CN104837753A

CN104837753A - Accepting and dispensing device, media storage, and media handling device

Info

Publication number: CN104837753A
Application number: CN201380064500.5A
Authority: CN
Inventors: 细川和宏
Original assignee: Oki Electric Industry Co Ltd
Current assignee: Oki Electric Industry Co Ltd
Priority date: 2012-12-27
Filing date: 2013-11-07
Publication date: 2015-08-12
Anticipated expiration: 2033-11-07
Also published as: WO2014103526A1; CN104837753B; JP2014125323A; JP6089693B2

Abstract

The present invention provides an accepting and dispensing device provided with: a rotary shaft on which a fixed component for accepting is fixedly mounted; a fixed bladed wheel fixed, as one of the fixed components for accepting, on the rotary shaft; and a variable bladed wheel that is provided, on the rotary shaft, to be able to rotate in one direction of rotation or the other direction of rotation, and that is provided with a blade-side engaging part for control of the position of a plurality of blades with respect to the rotary shaft. A component-side engaging part is provided, on one of the fixed components for accepting, for displacing the plurality of blades of the variable bladed wheel, with respect to the rotary shaft, to the side that the plurality of blades of the fixed bladed wheel project with respect to the rotary shaft or displacing to the side that the plurality of blades of the fixed bladed wheel do not project with respect to the rotary shaft by changing the contact point with the blade-side engaging part.

Description

Be taken into carrying device, media storing storehouse and media processing apparatus

Technical field

The present invention relates to and be taken into carrying device, media storing storehouse and media processing apparatus, being applicable to being applied to the automated teller machine (ATM:Automatic Teller Machine) of the bill storage the deposit of carrying out this bank note that are such as provided with for receiving as the bank note of cash and the transaction of withdrawing the money.

Background technology

Automated teller machine is in the past provided with: bank note junction, and it is for receiving the bank note of deposit from client there or give client by the bank note of withdrawing the money; Bill storage, it is for receiving multiple bank note; And transport road, it for carrying bank note between this bank note junction and bill storage.

And, when stored in bank note, automated teller machine by bank note junction from client there receive deposit one or multiple bank note after, from this bank note junction, the bank note of this deposit is one by one sent and is transported to bill storage by transport road and receive.

In addition, when taking out bank note, the bank note of the amount of money that client specifies from bill storage by automated teller machine is one by one sent as withdrawing the money with and is transported to bank note junction by transport road, this is withdrawn the money give client with bank note from this bank note junction.

In addition, bank note containing space is formed with in the inside of bill storage.Further, bill storage has incorporating section, and this incorporating section has the platform portion that can be elevated in bank note containing space, for multiple bank note are positioned in this portion in turn overlappingly, thus receives multiple bank note in this bank note containing space.

In addition, bill storage has for carrying bank note so that road is sent in being taken into of being taken into and sending, the bank note transported by transport road is sent road by being taken into and being taken in bank note containing space and being placed in platform portion, be provided with in addition for from bank note containing space by the bank note in platform portion by be taken into send that road direction transport road sends be taken into unloading part.

In fact, be taken into unloading part and be taken into the upside sending road, near bank note containing space, have S. A. (below, by it also referred to as the first S. A.), described S. A. is supported for and can rotates to a hand of rotation and another hand of rotation in contrast.

Further, bank note is taken into such as 2 rollers (, by them also referred to as feed rolls) of sending below and is fixedly installed on the first S. A. in the mode rotated integrally with this first S. A. while making a part for its outer peripheral face enter into be taken into send in road.

In addition, be taken into unloading part and be taken into the downside sending road, also have S. A. (below, it is also called the second S. A.) near bank note containing space, this S. A. is supported for and can rotates to a hand of rotation and another hand of rotation.

And, the mode rotated integrally with this second S. A. while such as 2 rollers that bank note is taken into (below, by them also referred to as being taken into roller) are opposed with a part for the outer peripheral face of feed rolls to make a part for its outer peripheral face enter into be taken into send Lu Nei is fixedly installed on the second S. A..

In addition, as shown in figure 22, the second S. A. 200 is fixedly installed on the left side that such as 2 are taken into roller (not shown), and the jacking part 201 of roughly ring-type is rotated integratedly with this second S. A. 200.

Further, on the second S. A. 200, impeller 202 is arranged at the left side of jacking part 201 in the mode that can rotate to a hand of rotation (direction in figure shown in arrow) and another hand of rotation.

In this case, the impeller 202 on the left side of jacking part 201 has the main part 202A of ring-type, at the outer peripheral face of this main part 202A, the angular range of the regulation below 180 degree plants multiple blade 202B respectively with elastomeric strip in radially outstanding mode.

That is, multiple blade 202B is had in the part implanting of the outer peripheral face of the main part 202A of impeller 202.Further, impeller 202 can rotate relative to the second S. A. 200, therefore, it is possible to make multiple blade 202B relative to the change in location of this second S. A. 200.

Therefore, in the following description, the second S. A. 200 can be arranged at rotatably and multiple blade 202B can be made relative to the impeller 202 of the change in location of this second S. A. 200 also referred to as variable vane wheel 202.

Further, the part that the ratio variable vane wheel 202 of the second S. A. 200 keeps left side is inserted in the hole portion of coil spring 203, and impeller 204 is fixedly installed on the left side of this coil spring 203 in the mode rotated integrally with this second S. A. 200.

In this case, the impeller 204 in the left side of coil spring 203 has the main part 204A of ring-type, at the outer peripheral face of this main part 204A, the angular range of the regulation below 180 degree plants multiple blade 204B respectively with elastomeric strip in radially outstanding mode.

That is, above-mentioned impeller 204 also plants multiple blade 204B in a part for the outer peripheral face of main part 204A in the same manner as variable vane wheel 202.

But, because impeller 204 is fixedly installed on the second S. A. 200, therefore being also fixed relative to the position of this second S. A. 200 of multiple blade 204B.

Therefore, in the following description, will the second S. A. 200 be fixedly installed on and the impeller 204 that is fixed relative to the position of this second S. A. 200 of multiple blade 204B also referred to as fixing impeller 204.

Further, in the such as right part of the second S. A. 200, rotor 205 is fixedly installed in the mode that can rotate integratedly with this second S. A. 200.

Further, on the right side of the such as rotor 205 of the second S. A. 200, the free-wheel clutch 206 for making this second S. A. 200 only rotate to hand of rotation is provided with driven wheel 207.

By the way, at the projecting detected portion 205B having strip of a part of the periphery of the main part 205A of the such as plain cushion round of rotor 205.

In addition, the position of rotation test section 208 that unloading part has the roughly U-shaped configured opposedly with the right part of the second S. A. 200 is taken into.

Further, rotor 205, when rotating integratedly with the second S. A. 200, is fixedly installed on this second S. A. 200 with detected portion 205B through the mode in the groove portion of position of rotation test section 208.

In addition, whether the detected portion 205B of position of rotation test section 208 pairs of rotors 205 enters in groove portion and carries out optical detection, to control rotation second S. A. 200.

In addition, as shown in figure 23, the main part 202A of variable vane wheel 202 left surface (namely, the face of fixing impeller 204 side), in the non-protruding side of multiple blade 202B and outstanding side by the first engagement section 202C being arranged at intervals with convex of such as 180 degree such regulations and the second engagement section 202D, for controlling the position of multiple blade 202B relative to the second S. A. 200.

In addition, predetermined portion in the outer peripheral face of the second S. A. 200 (Figure 22) by the non-protruding side of multiple blade 204B of fixing impeller 204 and near the left surface of variable vane wheel 202 is projecting has the 3rd pin-shaped engagement section 209, for the position of multiple blade 202B relative to the second S. A. 200 controlling variable vane wheel 202.

And, variable vane wheel 202 is rotating from the position making the first engagement section 202C contact with the 3rd engagement section 209 to roughly 180 angular ranges of spending of the position making the second engagement section 202D contact with the 3rd engagement section 209 relative to the second S. A. 200, makes multiple blade 202B relative to the change in location of this second S. A. 200.

In fact, when variable vane wheel 202 rotates to a hand of rotation relative to the second S. A. 200 and makes the first engagement section 202C contact with the 3rd engagement section 209, the outstanding side that the multiple blade 204B making multiple blade 202B be positioned at fixing impeller 204 give prominence to relative to the second S. A. 200.

In addition, when variable vane wheel 202 rotates to another hand of rotation relative to the second S. A. 200 and makes the second engagement section 202D contact with the 3rd engagement section 209, multiple blade 202B is made to be positioned at the non-protruding side (namely with outstanding side contrary side) of multiple blade 204B relative to the second S. A. 200 of fixing impeller 204.

Further, an end of coil spring 203 engaging in variable vane wheel 202 and the other end engaging in fixing impeller 204, exert a force variable vane wheel 202 is rotated to a hand of rotation to the second S. A. 200.

And, as shown in figure 24, jacking part 201 has the main part 201A of such as ring-type, in the right border portion of the outer peripheral face of this main part 201A (namely, the edge of variable vane wheel 202 side), give prominence in the outstanding side of the multiple blade 204B by fixing impeller 204 the jack-up plate 201B being provided with arc-shaped.

In addition, though do not illustrate especially, but the second S. A. 200 is taken into the right side (namely 2 are taken between roller and rotor 205) of roller at 2, is also sequentially provided with variable vane wheel, the 3rd pin-shaped engagement section, coil spring and fixing impeller in the same manner as these 2 left sides being taken into roller.

And, be taken into unloading part when the rotation making the second S. A. 200 to a hand of rotation stops, variable vane wheel 202 is made to rotate to a hand of rotation according to the force of coil spring 203 and the first engagement section 202C is contacted with the 3rd engagement section 209, the outstanding side of giving prominence to relative to the second S. A. 200 with the blade 204B making multiple blade 202B of variable vane wheel 202 be positioned at fixing impeller 204.

In addition, be taken into unloading part when making the second S. A. 200 rotate to a hand of rotation, if multiple blade 202B of variable vane wheel 202 do not bear any load, then make under the state making the second engagement section 202C contact with the 3rd engagement section 209 this variable vane wheel 202 and fixing impeller 204 1 in the same way a hand of rotation rotate.

And, be taken into unloading part when making the second S. A. 200 rotate to a hand of rotation, when the blade 202B of variable vane wheel 202 to contact with bank note etc. and bearing load time, make the rotation of this variable vane wheel 202 stop and making the 3rd engagement section 209 leave from the first engagement section 202C and fixing impeller 204 is rotated to a hand of rotation.

And, be taken into unloading part make fixing impeller 204 and the second S. A. 200 1 in the same way hand of rotation to rotate and after making the 3rd engagement section 209 contact to make multiple blade 202B to be shifted to multiple blade 204B of fixing impeller 204 relative to the non-protruding side of the second S. A. 200 with the second engagement section 202D of variable vane wheel 202, make in this condition variable vane wheel 202 and fixing impeller 204 1 in the same way a hand of rotation rotate.

According to said structure, when the detected portion 205B according to position of rotation test section 208 pairs of rotors 205 testing result and after the rotation of the second S. A. 200 is stopped, being taken into unloading part and making multiple blade 204B of fixing impeller 204 send Lu Nei and bank note containing space is dodged out from being taken into.

In addition, being taken into unloading part now makes variable vane wheel 202 rotate to a hand of rotation relative to the second S. A. 200 according to the force of coil spring 203, also sends Lu Nei and bank note containing space is dodged out from being taken into make multiple blade 202B of this variable vane wheel 202.

And, being taken into unloading part makes another hand of rotation of the first axial rotary rotate and the second S. A. 200 is rotated to a hand of rotation when bank note is taken into, with being taken into the feed rolls sending and in road, bank note is clipped in contrarotation each other and being taken between roller and passing out to side, bank note containing space.

Now, be taken into unloading part make the variable vane wheel 202 of left and right and fixing impeller 204 and the second S. A. 200 1 in the same way a hand of rotation rotates, and the jacking part 201 about making is also to a hand of rotation rotation.

Further, being taken into unloading part utilizes multiple blade 202B of the jack-up plate 201B of jacking part 201 or variable vane wheel 202 to make it be out of shape an end of this bank note and the other end jack-up when being taken into and sending the upside of the bank note in road by the second S. A. 200.

Thus, be taken into unloading part suppress an end of bank note and the other end at random while send road from being taken into this bank note rendered to bank note containing space.

Further, what be taken into that unloading part utilizes the blade 204B of the blade 202B of variable vane wheel 202 or fixing impeller 204 to pat this bank note from top when bank note being rendered to bank note containing space is taken into the edge part sending trackside, so that this bank note is placed in platform portion.

Like this, bill storage is utilized when the storage of bank note and is taken into unloading part and is taken in bank note containing space by the bank note transported by transport road and is placed in platform portion to receive.

In addition, be taken into the rotation of unloading part when bank note is sent as described above by the second S. A. 200 stop and multiple blade 204B of fixing impeller 204 and multiple blade 202B of variable vane wheel 202 is dodged out from being taken into send Lu Nei and bank note containing space.

Further, be taken into unloading part and the bank note in platform portion is taken into be taken into from bank note containing space sends road, and utilize with the first S. A. one in the same way the feed rolls that rotates of hand of rotation this bank note is sent to transport road being taken into send in road.

Like this, bill storage does not make the bank note in platform portion and multiple blade 202B of variable vane wheel 202 contact with multiple blade 204B of fixing impeller 204 just to send road by being taken into and this bank note being passed out to transport road (for example, referring to Japanese Unexamined Patent Publication 2010-120760 publication (the 3rd page to the 5th page, Fig. 1 to Fig. 6)) when bank note is sent.

Summary of the invention

The problem that invention will solve

But in the automated teller machine of said structure, as mentioned above, the number ratio being taken into the parts of unloading part being arranged at bill storage is more, this is taken into the structure sending road and becomes complicated.

The present invention propose can simplified structure be taken into carrying device, media storing storehouse and media processing apparatus.

For solving the means of problem

In order to solve above-mentioned problem, be provided with in the present invention: S. A., it is configured to rotate to a hand of rotation, this S. A. being fixedly installed and being multiplely taken into being fixedly installed parts, being describedly multiplely taken into being fixedly installed parts for sending road and be taken in media storing space by being taken into of regulation by medium, fixing impeller, it is fixedly installed on S. A. as multiple being taken into being fixedly installed one of parts, has multiple blade in the part implanting of the outer peripheral face of the main part of this fixing impeller, and variable vane wheel, it is arranged at S. A. in the mode that can rotate to a hand of rotation and another hand of rotation contrary with this hand of rotation, multiple blade is had in the part implanting of the outer peripheral face of the main part of this variable vane wheel, and be provided with for controlling the blade-side engagement section of the plurality of blade relative to the position of S. A., multiple being taken into comprising fixing impeller, either party being fixedly installed in parts is provided with component side engagement section, described component side engagement section is used for correspondingly changing the contact site with blade-side engagement section with variable vane wheel relative to the rotation of S. A., multiple blades of variable vane wheel are made to fix the outstanding side displacement outstanding relative to S. A. of multiple blades of impeller relative to this axial rotary, or be shifted to the non-protruding side relative to this S. A. of multiple blades of fixing impeller.

Therefore, according to the present invention, not be used in S. A. to arrange especially and be taken into the engagement section of the parts be fixedly installed beyond parts for the position of multiple blades controlling variable vane wheel, utilize the blade-side engagement section and being arranged at being arranged at variable vane wheel to be taken into multiple blades of variable vane wheel just can be made relative to axial rotary to fix multiple blades of impeller outstanding side outstanding relative to S. A. with the component side engagement section being fixedly installed parts and be shifted and send Lu Nei and media storing space is dodged out for from being taken into, or the multiple blades making multiple blades of above-mentioned variable vane wheel change to fixing impeller are sent road and are taken in media storing space for by medium by being taken into relative to the non-protruding side of S. A..

Invention effect

According to the present invention, owing to being provided with: S. A., it is configured to rotate to a hand of rotation, this S. A. being fixedly installed and being multiplely taken into being fixedly installed parts, being describedly multiplely taken into being fixedly installed parts for sending road and be taken in media storing space by being taken into of regulation by medium, fixing impeller, it is fixedly installed on S. A. as multiple being taken into being fixedly installed one of parts, has multiple blade in the part implanting of the outer peripheral face of the main part of this fixing impeller, and variable vane wheel, it is arranged at S. A. in the mode that can rotate to a hand of rotation and another hand of rotation contrary with this hand of rotation, multiple blade is had in the part implanting of the outer peripheral face of the main part of this variable vane wheel, and be provided with for controlling the blade-side engagement section of the plurality of blade relative to the position of S. A., multiple being taken into comprising fixing impeller, either party being fixedly installed in parts is provided with component side engagement section, described component side engagement section is used for correspondingly changing the contact site with blade-side engagement section with variable vane wheel relative to the rotation of S. A., multiple blades of variable vane wheel are made to fix the outstanding side displacement outstanding relative to S. A. of multiple blades of impeller relative to this axial rotary, or be shifted to multiple blades of fixing impeller relative to the non-protruding side of this S. A..Therefore, not be used in S. A. to arrange especially and be taken into the engagement section of the parts be fixedly installed beyond parts for the position of multiple blades controlling variable vane wheel, utilize the blade-side engagement section and being arranged at being arranged at variable vane wheel to be taken into multiple blades of variable vane wheel just can be made relative to axial rotary to fix multiple blades of impeller outstanding side outstanding relative to S. A. with the component side engagement section being fixedly installed parts and be shifted and send Lu Nei and media storing space is dodged out for from being taken into, or the multiple blades making multiple blades of above-mentioned variable vane wheel change to fixing impeller are sent road and are taken in media storing space for by medium by being taken into relative to the non-protruding side of S. A..Like this, can realize can simplified structure be taken into carrying device, media storing storehouse and media processing apparatus.

Accompanying drawing explanation

Fig. 1 is the approximate three-dimensional map of the surface structure of the automated teller machine that present embodiment is shown.

Fig. 2 is the approximate three-dimensional map of the inner structure that automated teller machine is shown.

Fig. 3 is the summary side elevation of the structure that note processing unit is shown.

Fig. 4 is the summary side elevation of the structure (1) that bill storage is shown.

Fig. 5 is the general principal view of the structure (2) that bill storage is shown.

Fig. 6 is the approximate three-dimensional map of the structure that the second S. A. is shown.

