CN104837753B

CN104837753B - It is taken into carrying device, media storing storehouse and media processing apparatus

Info

Publication number: CN104837753B
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: 2017-03-29
Anticipated expiration: 2033-11-07
Also published as: JP2014125323A; WO2014103526A1; CN104837753A; JP6089693B2

Abstract

According to the present invention, there is provided be taken into carrying device, this is taken into carrying device and is provided with：Rotary shaft, is fixedly installed in the rotary shaft and is taken into part is fixedly installed；Fixed impeller, which is fixedly installed on rotary shaft as being taken into one of part is fixedly installed；And variable vane wheel, which is arranged at rotary shaft in the way of it can rotate to a direction of rotation and another direction of rotation, and be provided with the blade-side holding section for multiple blades being controlled relative to the position of rotary shaft, either one being fixedly installed in part is provided with component side holding section being taken into, the component side holding section is used to change the contact site with blade-side holding section, the prominent side displacement for making multiple blades of variable vane wheel project relative to rotary shaft relative to multiple blades that axial rotary fixes impeller, or shift to multiple blades of fixed impeller relative to the non-protruding side of rotary shaft.

Description

It is taken into carrying device, media storing storehouse and media processing apparatus

Technical field

The present invention relates to be taken into carrying device, media storing storehouse and media processing apparatus, it is suitably applied and is for example provided with Cash for receiving the bill storage of the bank note as cash and carry out the deposit of the bank note and the transaction of withdrawal is deposited automatically Cash dispenser (ATM：Automatic Teller Machine).

Background technology

Conventional automated teller machine is provided with：Bank note junction, which is used to receive deposit from customer there Bank note or by withdraw the money bank note give customer；Bill storage, which is used to receive multiple bank note；And transport road, its use In conveying bank note between the bank note junction and bill storage.

Also, when bank note is stored in, automated teller machine receives deposit from customer there by bank note junction After one or multiple bank note, the bank note of the deposit is one by one sent from the bank note junction and defeated by transport road Received in being sent to bill storage.

Additionally, when bank note is taken out, the bank note of the amount of money that customer is specified by automated teller machine from bill storage Use as withdrawing the money and one by one send and bank note junction is transported to by transport road, from the bank note junction by the withdrawal paper Coin gives customer.

In addition, being internally formed bank note containing space in bill storage.Also, bill storage has incorporating section, The incorporating section has the platform portion that can be lifted in bank note containing space, for multiple bank note are sequentially overlappingly positioned in this In portion, so as to receive multiple bank note in the bank note containing space.

Additionally, bill storage has for conveying bank note so that being taken into of being taken into and send sends road, will be by conveying The bank note that road conveying comes is sent road and is taken in bank note containing space and is placed in platform portion by being taken into, and is furthermore provided with 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 being taken into the upside of sending road, bank note containing space vicinity with rotary shaft (under Face, is also referred to as the first rotary shaft), the rotary shaft be supported for can to a direction of rotation and in contrast it is another Direction of rotation rotates.

Also, bank note is taken into such as 2 rollers (they are also referred to as feed rolls below) sending so that its outer peripheral face It is partly into and is taken into the mode rotated integrally with first rotary shaft while sending in road and is fixedly installed on the first rotation Axle.

Additionally, be taken into unloading part being taken into the downside of sending road, the vicinity in bank note containing space also have rotary shaft (under Face, is also known as the second rotary shaft), the rotary shaft is supported for revolve to a direction of rotation and another direction of rotation Turn.

Also, such as 2 rollers that bank note is taken into (they are taken into roller also referred to as below) are so that one of its outer peripheral face Point enter into be taken into and send Lu Nei and revolve with second rotary shaft one while a part of opposed with the outer peripheral face of feed rolls The mode for turning is fixedly installed on the second rotary shaft.

Additionally, as shown in figure 22, the second rotary shaft 200 is fixedly installed on such as 2 left sides for being taken into roller (not shown), So that substantially a ring-shaped jacking part 201 is integratedly rotated with second rotary shaft 200.

Also, in the second rotary shaft 200, impeller 202 is with can be to a direction of rotation (side in figure shown in arrow To) and the mode of another direction of rotation rotation be arranged at the left side of jacking part 201.

In this case, the impeller 202 on the left side of jacking part 201 has the main part 202A of ring-type, in the main part The outer peripheral face of 202A, has been planted in the way of radial protrusion in the angular range of the regulation below 180 degree and have respectively bullet Multiple blade 202B of the strip of property.

