 143a are formed in a non-circular shape so that relative rotation of the rotation shafts 142a and 143a and the hook 160 can be restrained, and the body 161 has a non-circular shape. A fastening hole 163 formed in a non-circular shape is formed corresponding to both ends 142a '. Here, the non-circular shape may include a polygonal shape such as a triangle or a square, as well as an elliptical shape.

Hereinafter, both ends 142a 'of the rotation shafts 142a and 143a are processed into D-cuts, and the fastening hole 163 will also be described by way of example in a D-shape.

In addition, the elastic locking piece 164 is preferably provided with a plurality of spaced apart at regular intervals along the circumferential direction of the body 161 so as to be stably elastically coupled to each frame plate (100).

The second transfer part 143 is provided with an entrance space 143d spaced apart by a predetermined interval, and the movable plate 151 slides left and right through the entrance space 143d on the temporary stack 145. Is mounted.

By this configuration, the cash stored in the cash cassette 141 is discharged in sheets from the cash cassette 141 and transferred along the first transfer unit 142, and is loaded in the temporary stack unit 145 by a predetermined amount. As the temporary stack unit 145 is raised by the normal transaction authentication, the temporary stack unit 145 may be transferred to the withdrawal unit 130 through the second transfer unit 143. As the withdrawal process is completed, the customer may receive the requested cash through the withdrawal unit 130.

Meanwhile, the cash discharged from the cash cassette 141 passes through a cash sensor (not shown) while being transferred to the temporary stack unit 145 along the first transfer unit 142. It detects whether the cash passes through a double sheet, the damage of the bill, the authenticity of the bill, and the forgery.

When the medium passing in this way cannot perform a normal transaction, the moving plate 151 moves to the entry space 143d to block the upper part of the temporary stack unit 145, and the transferred cash is opened to the recovery unit 144. Can be recovered through).

In addition, both ends of the rotating shaft can be simply elastically coupled to each frame plate 100 by a snap fit method by a hook 160 composed of a body 161 and an elastic locking piece 164, The same structure can provide the convenience of coupling the rotating shaft (142a, 143a) as well as to improve the workability and productivity compared to the conventional.

In the above-described and illustrated embodiments of the present invention, the shaft coupling hook according to the present invention rotatably supports the transfer rollers 142b and 143b of the transfer units 142 and 143 between the pair of frame plates 100. For example, although coupled to 142a and 143a, the shaft and frame (not shown) installed between each frame plate 100 may be coupled in some cases.

On the other hand, Figures 8 to 9 is a perspective view and a side view respectively showing the structure of the automated teller machine equipped with a shaft fixing hook 160 according to another embodiment of the present invention.

According to another embodiment of the present invention, an automatic teller machine having a hook for fixing a shaft may be a portion projecting from a conveying path of the cash conveyed through a conveying unit to a rotating shaft coupled through the aforementioned hook, without contacting the rotating shaft. The guide member is installed so that it can pass.

In addition, about the same and an equivalent part with the above-mentioned structure, it abbreviate | omits in order to make the summary of this invention clear.

That is, as shown in Figures 8 to 9, the automatic teller machine with a shaft fixing hook 160 according to another embodiment of the present invention between a pair of frame plates 100 spaced apart from each other A rotation conveyance belt 142c disposed in the circulation conveying cash while circulating a predetermined conveying path, a conveying roller 142b defining a movement trajectory of the circulation conveying belt 142c, and rotatably supporting the conveying roller 142b. The rotating shaft 142a, the hook 160 coupled to both ends of the rotating shaft 142a to be restrained relative to each other and elastically coupled to each frame plate 100, and the coupling part 171 coupled to the rotating shaft 142a. And a guide member 170 formed integrally with the engaging portion 171 and having an inclined contact portion 172 which provides an inclined surface that opens in a direction opposite to the cash transfer direction. The inclined contact portion 172 is provided. In my End thereof is formed so as to be disposed proximate to the conveyance than the axis of rotation (142a) to pass through the inside of the rotary shaft (142a) portion protruding from the feeding path of the cash that transport path.

The hook 160 is integrally formed to be elastically movable along the radial direction at the outer end of the body 161, the outer end of the body 161 is coupled to the rotation shaft 142a, 143a and the relative rotation is constrained L-shaped resilient engaging piece 164 is elastically coupled to the frame plate 100 by a snap fit method, each frame plate 100 corresponding to a point facing each other The body accommodating hole 101 and the elastic catching hole 102 are formed to penetrate along the thickness direction thereof so that the body 161 and the elastic catching piece 164 can be accommodated and coupled, and the elastic catching piece 164 is free. However, on the outside, a protrusion 165 for engaging with the elastic locking hole 102 is formed to protrude outward.