Fig. 7 is the approximate three-dimensional map of the structure that variable vane wheel is shown.

Fig. 8 is the approximate three-dimensional map of the structure that jacking part is shown.

Fig. 9 A is for illustration of the summary side elevation of variable vane wheel relative to the rotation (1) of the second S. A..

Fig. 9 B is for illustration of the summary side elevation of variable vane wheel relative to the rotation (1) of the second S. A..

Fig. 9 C is for illustration of the summary side elevation of variable vane wheel relative to the rotation (1) of the second S. A..

Figure 10 A is for illustration of the summary side elevation of variable vane wheel relative to the rotation (2) of the second S. A..

Figure 10 B is for illustration of the summary side elevation of variable vane wheel relative to the rotation (2) of the second S. A..

Figure 11 A is the summary side elevation of the rotation (1) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 11 B is the summary side elevation of the rotation (1) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 11 C is the summary side elevation of the rotation (1) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 12 A is the summary side elevation of the rotation (2) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 12 B is the summary side elevation of the rotation (2) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 12 C is the summary side elevation of the rotation (2) of fixing impeller when being taken into for illustration of bank note and variable vane wheel.

Figure 13 is for illustration of the summary side elevation that be taken into of bill storage to bank note.

Figure 14 is that jacking part when being taken into for illustration of bank note is to the general principal view of the jack-up of bank note.

Figure 15 is that variable vane wheel when being taken into for illustration of bank note is to the general principal view of the jack-up of bank note.

Figure 16 is for illustration of the summary side elevation sent of bill storage to bank note.

Figure 17 A is approximate three-dimensional map and the general profile chart of the structure (1) of the variable vane wheel that other embodiment is shown.

Figure 17 B is approximate three-dimensional map and the general profile chart of the structure (1) of the variable vane wheel that other embodiment is shown.

Figure 18 is the approximate three-dimensional map of the structure of the jacking part that other embodiment is shown.

Figure 19 is the approximate three-dimensional map of the structure (2) of the variable vane wheel that other embodiment is shown.

Figure 20 is that jacking part when being taken into for illustration of the bank note of other embodiment is to the general principal view of the jack-up of bank note.

Figure 21 is that variable vane wheel when being taken into for illustration of the bank note of other embodiment is to the general principal view of the jack-up of bank note.

Figure 22 illustrates the approximate three-dimensional map being taken into the structure of the second S. A. of unloading part be arranged in the past.

Figure 23 is the approximate three-dimensional map of the structure of the variable vane wheel illustrated in the past.

Figure 24 is the approximate three-dimensional map of the structure of the jacking part illustrated in the past.

Detailed description of the invention

Below, accompanying drawing is adopted to be described the best mode (, by it also referred to as embodiment) for carrying out an invention below.In addition, illustrate and carry out in the following order.

(1) embodiment

(2) other embodiment

(1) embodiment

(1-1) surface structure of automated teller machine

In FIG, 1 represents the surface structure applying automated teller machine of the present invention on the whole.Above-mentioned automated teller machine 1 has upper forward corner by the housing of such roughly L word box of cutting (, by it also referred to as automatic teller machine housing) 2 below.

By the way, in the following description, by opposed with the front surface 2A of downside of the barbed portion becoming automatic teller machine housing 2 observe automated teller machine 1 time figure in the left direction shown in arrow a1 also referred to as automatic teller machine left direction, will with this automatic teller machine left in the opposite direction also referred to as automatic teller machine right direction.

Further, in the following description, when without the need to distinguishing automatic teller machine left direction and automatic teller machine right direction especially, they are also referred to as automatic teller machine left and right directions.

In addition, in the following description, by opposed with the front surface 2A of automatic teller machine housing 2 observe automated teller machine 1 time figure in the upper direction shown in arrow b1 also referred to as direction on automatic teller machine, will with this automatic teller machine above in the opposite direction also referred to as direction under automatic teller machine.

Further, in the following description, without the need to distinguishing on automatic teller machine under direction and automatic teller machine when direction especially, they are also referred to as automatic teller machine above-below direction.

And, in the following description, by opposed with the front surface 2A of automatic teller machine housing 2 observe automated teller machine 1 time figure in the direction nearby shown in arrow c1 also referred to as automatic teller machine front to, will with this automatic teller machine front in the opposite direction also referred to as automatic teller machine rear to.

Further, in the following description, when without the need to distinguish especially automatic teller machine front to automatic teller machine rear to, they are also referred to as automatic teller machine fore-and-aft direction.

The panel (below, by it also referred to as panel of receiving guests) 3 of the roughly L-shaped of receiving guests is provided with in the barbed portion of the upside of the front surface 2A of automatic teller machine housing 2.

Receive guests surface in panel 3 towards the coin being such as formed with circular at the left rear end portion on its surface towards top panel 3A of upside put into conveying end (below, by it also referred to as coin mouth) 3AX, described coin is put into conveying end 3AX and is put into the coin of deposit for allowing client or take the coin of withdrawing the money away.

In addition, right rear end portion on such as its surface towards top panel 3A and automatic teller machine left and right directions be formed abreast roughly rectangular bank note put into conveying end (below, by it also referred to as bank note mouth) 3AY, the bank note of conveying end 3AY for allowing client put into the bank note for depositing or to take away for withdrawing the money put into by described bank note.

Further, be such as configured with touch-screen 4 in the center front portion on its surface towards top panel 3A, described touch-screen 4 can show the touch operation for guiding the various transaction step navigational figure of transaction step and confession to carry out effects on surface.

By the way, shutter opening and closing portion is configured with at the left rear end portion at the back side towards top panel 3A of automatic teller machine housing 2, described shutter opening and closing portion has gate (below, by it also referred to as coin mouth gate) 5, and described gate 5 is for opening wide coin mouth 3AX and closing.

In addition, shutter opening and closing portion is configured with at the right rear end portion at the back side towards top panel 3A of automatic teller machine housing 2, described shutter opening and closing portion has gate (below, by it also referred to as bank note mouth gate) 6, and described gate 6 is for opening wide bank note mouth 3AY and closing.

On the other hand, receive guests surface in panel 3 towards front side towards front panel 3B such as at the place that keeps left of the central portion on its surface, be formed with roughly rectangular bankbook abreast with automatic teller machine left and right directions and insert discharge orifice (below, by it also referred to as bankbook mouth) 7, described bankbook inserts discharge orifice 7 for inserting for bankbook when concluding the business and discharging.

In addition, towards front panel 3B such as at the place that keeps right of the central portion on its surface, be formed with roughly rectangular the card abreast with automatic teller machine left and right directions and insert discharge orifice (below, by it also referred to as bayonet socket) 8, described card inserts discharge orifice 8 for inserting when concluding the business for the card such as cash card or credit card and discharge.

According to said structure, automated teller machine 1 makes touch-screen 4 show transaction step navigational figure, and the touch operation on the surface of touch-screen 4 is suitably switched in the transaction step navigational figure of display on this touch-screen 4 according to client.

Further, the automated teller machine 1 transaction step navigational figure be presented at by suitably switching on touch-screen 4 come direct customers carry out coin and/or bank note stored in deposit or the step of the desired transaction such as to withdraw the money of taking-up of coin and/or bank note.

Thus, automated teller machine 1 allows client bankbook or card are inserted in bankbook mouth 7 or bayonet socket 8 according to the guiding of transaction step.

Then, automated teller machine 1 allows client the coin of deposit or bank note be put in coin mouth 3AX or bank note mouth 3AY according to the guiding of transaction step when depositing.

In addition, automated teller machine 1 allows client the coin of withdrawing the money or bank note be taken away from coin mouth 3AX or bank note mouth 3AY according to the guiding of transaction step when withdrawing the money.

Further, bankbook or card are discharged by automated teller machine 1 from bankbook mouth 7 or bayonet socket 8, and allow client this bankbook or card be taken away according to the guiding of transaction step.

Like this, automated teller machine 1 can carry out the deposit of the cash (that is, coin or bank note) desired by client or the transaction such as to withdraw the money.

(1-2) inner structure of automated teller machine

Below, the inner structure of automated teller machine 1 is described.By the way, below, as the inner structure of automated teller machine 1, for simplicity, the deposit of the bank note as cash and relevant structure of withdrawing the money are described, to the deposit of the coin as cash with withdraw the money incomplete structure explanation relevant.

As shown in Figure 2, be accommodated with towards the position left lower corner on the lower of top panel 3A the control unit 10 this automated teller machine 1 whole being carried out to overall control at the ratio of the automatic teller machine housing 2 of automated teller machine 1.

In addition, be accommodated with note processing unit 11 at the ratio of automatic teller machine housing 2 towards the end, bottom right on the lower, position of top panel 3A, described note processing unit 11 performs the deposit process of bank note and process of withdrawing the money according to the control of control unit 10.

As shown in Figure 3, note processing unit 11 has the housing (, by it also referred to as unit housings) 12 of roughly box below.

And, in unit housings 12, forward corner of such as going up immediately below the shutter opening and closing portion 13 with above-mentioned bank note mouth gate 6 is configured with bank note junction 14, described bank note junction 14 for by bank note mouth 3AY from client there receive deposit bank note, maybe give client by the bank note of withdrawing the money.

In addition, the below of retreading of the such as bank note junction 14 in unit housings 12 is configured with discriminating portion 15, and described discriminating portion 15 is for differentiating the face amount of bank note and/or state etc.

Further, be configured with interim reserve part 16 above the retreading of the such as discriminating portion 15 in unit housings 12, described interim reserve part 16 retains this deposit provisionally for keeping bank note when depositing.

Further, the below of the such as interim reserve part 16 in unit housings 12 is accommodated with bill storage 17, and described bill storage 17 is for receiving the bank note of such exception such as the bank note of damaged bank note and/or warpage.

By the way, in the following description, by the bank note of exception such to the bank note of breakage and/or the bank note of warpage etc. suitably with deposit with and the bank note of withdrawing the money to differentiate and also referred to as rejecting bank note.

In addition, in the following description, by be used for receiving reject bank note bill storage 17 especially also referred to as rejection storehouse 17.

And, such as bottom in unit housings 12 (namely, bank note junction 14, discriminating portion 15 and reject the downside in storehouse 17), multiple bill storage 18 to 22 is fixedly installed in the mode arranged in turn from front to back, described multiple bill storage 18 to 22 is at par receiving multiple bank note (that is, receiving the bank note of specific a kind of face amount respectively) of depositing and withdrawing.

In addition, in unit housings 12, be configured with between the bank note junction 14 and discriminating portion 15 of upper front end delivery section (below, by it also referred to as front side delivery section) 25, described delivery section 25 has conveying guiding piece, conveying roller, multiple transport road forming member such as throughput direction switching blade and conveying motor etc.

Front side delivery section 25 forms transport road (below, by it also referred to as front side bank note transport road) 25A, described transport road 25A by multiple transport road forming member and carries bank note for suitably switching conveying destination.Further, front side bank note transport road 25A is connected with bank note junction 14 and discriminating portion 15.

In addition, in unit housings 12, the bank note junction 14 of upper end, discriminating portion 15, interim reserve part 16 and rejecting to be configured with between storehouse 17 delivery section (below, by it also referred to as upside delivery section) 26, described delivery section 26 has conveying guiding piece, conveying roller, multiple transport road forming member such as throughput direction switching blade and conveying motor etc.

Upside delivery section 26 forms transport road (below, by it also referred to as upside bank note transport road) 26A, described transport road 26A by multiple transport road forming member and carries bank note for suitably switching conveying destination.

Further, upside bank note transport road 26A and bank note junction 14, discriminating portion 15, interim reserve part 16 and reject storehouse 17 and be connected.

And, in unit housings 12, central portion place discriminating portion 15, reject storehouse 17, front side delivery section 25 and be configured with between upside delivery section 26 and multiple bill storage 18 to 22 delivery section (below, by it also referred to as central delivery section) 27, described delivery section 27 has conveying guiding piece, conveying roller, multiple transport road forming member such as throughput direction switching blade and conveying motor etc.

Central authorities' delivery section 27 forms transport road (below, by it also referred to as central bank note transport road) 27A, described transport road 27A by multiple transport road forming member and carries bank note for suitably switching conveying destination.

Further, central bank note transport road 27A is connected with front side bank note transport road 25A, upside bank note transport road 26A and multiple bill storage 18 to 22.

In addition, front side delivery section 25, upside delivery section 26 and central delivery section 27 carry rectangular bank note by front side bank note transport road 25A, upside bank note transport road 26A and central bank note transport road 27A by such as following conveying posture: make bank note minor face be positioned at left side and make another minor face make a long limit towards throughput direction with being positioned at right side (that is, make the long side direction of bank note and automatic teller machine left and right directions almost parallel).

In addition, in the following description, by the long side direction (that is, parallel with the long limit of bank note direction) of bank note also referred to as bank note long side direction, by the short side direction (that is, parallel with the minor face of bank note direction) of this bank note also referred to as bank note short side direction.

Therefore, note processing unit 11 in bank note junction 14, discriminating portion 15, interim reserve part 16, to reject bank note in storehouse 17 and multiple bill storage 18 to 22 by its conveying posture to make a minor face be positioned at left side and the posture making another minor face be positioned at right side (that is, make bank note long side direction and automatic teller machine left and right directions almost parallel) processes.

In fact, when carrying out the deposit of bank note, bank note mouth gate 6 is opened by shutter opening and closing portion 13 and impels client to be put in bank note mouth 3AY by the bank note of deposit by control unit 10.

Now, when the bank note that one or more deposits is put into after in bank note mouth 3AY by client, control unit 10 receives the bank note of this deposit by bank note junction 14, and is sent one by one from this bank note junction 14 by the bank note of this deposit.

In addition, the bank note sent one by one from bank note junction 14 is carried to discriminating portion 15 by front side bank note transport road 25A by control unit 10, differentiates in this discriminating portion 15 to the face amount of this bank note and/or state etc.

Consequently, for being differentiated as normal and bank note that is that send by discriminating portion 15, this bank note to be transported in interim reserve part 16 by upside bank note transport road 26A and to keep provisionally by control unit 10, thus retains the deposit of this bank note.

In addition, for being differentiated that by discriminating portion 15 control unit 10 it can be used as rejection bank note to carry in the mode being back to bank note junction 14 by upside bank note transport road 26A in order to be abnormal due to damaged and/or warpage etc. and the bank note sent.

Further, bank note mouth gate 6 is opened by shutter opening and closing portion 13 by control unit 10, by bank note mouth 3AY, the mode that rejection bank note is taken away from bank note junction 14 is returned to client to allow client.

Like this, after all being differentiated by the bank note of the deposit be put in bank note mouth 3AY in discriminating portion 15, control unit 10 is identified as the total value (amount of money of namely depositing) of normal bank note to client's prompting by touch-screen 4.

Consequently, after the client confirming amount deposited to indicate the deposit of bank note by touch-screen 4, the bank note temporarily kept is sent one by one by control unit 10 from interim reserve part 16.

Now, the bank note sent one by one from interim reserve part 16 is carried to discriminating portion 15 by upside bank note transport road 26A by control unit 10, again differentiates the face amount and state etc. of this bank note in this discriminating portion 15.

And, for being differentiated that by discriminating portion 15 this bank note is sequentially carried by front side bank note transport road 25A and central bank note transport road 27A and received by control unit 10 in the bill storage 18 to 22 corresponding to the face amount of this bank note for normal and bank note that is that send.

But, now, for the bank note being differentiated by discriminating portion 15 to send for exception, this bank note is sequentially received to conveying in rejection storehouse 17 by front side bank note transport road 25A, central bank note transport road 27A and upside bank note transport road 26A as rejection bank note by control unit 10, thus withdrawing the money after not using it for.

Like this, control unit 10 can perform the deposit process of bank note and carry out the deposit of the bank note as the transaction desired by client in note processing unit 11.

On the other hand, when carrying out the withdrawing the money of bank note, such as, after client to specify the amount of money of withdrawing the money by touch-screen 4, the bank note of the amount of money that client specifies by control unit 10 is sent one by one from multiple bill storage 18 to 22.

Now, the bank note sent one by one from multiple bill storage 18 to 22 is sequentially passed through central bank note transport road 27A and front side bank note transport road 25A and carries to discriminating portion 15 by control unit 10, differentiates in this discriminating portion 15 to the face amount of bank note and/or state etc.

Consequently, for being differentiated that by discriminating portion 15 this bank note is transported to bank note junction 14 by upside bank note transport road 26A by control unit 10 for normal and bank note that is that send.

But now, for being differentiated as exception and the bank note sent by discriminating portion 15, control unit 10 it can be used as to be rejected bank note and is transported to reject in storehouse 17 by upside bank note transport road 26A and receives, thus withdrawing the money after not using it for.

Further, after being carried to bank note junction 14 by the bank note being designated as the amount of money of withdrawing the money, bank note mouth gate 6 is opened by shutter opening and closing portion 13 by control unit 10.

Thus, the bank note that control unit 10 allows client this is designated as the amount of money of withdrawing the money by bank note mouth 3AY is taken away and pays from bank note junction 14.

Like this, control unit 10 can perform withdraw the money process and the withdrawing the money of bank note of carrying out as the transaction desired by client of bank note in note processing unit 11.

(1-3) structure of bill storage

Below, the structure of multiple bill storage 18 to 22 is described.Wherein, multiple bill storage 18 to 22 is similarly formed.

Therefore, below, the structure of a bill storage 18 is described, to the incomplete structure explanation of other bill storage 19 to 22.

As shown in Figure 4 and Figure 5, bill storage 18 has the housing (, by it also referred to as collecting storage facility housing) 30 of roughly box below.

Collecting storage facility housing 30 has the base plate 30A of such as long along automatic teller machine left and right directions roughly rectangular flat plate shape, the width of this base plate 30A (namely, the length of automatic teller machine left and right directions) be chosen to be the specified length of this long length of side of the longest bank note in long limit in the bank note of all size processed than automated teller machine 1 (, by it also referred to as the longest bank note in long limit) below.

In addition, the depth of the base plate 30A of collecting storage facility housing 30 (namely, the length of automatic teller machine fore-and-aft direction) be chosen to be the long specified length of this minor face of the longest bank note of minor face in the bank note of all size processed than automated teller machine 1 (, by it also referred to as the longest bank note of minor face) below.