That is, the part implanting in the outer peripheral face of the main part 202A of impeller 202 has multiple blade 202B.Also, impeller 202 can rotate relative to the second rotary shaft 200, therefore, it is possible to make multiple blade 202B relative to second rotary shaft 200 Change in location.

Therefore, in the following description, it is possible to be rotatably provided in the second rotary shaft 200 and multiple blades can be made 202B is also referred to as variable vane wheel 202 relative to the impeller 202 of the change in location of second rotary shaft 200.

Also, the ratio variable vane wheel 202 of the second rotary shaft 200 keeps left the hole for being partially inserted into helical spring 203 of side In portion, and impeller 204 is fixedly installed on a left side for the helical spring 203 in the way of rotating integrally with second rotary shaft 200 Side.

In this case, the impeller 204 in the left side of helical spring 203 has the main part 204A of ring-type, in the main part The outer peripheral face of 204A, has been planted in the way of radial protrusion in the angular range of the regulation below 180 degree and have respectively bullet Multiple blade 204B of the strip of property.

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

But, as impeller 204 is fixedly installed on the second rotary shaft 200, thus multiple blade 204B relative to this The position of two rotary shafts 200 is also fixed.

Therefore, in the following description, the second rotary shaft 200 will be fixedly installed on and multiple blade 204B will be relative to this The also referred to as fixed impeller 204 of the impeller 204 fixed by the position of the second rotary shaft 200.

Also, in such as right part of the second rotary shaft 200, can integratedly rotate with second rotary shaft 200 Mode is fixedly installed rotor 205.

Also, the right side of such as rotor 205 in the second rotary shaft 200, across for make second rotary shaft 200 only to The one-way clutch 206 of one direction of rotation rotation and be provided with drive gear 207.

By the way, the part of periphery in the main part 205A of such as plain cushion round of rotor 205 is provided projectingly There is detected portion 205B of strip.

Additionally, being taken into rotation of the unloading part with the substantially U-shaped for being opposed to configure with the right part of the second rotary shaft 200 Position detection part 208.

Also, rotor 205 is in the case where integratedly rotating with the second rotary shaft 200, with detected portion 205B through rotation Turn the mode in the groove portion of position detection part 208 and be fixedly installed on second rotary shaft 200.

In addition, rotation position test section 208 carry out in groove portion optics to whether detected portion 205B of rotor 205 enters into Detection, to control to rotate the second rotary shaft 200.

In addition, as shown in figure 23, (that is, 204 side of impeller is fixed in the left surface of the main part 202A of variable vane wheel 202 Face), the of convex is arranged at intervals with by what is specified as such as 180 degree in the non-protruding side of multiple blade 202B and prominent side One holding section 202C and the second holding section 202D, for controlling positions of multiple blade 202B relative to the second rotary shaft 200.

Additionally, the non-of multiple blade 204B by fixed impeller 204 in the outer peripheral face of the second rotary shaft 200 (Figure 22) dashes forward Go out side and the predetermined portion in the vicinity of the left surface of variable vane wheel 202 be provided projectingly the 3rd pin-shaped holding section 209, For controlling the positions of multiple blade 202B relative to the second rotary shaft 200 of variable vane wheel 202.

Also, variable vane wheel 202 is relative to the second rotary shaft 200 from making the first holding section 202C and the 3rd holding section Angular range of the position of 209 contacts to the substantially 180 degree of the position for making the second holding section 202D contact with the 3rd holding section 209 Rotated, multiple blade 202B are made relative to the change in location of second rotary shaft 200.

In fact, rotating to a direction of rotation relative to the second rotary shaft 200 in variable vane wheel 202 and making the first engaging In the case that portion 202C is contacted with the 3rd holding section 209, multiple blade 202B are made to be located at multiple blade 204B of fixed impeller 204 Relative to the prominent side that the second rotary shaft 200 is projected.

Additionally, rotating to another direction of rotation relative to the second rotary shaft 200 in variable vane wheel 202 and making the second holding section In the case that 202D is contacted with the 3rd holding section 209, multiple blade 202B are made to be located at multiple blade 204B phases of fixed impeller 204 For the non-protruding side (i.e. contrary with prominent side side) of the second rotary shaft 200.