Both ends 142a 'of the rotation shafts 142a and 143a are formed in a non-circular shape so that relative rotation of the rotation shafts 142a and 143a and the hook 160 can be restrained, and the body 161 has a non-circular shape. A fastening hole 163 formed in a non-circular shape is formed corresponding to both ends 142a '. Here, the non-circular shape may include a polygonal shape such as a triangle or a square, as well as an elliptical shape.

Hereinafter, both ends 142a 'of the rotation shafts 142a and 143a are processed into D-cuts, and the fastening hole 163 will also be described by way of example in a D-shape.

The guide member 170 is disposed on a transport path defined by a transport unit (see 142, 143 in FIG. 3) so that the cash is rotated on the rotating shaft (see 142a, 143a in FIG. 3) outside the transport path along the height direction of the transport path. It makes contact and prevents jams from occurring.

That is, the guide member 170 allows a portion protruding from the transport path of the cash to be passed through the inner part of the cash without being in contact with the rotating shaft. Hereinafter, the guide member 170 is provided in the first transfer part 142. An example will be described.

The guide member 170 and the cash disposed on the outer side of the transfer path along the height direction of the transfer path defined by the coupling portion 171, the first transfer portion 142 coupled to the rotary shaft 142a through screwing and It is configured to include an inclined contact portion 172 is formed integrally with the engaging portion 171 so as to be in contact with the inclined surface extending in the opposite direction of the transfer direction of the cash.

That is, the inclined contact portion 172 is formed to be inclined away from the transport path along the height direction of the transport path toward the opposite direction of the transfer direction of the cash, wherein the inner end of the inclined contact portion 172 protrudes from the transport path It is formed to be disposed closer to the transfer path than the rotary shaft 142a so that the portion can pass through the inside of the rotary shaft 142a.

In addition, the coupling part 171 may be integrally fixed to the rotary shaft 142a through a fastening method such as welding, and may be selectively detachably coupled through a fastening method such as screw fastening.

In addition, the coupling portion 171 is preferably formed to be curved along the outer circumferential surface of the rotating shaft 142a so that the inner end of the inclined contact portion 172 is disposed close to the rotating shaft 142a.

In this configuration, the cash 200 that is folded into a substantially “V” shape among the cash transferred through the first transfer unit 142 may have the folded portion 200a having a height direction of a transfer path defined by each transfer unit 142. There is a possibility that the jam is generated in contact with the corresponding rotary shaft 142a from the outside, in another embodiment of the present invention, the folded portion 200a of the folded cash 200 is in sliding contact along the inclined surface of the inclined contact portion 172. And it is possible to pass through the inside of the rotating shaft 142a, it is possible to prevent the jam (jam) as the cash is in contact with the rotating shaft 142a, thereby preventing the degradation of reliability.

In addition, such a structure eliminates the additional mounting of a separate belt and roller (not shown) and allows the contact between the cash 200 folded by the guide member 170 and the rotary shaft 142a to be prevented, and the belt and It is possible to prevent cost increase and workability deterioration due to the additional mounting of the roller.

Furthermore, both ends of the rotating shaft 142a can be simply elastically coupled to each frame plate 100 in a snap fit manner by a hook 160 composed of a body 161 and an elastic engaging piece 164. Bar, such a structure can provide a convenience of coupling the rotary shaft 142a, as well as the guide member 170 can be easily installed with the rotary shaft 142a while maintaining a certain distance and angle with respect to the cash being transferred. To be able.

That is, the rotating shaft 142a to which the guide member 170 is coupled may be coupled to each frame plate 100 so as to be disposed at a predetermined position through the hook 160. Such a structure may guide the cash to be transferred. The guide member 170 may be automatically disposed at a corresponding position when the rotating shaft 142a is coupled to the frame plate 100 without setting the position of the member 170 separately.

On the other hand, Figure 10 is a side view showing the structure of the automatic teller machine equipped with a shaft fixing hook 160 according to another embodiment of the present invention.

The automatic teller machine having a hook for fixing a shaft according to another embodiment of the present invention is provided with a sensing means for detecting the cash transferred to the rotating shaft coupled through the aforementioned hook.