And, collecting storage facility housing 30 also has left side board 30B and the right side board 30C of such as long along automatic teller machine above-below direction roughly rectangular flat plate shape, the height (that is, the length of automatic teller machine above-below direction) of this left side board 30B and right side board 30C is selected to specified length.

In addition, the left side board 30B of collecting storage facility housing 30 and the depth (that is, the length of automatic teller machine fore-and-aft direction) of right side board 30C are selected to the specified length longer than the depth of base plate 30A.

Further, the left side board 30B of collecting storage facility housing 30 is configured to: the front end of its front end and base plate 30A at grade and rearward end is more outstanding backward than the rear end of this base plate 30A and the part of the front side of lower end is engaged with the left end of base plate 30A.

In addition, the right side board 30C of collecting storage facility housing 30 is configured to: at grade, and rearward end is more outstanding backward than the rear end of this base plate 30A and the part of the front side of lower end is engaged with the right-hand member of base plate 30A in the front end of its front end and base plate 30A.

And, collecting storage facility housing 30 also has the header board 30D of such as long along automatic teller machine above-below direction roughly rectangular flat plate shape, the width (that is, the length of automatic teller machine left and right directions) of this header board 30D is selected to the specified length roughly equal with the width of base plate 30A.

In addition, the height (that is, the length of automatic teller machine above-below direction) of the header board 30D of collecting storage facility housing 30 is selected to the specified length roughly equal with the height of left side board 30B and right side board 30C.

Further, the header board 30D of collecting storage facility housing 30 is configured to: its lower end is engaged with the front end of base plate 30A, and its left end and right-hand member are engaged with the front end of left side board 30B and right side board 30C.

And, collecting storage facility housing 30 also has the rear plate 30E of such as long along automatic teller machine above-below direction roughly rectangular flat plate shape, the width (that is, the length of automatic teller machine left and right directions) of this rear plate 30E is selected to the specified length roughly equal with the width of base plate 30A.

In addition, the height (that is, the length of automatic teller machine above-below direction) of the rear plate 30E of collecting storage facility housing 30 is selected to the specified length slightly lower than the height of header board 30D.

Further, the rear plate 30E of collecting storage facility housing 30 is configured to: with the posture parallel with header board 30D, its lower end is engaged with the rear end of base plate 30A, and left end and right-hand member are engaged with the opposed locations of left side board 30B and right side board 30C.

Thus, collecting storage facility housing 30 formed directly over base plate 30A by the leading section of the leading section of left side board 30B, right side board 30C, header board 30D and rear plate 30E around the roughly rectangular-shaped bank note containing space long along automatic teller machine above-below direction.

Further, the incorporating section 31 for receiving multiple bank note is had at the bank note containing spatial placement of bill storage 18.

In addition, bill storage 18 is provided with and is taken into unloading part 32, bank note for being taken in bank note containing space by the bank note transported by central bank note transport road 27A, and is passed out to central bank note transport road 27A from this bank note containing space by the described unloading part 32 that is taken into.

Incorporating section 31 has the platform portion 35 of such as roughly rectangular flat plate shape, and bank note is placed in one side 35A in mode overlapping in turn by this portion 35 in the bank note containing space formed at collecting storage facility housing 30.

The size of the one side 35A in platform portion 35 is selected to: the bank note of all size that automated teller machine 1 processes all can load the size of superincumbent such as slightly large than the size of the one side of maximum bank note regulation like that.

That is, the specified length that the long limit that the length of the long side direction (below, by it also referred to as platform minister edge direction) in platform portion 35 is selected to the longest bank note in long limit in the bank note of all size processed than automated teller machine 1 is slightly grown.

In addition, the specified length that the minor face that the length of the short side direction (below, by it also referred to as platform portion short side direction) in platform portion 35 is selected to the longest bank note of minor face in the bank note of all size processed than automated teller machine 1 is slightly grown.

Further, platform portion 35 is to make platform minister edge direction parallel with automatic teller machine left and right directions and the posture making one side 35A be in level towards direction on automatic teller machine is incorporated in bank note containing space.

In addition, incorporating section 31 also has: the not shown CD-ROM drive motor that is elevated for making platform portion 35 (below, by it also referred to as platform portion CD-ROM drive motor); With the platform portion lifting unit of not shown regulation.

Thus, when bank note is taken into or when bank note sends, control unit 10 makes the action in incorporating section 31 of platform portion CD-ROM drive motor, thus can be made platform portion 35 in bank note containing space towards direction on automatic teller machine, the posture of maintenance level rises and declines (that is, making it move to direction under direction on automatic teller machine and automatic teller machine) with its one side 35A by platform portion lifting unit.

And, incorporating section 31 is provided with the bank note be made up of luminous element and photo detector and arrives test section 36, described bank note arrives test section 36 for whether being arrived such as bank note and be taken into position to being positioned at uppermost bank note (below, by it also referred to as upper bank note) in the bank note that is positioned on the one side 35A in platform portion 35 and detect.

Thus, control unit 10 can arrive test section 36 when such as bank note is taken into by bank note and detect upper bank note and whether arrive bank note and be taken into position, and carrys out control desk portion CD-ROM drive motor according to this testing result and the position in platform portion 35 is adjusted to being taken into for bank note.

On the other hand, be taken into unloading part 32 and there is a pair conveying guiding piece 40,41.By the way, in the following description, by a conveying guiding piece 40 in a pair conveying guiding piece 40,41 also referred to as the first conveying guiding piece 40, by another conveying guiding piece 41 also referred to as the second conveying guiding piece 41.

First conveying guiding piece 40 is formed as such as roughly S letter stencil shape, and its width is selected to the specified length roughly equal with the width of the base plate 30A of collecting storage facility housing 30.

In addition, the second conveying guiding piece 41 is formed as such as roughly J letter stencil shape, and its width is selected to the specified length roughly equal with the width of the base plate 30A of collecting storage facility housing 30.

And, first conveying guiding piece 40 is configured to: such as between the rear upper end and the rear upper end of right side board 30C of the left side board 30B of collecting storage facility housing 30, one end of this first conveying guiding piece 40 is positioned near the rear upper angle of left side board 30B and right side board 30C, and makes the upper-end contact of the rear plate 30E of the other end and collecting storage facility housing 30.

In addition, second conveying guiding piece 41 is configured to: such as between the rear upper end and the rear upper end of right side board 30C of the left side board 30B of collecting storage facility housing 30, make one end of this second conveying guiding piece 41 be positioned at the position of side more forward than one end of the first conveying guiding piece 40, and make the other end be positioned at the upside of the other end of the first conveying guiding piece 40.

That is, the first conveying guiding piece 40 and the second conveying guiding piece 41 are configured to: between the rear upper end and the rear upper end of right side board 30C of the left side board 30B of collecting storage facility housing 30, make one side sky each other with opening specified gap close.

Thus, be taken into unloading part 32 to be formed to be taken between the rear upper end and the rear upper end of right side board 30C of the left side board 30B of collecting storage facility housing 30 and to send road 42, described in be taken into and send road 42 for carrying bank note to be used for being taken into and sending central bank note transport road 27A and bank note containing spatial joins by the first conveying guiding piece 40 and the second conveying guiding piece 41.

By the way, in the following description, to a peristome of the central bank note transport road 27A side sending the outside leaning on bill storage 18 in road 42 be taken into also referred to as outer openings portion, will by another peristome of the side, bank note containing space of the inside of this bill storage 18 also referred to as inner side peristome.

In addition, be taken into unloading part 32 and have 2 S. A.s 43,44, described 2 S. A.s 43,44 have such as long than the width of the base plate 30A of collecting storage facility housing 30 specified length.

By the way, in the following description, by a S. A. 43 in 2 S. A.s 43,44 of specified length long for the width of the base plate 30A than collecting storage facility housing 30 also referred to as the first S. A. 43, by another S. A. 44 also referred to as the second S. A. 44.

And, be taken into the S. A. 45 that unloading part 32 has such as roughly equal with the width of the base plate 30A of collecting storage facility housing 30 length, and there are 2 S. A.s 46 (only illustrate a side, the opposing party is not shown) of the specified length shorter than the width of this base plate 30A.

By the way, in the following description, by the S. A. 45 of length roughly equal for the width of the base plate 30A with collecting storage facility housing 30 also referred to as the 3rd S. A. 45.

In addition, in the following description, by a S. A. 46 in 2 S. A.s 46 of such as short than the width of the base plate 30A of collecting storage facility housing 30 specified length also referred to as the 4th S. A. 46, by another S. A. also referred to as the 5th S. A..

Further, be taken into unloading part 32 and there is a pair clutch shaft bearing portion (not shown) such as near the upside of the other end at the second conveying guiding piece 41 arranged opposite, the inside face place of the inside face of the rear upper end of the left side board 30B of collecting storage facility housing 30 and the rear upper end of right side board 30C.

In addition, the such as left side board 30B of collecting storage facility housing 30 and clutch shaft bearing portion run through accordingly and are provided with the first axle and run through patchhole portion (not shown).

Thus, first S. A. 43 is contained storehouse housing 30 and supports to and can be rotated to a hand of rotation shown in the arrow d1 in figure and another hand of rotation in contrast with the posture parallel with automatic teller machine left and right directions by a pair clutch shaft bearing portion, and the left side of side plate 30B is outstanding left through the first axle runs through patchhole portion to make an end.

In addition, the first S. A. 43 such as from the center between the left side board 30B and right side board 30C of collecting storage facility housing 30 to the left and right equally spaced assigned position be fixedly installed bank note and be taken into 2 rollers (below, by them also referred to as feed rolls) 50,51 sent.

That is, these 2 feed rolls 50,51 are being inserted under the state run through in the hole portion being arranged at 2 feed rolls 50,51 respective centers, are fixedly installed on the first S. A. 43 in the mode rotated integratedly with this first S. A. 43.

2 feed rolls 50,51 have the equal width of regulation, and have the equal external diameter of regulation, such as, to be formed with the recess of a week along this outer peripheral face in an end of Width and the other end at outer peripheral face respectively.

Further, in the respective outer peripheral face of 2 feed rolls 50,51, established part is on the lower sent in road 42 by running through the hole portion (not shown) that is arranged at the second conveying guiding piece 41 accordingly with this established part and enter into be taken into.

And, between the left side board 30B of the such as collecting storage facility housing 30 on the first S. A. 43 and right side board 30C, the more right side of the feed rolls 51 on more left side and the right side of the feed rolls 50 in left side respectively empty open regulation interval and be fixedly installed roller (below, by them also referred to as help roll) 52,53, being taken into and sending for auxiliary bank note of described roller 52,53.

That is, these 2 help rolls 52,53 are being inserted under the state run through in the hole portion being arranged at 2 help rolls 52,53 respective centers, are fixedly installed on the first S. A. 43 in the mode rotated integratedly with this first S. A. 43.

2 help rolls 52,53 are benchmark relative to the length being fixedly installed this long limit of bank note that in the bank note of all size that position processes with such as automated teller machine 1, long limit is the shortest (, by it also referred to as the shortest bank note in long limit) below of the first S. A. 43 and suitably select.

Namely, being selected to relative to the position that is fixedly installed of the first S. A. 43 of 2 help rolls 52,53, even if when by be taken into send road 42 and carry long limit the shortest bank note, also with an end of bank note long side direction in the one side of the shortest bank note in long limit during conveying and the other end (that is, than pair of short edges assigned position in the inner part) opposed.

In addition, 2 help rolls 52,53 have the equal width of regulation, and have the external diameter equal with the external diameter of feed rolls 50,51 (that is, the external diameter of the protuberance of outer peripheral face).

Further, 2 help rolls 52,53 also to make in respective outer peripheral face established part on the lower enter into be taken into by the hole portion (not shown) running through accordingly to be arranged at the second conveying guiding piece 41 with this established part and send in road 42.

Like this, 2 feed rolls, 50,51 and 2 help rolls 52,53, under making the established part of downside enter into the state being taken into and sending in road 42 respectively, are arranged to be taken in the mode that can rotate to a hand of rotation and another hand of rotation integratedly with the first S. A. 43 and send road 32.

In addition, be taken into unloading part 32, at the inside face of the inside face of the rear upper end of the left side board 30B of such as collecting storage facility housing 30 and the rear upper end of right side board 30C, there are a pair second bearing portions (not shown), described second bearing portion be configured in opposedly be in the first S. A. 43 roughly immediately below, the downside of the other end of the first conveying guiding piece 40.

Further, the such as left side board 30B of collecting storage facility housing 30 runs through accordingly with the second bearing portion be provided with the second axle and run through patchhole portion (not shown).

Thus, second S. A. 44 is contained storehouse housing 30 and is become by a pair second bearing portions can rotate to a hand of rotation and another hand of rotation with the posture support parallel with automatic teller machine left and right directions, and the left side of side plate 30B is outstanding left through the second axle runs through patchhole portion to make an end.

Part between the left side board 30B of the such as collecting storage facility housing 30 on the second S. A. 44 and right side board 30C, being fixedly installed 2 rollers that bank note is taken into (below, by them also referred to as being taken into roller) 55,56 with 2 feed rolls 50,51 opposed positions.

That is, these 2 are taken into roller 55,56 under being inserted into and running through and be arranged at 2 states be taken in the hole portion at roller 55,56 respective centers, are fixedly set in the second S. A. 44 in the mode rotated integratedly with this second S. A. 44.

2 are taken into the equal width that roller 55,56 has such as narrow than the width of feed rolls 50,51 regulation.

In addition, 2 are taken into roller 55,56 and have the equal external diameter such as specified, are formed with the recess of a week along this outer peripheral face respectively at outer peripheral face at the central portion of Width.

Further, 2 are taken into roller 55,56 and make the established part of top side in respective outer peripheral face enter into be taken into by the hole portion (not shown) running through accordingly to be arranged at the first conveying guiding piece 40 with this established part and send in road 42.

Thus, unloading part 32 is taken into being taken into the opposed protuberance and recess sending in road 42 and make 2 to be taken into the outer peripheral face of roller 55,56 and being slightly embedded in non-contacting state recess and the protuberance of the outer peripheral face of 2 feed rolls 50,51.

Like this, 2 are taken into roller 55,56 making the established part of upside enter into respectively to be arranged in the mode that can rotate to a hand of rotation and another hand of rotation integratedly with the second S. A. 44 under the state being taken into and sending in road 42 to be taken into unloading part 32.

In addition, between the left side board 30B of the such as collecting storage facility housing 30 on the second S. A. 44 and right side board 30C, be respectively arranged with 3 impellers 57 to 62 in the more left side being taken into roller 55 in left side and the interval being taken into the more right side as prescribed of roller 56 on right side.

In this case, such as opposed with between the feed rolls 50 in left side and help roll 52 assigned position on the second S. A. 44 is fixedly installed first impeller 57 being taken into roller 55 number to the left from left side.

In addition, the assigned position such as from the opposed position of the help roll 52 with left side slightly by a left side on the second S. A. 44, is provided with second impeller 58 being taken into roller 55 number to the left from left side in the mode that can rotate to a hand of rotation and another hand of rotation.

Namely, from left side be taken into roller 55 to the left several second impeller 58 be arranged on following assigned position relative to the second S. A. 44: even if when such as by be taken into send road 42 and carry long limit the shortest bank note, also with conveying time the shortest bank note in long limit another side (, face towards downside) in the end (that is, than the minor face assigned position in the inner part in left side) of bank note long side direction opposed.

Further, the assigned position of oblique downside, the left side of the such as help roll 52 in left side on the second S. A. 44 is fixedly installed the 3rd impeller 59 being taken into roller 55 number to the left from left side.

Like this, the position being taken into the more left side of roller 55 on the left of the ratio of the second S. A. 44,2 impellers 57,59 are fixed are arranged to rotate integratedly with this second S. A. 44 by running through the hole portion at the center being arranged at them.

In addition, the position being taken into the more left side of roller 55 on the left of the ratio of the second S. A. 44, between 2 impellers 57,59 being fixedly installed on this second S. A. 44,1 impeller 58 is configured to rotate to a hand of rotation and another hand of rotation by running through the hole portion of the heart disposed therein.

On the other hand, such as opposed with between the feed rolls 51 on right side and help roll 53 assigned position on the second S. A. 44 is fixedly installed first impeller 60 being taken into roller 56 number to the right from right side.

In addition, in the assigned position such as from the opposed position of the help roll 53 with right side slightly by the right side of the second S. A. 44, be provided with in the mode that can rotate to a hand of rotation and another hand of rotation and be taken into roller 56 several second impeller 61 to the right from right side.

Namely, from right side be taken into roller 56 to the right several second impeller 61 be arranged on following assigned position relative to the second S. A. 44: even if when such as by be taken into send road 42 and carry long limit the shortest bank note, also opposed with the other end (that is, than the minor face assigned position in the inner part on right side) of bank note long side direction in the another side of the shortest bank note in long limit during conveying.

Further, the assigned position of oblique downside, the right side of the such as help roll 53 on right side on the second S. A. 44 is fixedly installed the 3rd impeller 62 being taken into roller 56 number to the right from right side.

Like this, the position being taken into the more right side of roller 56 on the right side of the ratio of the second S. A. 44,2 impellers 60,62 are fixed are arranged to rotate integratedly with this second S. A. 44 by running through the hole portion at the center being arranged at them.

In addition, the position being taken into the more right side of roller 56 on the right side of the ratio of the second S. A. 44, between 2 impellers 60,62 being fixedly installed on this second S. A. 44,1 impeller 61 is configured to rotate to a hand of rotation and another hand of rotation by running through the hole portion of the heart disposed therein.

Here, 4 impellers 57,59,60,62 being fixedly set in the second S. A. 44 have main part 57A, 59A, 60A, 62A of ring-type respectively.

In addition, 4 impellers 57,59,60, the outer peripheral face of 62 respective main part 57A, 59A, 60A, 62A, the angular range of the regulation below 180 degree, as prescribed plant multiple blade 57B, 59B, 60B, the 62B with elastomeric strip in radially outstanding mode at equal intervals.

That is, 4 impellers 57,59,60, the part implanting of the outer peripheral face of 62 respective main part 57A, 59A, 60A, 62A has multiple blade 57B, 59B, 60B, 62B.

Further, because 4 impellers 57,59,60,62 are fixedly set in the second S. A. 44, therefore, multiple blade 57B, 59B, 60B, 62B are fixed relative to the position of this second S. A. 44.