Also, the one end of helical spring 203 engaging in variable vane wheel 202, and the other end engaging in fixed impeller 204, the second rotary shaft 200 is exerted a force so that variable vane wheel 202 is rotated to a direction of rotation.

Also, as shown in figure 24, jacking part 201 has the main part 201A of such as ring-type, in the outer of main part 201A The right border portion (that is, the edge of 202 side of variable vane wheel) of side face, in the prominent pleurapophysis of the multiple blade 204B by fixed impeller 204 Go out to be provided with the jack-up plate 201B of arc-shaped.

Though in addition, especially not illustrating, on 2 right sides for being taken into roller, (i.e. 2 are taken into roller and turn the second rotary shaft 200 Between son 205), be also sequentially provided with the same manner as 2 left sides for being taken into roller variable vane wheel, the 3rd pin-shaped holding section, Helical spring and fixed impeller.

Also, unloading part is taken in the case where making the second rotary shaft 200 stop to the rotation of a direction of rotation, making can Become impeller 202 to be rotated to a direction of rotation according to the force of helical spring 203 and make the first holding section 202C engage with the 3rd Portion 209 contacts, so that multiple blade 202B of variable vane wheel 202 are located at the blade 204B of fixed impeller 204 relative to the second rotation The prominent side that rotating shaft 200 is projected.

Additionally, being taken into unloading part in the case where making the second rotary shaft 200 rotate to a direction of rotation, if variable vane wheel 202 multiple blade 202B do not bear any load, then in the state for making the second holding section 202C contact with the 3rd holding section 209 Under make the 204 1 in the same direction direction of rotation rotations of the variable vane wheel 202 and fixed impeller.

Also, unloading part is taken in the case where making the second rotary shaft 200 rotate to a direction of rotation, work as variable vane wheel When 202 blade 202B and bank note etc. are contacted and bears load, the rotation of the variable vane wheel 202 is made to stop and make the 3rd holding section 209 leave from the first holding section 202C and make to fix impeller 204 and rotate to a direction of rotation.

Also, be taken into unloading part making to fix impeller 204 and 200 1 direction of rotation rotation in the same direction of the second rotary shaft and The 3rd holding section 209 is made to contact with the second holding section 202D of variable vane wheel 202 so that multiple blade 202B are to fixed impeller 204 Multiple blade 204B relative to the non-protruding side displacement of the second rotary shaft 200 after, make variable vane wheel 202 and solid in this condition Determine 204 1 in the same direction direction of rotation rotations of impeller.

According to said structure, when the testing result according to rotation position test section 208 to detected portion 205B of rotor 205 And after stopping the rotation of the second rotary shaft 200, be taken into unloading part and make to fix multiple blade 204B of impeller 204 and send from being taken into In road and bank note containing space avoids and opens.

Now make variable vane wheel 202 according to the force of helical spring 203 relative to the second rotation additionally, being taken into unloading part Axle 200 is rotated to a direction of rotation, so that multiple blade 202B of the variable vane wheel 202 also send Lu Nei and bank note from being taken into Accommodation space is avoided and is opened.

Also, be taken into unloading part makes the rotation of another direction of rotation of the first axial rotary, and makes second when bank note is taken into Rotary shaft 200 is rotated to a direction of rotation, be taken into send in road by bank note be clipped in the feed rolls of rotation reversely with each other with It is taken between roller and passes out to bank note containing space side.

Now, being taken into unloading part makes the variable vane wheel 202 and fixed impeller 204 of left and right in the same direction with the second rotary shaft 200 1 One direction of rotation rotation, and the jacking part 201 of left and right is made also to a direction of rotation rotation.

Also, it is taken into unloading part be taken into when the bank note sent in road passes through the upside of the second rotary shaft 200 using jack-up Multiple blade 202B of the jack-up plate 201B or variable vane wheel 202 in portion 201 are by the one end of the bank note and the other end jack-up Deform which.

Thus, be taken into unloading part suppress bank note one end and the other end it is at random while from be taken into send road should Bank note is rendered in bank note containing space.

Also, it is taken into unloading part blade 202B using variable vane wheel 202 when bank note is rendered to bank note containing space Or the blade 204B of fixed impeller 204 pats the edge part of sending trackside of being taken into of the bank note from top, and the bank note is loaded In platform portion.

So, bill storage in the storage of bank note using be taken into unloading part by by transport road convey come bank note take Enter in bank note containing space and be placed in platform portion to be received.