In addition, about the same and an equivalent part with the above-mentioned structure, it abbreviate | omits in order to make the summary of this invention clear.

That is, as shown in Figure 10, the automated teller machine with a shaft fixing hook 160 according to another embodiment of the present invention is disposed between a pair of frame plates 100 spaced apart from each other A circular transfer belt 142c for transferring cash while circulating a predetermined transfer path, a transfer roller 142b defining a movement trajectory of the circulation transfer belt 142c, and a rotation shaft rotatably supporting the transfer roller 142b ( 142a), a hook 160 coupled to both ends of the rotation shaft 142a to be constrained relative to each other and elastically coupled to each frame plate 100, a coupling member 181 coupled to the rotation shaft 142a, and It is configured to include a sensing means 182 for sensing the paper medium conveyed by being coupled to the coupling member 181.

The hook 160 is integrally formed to be elastically movable along the radial direction at the outer end of the body 161, the outer end of the body 161 is coupled to the rotation shaft 142a, 143a and the relative rotation is constrained L-shaped resilient engaging piece 164 is elastically coupled to the frame plate 100 by a snap fit method, each frame plate 100 corresponding to a point facing each other The body accommodating hole 101 and the elastic catching hole 102 are formed to penetrate along the thickness direction thereof so that the body 161 and the elastic catching piece 164 can be accommodated and coupled, and the elastic catching piece 164 is free. However, on the outside, a protrusion 165 for engaging with the elastic locking hole 102 is formed to protrude outward.

Both ends 142a 'of the rotation shafts 142a and 143a are formed in a non-circular shape so that relative rotation of the rotation shafts 142a and 143a and the hook 160 can be restrained, and the body 161 has a non-circular shape. A fastening hole 163 formed in a non-circular shape is formed corresponding to both ends 142a '. Here, the non-circular shape may include a polygonal shape such as a triangle or a square, as well as an elliptical shape.

Hereinafter, both ends 142a 'of the rotation shafts 142a and 143a are processed into D-cuts, and the fastening hole 163 will also be described by way of example in a D-shape.

The sensing means 182 is for detecting the cash transferred along the transport path defined by each transport unit (see 142 and 143 of FIG. 3), and whether the cash is transferred to a double sheet, damage to banknotes, and bills. Sensor for detecting the authenticity of the roll, forgery, etc. may be applied.

The sensing means 182 is configured to be supported by a coupling member 181 coupled to the rotating shaft 142a, such a coupling member 181 is "b", "c", "ㅡ" Bars may be formed to have various shapes such as shapes, and the present invention is not limited or limited by these shapes.

In addition, the coupling member 181 may be integrally fixed to the rotary shaft 142a through a fastening method such as welding, and may be selectively detachably coupled through a fastening method such as screw fastening.

The sensing means 182 coupled to the rotary shaft 142a through the coupling member 181 while the cash is transferred through each of the transfer units 142 and 143 by this configuration may be a double sheet of cash, damage to banknotes, or a banknote. It is to detect the authenticity of the denomination, whether or not the counterfeit, and if the detected cash can not be normal transactions can be recovered through the recovery unit (see 144 of FIG. 3).

At this time, both ends of the rotating shaft 142a can be simply elastically coupled to each frame plate 100 by a snap fit method by a hook 160 composed of a body 161 and an elastic locking piece 164. Bar, such a structure can provide a convenience of coupling the rotary shaft 142a, as well as easily to be installed with the rotary shaft 142a while maintaining a certain distance and angle with respect to the cash conveyed by the sensing means 182. To be able.

That is, the rotating shaft 142a to which the sensing means 182 is coupled through the coupling member 181 may be coupled to each frame plate 100 so as to be disposed at a predetermined position through the hook 160. Without the need to set the position of the sensing means 182 for the cash to be transferred separately allows the sensing means 182 to be automatically placed in the corresponding position when the rotating shaft 142a is coupled to the frame plate 100 .

As seen above, according to the automatic teller machine equipped with a hook for fixing the shaft according to the present invention is coupled to the rotary shaft to the relative rotation is constrained to each other so that the rotary shaft can be coupled to the frame plate through the hook elastically coupled to the frame plate By doing so, it is possible to provide convenience of shaft coupling, as well as to improve workability and productivity.

According to another embodiment of the present invention, by installing the guide member on the rotating shaft as described above, the folded paper medium of the paper medium conveyed along the conveying unit can pass through the inclined contact member through the inclined contact member without contact with the rotation. This makes it possible to prevent jams as the paper medium comes into contact with obstacles.