Therefore, in the following description, the second S. A. 44 will be fixedly installed on and 4 impellers 57,59,60,62 be fixed relative to the position of this second S. A. 44 of multiple blade 57B, 59B, 60B, 62B are also called fixing impeller 57,59,60,62.

In fact, 4 impellers 57,59,60,62 are fixedly installed on the second S. A. 44 in the mode of the implanting position of multiple blade 57B, 59B, 60B, 62B roughly consistent (that is, make respectively multiple blade 57B, 59B, 60B, 62B outstanding to roughly same direction) respectively.

Further, main part 57A, 59A, 60A, 62A of 4 fixing impellers 57,59,60,62 have the equal width of regulation, and have the equal external diameter of the regulation being less than the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

In addition, such as, multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 have the equal length of regulation.

But, the length of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 is suitably selected to: the circle diameter that the track of the end of multiple blade 57B, 59B, 60B, 62B describes when together rotating with the second S. A. 44 is greater than the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

That is, the length of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 is suitably selected to: the length from the center of main part 57A, 59A, 60A, 62A to the end of multiple blade 57B, 59B, 60B, 62B is the specified length of being longer than the external diameter being taken into roller 55,56.

And, when 4 fixing impeller 57,59,60,62 and second S. A.s 44 together rotate, the terminal part of multiple blade 57B, 59B, 60B, 62B is sent in road 42 by running through the hole portion (not shown) that is arranged at the first conveying guiding piece 40 accordingly with the track of the plurality of blade 57B, 59B, 60B, 62B and suitably enter into be taken into.

In addition, when 4 fixing impeller 57,59,60,62 and second S. A.s 44 together rotate, the terminal part of multiple blade 57B, 59B, 60B, 62B is made suitably to enter into bank note containing space by running through the hole portion (not shown) of the rear plate 30E being arranged at collecting storage facility housing 30 accordingly with the track of the plurality of blade 57B, 59B, 60B, 62B.

On the other hand, 2 impellers 58,61 that can be arranged at the second S. A. 44 rotatably have main part 58A, 61A of ring-type respectively.

In addition, at the outer peripheral face of main part 58A, 61A of 2 impellers 58,61, the angular range of the regulation below 180 degree, as prescribed plant multiple blade 58B, the 61B with elastomeric strip in radially outstanding mode at equal intervals.

That is, 2 impellers 58,61 also plant multiple blade 58B, 61B in a part for the outer peripheral face of main part 58A, 61A in the same manner as impeller 57,59,60,62 fixing with 4.

Further, because 2 impellers 58,61 can rotate, therefore, it is possible to make multiple blade 58B, 61B relative to the change in location of this second S. A. 44 relative to the second S. A. 44.

Therefore, in the following description, the second S. A. 44 can be arranged at rotatably and multiple blade 58B, 61B can be made also to be called variable vane wheel 58,61 relative to 2 impellers 58,61 of the change in location of this second S. A. 44.

Main part 58A, 61A of 2 variable vane wheels 58,61 have such as equal with external diameter with the width of main part 57A, 59A, 60A, 62A of fixing impeller 57,59,60,62 width and external diameter.

In addition, such as, multiple blade 58B, 61B of 2 variable vane wheels 58,61 have the length equal with the length of multiple blade 57B, 59B, 60B, 62B of fixing impeller 57,59,60,62.

And, when 2 variable vane wheels 58,61 rotate centered by the second S. A. 44, the terminal part of multiple blade 58B, 61B is sent in road 42 by running through the hole portion (not shown) that is arranged at the first conveying guiding piece 40 accordingly with the track of the plurality of blade 58B, 61B and suitably enter into be taken into.

In addition, when 2 variable vane wheels 58,61 rotate centered by the second S. A. 44, the terminal part of multiple blade 58B, 61B is made suitably to enter into bank note containing space by running through the hole portion (not shown) of the rear plate 30E being arranged at collecting storage facility housing 30 accordingly with the track of the plurality of blade 58B, 61B.

In addition, the right of variable vane wheel 58 in the such as left side on the second S. A. 44 and the position roughly opposed with the help roll 52 in left side, be fixedly installed the jacking part 63 of the main part 63A with ring-type.

Namely, be inserted into the state in the hole portion at the center running through the main part 63A being arranged at jacking part 63 at the second S. A. 44 under, this jacking part 63 is fixedly installed on following assigned position in the mode rotated integratedly with the second S. A. 44: though when by be taken into send road 42 and carry long limit the shortest bank note, also opposed with an end (that is, than the minor face assigned position in the inner part in left side) of bank note long side direction in the another side of the shortest bank note in long limit during conveying.

The left border portion (that is, the edge of variable vane wheel 58 side) of the outer peripheral face of the such as main part 63A in jacking part 63, the angular range of the regulation below 180 degree is provided with the jack-up plate 63B of arc-shaped highlightedly.

And, jacking part 63 is fixed relative to the second S. A. 44 and is arranged to, the outstanding side (that is, making jack-up plate 63B give prominence to the outstanding side of multiple blade 57B, 59B, 60B, 62B) that multiple blade 57B, 59B, 60B, 62B of making jack-up plate 63B be positioned at 4 fixing impellers 57,59,60,62 give prominence to relative to this second S. A. 44.

In addition, the main part 63A of jacking part 63 such as has the width of the regulation of more than the width of help roll 52, and has the external diameter of the regulation being less than the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

But, the external diameter of the jack-up plate 63B of jacking part 63 (namely, length from the center of main part 63A to the outer peripheral face of jack-up plate 63B) be selected to such as roughly equal with the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

And, when jacking part 63 and the second S. A. 44 together rotate, jack-up plate 63B is made to send in road 42 by running through the hole portion (not shown) that is arranged at the first conveying guiding piece 40 accordingly with the track of this jack-up plate 63B and suitably enter into be taken into, and close to part on the lower in the left surface of help roll 52.

In addition, the left side of variable vane wheel 61 on the such as right side on the second S. A. 44 and the position roughly opposed with the help roll 53 on right side, be also fixedly installed the jacking part 64 of the main part 64A with ring-type.

Namely, be inserted into the state in the hole portion at the center running through the main part 64A being arranged at jacking part 64 at the second S. A. 44 under, this jacking part 64 is fixedly installed on following assigned position in the mode rotated integratedly with the second S. A. 44: though when by be taken into send road 42 and carry long limit the shortest bank note, also opposed with the other end (that is, than the minor face assigned position in the inner part on right side) of bank note long side direction in the another side of the shortest bank note in long limit during conveying.

The left border portion (that is, the edge of variable vane wheel 61 side) of the outer peripheral face of the such as main part 64A in jacking part 64, the angular range of the regulation below 180 degree is provided with the jack-up plate 64B of arc-shaped highlightedly.

And, jacking part 64 is also fixed relative to the second S. A. 44 and is arranged in the same manner as the jacking part 63 in above-mentioned left side, the outstanding side (that is, making jack-up plate 64B give prominence to the outstanding side of multiple blade 57B, 59B, 60B, 62B) that multiple blade 57B, 59B, 60B, 62B of making jack-up plate 64B be positioned at 4 fixing impellers 57,59,60,62 give prominence to relative to this second S. A. 44.

In addition, jacking part 64 is in the same manner as the jacking part 63 in above-mentioned left side, main part 64A such as has the width of the regulation of more than the width of help roll 53, and has the external diameter of the regulation being less than the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

But, jacking part 64 is in the same manner as the jacking part 63 in above-mentioned left side, the external diameter of jack-up plate 64B (namely, length from the center of main part 64A to the outer peripheral face of jack-up plate 64B) be selected to such as roughly equal with the external diameter (that is, the external diameter of the protuberance of outer peripheral face) being taken into roller 55,56.

And, when jacking part 64 and the second S. A. 44 together rotate, jack-up plate 64B is made to send in road 42 by running through the hole portion (not shown) that is arranged at the first conveying guiding piece 40 accordingly with the track of this jack-up plate 64B and suitably enter into be taken into, and close to part on the lower in the right flank of help roll 53.

Like this, 4 fixing impellers 57,59,60,62 are arranged at as follows and are taken into unloading part 32: the terminal part of the plurality of blade 57B, 59B, 60B, 62B suitably can be entered into making together to rotate with the second S. A. 44 under the roughly consistent state in the position of multiple blade 57B, 59B, 60B, 62B to be taken into send in road 42 and bank note containing space.

In addition, 2 variable vane wheels 58,61 are arranged at as follows and are taken into unloading part 32: can be rotated by the second S. A. 44 and the terminal part of multiple blade 58B, 61B suitably be entered into be taken into send in road 42 and bank note containing space.

Further, 2 jacking parts 63,64 are arranged at as follows and are taken into unloading part 32: this jack-up plate 63B, 64B can be made suitably to enter into be taken into and send in road 42 making together to rotate with the second S. A. 44 under the roughly consistent state in the position of jack-up plate 63B, 64B.

By the way, in the following description, the parts be taken into as bank note are fixedly installed on 2 of the second S. A. 44 to be taken into the fixing impeller of 55,56,4, roller 57,59,60,62 and 2 jacking parts 63,64 and to be referred to as and to be taken into being fixedly installed parts.

In addition, be taken into unloading part 32 to have such as at the inside face place of the inside face of the rear upper end of the left side board 30B of collecting storage facility housing 30 and the rear upper end of right side board 30C and the upside of retreading (in addition, the downside of retreading of the first S. A. 43) of the second S. A. 44 a pair the 3rd bearing portions (not shown) arranged opposite.

Thus, the 3rd S. A. 45 is supported for and can rotates to a hand of rotation and another hand of rotation through a pair the 3rd bearing portions with the posture parallel with automatic teller machine left and right directions by collecting storage facility housing 30.

On the 3rd S. A. 45 be such as fixedly installed with 2 feed rolls 50,51 opposed positions 2 rollers (below, by it also referred to as pressure roll) 68 (in the diagram only illustrate one, in Figure 52 all not shown), described 2 rollers 68 are for sandwiching bank note between these 2 feed rolls 50,51.

That is, under these 2 pressure rolls 68 are inserted into the state run through in the hole portion being arranged at the respective center of 2 pressure rolls 68 at the 3rd S. A. 45, the 3rd S. A. 45 is fixedly set in the mode rotated integratedly with the 3rd S. A. 45.

2 pressure rolls 68 have such as equal with the width of feed rolls 50,51 width.In addition, 2 pressure rolls 68 have the equal external diameter of regulation.

Further, 2 pressure rolls 68 make the established part of tiltedly upside before in respective outer peripheral face enter into be taken into by the hole portion (not shown) running through accordingly to be arranged at the first conveying guiding piece 40 with this established part and send in road 42.

Thus, unloading part 32 is taken into being taken into a part (that is, retread downside part) for the protuberance sending the outer peripheral face in road 42, a part for the outer peripheral face of 2 pressure rolls 68 being pressed on 2 feed rolls 50,51.

Like this, 2 pressure rolls 68 are under before making, tiltedly the established part of upside enters into the state being taken into and sending in road 42 respectively, be arranged on to be taken into send road 32 in the mode that can rotate to another hand of rotation contrary with the hand of rotation of these 2 feed rolls 50,51 and hand of rotation in linkage with the rotation to a hand of rotation and another hand of rotation of 2 feed rolls 50,51.

Further, be taken into unloading part 32 and there is a pair axle hold-down arm 69 (only illustrate 1 in the diagram, in Figure 52 all not shown).

For an axle hold-down arm 69, such as one end on the first S. A. 43 with non rotating (namely, do not bear the rotation of the first S. A. 43) mode be supported on the left side board 30B of collecting storage facility housing 30 inside face near assigned position, and make the other end be positioned at the front side of the first S. A. 43.

And, 4th S. A. 46 is with the posture parallel with automatic teller machine left and right directions, be supported on the other end of an axle hold-down arm 69 in the mode that can rotate to a hand of rotation and another hand of rotation, and make the right part of the 4th S. A. 46 opposed with the feed rolls 50 in left side.

In this case, the first S. A. 43, at the support section of an axle hold-down arm 69, is fixedly installed toothed belt in the mode rotated integratedly with this first S. A. 43 and takes turns 70.

In addition, the 4th S. A. 46, at the support section supported by an axle hold-down arm 69, is fixedly installed toothed belt in the mode rotated integratedly with the 4th S. A. 46 and takes turns 71.

Further, the scope erection taking turns the toothed belt wheel 71 of the 70 to the four S. A. 46 at the toothed belt from the first S. A. 43 being taken into unloading part 32 has the rotating band 72 of ring-type.

Thus, be taken into unloading part 32 and can make rotating to a hand of rotation identical with the hand of rotation of this first S. A. 43 and another hand of rotation in linkage with the rotation of another hand of rotation to a hand of rotation of the 4th S. A. 46 and the first S. A. 43.

And, such as opposed with the feed rolls 50 in left side position on the 4th S. A. 46 and the position opposed with the help roll 52 in left side be fixedly installed respectively roller (below, by it also referred to as pick-up roller) 73 (in the diagram only illustrate 1, in Figure 52 all not shown), described roller 73 sends road 42 for being passed out to by bank note to be taken into from bank note containing space.

That is, under these 2 pick-up rollers 73 are inserted into the state run through in the hole portion being arranged at the respective center of 2 pick-up rollers 73 at the 4th S. A. 46, the 4th S. A. 46 is fixedly set in the mode rotated integratedly with the 4th S. A. 46.

In addition, for another axle hold-down arm, such as one end on the first S. A. 43 with non rotating (namely, do not bear the rotation of the first S. A. 43) mode be supported for assigned position near the inside face of the right side board 30C of collecting storage facility housing 30, and make the other end be positioned at the front side of the first S. A. 43.

And, 5th S. A. is with the posture parallel with automatic teller machine left and right directions, be supported on the other end of another axle hold-down arm in the mode that can rotate to a hand of rotation and another hand of rotation, and make the left part of the 5th S. A. opposed with the feed rolls 51 on right side.

In this case, the first S. A. 43, at the support section of another axle hold-down arm, is fixedly installed toothed belt in the mode rotated integratedly with this first S. A. 43 and takes turns (not shown).

In addition, the 5th S. A., at the support section supported by another axle hold-down arm, is fixedly installed toothed belt in the mode rotated integratedly with the 5th S. A. and takes turns (not shown).

Further, be taken into unloading part 32 from the toothed belt of the first S. A. 43 take turns to the 5th S. A. toothed belt wheel scope erection have the rotating band of ring-type (not shown).

Thus, being taken into unloading part 32 can make the 5th S. A. in the same manner as the 4th S. A. 46, also rotates to a hand of rotation identical with the hand of rotation of this first S. A. 43 and another hand of rotation in linkage with the rotation to a hand of rotation and another hand of rotation of the first S. A. 43.

And, such as opposed with the feed rolls 51 on right side position on the 5th S. A. and the position opposed with the help roll 53 on right side are fixedly installed pick-up roller (not shown) respectively, and described pick-up roller is used for being passed out to by bank note to be taken into from bank note containing space sending road 42.

That is, under these 2 pick-up rollers are inserted into the state run through in the hole portion being arranged at 2 pick-up roller centers separately at the 5th S. A., the 5th S. A. is fixedly set in the mode rotated integratedly with the 5th S. A..

Like this, 4 pick-up rollers 73 send road 32 being arranged on to be taken into the mode rotated to a hand of rotation identical with the hand of rotation of this first S. A. 43 and another hand of rotation in linkage to the rotation of a hand of rotation and another hand of rotation of the first S. A. 43.

Further, be taken in unloading part 32, an end outstanding to the left at the left side board 30B from collecting storage facility housing 30 of the first S. A. 43 is fixedly installed the first driven wheel 75.

In addition, as shown in Figure 5 and Figure 6, be taken in unloading part 32, an end outstanding to the left at the left side board 30B from collecting storage facility housing 30 of the second S. A. 44 is provided with the second driven wheel 77 across free-wheel clutch 76, and this second driven wheel 77 is engaged with the first driven wheel 75, wherein, described free-wheel clutch 76 only rotates to a hand of rotation for making this second S. A. 44.

And, be taken into unloading part 32 and there is the not shown CD-ROM drive motor of the assigned position being such as arranged at bill storage 18 (below, by it also referred to as roller CD-ROM drive motor), to make 2 above-mentioned feed rolls 50,51 and 2 be taken into the various rollers such as roller 55,56 to rotate, the output shaft of this roller CD-ROM drive motor is linked with the second driven wheel 77 by multiple gear (not shown).

Thus, when bank note is taken into, when roller CD-ROM drive motor carries out action to be taken into bank note under the control of a control unit 10, be taken into unloading part 32 and being rotated through multiple gear of the output shaft of this roller CD-ROM drive motor can be passed to the second driven wheel 77, rotate to a hand of rotation to make this second driven wheel 77.

Further, be taken into unloading part 32 make by means of the effect of free-wheel clutch 76 second S. A. 44 and the second driven wheel 77 1 in the same way a hand of rotation rotate.

Therefore, be taken into unloading part 32 can make 2 of being arranged on the second S. A. 44 be taken into the fixing impeller of 55,56,4, roller 57,59,60,62 and 2 jacking part 63,64 and second S. A.s 44 1 in the same way a hand of rotation rotate to be taken into bank note, and make 2 variable vane wheels 58,61 also suitably rotate to hand of rotation as described later.

In addition, now, being taken into unloading part 32 can make the first driven wheel 75 engaged with the second driven wheel 77 rotate to another hand of rotation contrary with the hand of rotation of this second driven wheel 77.

Therefore, be taken into unloading part 32 can make the first S. A. 43 and the first driven wheel 75 1 in the same way another hand of rotation rotate to be taken into bank note, thus 2 feed rolls, 50,51 and 2 help rolls 52,53 making to be arranged at this first S. A. 43 also rotate to another hand of rotation to be taken into bank note.

Further, now, being taken into unloading part 32 can make 2 pressure rolls 68 rotate to be taken into bank note to a hand of rotation contrary with the hand of rotation of these 2 feed rolls 50,51 with the rotation to another hand of rotation of 2 feed rolls 50,51 in linkage.

On the other hand, when bank note is sent, when roller CD-ROM drive motor carries out action to send bank note under the control of a control unit 10, be taken into unloading part 32 and being rotated through multiple gear of the output shaft of this roller CD-ROM drive motor can be passed to the second driven wheel 77, rotate to another hand of rotation to make this second driven wheel 77.