Additionally, being taken into unloading part when bank note is sent as described above by the rotation stopping of the second rotary shaft 200 Make to fix multiple blade 202B of multiple blade 204B of impeller 204 and variable vane wheel 202 Lu Nei is sent and bank note is received from being taken into Receive and open.

Also, be taken into unloading part and be taken into be taken into from bank note containing space by the bank note in platform portion and send road, and using with The bank note is sent being taken into send in road by the feed rolls of the first rotary shaft one direction of rotation rotation in the same direction to transport road.

So, bill storage does not make multiple blades of the bank note in platform portion and variable vane wheel 202 when bank note is sent Multiple blade 204B contacts of 202B and fixed impeller 204 are just sent road and the bank note are passed out to transport road (example by being taken into Such as, with reference to Japanese Unexamined Patent Publication 2010-120760 publications (page 3 to page 5, Fig. 1 to Fig. 6)).

The content of the invention

Invention problem to be solved

But, in the automated teller machine of said structure, as described above, be arranged at being taken into for bill storage sending The quantity for going out the part in portion is relatively more, and this is taken into sends the structure on road and become complicated.

The present invention proposes that can simplify structure is taken into carrying device, media storing storehouse and media processing apparatus.

Means for solving the problems

In order to solve above-mentioned problem, it is provided with the present invention：Rotary shaft, which is configured to a direction of rotation Rotation, be fixedly installed in the rotary shaft it is various be taken into being fixedly installed part, it is described various to be taken into part is fixedly installed For sending road medium being taken in media storing space by being taken into for regulation；Fixed impeller, which is taken into use as various One of part is fixedly installed and rotary shaft is fixedly installed on, has in the part implanting of the outer peripheral face of the main part of the fixation impeller Multiple blades；And variable vane wheel, which is with can be to a direction of rotation and another rotation contrary with a direction of rotation The mode that direction rotates is arranged at rotary shaft, has multiple leaves in the part implanting of the outer peripheral face of the main part of the variable vane wheel Piece, and be provided with the blade-side holding section for the plurality of blade being controlled relative to the position of rotary shaft, including fixed leaf Take turns and either one being fixedly installed in part is provided with component side holding section in interior various being taken into, the component side holding section is used Variable vane wheel is made in variable vane wheel relative to the contact site for rotating correspondingly change and blade-side holding section of rotary shaft Multiple blades shift relative to the prominent side that rotary shaft is projected relative to multiple blades that the axial rotary fixes impeller or to The non-protruding side relative to the rotary shaft of multiple blades of fixed impeller shifts.

Therefore, according to the present invention, it is not used in rotary shaft and especially arranges being taken into the part being fixedly installed beyond part Holding section the blade-side holding section of variable vane wheel and is set using being arranged at for controlling the position of multiple blades of variable vane wheel Be placed in be taken into multiple blades of variable vane wheel can be just made relative to axial rotary with the component side holding section that part is fixedly installed Multiple blades of fixed impeller are shifted for sending Lu Nei and media storing from being taken into relative to the prominent side that rotary shaft is projected Space avoids opens or makes multiple blades of above-mentioned variable vane wheel to change to multiple blades of fixed impeller relative to rotary shaft Non-protruding side is for sending road and be taken in media storing space by being taken into medium.

Invention effect

According to the present invention, due to being provided with：Rotary shaft, which is configured to a direction of rotation rotation, in the rotation Be fixedly installed in rotating shaft it is various be taken into being fixedly installed part, it is described various to be taken into part is fixedly installed for by specifying Be taken into and send road medium is taken in media storing space；Fixed impeller, which is taken into part is fixedly installed as various One of and be fixedly installed on rotary shaft, the main part of the fixation impeller outer peripheral face a part implanting have multiple blades；With And variable vane wheel, its side can rotate to a direction of rotation and another direction of rotation contrary with a direction of rotation Formula is arranged at rotary shaft, has multiple blades in the part implanting of the outer peripheral face of the main part of the variable vane wheel, and is provided with For controlling blade-side holding section of the plurality of blade relative to the position of rotary shaft, various including including fixed impeller take Enter and either one being fixedly installed in part be provided with component side holding section, the component side holding section for variable vane wheel phase For the rotation of rotary shaft correspondingly changes and the contact site of blade-side holding section, make multiple blades of variable vane wheel relative to The axial rotary is fixed multiple blades of impeller and is shifted relative to the prominent side that rotary shaft is projected or to the multiple of fixed impeller Blade is shifted relative to the non-protruding side of the rotary shaft.Therefore, it is not used in rotary shaft and especially arranges being taken into portion is fixedly installed Position of the holding section of the part beyond part for multiple blades of control variable vane wheel, using the leaf for being arranged at variable vane wheel Piece side holding section is taken into multiple blades that variable vane wheel can be just made with the component side holding section that part is fixedly installed with being arranged at Multiple blades of impeller are fixed relative to axial rotary to shift for sending from being taken into relative to the prominent side that rotary shaft is projected In road and media storing space avoids the multiple blades for opening or making multiple blades of above-mentioned variable vane wheel to change to fixed impeller Relative to rotary shaft non-protruding side for sending road and be taken in media storing space medium by being taken into.So, That can realize simplifying structure is taken into carrying device, media storing storehouse and media processing apparatus.