In addition, the guide member may be easily installed together with the rotating shaft without setting a separate position for the paper medium to be conveyed.

According to another embodiment of the present invention by installing the sensor on the rotary shaft as described above, the sensor can be installed with the rotary shaft without setting a separate position for the paper medium to be conveyed.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

Claims (16)

A circulation conveyance belt disposed between the pair of frame plates spaced apart from each other to convey the paper medium while circulating a predetermined conveyance path; A transfer roller defining a movement trajectory of the circulation conveyance belt; A rotating shaft rotatably supporting the feed roller; And And a hook that is coupled to both ends of the rotating shaft so that relative rotation is constrained to each other and elastically coupled to each of the frame plates. The method of claim 1, The hook has a shaft fixed hook comprising a body that is coupled to the rotational axis and the relative rotation is constrained, the elastic engaging piece elastically coupled to the frame plate to be elastically coupled to the body; Financial automation equipment. The method of claim 2, The frame plate includes a body accommodating hole for accommodating the body and an elastic catching hole formed around the body accommodating hole in correspondence with the elastic catching piece, and the elastic catching piece has an outer side for engaging with the elastic catching hole. An automatic teller machine equipped with a hook for fixing a shaft, characterized in that it comprises a protrusion projecting toward. The method of claim 2, The rotary shaft includes both ends machined by a D-cut, and corresponding to the D-cut end of the rotary shaft, the body has a D-shaped fastening hole, characterized in that the financial automation device having a hook for fixing the shaft. The method of claim 2, The elastic locking piece is provided with a plurality of axial fixing hooks, characterized in that spaced apart along the circumferential direction of the body. The method of claim 1, And a guide member having an engagement portion coupled to the rotation shaft, the inclination contact portion formed integrally with the engagement portion and providing an inclined surface that extends in a direction opposite to the conveying direction of the paper medium. The inner end of the inclined contact portion is provided with a shaft fixing hook, characterized in that it is disposed closer to the conveying path than the rotating shaft so that a portion protruding from the conveying path of the paper medium to be conveyed pass through the inner of the rotating shaft. Financial automation equipment. The method of claim 6, The coupling unit is equipped with a shaft fixing hook, characterized in that formed to be curved along the outer peripheral surface of the rotary shaft. The method of claim 1, And a detecting means for detecting a paper medium conveyed by being coupled and supported by the rotating member and the coupling member coupled to the rotating shaft. The method of claim 8, And said sensing means is a sensor for carrying out any one of whether the paper medium is double-sheeted, damaged, wounded, or forged. A pair of frame plates spaced apart from each other and including a body receiving hole formed corresponding to a point facing each other and an elastic engaging hole formed around the body receiving hole; A hook which is inserted into the body receiving hole and includes a body including a non-circular fastening hole and an elastic catching piece which is integrally formed around the body and is inserted into and fixed to the elastic catching hole; And And an end portion formed in a non-circular shape corresponding to the fastening hole, and coupled to the hook to be axially coupled between the frame plates at a predetermined angle. The method of claim 10, The elastic catching piece is a financial automation device having a hook for fixing the shaft, characterized in that it comprises a projection protruding outward to engage with the elastic locking hole. The method of claim 10, The rotary shaft includes both ends machined by a D-cut, and corresponding to the D-cut end of the rotary shaft, the body has a D-shaped fastening hole, characterized in that the financial automation device having a hook for fixing the shaft. The method of claim 10, The elastic locking piece is provided with a plurality of axial fixing hooks, characterized in that spaced apart along the circumferential direction of the body. A hook for fixing a connecting shaft between a pair of frame plates disposed opposite to each other, the body receiving hole formed corresponding to the point facing each other and an elastic locking hole formed around the body receiving hole, A body inserted into the body receiving hole and including a non-circular fastening hole; And It is formed integrally with the body and the elastic engaging piece is fixed to the elastic engaging hole; The connecting shaft is fixed to the shaft, characterized in that installed at a constant angle between the frame plate including both ends formed in a non-circular corresponding to the fastening hole. The method of claim 14, The elastic stiffening piece is formed in an L-shape at the outer end of the body, the free end is directed toward the inside of the body, the shaft is fixed, characterized in that a protrusion protruding outward of the free end is formed. hook. The method of claim 14, The fastening hole is a shaft fixing hook, characterized in that formed in the D-shape corresponding to both ends of the connecting shaft is D-cut.

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