But, even if the second driven wheel 77 rotates to another hand of rotation, be taken into unloading part 32 and also can keep by means of the effect of free-wheel clutch 76 makes the second S. A. 44 non rotating stopping.

Therefore, 2 that are taken into that unloading part 32 can make to be arranged at the second S. A. 44 are taken into the fixing impeller of 55,56,4, roller 57,59,60,62 and 2 jacking parts 63,64 also non rotating and keep stopping, and make 2 variable vane wheels 58,61 also non rotating and keep stopping as described later.

In addition, now, being taken into unloading part 32 can make the first driven wheel 75 engaged with the second driven wheel 77 rotate to a hand of rotation contrary with the hand of rotation of this second driven wheel 77.

Therefore, be taken into unloading part 32 can make the first S. A. 43 and the first driven wheel 75 1 in the same way a hand of rotation rotate to send bank note, thus 2 feed rolls, 50,51 and 2 help rolls 52,53 making to be arranged at this first S. A. 43 also rotate to a hand of rotation to send bank note.

Further, now, being taken into unloading part 32 can make 2 pressure rolls 68 rotate to send bank note to another hand of rotation contrary with the hand of rotation of these 2 feed rolls 50,51 with the rotation to a hand of rotation of 2 feed rolls 50,51 in linkage.

And, now, be taken into the hand of rotation that unloading part 32 can make 4 pick-up rollers 73 identical with the hand of rotation of this first S. A. 43 in the same way with the 5th S. A. one with the 4th S. A. 46 with the rotation to a hand of rotation of the first S. A. 43 in linkage to rotate, so that bank note is sent road 42 send from bank note containing space to being taken into.

By the way, be provided with the bank note that is made up of luminous element and photo detector by test section 80 being taken into unloading part 32, described bank note by test section 80 for being such as taken into and sending situation about passing through with or without bank note in road 42 and carry out optical detection at this by being taken into send when bank note is carried for being taken into and sending in road 42.

In addition, in the header board 30D of collecting storage facility housing 30 being taken into unloading part 32, carry guiding piece 40 and second to carry the other end of guiding piece 41 (namely with first, one end of side, bank note containing space) opposed position, by absorbing impact spring (not shown), stop part 81 being installed, colliding from the long limit being taken into the bank note that the inner side peristome sending road 42 is devoted to bank note containing space when described stop part 81 is for being taken into bank note and this bank note is stopped.

In addition, be taken into the position of rotation test section 86 that unloading part 32 (Fig. 6) has such as rotor 85 and roughly U-shaped, for controlling the rotation (stop position time that is, for controlling to make the rotation to a hand of rotation of the second S. A. 44 to stop) of the second S. A. 44.

Rotor 85 has the main part 85A of such as plain cushion round, is provided with the detected portion 85B of strip in a part for the periphery of this main part 85A highlightedly.

Further, rotor 85 to be fixedly installed in an end of the second S. A. 44 assigned position be between the outside face of the left side board 30B of collecting storage facility housing 30 and the second driven wheel 77 in the mode that this second S. A. 44 rotates integratedly by the hole portion at the center of main part 85A.

In addition, be embedded with luminous element at a such as arm of position of rotation test section 86, and opposedly with this luminous element (that is, so that the mode of the light that luminous element is launched can be received) be embedded with photo detector at another arm.

And, position of rotation test section 86 is such as arranged on the outside face of the left side board 30B of collecting storage facility housing 30, to make when a hand of rotation rotates in the same way for rotor 85 and the second S. A. 44 1, pass through in the groove portion of detected portion 85B between an arm and another arm of this rotor 85 (below, by it also referred to as detection groove portion).

Therefore, when control unit 10 makes the action of roller CD-ROM drive motor make the second S. A. 44 rotate to a hand of rotation to be taken into bank note, whether the detected portion 85B being carried out optical detection rotor 85 by position of rotation test section 86 is entered in detection groove portion.

Further, be taken into unloading part 32 pairs of bank note be taken into complete time, control unit 10 makes the action of roller CD-ROM drive motor stop according to being detected the detected portion 85B of rotor 85 to enter into the situation in detection groove portion by position of rotation test section 86.

In fact, when detecting the detected portion 85B of rotor 85 by position of rotation test section 86, control unit 10 makes multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64 send in road 42 and bank note containing space is dodged out from being taken into, and stops with the rotation to a hand of rotation of the action and the second S. A. 44 that make roller CD-ROM drive motor.

Further, even if roller CD-ROM drive motor carries out action to send bank note from halted state under the control of a control unit 10, be taken into unloading part 32 and also make the second S. A. 44 non rotating by the effect of free-wheel clutch 76 as described above and keep stopping.

Therefore, not only at roller CD-ROM drive motor stopping period, carrying out action with during sending bank note, be taken into unloading part 32 and also continue to make multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64 to send in road 42 and bank note containing space is dodged out from being taken into.

Than the above described structure, as shown in Figure 7, the assigned position of the outstanding side of multiple blade 61B of the left surface of the variable vane wheel 61 on the right side of being arranged in, be provided with the engagement section 61C be such as made up of the projection of fan-shaped, described engagement section 61C is for controlling the position relative to the second S. A. 44 of the plurality of blade 61B.

In addition, as shown in Figure 8, be positioned at right side jacking part 64 the right flank opposed with the left surface of variable vane wheel 61 by center (namely, the marginal portion in the hole portion at center) place, jack-up plate 64B projecting scope (namely, the angular range of the regulation of less than 180 degree) be provided with the engagement section 64C be such as made up of the projection of arc-shaped, described engagement section 64C is for controlling the position relative to the second S. A. 44 of multiple blade 61B of this variable vane wheel 61.

By the way, in the following description, will the engagement section 61C of variable vane wheel 61 be arranged at also referred to as blade-side engagement section 61C, will the engagement section 64C of jacking part 64 be arranged at also referred to as jack-up side engagement section 64C.

In addition, in the following description, end face 61CX, 64CX on a hand of rotation in blade-side engagement section 61C and jack-up side engagement section 64C are also all called end face 61CX, a 64CX, end face 61CY, 64CY of another hand of rotation are also all called other end 61CY, 64CY.

Further, jacking part 64 is fixedly set in the second S. A. 44 in the mode that the left surface of its right flank and variable vane wheel 61 is close.

Therefore, variable vane wheel 61 can rotate to a hand of rotation and another hand of rotation at the angular range of roughly 180 degree relative to the second S. A. 44, the angular range of described roughly 180 degree is following scope: contact (namely from the other end 64CY of the jack-up side engagement section 64C of the end face 61CX with jacking part 64 that make blade-side engagement section 61C, engaging) position contact the position of (that is, engaging) to the end face 64CX making the other end 61CY of blade-side engagement section 61C with the jack-up side engagement section 64C of this jacking part 64.

And, variable vane wheel 61 by relative to the second S. A. 44 relatively to a hand of rotation and another hand of rotation rotate and switch blade-side engagement section 61C relative to the jack-up side engagement section 64C of jacking part 64 contact site (namely, engaging position), thus the change in location relative to the second S. A. 44 of multiple blade 61B can be made.

In fact, when variable vane wheel 61 rotates to a hand of rotation relative to the second S. A. 44 and makes an end face 61CX of blade-side engagement section 61C contact with the other end 64CY of the jack-up side engagement section 64C of jacking part 64, multiple blade 61B can be made to be positioned at the outstanding side of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

In addition, when variable vane wheel 61 rotates to another hand of rotation relative to the second S. A. 44 and makes the other end 61CY of blade-side engagement section 61C contact with an end face 64CX of the jack-up side engagement section 64C of jacking part 64, multiple blade 61B can be made to be positioned at contrary side, the outstanding side of multiple blade 57B, 59B, 60B, 62B of impeller 57,59,60,62 fixing with 4 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

Further, the variable vane wheel 61 being in right side on the second S. A. 44 (Fig. 5 and Fig. 6) and being inserted in the hole portion of coil spring 87 than the part between its fixing impeller 62 on the right side.

Further, an end of coil spring 87 be inserted in the hole portion running through the right flank being arranged at variable vane wheel 61 or be hooked in the outer peripheral face being formed in its main part 61A assigned position groove portion etc. and engaging in this variable vane wheel 61.

In addition, the other end of coil spring 87 be inserted in the hole portion running through the left surface being arranged at fixing impeller 62 or be hooked in the outer peripheral face being formed in its main part 62A assigned position groove portion etc. and engaging in this fixing impeller 62.

Thus, coil spring 87 pairs of variable vane wheels 61 exert a force, and rotate relative to the second S. A. 44 to make variable vane wheel 61 to a hand of rotation.

Therefore, make also not apply to blade 61B such load of hindering it to rotate to a hand of rotation under its state rotating such external force to a hand of rotation if be not applied at variable vane wheel 61, then coil spring 87 can make variable vane wheel 61 rotate to a hand of rotation relative to the second S. A. 44.

But, variable vane wheel 61 be not applied to make to be applied with to blade 61B the such load hindering it to rotate to a hand of rotation under its state rotating such external force to a hand of rotation time, such application force that coil spring 87 pairs of variable vane wheels 61 apply to make it to stop to a hand of rotation rotation.

In other words, coil spring 87 exerts a force to make it rotate to a hand of rotation to variable vane wheel 61 with the application force that the elastic force had than multiple blade 61B (that is, the toughness of blade 61B) is little.

On the other hand, though do not illustrate especially, but the variable vane wheel 58 being positioned at left side is formed as having following shape: relative at the variable vane wheel 58 be positioned on the left of this imaginary plane vertical with automatic teller machine left and right directions with the middle position of variable vane wheel 61 on the right side of being positioned at, with the variable vane wheel be positioned on the right side of it 61 symmetries.

In addition, though do not illustrate especially, but the jacking part 63 being positioned at left side is also formed as having following shape: relative to the imaginary plane vertical with automatic teller machine left and right directions with the middle position of the jacking part 64 being positioned at right side in the jacking part 63 be positioned on the left of this, with 64, the jacking part be positioned on the right side of it symmetry.

Further, the jacking part 63 in left side is fixedly set in the second S. A. 44 in the mode that the right flank being provided with blade-side engagement section making to be provided with the left surface of engagement section, jack-up side and the variable vane wheel 58 in left side is close.

Therefore, variable vane wheel 58 can rotate to a hand of rotation and another hand of rotation at the angular range of roughly 180 degree relative to the second S. A. 44, and the angular range of described roughly 180 degree is following scope: the position contacted from the other end making an end face of blade-side engagement section with the engagement section, jack-up side of jacking part 63 is to the position of an end contact of the engagement section, jack-up side of the other end and this jacking part 63 that make blade-side engagement section.

And, variable vane wheel 58 is also in the same manner as the variable vane wheel 61 on right side, switch the contact site of the engagement section, jack-up side relative to jacking part 63 of blade-side engagement section by relatively rotating to a hand of rotation and another hand of rotation relative to the second S. A. 44, thus the change in location relative to the second S. A. 44 of multiple blade 58B can be made.

Namely, when variable vane wheel 58 rotates to a hand of rotation relative to the second S. A. 44 and makes an end face of blade-side engagement section contact with the other end of the engagement section, jack-up side of jacking part 63, multiple blade 58B can be made to be positioned at the outstanding side of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

In addition, when variable vane wheel 58 rotates to another hand of rotation relative to the second S. A. 44 and makes an end contact of the other end of blade-side engagement section and the engagement section, jack-up side of jacking part 63, multiple blade 58B can be made to be positioned at contrary side, the outstanding side of multiple blade 57B, 59B, 60B, 62B of impeller 57,59,60,62 fixing with 4 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

Further, the second S. A. 44 (Fig. 5) be in left side variable vane wheel 58 and than its side that keeps left fixing impeller 59 between part be also inserted in the hole portion of coil spring 88.

Further, an end of coil spring 88 be inserted in the hole portion running through the left surface being arranged at variable vane wheel 58 or be hooked in the outer peripheral face being formed in its main part 58A assigned position groove portion etc. and engaging in this variable vane wheel 58.

In addition, the other end of coil spring 88 be inserted in the hole portion running through the right flank being arranged at fixing impeller 59 or be hooked in the outer peripheral face being formed in its main part 59A assigned position groove portion etc. and engaging in this fixing impeller 59.

Thus, coil spring 88 pairs of variable vane wheels 58 exert a force, and rotate relative to the second S. A. 44 to make variable vane wheel 58 to a hand of rotation.

Therefore, make also not apply to blade 58B such load of hindering it to rotate to a hand of rotation under its state rotating such external force to a hand of rotation if be not applied at variable vane wheel 58, then coil spring 88 can make variable vane wheel 58 rotate to a hand of rotation relative to the second S. A. 44.

But, variable vane wheel 58 be not applied to make to be applied with to blade 58B the such load hindering it to rotate to a hand of rotation under its state rotating such external force to a hand of rotation time, coil spring 88 also applies to make it stop the such application force rotated to a hand of rotation to variable vane wheel 58 in the same manner as the coil spring 87 on above-mentioned right side.

In other words, coil spring 88 also exerts a force to make it rotate to a hand of rotation to variable vane wheel 58 with the application force that the elastic force had than multiple blade 58B (that is, the toughness of blade 58B) is little.

Thus, as shown in Fig. 9 A to Figure 10 B, make also not apply to blade 58B, 61B such load F1 of hindering it to rotate to a hand of rotation under its state rotating such external force to a hand of rotation if be not applied at 2 variable vane wheels 58,61, be then taken into unloading part 32 and by the directed force F 2 that utilizes coil spring 87,88 and apply, 2 variable vane wheels 58,61 rotated to a hand of rotation relative to the second S. A. 44.

Therefore, being taken into unloading part 32 makes an end face 61CX of the blade-side engagement section 61C of 2 variable vane wheels 58,61 contact with the other end 64CY of the jack-up side engagement section 64C of 2 jacking parts 63,64 and make multiple blade 58B, 61B of these 2 variable vane wheels 58,61 be positioned at the outstanding side (Fig. 9 A) of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

Further, when the second S. A. 44 carries out rotating in this condition, be taken into unloading part 32 and by the directed force F 2 utilizing coil spring 87,88 and apply, 2 variable vane wheels 58,61 rotated to a hand of rotation along with the rotation of this second S. A. 44.

Namely, now, being taken into unloading part 32 makes an end face 61CX of the blade-side engagement section 61C of these 2 variable vane wheels 58,61 contact with the other end 64CY of the jack-up side engagement section 64C of 2 jacking parts 63,64 and make multiple blade 58B, 61B be positioned at the outstanding side of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64, make in this condition 2 variable vane wheels 58,61 and second S. A. 44 1 in the same way a hand of rotation rotate (Fig. 9 B).

But, for being taken into unloading part 32, if apply the load F1 of directed force F more than 2 to blade 58B, 61B of 2 variable vane wheels 58,61 when the second S. A. 44 rotates to a hand of rotation, then the second S. A. 44 rotates to a hand of rotation, but 2 variable vane wheels 58,61 stop to the rotation of a hand of rotation.

Now, for being taken into unloading part 32, due to the second S. A. 44 and 2 jacking parts 63,64 1 be fixedly installed thereon in the same way a hand of rotation rotate, therefore, the other end 64CY of the jack-up side engagement section 64C of 2 jacking parts 63,64 is made little by little to leave an end face 61CX (Fig. 9 C) of the blade-side engagement section 61C of 2 variable vane wheels 58,61 corresponding to this rotation.

And, after the second S. A. 44 is relative to 2 variable vane wheels 58,61 roughly half rotation, is taken into unloading part 32 and an end face 64CX of the jack-up side engagement section 64C of 2 jacking parts 63,64 is contacted with the other end 61CY of the blade-side engagement section 61C of these 2 variable vane wheels 58,61.

Therefore, being taken into unloading part 32 makes multiple blade 58B, 61B of 2 variable vane wheels 58,61 be positioned at contrary side (Figure 10 A), the outstanding side of multiple blade 57B, 59B, 60B, 62B of impeller 57,59,60,62 fixing with 4 and jack-up plate 63B, 64B of 2 jacking parts 63,64.

In this condition, for being taken into unloading part 32, when the second S. A. 44 rotates to a hand of rotation further, utilize the jack-up side engagement section 64C of 2 jacking parts 63,64 to push the blade-side engagement section 61C of 2 variable vane wheels 58,61 to a hand of rotation corresponding to this rotation, with make this 2 variable vane wheels 58,61 and second S. A. 44 1 in the same way a hand of rotation rotate.

Namely, now, being taken into unloading part 32 makes an end face 64CX of the jack-up side engagement section 64C of 2 jacking parts 63,64 contact with the other end 61CY of the blade-side engagement section 61C of 2 variable vane wheels 58,61 and make multiple blade 58B, 61B be positioned at the outstanding side of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64, make in this condition 2 variable vane wheels 58,61 and second S. A. 44 1 in the same way a hand of rotation rotate (Figure 10 B).

And, when being taken into unloading part 32 and making the second S. A. 44 together stop to the rotation of a hand of rotation and the action of roller CD-ROM drive motor as described above, by the force of coil spring 87,88,2 variable vane wheels 58,61 are rotated to a hand of rotation relative to this second S. A. 44.

Thus, being taken into unloading part 32 can make multiple blade 58B, 61B of 2 variable vane wheels 58,61 be positioned at the outstanding side of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 and jack-up plate 63B, 64B of 2 jacking parts 63,64, also sends in road 42 and bank note containing space is dodged out from being taken into make multiple blade 58B, 61B of these 2 variable vane wheels 58,61.

In addition, when the second S. A. 44 rotates to hand of rotation, be taken into unloading part 32 and change with can making the location-appropriate relative to this second S. A. 44 of multiple blade 58B, 61B of 2 variable vane wheels 58,61 according to whether applying the load F1 of above-mentioned directed force F more than 2 to blade 58B, 61B of 2 variable vane wheels 58,61.

In fact, be taken into unloading part 32 (Fig. 4) such as the first conveying guiding piece 40 downside and at the rear side of the second S. A. 44, the stop part 90 along the long roughly strip of automatic teller machine left and right directions is configured to its one side to tilt towards the mode of front oblique downside.

And, the allocation position and the arrangement angles that are taken into this stop part 90 of unloading part 32 are suitably selected to, send in road 42 and bank note containing space is dodged out from being taken into when making multiple blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61, make the terminal part of multiple blade 57B to 62B press on the one side of stopper section 90 and be out of shape (that is, bending).

Namely, the allocation position and the arrangement angles that are taken into this stop part 90 of unloading part 32 are suitably selected to, when making multiple blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 send in road 42 and bank note containing space is dodged out from being taken into, the load F1 of above-mentioned directed force F more than 2 can be applied to this multiple blade 57B to 62B.

Therefore, as shown in Figure 11 A to Figure 12 C, when the stopping with the roller CD-ROM drive motor in order to be taken into bank note and action correspondingly making the second S. A. 44 stop to the rotation of a hand of rotation, being taken into unloading part 32 and making multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 send in road 42 and bank note containing space is dodged out from being taken into.

Thus, be taken into unloading part 32 be directed to each fixing impeller 57,59,60,62 and the terminal part of blade 57B, 59B, 60B, the 62B of the front side (below, by it also referred to as rotating front side) when such as rotating to hand of rotation is pressed on stop part 90 respectively and makes it bend.

In addition, now, same to the situation described in Fig. 9 A with above, being taken into unloading part 32 makes 2 variable vane wheels 58,61 rotate to a hand of rotation relative to the second S. A. 44 by the force of coil spring 87,88, sends in road 42 and bank note containing space is dodged out to make multiple blade 58B, 61B of these 2 variable vane wheels 58,61 from being taken into.

Therefore, be taken into unloading part 32 to be directed to each variable vane wheel 58,61 and the terminal part of blade 58B, a 61B such as rotating front side to be pressed on stop part 90 and makes it bend, stop (Figure 11 A) to the rotation of a hand of rotation to make these 2 variable vane wheels 58,61.

In this condition, be taken in unloading part 32, when roller CD-ROM drive motor in order to be taken into bank note and action thus the second S. A. 44 rotates to a hand of rotation time, about 2 variable vane wheels 58,61, with above in the same manner as the situation described in Fig. 9 C, by pressing stop part 90 to blade 58B, 61B applied load F1, thus it is made not rotate to a hand of rotation.

Therefore, now, be taken into unloading part 32 utilize the propulsive effort of roller CD-ROM drive motor make 4 fixing impellers, 57,59,60,62 and 2 jacking part 63,64 and second S. A.s 44 1 in the same way a hand of rotation rotate.

Therefore, now, being taken into unloading part 32 makes the terminal part of multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 sending (Figure 11 B) in road 42 from rotating to return to original shape and enter into be taken into after most front makes to pass through with bending for the time being with the contact position of stop part 90 in turn.

Like this, be taken into make under the state that unloading part 32 makes the rotation of 2 variable vane wheels 58,61 stop 4 fixing impellers, 57,59,60,62 and 2 jacking part 63,64 and second S. A.s 44 1 in the same way hand of rotation rotate roughly 180 spend time, multiple blade 57B, 59B, 60B, 62B of these 4 fixing impellers 57,59,60,62 are all entered into be taken into send any one of in road 42 and bank note containing space, and make jack-up plate 63B, 64B of 2 jacking parts 63,64 enter into be taken into and send in road 42.

Now, be taken in unloading part 32,2 variable vane wheels 58,61 stopped the rotation and becoming and the above position relationship same to the situation described in Figure 10 A with the second S. A. 44 12 jacking parts 63,64 that hand of rotation rotates in the same way.

Therefore, be taken in unloading part 32, multiple blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 expand radially (Figure 11 C) at the complete cycle (that is, the scope of 360 degree) of the second S. A. 44.

And, be taken in unloading part 32, when 4 fixing impellers, 57,59,60,62 and 2 jacking part 63,64 and second S. A.s 44 together rotate to a hand of rotation further, with above in the same manner as the situation described in Figure 10 B, variable vane wheel 58,61 also together starts with the second S. A. 44 to rotate to a hand of rotation.

That is, under being taken into the state that unloading part 32 makes multiple blade 57B to 62B expand radially in the complete cycle scope of the second S. A. 44,4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 are rotated to a hand of rotation.

Thus, being taken into unloading part 32 makes the terminal part of multiple blade 58B, 61B of 2 variable vane wheels 58,61 sending (Figure 12 A) in road 42 from rotating to return to original shape and enter into be taken into after most front makes to pass through with bending for the time being with the contact position of stop part 90 in turn.

And, be taken in unloading part 32, with the second S. A. 44 to the rotation of a hand of rotation correspondingly make multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 all from be taken into send in road 42 and bank note containing space is dodged out temporarily, in addition 2 jacking parts 63,64 jack-up plate 63B, 64B from be taken into send dodge out in road 42 temporarily time, multiple blade 58B, 61B of 2 variable vane wheels 58,61 are all entered into be taken into send in road 42 and any one (Figure 12 B) in bank note containing space.

Like this, be taken in unloading part 32, when make multiple blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 the second S. A. 44 complete cycle (namely, the scope of 360 degree) expand radially after, afterwards, during the second S. A. 44 rotates to a hand of rotation, under the state making multiple blade 57B to 62B launch, 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 are made to rotate to a hand of rotation.

Namely, during the second S. A. 44 rotates to a hand of rotation, under the state making multiple blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 launch, sequentially pat stop part 90 contact position and pass through, with make 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 and this second S. A. 44 1 in the same way a hand of rotation rotate.

And, when the stopping with the roller CD-ROM drive motor in order to be taken into bank note and action correspondingly making the second S. A. 44 stop to the rotation of a hand of rotation, being taken into unloading part 32 and making multiple blade 57B, 59B, 60B, 62B of 4 fixing impellers 57,59,60,62 again send in road 42 and bank note containing space is dodged out from being taken into.

Thus, be taken into unloading part 32 be directed to each fixing impeller 57,59,60,62 and the terminal part of blade 57B, 59B, 60B, a 62B such as rotating front side pressed on stop part 90 respectively and makes it bend (Figure 12 B).

And, now, again same to the situation described in Fig. 9 A with above, being taken into unloading part 32 makes 2 variable vane wheels 58,61 rotate to a hand of rotation relative to the second S. A. 44 by the force of coil spring 87,88, sends in road 42 and bank note containing space is dodged out to make multiple blade 58B, 61B of these 2 variable vane wheels 58,61 from being taken into.

Therefore, be taken into unloading part 32 to be directed to each variable vane wheel 58,61 and the terminal part of blade 58B, a 61B such as rotating front side to be pressed on stop part 90 and makes it bend, stop (Figure 12 C) to the rotation of a hand of rotation to make these 2 variable vane wheels 58,61.

Like this, when the second S. A. 44 starting to rotate to a hand of rotation to be taken into bank note, being taken into and making these 2 variable vane wheels 58,61 roughly postpone half-turn while unloading part 32 makes the change in location relative to this second S. A. 44 of multiple blade 58B, 61B of 2 variable vane wheels 58,61 and start to rotate to a hand of rotation.

In addition, for being taken into unloading part 32, make in order to be taken into bank note stop the rotation to the second S. A. 44 that hand of rotation rotates time, make the change in location relative to this second S. A. 44 of multiple blade 58B, 61B of 2 variable vane wheels 58,61 become to get back to the position rotated when stopping, stopping making these 2 variable vane wheels 58,61 rotating to a hand of rotation.

(1-4) bill storage being taken into process and sending process bank note

Below, the process of sending of the bank note being taken into process and being undertaken by this bill storage 18 to 22 in process withdrawn the money by above-mentioned bank note of the bank note that control unit 10 is undertaken by bill storage 18 to 22 in above-mentioned bank not deposit process is sequentially described.

As shown in figure 13, control unit 10 by bill storage 18 to 22 carry out bank note 95 be taken into process time, by making the CD-ROM drive motor action of platform portion carry out drive table portion lifting unit in collecting storage facility 31, thus make platform portion 35 rise or decline.

Now, arrive after bank note is taken into position when control unit 10 to arrive test section 36 and the upper bank note 95 detected on the one side 35A in appearance portion 35 by bank note, make platform portion CD-ROM drive motor stop action in this moment and this portion 35 is stopped.

Thus, the gap being best suited for thickness bank note 95 being taken into regulation number in bank note containing space, that be equivalent to this bank note 95 is formed between the upper bank note 95 of control unit 10 in bill storage 18 to 22 on the one side 35A in 4 pick-up rollers 73 and platform portion 35.

In this condition, control unit 10 makes the action of roller CD-ROM drive motor to be taken into bank note 95 being taken in unloading part 32.

Therefore, control unit 10 make 2 be taken into the fixing impeller of 55,56,4, roller 57,59,60,62 and 2 jacking part 63,64 and second S. A.s 44 1 in the same way a hand of rotation rotate.

In addition, now, control unit 10 postpones this second S. A. 44 from the second S. A. 44 as described above and roughly makes during half rotation 2 variable vane wheels 58,61 start to rotate to a hand of rotation to the start time of the rotation of a hand of rotation.

Therefore, control unit 10 makes 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 rotate to a hand of rotation under the state making this multiple blade 57B to 62B expand radially in the complete cycle scope of the second S. A. 44.

And, now, control unit 10 make 2 feed rolls, 50,51 and 2 help roll 52,53 and first S. A.s 43 1 in the same way another hand of rotation rotate, and with this rotation make in linkage 2 pressure rolls 68 and the 3rd S. A. 45 1 in the same way a hand of rotation rotate.

In this condition, bank note 95 is one by one carried to bill storage 18 to 22 by central bank note transport road 27A by control unit 10.

Thus, this bank note 95 is taken into be taken into from outer openings portion and sends in road 42 by control unit 10, and between 2 feed rolls, 50,51 and 2 pressure rolls 68 this bank note 95 being clipped in contrarotation each other while be taken into roller 55,56 side to 2 and send.

In addition, this bank note 95 is rendered to continuing to be clipped in through the bank note 95 2 feed rolls, 50,51 and 2 pressure rolls 68 while 2 feed rolls 50,51 and 2 are taken between roller 55,56 in bank note containing space (that is, the upside in platform portion 35) with the posture of another side towards downside from being taken into the inner side peristome sending road 42 by control unit 10.

And, control unit 10 makes to render to the long limit of the front side of the bank note 95 in bank note containing space and stop part 81 and collide from being taken into the inner side peristome sending road 42 and allow this bank note 95 forwards mobile stop, and utilize the blade 57B to 62B of 4 fixing impellers, 57,59,60,62 and 2 variable vane wheels 58,61 to pat the rearward end of the one side (that is, towards the face of upside) of this bank note 95 from top.

Thus, control unit 10 makes bank note 95 fall in bank note containing space and be positioned in overlappingly on the upper bank note 95 on the one side 35A in platform portion 35.

Like this, when bank note 95 carry to bill storage 18 to 22 by central bank note transport road 27A by control unit 10, all can in this bill storage 18 to 22 similarly by this bank note 95 by be taken into send road 42 and be taken into also overlap platform portion 35 in bank note containing space in turn one side 35A on receive.

Here, as shown in figure 14, in bill storage 18 to 22, under the state that the second S. A. 44 rotates to a hand of rotation, when multiple blade 58B, 61B of 2 variable vane wheels 58,61 are positioned at downside, multiple blade 57B, 59B, 60B, 62B mono-of jack-up plate 63B, 64B and 4 fixing impeller 57,59,60,62 of 2 jacking parts 63,64 are located on upside.

And, now, in bill storage 18 to 22, as described above, the jack-up plate 63B of the jacking part 63 in left side is close to part on the lower in the left surface of the help roll 52 in left side, and the jack-up plate 64B of the jacking part 64 on right side is close to part on the lower in the right flank of the help roll 53 on right side.

In addition, as shown in figure 15, in bill storage 18 to 22, under the state that the second S. A. 44 rotates to a hand of rotation, when multiple blade 57B, 59B, 60B, 62B mono-of jack-up plate 63B, 64B and 4 in 2 jacking parts 63,64 fixing impeller 57,59,60,62 are located on downside, multiple blade 58B, 61B of 2 variable vane wheels 58,61 are positioned at upside.

And, now, in bill storage 18 to 22, as described above, multiple blade 58B of the variable vane wheel 58 in left side are close to part on the lower in the left surface of the help roll 52 in left side, and multiple blade 61B of the variable vane wheel 61 on right side are close to part on the lower in the right flank of the help roll 53 on right side.

That is, bill storage 18 to 22 makes multiple blade 58B, 61B of jack-up plate 63B, 64B and 2 variable vane wheel 58,61 of 2 jacking parts 63,64 alternately enter into the outside being taken into and sending and be positioned at 2 help rolls 52,53 in road 42 in turn when bank note is taken into.

Therefore, in bill storage 18 to 22, if jack-up plate 63B, 64B of bank note 95 being sandwiched 2 jacking parts 63,64 when 2 feed rolls 50,51 and 2 are taken between roller 55,56 are positioned at upside, this jack-up plate 63B, 64B is then utilized to make it be out of shape an end of this bank note 95 and the other end (that is, the part in the outside of 2 help rolls 52,53) jack-up.

And, in bill storage 18 to 22, when the second S. A. 44 continues to rotate to a hand of rotation, although 2 jacking parts 63,64 also continue to rotate and jack-up plate 63B, 64B downward side displacement to a hand of rotation, but because 2 variable vane wheels 58,61 rotate to a hand of rotation, therefore make multiple blade 58B, 61B upwards side displacement of these 2 variable vane wheels 58,61.

Therefore, in bill storage 18 to 22, even if jack-up plate 63B, 64B of 2 jacking parts 63,64 to boost and the end be out of shape and the other end are left from being sandwiched into the bank note 95 that is taken between roller 55,56 2 feed rolls 50,51 and 2, multiple blade 58B, 61B of 2 variable vane wheels 58,61 also can be utilized its jack-up to be continued to make it be out of shape before hanging down in an end of this bank note 95 and the other end.

Like this, in bill storage 18 to 22, bank note 95 being sandwiched during 2 feed rolls 50,51 and 2 are taken between roller 55,56 to carry, multiple blade 58B, 61B of jack-up plate 63B, 64B and 2 variable vane wheel 58,61 of 2 jacking parts 63,64 can be utilized an end of this bank note 95 and the other end jack-up and make it be out of shape all the time.

Therefore, bill storage 18 to 22 can suppress an end of bank note 95 and the other end at random while bank note 95 is sent road 42 render to bank note containing space from being taken into.

In addition, when control unit 10 makes a piece of paper coin 95 be positioned on the one side 35A in platform portion 35 again, just make platform portion CD-ROM drive motor off and on action carry out drive table portion lifting unit, thus platform portion 35 is declined a little.

Thus, control unit 10 makes the bank note 95 (that is, new upper bank note 95) be again positioned on the one side 35A in platform portion 35 be positioned at bank note and is taken into position.

Like this, multiple bank note 95 are taken in bank note containing space in bill storage 18 to 22 by the same condition that is taken into by control unit 10 all the time.

Therefore, control unit 10 can make multiple bank note 95 send in road 42 or not occur it to be sequentially taken into blocking between multiple pick-up roller 73 and upper bank note 95 etc. in bank note containing space and the one side 35A being sequentially layered in platform portion 35 receives being taken in bill storage 18 to 22.

On the other hand, as shown in figure 16, when utilizing bill storage 18 to 22 pairs of bank note 95 to send process, control unit 10 makes CD-ROM drive motor action in incorporating section 31 in platform portion carry out drive table portion lifting unit, thus makes platform portion 35 increase.

Now, arrive after bank note is taken into position when control unit 10 such as arrives upper bank note 95 that test section 36 detects on the one side 35A in platform portion 35 by bank note, from this moment, make the CD-ROM drive motor action of platform portion further and make platform portion 35 increase certain hour, then, this CD-ROM drive motor stopping action being made to stop making platform portion 35.

Thus, control unit 10 utilizes the pressing force of regulation the upper bank note 95 (that is, the one side of upper bank note 95) on the one side 35A in platform portion 35 to be pressed on the part of the downside of the outer peripheral face of 4 pick-up rollers 73.

In this condition, control unit 10 makes roller CD-ROM drive motor be taken in unloading part 32 action to send bank note 95.

Now, although control unit 10 makes the second S. A. 44 non rotating by the effect of free-wheel clutch, but make 2 feed rolls, 50,51 and 2 help roll 52,53 and first S. A.s 43 1 in the same way a hand of rotation rotate, and with this rotation make in linkage 2 pressure rolls 68 and the 3rd S. A. 45 1 in the same way another hand of rotation rotate.

In addition, now, the rotation to a hand of rotation of control unit 10 and the first S. A. 43 make in linkage 4 pick-up rollers 73 and the 4th S. A. 46 and the 5th S. A. also one in the same way a hand of rotation rotate.

Thus, control unit 10 utilizes 4 pick-up rollers 73 to be shifted to be taken into from the one side 35A in platform portion 35 by upper bank note 95 and send side, road 42, with by this upper bank note 95 to its inside peristome send.

In addition, control unit 10 by from platform portion 35 to being taken into bank note 95 that the inner side peristome of sending road 42 sends (namely, upper bank note 95) be taken into be taken into from peristome inside this and send in road 42, and utilize 2 feed rolls 50,51 to be sent to 2 pressure roll 68 sides by this bank note 95.

Further, control unit 10 this bank note 95 is clamped into contrarotation each other 2 feed rolls, 50,51 and 2 pressure rolls 68 between while this bank note 95 is delivered to the outer openings portion being taken into and sending road 42.

Like this, the bank note 95 be accommodated in bill storage 18 to 22 can be passed out to central bank note transport road 27A from being taken into the outer openings portion sending road 42 by control unit 10.

By the way, now, even if control unit 10 utilizes 4 pick-up rollers 73 from the one side 35A in platform portion 35,2 bank note 95 to be sent side, road 42 with up and down overlapping state send to being taken into, also can by make 2 be taken into roller 55,56 stop the rotation and utilize 2 be taken into roller 55,56 stops for the time being sending on the downside of bank note 95 and only the bank note 95 of upside is sent between 2 feed rolls, 50,51 and 2 pressure rolls 68.

Namely, even if control unit 10 utilizes 4 pick-up rollers 73 from the one side 35A in platform portion 35,2 bank note 95 to be sent side, road 42 with up and down overlapping state send to being taken in bill storage 18 to 22, also these 2 bank note 95 can be taken at 2 feed rolls 50,51 and be separated between roller 55,56 with 2 and one by one send.

In addition, now, control unit 10 such as to be detected by test section 80 by bank note and passes through with or without bank note 95 being taken into send in road 42.

Further, whenever control unit 10 such as by bank note to be detected by test section 80 bank note 95 be taken into send in road 42 by time, just make platform portion CD-ROM drive motor off and on action carry out drive table portion lifting unit, thus make platform portion 35 increase a little.

Namely, whenever control unit 10 from the one side 35A in platform portion 35 by upper bank note 95 to 2 feed rolls 50,51 and 2 be taken into send between roller 55,56 time, just utilize platform portion 35 new upper bank note 95 to be pressed on the part of the downside of the outer peripheral face of 4 pick-up rollers 73 with the pressing force of regulation.

Therefore, control unit 10 utilizes multiple pick-up roller 73 by same condition of sending, the multiple bank note 95 on the one side 35A in platform portion 35 one by one to be sent side, road 42 send to being taken into all the time.

Thus, the bank note 95 be accommodated in bill storage 18 to 22 can be sent from being taken into the outer openings portion sending road 42 to central bank note transport road 27A by control unit 10 one by one exactly.

(1-5) action of embodiment and effect

In said structure, in automated teller machine 1, be provided with at bill storage 18 to 22 and be taken into unloading part 32, the described unloading part 32 that is taken into has: the first S. A. 43, this first S. A. 43 is fixedly installed feed rolls 50,51, and this first S. A. 43 can rotate to another hand of rotation and a hand of rotation to be taken into and to send bank note 95; With the second S. A. 44, this second S. A. 44 is fixedly installed and is taken into roller 55,56 as being taken into what be fixedly installed parts, this second S. A. 44 can rotate to a hand of rotation to be taken into bank note 95, the bank note 95 transported by central bank note transport road 27A is sent road 42 by being taken into and being taken in bank note containing space by the described unloading part 32 that is taken into, and the bank note 95 be accommodated in bank note containing space is sent road 42 by being taken into and being sent to central bank note transport road 27A.

In addition, in automated teller machine 1, be taken in unloading part 32 at bill storage 18 to 22, on the second S. A. 44, being fixedly installed fixing impeller 57,59,60,62 and jacking part 63,64 as being taken into being fixedly installed parts, having multiple blade 57B, 59B, 60B, 62B in the part implanting of the outer peripheral face of main part 57A, 59A, 60A, 62A of described fixing impeller 57,59,60,62.

And, in automated teller machine 1, be taken in unloading part 32 at bill storage 18 to 22, second S. A. 44 is provided with variable vane wheel 58,61 in the mode that can rotate to a hand of rotation and another hand of rotation, has multiple blade 58B, 61B in the part implanting of the outer peripheral face of main part 58A, 61A of described variable vane wheel 58,61.

Further, in automated teller machine 1, being taken in unloading part 32 at bill storage 18 to 22, variable vane wheel 58,61 being provided with blade-side engagement section 61C, for controlling the position relative to the second S. A. 44 of multiple blade 58B, 61B.

And, in automated teller machine 1, be taken in unloading part 32 at bill storage 18 to 22, as the jacking part 63 be taken into being fixedly installed parts, 64 are provided with jack-up side engagement section 64C, described jack-up side engagement section 64C is used for and variable vane wheel 58, 61 correspondingly change the contact site with blade-side engagement section 61C relative to the rotation of the second S. A. 44, to make variable vane wheel 58, multiple blade 58B of 61, 61B relative to this second S. A. 44 to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, the outstanding side displacement that 62B is outstanding relative to the second S. A. 44, or make the plurality of blade 58B, 61B is to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, 62B is shifted relative to the non-protruding side of this second S. A. 44.

Therefore, in automated teller machine 1, not be used in this second S. A. 44 and be provided as especially and be taken into engagement sections such as the pins of the parts be fixedly installed beyond parts for control variable vane wheel 58, multiple blade 58B of 61, 61B, relative to the position of the second S. A. 44, utilizes and is arranged at variable vane wheel 58, the blade-side engagement section 61C of 61 and the jacking part 63 be arranged at as being taken into being fixedly installed parts, the jack-up side engagement section 64C of 64 just can make variable vane wheel 58, multiple blade 58B of 61, 61B relative to the second S. A. 44 to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, the outstanding side displacement that 62B gives prominence to relative to the second S. A. 44 is dodged out with bank note containing space for from being taken into send in road 42, or make above-mentioned variable vane wheel 58, multiple blade 58B of 61, 61B is to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, 62B sends road 42 and is taken in bank note containing space for by bank note 95 by being taken into relative to the non-protruding side displacement of the second S. A. 44.

According to said structure, in automated teller machine 1, in bill storage 18 to 22, sending road 42 by being taken into bank note 95 is being taken in bank note containing space, or by be taken into send that the bank note 95 be accommodated in bank note containing space sends by road 42 be taken in unloading part 32, be used for being taken into bank note 95 can rotate to a hand of rotation, and be fixedly installed and be taken into being fixedly installed on the second S. A. 44 of parts, be taken into and be fixedly installed fixing impeller 57 as this with being fixedly installed parts, 59, 60, 62 and jacking part 63, 64, at described fixing impeller 57, 59, 60, the main part 57A of 62, 59A, 60A, the part implanting of the outer peripheral face of 62A has multiple blade 57B, 59B, 60B, 62B, is taken into being fixedly installed beyond parts at these, and the mode that can rotate to a hand of rotation and another hand of rotation is provided with variable vane wheel 58, 61, at described variable vane wheel 58, the main part 58A of 61, the part implanting of the outer peripheral face of 61A has multiple blade 58B, 61B.Blade-side engagement section 61C is provided with for controlling the position relative to the second S. A. 44 of multiple blade 58B, 61B at this variable vane wheel 58,61.And, as the jacking part 63 be taken into being fixedly installed parts, 64 are provided with jack-up side engagement section 64C, described jack-up side engagement section 64C is used for and variable vane wheel 58, 61 correspondingly change the contact site with blade-side engagement section 61C relative to the rotation of the second S. A. 44, to make variable vane wheel 58, multiple blade 58B of 61, 61B relative to this second S. A. 44 to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, the outstanding side displacement that 62B is outstanding relative to the second S. A. 44, or make the plurality of blade 58B, 61B is to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, 62B is shifted relative to the non-protruding side of this second S. A. 44.

Thus, in automated teller machine 1, not be used in this second S. A. 44 to arrange especially and be taken into engagement sections such as the pins of the parts be fixedly installed beyond parts for control variable vane wheel 58, multiple blade 58B of 61, the position relative to the second S. A. 44 of 61B, utilization is arranged at variable vane wheel 58, the blade-side engagement section 61C of 61 and the jacking part 63 be arranged at as being taken into being fixedly installed parts, the jack-up side engagement section 64C of 64 just can make variable vane wheel 58, multiple blade 58B of 61, 61B relative to the second S. A. 44 to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, the outstanding side displacement of 62B is dodged out with bank note containing space for from being taken into send in road 42, or make above-mentioned variable vane wheel 58, multiple blade 58B of 61, 61B is to fixing impeller 57, 59, 60, multiple blade 57B of 62, 59B, 60B, the non-protruding side displacement of 62B is sent road 42 for by bank note 95 by being taken into and being taken in bank note containing space.

Therefore, automated teller machine 1 can simplify the structure being taken into unloading part 32 of bill storage 18 to 22, consequently, can also simplify the structure of this bill storage 18 to 22 and the structure of automated teller machine 1.

In addition, in automated teller machine 1, according to said structure, be taken into engagement sections such as the pins of the parts be fixedly installed beyond parts owing to also can not arrange at the second S. A. 44, therefore, when manufacturing this automated teller machine 1, can simplify for by multiple operation be taken into being fixedly installed parts and being assemblied in the second S. A. 44, and the time that can shorten needed for this operation, can manufacturing cost be reduced.

(2) other embodiment

(2-1) other embodiment one

In addition, in the above-described embodiment, following situation is illustrated: at the right flank of variable vane wheel 58,61 or left surface, the blade-side engagement section 61C that is made up of fan-shaped projection is set for controlling the position relative to the second S. A. 44 of multiple blade 58B, 61B, and left surface in jacking part 63,64 or right flank arrange the jack-up side engagement section 64C that is made up of arc-shaped projection for controlling the position relative to the second S. A. 44 of multiple blade 61B of variable vane wheel 61.

But, the present invention is not limited thereto, such as, as shown in figure 17, the conglobate recess 100AY of left surface shape of the main part 100A of the variable vane wheel 100 on the right side of being positioned at, described recess 100AY has the internal diameter of the regulation of the internal diameter of the hole portion 100AX be greater than for inserting the second S. A. 44.

In addition, in the present invention, at the inner peripheral surface of the recess 100AY of this main part 100A, in the assigned position of the outstanding side of multiple blade 100B, the blade-side engagement section 100C be made up of roughly trapezoidal projection is set, for controlling the position relative to the second S. A. 44 of the plurality of blade 100B.

And, in the present invention, the variable vane wheel being positioned at left side is formed as having following shape: relative at the imaginary plane vertical with automatic teller machine left and right directions with the middle position being positioned at the variable vane wheel 100 on right side shown in Figure 17, with the variable vane wheel be positioned on the right side of it 100 symmetries.

And, in the present invention, on the second S. A. 44, the variable vane wheel in the variable vane wheel 100 on the right side of these and left side is arranged to: the above jack-up side engagement section 64C about the jacking part 64 on the right side described in Fig. 8 and the jacking part 63 in left side is being inserted under the state in these recesses 100AY and can rotating to a hand of rotation and another hand of rotation.

Thus, the present invention also can with the contact site correspondingly changing the jack-up side engagement section 64C of the blade-side engagement section 100C of variable vane wheel 100 about this and the jacking part 63,64 of left and right relative to the rotation of the second S. A. 44 of the variable vane wheel 100 of left and right, to make the change in location relative to this second S. A. 44 of multiple blade 100B of the variable vane wheel 100 of left and right.

In the present invention, according to said structure, on the second S. A. 44, the jacking part 63,64 of left and right can be fixedly installed into make it with left and right variable vane wheel 100 as far as possible close to or contact, and can improve and be taken into degree of freedom with the design being fixedly installed parts for arranging other on this second S. A. 44.

In addition, in the present invention, such as, as shown in figure 18, the right flank of the main part 101A of the jacking part 101 on the right side of being positioned at arranges the jack-up side engagement section 101B with the arc-shaped of the specific thickness of the function as jack-up plate, for the position relative to the second S. A. 44 of multiple blade 61B of control variable vane wheel 61.

In addition, in the present invention, the jacking part being positioned at left side is formed as having following shape: relative at the imaginary plane vertical with automatic teller machine left and right directions with the middle position being positioned at the jacking part 101 on right side shown in Figure 18, with 101, the jacking part be positioned on the right side of it symmetry.

Further, in the present invention, on the second S. A. 44, the jacking part 101 on the right side of these and the jacking part in left side are fixedly installed into above about the variable vane wheel 61 on the right side described in Fig. 7 and the close state of the variable vane wheel in left side.

Thus, the present invention also can with the contact site correspondingly changing the jack-up side engagement section 101B of the blade-side engagement section 61C of variable vane wheel 58,61 about this and the jacking part 101 of left and right relative to the rotation of the second S. A. 44 of the variable vane wheel 58,61 of left and right, change to make the position relative to this second S. A. 44 of multiple blade 58B, 61B of the variable vane wheel 58,61 of left and right.

According to said structure, the present invention can simplify the shape of the jacking part 101 of left and right and reduce manufacturing cost.

Further, in the present invention, such as, at the main part of variable vane wheel, the blade-side engagement section that is made up of 1 projection is set in the assigned position of a side for the position relative to the second S. A. 44 of multiple blades controlling variable vane wheel.

In addition, in the present invention, such as, at the main part of variable vane wheel, 2 places of the regulation a side arrange the engagement section, jack-up side that is made up of projection respectively for the position relative to the second S. A. 44 of multiple blades controlling variable vane wheel.

Further, in the present invention, variable vane wheel is arranged to by the second S. A. 44, its blade-side engagement section can be rotated to a hand of rotation and another hand of rotation between the engagement section, 2 jack-up sides of jacking part.

Thus, the present invention also can with the contact site correspondingly changing the engagement section, jack-up side of blade-side engagement section and jacking part relative to the rotation of the second S. A. 44 of variable vane wheel, to make the change in location relative to this second S. A. 44 of multiple blades of variable vane wheel.

Further, in the present invention, such as, at the main part of variable vane wheel, 2 places of the regulation a side arrange the blade-side engagement section be made up of projection respectively, for the position relative to the second S. A. 44 of multiple blades of control variable vane wheel.

In addition, in the present invention, such as, at the main part of jacking part, the engagement section, jack-up side be made up of 1 projection is set in the assigned position of a side, for the position relative to the second S. A. 44 of multiple blades of control variable vane wheel.

Further, in the present invention, variable vane wheel is arranged to by the second S. A. 44, the engagement section, jack-up side of jacking part can be rotated to a hand of rotation and another hand of rotation between 2 blade-side engagement sections.

According to these structures, the present invention can obtain the effect same with the effect obtained by above-mentioned embodiment.

And, in the present invention, such as, in the side be taken into being fixedly installed parts be taken into beyond roller and the such jacking part of fixing impeller being fixedly installed on the second S. A. 44, with arrange along the mode of this second S. A. 44 long arc-shaped engagement section (below, by it also referred to as component side engagement section), for the position relative to this second S. A. 44 of multiple blade 58B, 61B of control variable vane wheel 58,61.

And, the present invention also can with correspondingly the changing blade-side engagement section 61C relative to the rotation of the second S. A. 44 and be taken into contact site with the component side engagement section being fixedly installed parts, to make the change in location relative to this second S. A. 44 of multiple blade 58B, 61B of variable vane wheel 58,61 of variable vane wheel 58,61.

By the way, in the present invention, at variable vane wheel 58,61 and be provided with being taken into of component side engagement section and there is not other between parts be taken into when being fixedly installed parts with being fixedly installed, only make this component side engagement section along the second S. A. 44.

But, in the present invention, when when variable vane wheel 58,61 and be provided with component side engagement section be taken into be fixedly installed to exist between parts other one or more be taken into when being fixedly installed parts, be taken into the groove portion forming the such arc-shaped expanded by its internal diameter by the part in the hole portion being fixedly installed parts this other, make component side engagement section through this groove portion along the second S. A. 44.

Thus, in the present invention, even if be taken into being fixedly installed engagement section, parts setting parts side under such circumstances in this wise beyond jacking part, also can with variable vane wheel 58,61 correspondingly make blade-side engagement section 61C contact with the component side engagement section be taken into being fixedly installed parts relative to the rotation of the second S. A. 44, to make the change in location relative to this second S. A. 44 of multiple blade 58B, 61B of variable vane wheel 58,61.

In addition, in the present invention, also can be taken into being fixedly installed a side setting example of parts as long 2 component side engagement sections.

In addition, in the present invention, 1 or 2 long blade-side engagement sections also can be set in of a variable vane wheel side, and 2 or 1 shorter component side engagement section be set with the side being fixedly installed parts being taken into.

Further, according to so various structures, the present invention can obtain the effect same with the effect obtained by above-mentioned embodiment.

(2-2) other embodiment two

In addition, in the above-described embodiment, the situation arranging jack-up plate 63B, 64B such in jacking part 63,64 is illustrated.

But, the present invention is not limited thereto, except arranging except the structure of jack-up plate 63B, 64B in jacking part 63,64, also can as shown in figure 19 be positioned at right side variable vane wheel 105 main part 105A side, the angular range setting example of the regulation of less than 180 degree of the outstanding side that is in multiple blade 105B is as the jack-up plate 105C of arc-shaped.

In addition, in the present invention, also the variable vane wheel being positioned at left side can be formed as having following shape: relative at the imaginary plane vertical with automatic teller machine left and right directions with the middle position being positioned at the variable vane wheel 105 on right side shown in Figure 19, with the variable vane wheel be positioned on the right side of it 105 symmetries.

According to said structure, in the present invention, as to marking shown in Figure 20 of identical label with the corresponding part of Figure 14, when multiple blade 105B, the 107A of 2 variable vane wheels 105,107 under the state that second S. A. 44 in bill storage 106 rotates to a hand of rotation and jack-up plate 105C, 107B are positioned at downside, jack-up plate 63B, 64B of 2 jacking parts 63,64 can be made to be positioned at upside.

In addition, in the present invention, as to marking shown in Figure 21 of identical label with the corresponding part of Figure 15, when jack-up plate 63B, 64B of 2 jacking parts 63,64 under the state that second S. A. 44 in bill storage 106 rotates to a hand of rotation is positioned at downside, multiple blade 105B, 107A of 2 variable vane wheels 105,107 and jack-up plate 105C, 107B can be made to be positioned at upside.

Therefore, in the present invention, when making the second S. A. 44 rotate to a hand of rotation in bill storage 106, even if will sandwich at 2 feed rolls 50, 51 and 2 are taken into roller 55, one end of the bank note 95 between 56 and 2 jacking parts 63 of the other end jack-up, the jack-up plate 63B of 64, 64B leaves an end and the other end of this bank note 95, also 2 variable vane wheels 105 can be utilized before hanging down in an end of this bank note 95 and the other end, the jack-up plate 105C of 107, 107B and multiple blade 105B, one end of this bank note 95 and the other end jack-up continue to make it be out of shape by 107A.

Namely, in the present invention, in bill storage 106, bank note 95 is sandwiched during 2 feed rolls 50,51 and 2 are taken into and are used for conveying between roller 55,56, jack-up plate 105C, 107B of jack-up plate 63B, 64B and 2 variable vane wheel 105,107 of 2 jacking parts 63,64 and multiple blade 105B, 107A can be utilized an end of this bank note 95 and the other end jack-up and make it be out of shape all the time.

Therefore, in the present invention, according to said structure, same with above-mentioned embodiment, can suppress in bill storage 106 end of bank note 95 and the other end at random while bank note 95 is sent road 42 render to bank note containing space from being taken into.

(2-3) other embodiment three

And, in the above-described embodiment, following situation is illustrated: in automated teller machine 1 (namely, in bill storage 18 to 22), to make bank note long side direction and automatic teller machine left and right directions make a long limit carry rectangular bank note 95 towards the conveying posture of throughput direction substantially in parallel, and process according to this conveying posture.

But, the present invention is not limited thereto, also can like this: in automated teller machine 1 (namely, in bill storage 18 to 22), to make bank note short side direction and automatic teller machine left and right directions make a minor face carry rectangular bank note 95 towards the conveying posture of throughput direction substantially in parallel, and process according to this conveying posture.

(2-4) other embodiment four

And, in the above-described embodiment, following situation is illustrated: respectively in multiple bill storage 18 to 22, the first conveying guiding piece 40 is arranged to the upper-end contact making this first conveying other end of guiding piece 40 and the rear plate 30E of collecting storage facility housing 30.

But, the present invention is not limited thereto, also can like this: respectively in multiple bill storage 18 to 22, be arranged to the first conveying guiding piece 40 not make this first conveying the other end of guiding piece 40 and the upper-end contact of the rear plate 30E of collecting storage facility housing 30 and make this first carry the other end of guiding piece 40 more outstanding to bank note containing space than the upper end of the rear plate 30E of collecting storage facility housing 30.

(2-5) other embodiment five

Further, in the above-described embodiment, following situation is illustrated: respectively in multiple bill storage 18 to 22,2 pressure rolls 68 are fixedly installed on the 3rd S. A. 45.

But, the present invention is not limited thereto, also can like this: respectively in multiple bill storage 18 to 22,3rd S. A. 45 is fixedly installed on collecting storage facility housing 30, can rotates to a hand of rotation and another hand of rotation at the 3rd S. A. 45 2 pressure rolls 68 to be arranged through the hole portion running through and be arranged at the respective center of these 2 pressure rolls 68.

(2-6) other embodiment six

And, in the above-described embodiment, following situation is illustrated: respectively in multiple bill storage 18 to 22, by the part being fixedly installed on the outer peripheral face of 2 pressure rolls 68 of the 3rd S. A. 45 being taken into a part (that is, the part of downside of retreading) for the protuberance sending in road 42 outer peripheral face pressing on 2 feed rolls 50,51.

But, the present invention is not limited thereto, also can like this: respectively in multiple bill storage 18 to 22, by the part being fixedly installed on the outer peripheral face of 2 pressure rolls 68 of the 3rd S. A. 45 being taken into the part (that is, the part of downside of retreading) sending in road 42 outer peripheral face pressing on 2 help rolls 52,53.

In addition, the present invention also can like this: respectively in multiple bill storage 18 to 22,3rd S. A. 45 is fixedly installed on collecting storage facility housing 30, and 2 pressure rolls 68 be arranged through at the 3rd S. A. 45 the hole portion of running through each center being arranged at 2 pressure rolls 68 and can rotate to a hand of rotation and another hand of rotation, and by a part for the outer peripheral face of these 2 pressure rolls 68 being taken into the part (that is, retread downside part) sending in road 42 outer peripheral face pressing on 2 help rolls 52,53.

(2-7) other embodiment seven

And, in the above-described embodiment, following situation is illustrated: when arriving test section 36 when control unit 10 sends process by multiple bill storage 18 to 22 pairs of bank note 95 by bank note and detect on the one side 35A in platform portion 35 upper bank note 95 and arrive that bank note is taken into position, make by making the CD-ROM drive motor action of platform portion from this moment platform portion 35 increase certain hour, thus with the pressing force of regulation, upper bank note 95 is pressed on the part of the downside of the outer peripheral face of 4 pick-up rollers 73.

But, the present invention is not limited thereto, such as, 4 pick-up rollers 73 are arranged to be shifted to the upper side and lower side respectively in multiple bill storage 18 to 22, and the shift amount test section of the shift amount from reference position for detecting these 4 pick-up rollers 73 is set.

And, in the present invention, when control unit 10 sends process by multiple bill storage 18 to 22 pairs of bank note 95, while make the CD-ROM drive motor action of platform portion and make platform portion 35 increase, while monitor that 4 pick-up rollers 73 are with or without the displacement of upwards side by shift amount test section, detect these 4 pick-up rollers 73 upwards side displacement specified amount time make platform portion CD-ROM drive motor stop action and platform portion 35 stopped.

In the present invention, also like this upper bank note 95 in platform portion 35 can be pressed on the part of the downside of the outer peripheral face of 4 pick-up rollers 73 with the pressing force of regulation.

(2-8) other embodiment eight

And, in the above-described embodiment, following situation is illustrated: whenever control unit 10 sends process by multiple bill storage 18 to 22 pairs of bank note 95 by bank note to be detected by test section 80 bank note 95 be taken into send pass through in road 42 time, by making the CD-ROM drive motor action of platform portion carry out drive table portion lifting unit off and on, thus platform portion 35 is made to increase a little.

And, in the present invention, when control unit 10 sends process by multiple bill storage 18 to 22 pairs of bank note 95, send while by 4 pick-up rollers 73 the upper bank note 95 on the one side 35A in platform portion 35 is taken between roller 55,56 to 2 feed rolls 50,51 and 2, while monitor that 4 pick-up rollers 73 are shifted with or without downward side by shift amount test section, whenever detect these 4 pick-up rollers 73 downwards side displacement specified amount time, by make platform portion CD-ROM drive motor off and on action carry out drive table portion lifting unit, thus make platform portion 35 increase a little.

The present invention also can like this: whenever upper bank note 95 be sent to from the one side 35A in platform portion 35 in this wise 2 feed rolls 50,51 and 2 be taken between roller 55,56 time, utilize platform portion 35 new upper bank note 95 to be pressed on the part of the downside of the outer peripheral face of 4 pick-up rollers 73 with the pressing force of regulation.

(2-9) other embodiment nine

Further, in the above-described embodiment, be applied to the above situation being taken into unloading part 32 to the bill storage 18 to 22 be arranged in automated teller machine 1 described in Fig. 1 to Figure 21 be illustrated by the carrying device that is taken into of the present invention.

But, the present invention is not limited thereto, bank note in the such game machine of the ticket machine, compensation ticketing machine, automatic vending machine, pinball machine or the Slot Machine that are arranged on cash dispenser (CD:CashDispenser: ATM (Automatic Teller Machine)), changer, sale electric car ticket or opera ticket etc. can also being applied to being taken into unloading part.

In addition, the present invention can also by be taken into carrying device be widely used in the ticket that is arranged at ticket machine or certificate be taken into unloading part or be arranged at Valued Securities handler Valued Securities the copying paper being taken into unloading part, being arranged at duplicator the postcard being taken into unloading part, being arranged at postcard processing equipment be taken into unloading part etc. such be used for being taken into and sending other various medium be taken into unloading part.

(2-10) other embodiment ten

Further, in the above-described embodiment, be illustrated media storing storehouse of the present invention being applied to the above situation to the bill storage 18 to 22 in the note processing unit 11 being fixedly installed on automated teller machine 1 described in Fig. 1 to Figure 21.

But, the present invention is not limited thereto, the bill storage of the note processing unit 11 being detachably installed on automated teller machine 1 can also be applied to and be fixedly installed or be detachably installed on the bill storage of cash dispenser, changer, ticket machine, compensation ticketing machine, automatic vending machine, game machine.

In addition, media storing storehouse can also be widely used in the media storing storehouse of such other various medium of storage such as the Valued Securities collecting storage facility being fixedly installed or being detachably installed on Valued Securities handler, the copying paper collecting storage facility being fixedly installed or being detachably installed on duplicator, the postcard collecting storage facility being fixedly installed or being detachably installed on postcard processing equipment by the present invention.

(2-11) other embodiment 11

Further, in the above-described embodiment, be illustrated media processing apparatus of the present invention being applied to the above situation to the automated teller machine 1 described in Fig. 1 to Figure 21.

But, the present invention is not limited thereto, the media processing apparatus of such other various medium of process such as the cash dispenser of process bank note, changer, ticket machine, compensation ticketing machine, automatic vending machine and the ticket machine of game machine, process ticket or certificate, the Valued Securities handler processing Valued Securities, the duplicator of process copying paper, the postcard processing equipment of process postcard can also be widely used in.

(2-12) other embodiment 12

And, in the above-described embodiment, following situation is illustrated: application is above by medium is taken into the multiple S. A. that be taken into be fixedly installed parts in media storing space as being configured to rotate to a hand of rotation and be fixedly installed for being sent road by being taken into of specifying to the second S. A. 44 described in Fig. 1 to Figure 21.

But, the present invention is not limited thereto, can also widely application examples as being fixedly installed more than 1 or 3 the second S. A. being taken into roller with being fixedly installed parts as being taken into or being fixedly installed the S. A. being taken into other the various structure second S. A. of roller etc. being provided with component side engagement section.

(2-13) other embodiment 13

And, in the above-described embodiment, following situation is illustrated: application above to the fixing impeller 57,59,60,62 of 4 described in Fig. 1 to Figure 21 as fixing impeller, described fixing impeller is fixedly installed on S. A. with being fixedly installed one of parts as multiple being taken into and having multiple blade in the part implanting of the outer peripheral face of the main part of this fixing impeller.

But, the present invention is not limited thereto, can also apply the fixing impeller of the main part with substantially C-shaped, be provided with the different fixing impeller of part or all length of the fixing impeller of the multiple blades different from the multiple length of blade being arranged at variable vane wheel, multiple blade.

In addition, in the present invention, as fixing impeller, can also apply widely and be fixedly installed on the second S. A. and the multiple fixing impeller that the length of blade is different each other, be fixedly installed on the second S. A. and the width multiple fixing impeller different with at least one party of external diameter, the fixing impeller that is fixedly installed on less than 3 of the second S. A. or more than 5 fixing impellers, is provided with other such various structure such as the fixing impeller of component side engagement section at an arbitrary position.

(2-14) other embodiment 14

And, in the above-described embodiment, following situation is illustrated: application above to the variable vane wheel of 2 described in Fig. 1 to Figure 21 58,61,100 as variable vane wheel, described variable vane wheel is arranged at S. A. in the mode that can rotate to a hand of rotation and other hand of rotation contrary with this hand of rotation, and have multiple blade in the part implanting of the outer peripheral face of main part, and be provided with blade-side engagement section for the position relative to S. A. controlling the plurality of blade.

But, the present invention is not limited thereto, can also apply the variable vane wheel of the main part with substantially C-shaped, be provided with the different variable vane wheel of part or all length of the variable vane wheel of the multiple blades different from the multiple length of blade being arranged at fixing impeller, multiple blade.

In addition, in the present invention, as variable vane wheel, can also apply and can be arranged at the second S. A. rotatably and multiple variable vane wheels that the length of blade is different each other, the variable vane wheel different from least one party of fixing impeller width and external diameter.

And, in the present invention, as variable vane wheel, can also be widely used on the second S. A. 44 2 be taken into only can be provided with 1 between roller 55,56 rotatably variable vane wheel, be provided with the variable vane wheel of more than 3 at the second S. A. 44, be provided with the variable vane wheel of such other the various structure of the variable vane wheel etc. of 1 or 2 blade-side engagement section of arc-shaped, fan-shaped, the various shape such as shaft-like at an arbitrary position.

(2-15) other embodiment 15

And, in the above-described embodiment, following situation is illustrated: being multiplely taken into more than with any one application be fixedly installed in parts being arranged at jacking part 63 described in Fig. 1 to Figure 21 of comprising fixing impeller, the jack-up side engagement section 64C be made up of the projection of arc-shaped of 64 is as component side engagement section, arrange described component side engagement section be in order to, the contact site with blade-side engagement section is correspondingly changed with the rotation relative to S. A. of variable vane wheel, and make multiple blades of variable vane wheel fix the outstanding side displacement outstanding relative to S. A. of multiple blades of impeller relative to this axial rotary, or multiple blades of this variable vane wheel are shifted to multiple blades of fixing impeller relative to the non-protruding side of this S. A..

But, the component side engagement section of other various structure that 1 or 2 component side engagement sections etc. of the arc-shaped, fan-shaped or the various shape such as shaft-like that are taken into the optional position in the recess of the side being fixedly installed parts of the present invention is not limited thereto, can also apply 1 of arc-shaped, fan-shaped or the various shape such as shaft-like being arranged at the optional position be taken into the side being fixedly installed parts or 2 component side engagement sections widely, be arranged at is such.

(2-16) other embodiment 16

And, in the above-described embodiment, following situation is illustrated: application above to the jacking part 63,64,101 described in Fig. 1 to Figure 21 as jacking part, described jacking part is fixedly installed on S. A. as multiple being taken into being fixedly installed one of parts in the mode on the side being positioned at variable vane wheel, main part is provided with component side engagement section, and be provided with for by be taken into unloading part and pumped (conveying) medium for being taken into time to make the jack-up plate of the Leading Edge Deformation of this medium in the mode of the end of this medium of jack-up.

But, the present invention is not limited thereto, the circle of internal diameter of the jacking part can also applying the main part with substantially C-shaped widely or the regulation being formed with the internal diameter with the hole portion be greater than for inserting the second S. A. 44 in a side of main part or the recess of arc-shaped and be provided with the jacking part of other such various structure such as jacking part of the engagement section, jack-up side be made up of roughly trapezoidal projection at the inner peripheral surface of this recess.

Utilizability in industry

The present invention can be applied to and is taken into and sends bank note, Valued Securities, bill, ticket, the medium that the paper sheet such as copying paper or postcard is such be taken into carrying device, storage bank note, Valued Securities, bill, ticket, the media storing storehouse of the medium that the paper sheet such as copying paper or postcard is such, process bank note, Valued Securities, bill, ticket, the media processing apparatus such as the automated teller machine of the medium that the paper sheet such as copying paper or postcard is such or cash dispenser.

Disclosed in No. 2012-283871, Japanese patent application, entirety is cited in this manual as reference.The all documents recorded in this specification sheets, patent application and Specification and specifically and individually record other document, patent application and Specification as with reference to and situation about being cited with degree as with reference to and be cited in this manual.

Claims

1. be taken into a carrying device, this is taken into carrying device possesses:

S. A., it is configured to rotate to a hand of rotation, this S. A. being fixedly installed and being multiplely taken into being fixedly installed parts, being above-mentionedly multiplely taken into being fixedly installed parts for sending road and be taken in media storing space by being taken into of regulation by medium;

Fixing impeller, it is fixedly installed on above-mentioned S. A. as multiple above-mentioned being taken into being fixedly installed one of parts, has multiple blade in the part implanting of the outer peripheral face of the main part of this fixing impeller; And

Variable vane wheel, it is arranged at above-mentioned S. A. in the mode that can rotate to an above-mentioned hand of rotation and another hand of rotation contrary with this hand of rotation, multiple blade is had in the part implanting of the outer peripheral face of the main part of this variable vane wheel, and be provided with for controlling the blade-side engagement section of the plurality of blade relative to the position of above-mentioned S. A. at this variable vane wheel

Multiple above-mentioned being taken into comprising above-mentioned fixing impeller, either party being fixedly installed in parts is provided with component side engagement section, above-mentioned component side engagement section is used for correspondingly changing the contact site with blade-side engagement section with above-mentioned variable vane wheel relative to the rotation of above-mentioned S. A., and the outstanding side displacement that above-mentioned multiple blade of above-mentioned multiple blade of above-mentioned variable vane wheel fixing impeller above-mentioned relative to this axial rotary is given prominence to relative to above-mentioned S. A. or the above-mentioned multiple blade to above-mentioned fixing impeller are shifted relative to the non-protruding side of this S. A..

2. be according to claim 1ly taken into carrying device, wherein,

The above-mentioned carrying device that is taken into possesses jacking part, above-mentioned jacking part is fixedly installed on above-mentioned S. A. with being fixedly installed one of parts in the mode on the side being positioned at above-mentioned variable vane wheel as multiple above-mentioned being taken into, the main part of this jacking part is provided with above-mentioned component side engagement section, and be provided with jack-up plate, above-mentioned jack-up plate is used for being taken into the end of sending this medium of jack-up when above-mentioned medium is carried to be taken in road by above-mentioned and made it be out of shape.

3. be according to claim 2ly taken into carrying device, wherein,

Be provided with the recess of circle or arc-shaped in a side in the aforementioned body portion of above-mentioned variable vane wheel, and the inner peripheral surface of this recess be provided with above-mentioned blade-side engagement section,

Be provided with the above-mentioned component side engagement section be made up of projection in a side in the aforementioned body portion of above-mentioned jacking part, this component side engagement section is fixedly installed on above-mentioned S. A. with the state be inserted in the above-mentioned recess of above-mentioned variable vane wheel.

4. be according to claim 2ly taken into carrying device, wherein,

The above-mentioned component side engagement section of the function had concurrently as above-mentioned jack-up plate is provided with in the aforementioned body portion of above-mentioned jacking part.

5. a media storing storehouse, this media storing storehouse possesses:

S. A., it is configured to rotate to a hand of rotation, being fixedly installed at this S. A. is multiplely taken into being fixedly installed parts, is above-mentionedly multiplely taken into being fixedly installed parts for sending road to be taken into by medium in the media storing space of the inside of above-mentioned collecting storage facility from the outside of this collecting storage facility by being taken into of regulation;

Variable vane wheel, it is arranged at above-mentioned S. A. in the mode that can rotate to an above-mentioned hand of rotation and another hand of rotation contrary with this hand of rotation, multiple blade is had in the part implanting of the outer peripheral face of the main part of this variable vane wheel, and be provided with for controlling the blade-side engagement section of the plurality of blade relative to the position of above-mentioned S. A.

Multiple above-mentioned being taken into comprising above-mentioned fixing impeller, either party being fixedly installed in parts is provided with component side engagement section, above-mentioned component side engagement section is used for correspondingly changing the contact site with above-mentioned blade-side engagement section with above-mentioned variable vane wheel relative to the rotation of above-mentioned S. A., and the outstanding side displacement that above-mentioned multiple blade of above-mentioned multiple blade of above-mentioned variable vane wheel fixing impeller above-mentioned relative to this axial rotary is given prominence to relative to above-mentioned S. A. or the above-mentioned multiple blade to above-mentioned fixing impeller are shifted relative to the non-protruding side of this S. A..

6. a media processing apparatus, this media processing apparatus possesses:

S. A., it is configured to rotate to a hand of rotation, being fixedly installed at this S. A. is multiplely taken into being fixedly installed parts, is above-mentionedly multiplely taken into being fixedly installed parts for being sent road and be taken in media storing space by being taken into of regulation using the medium as handling object;