Description of the drawings

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

Fig. 2 is the approximate three-dimensional map of the internal structure for illustrating automated teller machine.

Fig. 3 is the summary side elevation of the structure for illustrating note processing unit.

Fig. 4 is the summary side elevation of the structure (1) for illustrating bill storage.

Fig. 5 is the general principal view of the structure (2) for illustrating bill storage.

Fig. 6 is the approximate three-dimensional map of the structure for illustrating the second rotary shaft.

Fig. 7 is the approximate three-dimensional map of the structure for illustrating variable vane wheel.

Fig. 8 is the approximate three-dimensional map of the structure for illustrating jacking part.

Fig. 9 A are the summary side elevations for illustrating variable vane wheel relative to the rotation (1) of the second rotary shaft.

Fig. 9 B are the summary side elevations for illustrating variable vane wheel relative to the rotation (1) of the second rotary shaft.

Fig. 9 C are the summary side elevations for illustrating variable vane wheel relative to the rotation (1) of the second rotary shaft.

Figure 10 A are the summary side elevations for illustrating variable vane wheel relative to the rotation (2) of the second rotary shaft.

Figure 10 B are the summary side elevations for illustrating variable vane wheel relative to the rotation (2) of the second rotary shaft.

The summary side elevation of the rotation (1) of fixed impeller and variable vane wheel when Figure 11 A are for illustrating that bank note is taken into.

The summary side elevation of the rotation (1) of fixed impeller and variable vane wheel when Figure 11 B are for illustrating that bank note is taken into.

The summary side elevation of the rotation (1) of fixed impeller and variable vane wheel when Figure 11 C are for illustrating that bank note is taken into.

The summary side elevation of the rotation (2) of fixed impeller and variable vane wheel when Figure 12 A are for illustrating that bank note is taken into.

The summary side elevation of the rotation (2) of fixed impeller and variable vane wheel when Figure 12 B are for illustrating that bank note is taken into.

The summary side elevation of the rotation (2) of fixed impeller and variable vane wheel when Figure 12 C are for illustrating that bank note is taken into.

Figure 13 is the summary side elevation being taken into for illustrating bill storage to bank note.

General principal view of jacking part when Figure 14 is for illustrating that bank note is taken into the jack-up of bank note.

General principal view of variable vane wheel when Figure 15 is for illustrating that bank note is taken into the jack-up of bank note.

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

Figure 17 A are the approximate three-dimensional maps and general profile chart of the structure (1) of the variable vane wheel for illustrating other embodiment.

Figure 17 B are the approximate three-dimensional maps and general profile chart of the structure (1) of the variable vane wheel for illustrating other embodiment.

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

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

Outline main view of jacking part when Figure 20 is for illustrating that the bank note of other embodiment is taken into the jack-up of bank note Figure.

Outline master of variable vane wheel when Figure 21 is for illustrating that the bank note of other embodiment is taken into the jack-up of bank note View.

Figure 22 is the approximate three-dimensional map of the structure for illustrating the second rotary shaft for being taken into unloading part for being arranged at conventional.

Figure 23 is the approximate three-dimensional map of the structure of the variable vane wheel for illustrating conventional.

Figure 24 is the approximate three-dimensional map of the structure of the jacking part for illustrating conventional.

Specific embodiment

Below, the best mode (below, being also referred to as embodiment) for carrying out an invention is said using accompanying drawing It is bright.In addition, explanation is carried out in the following order.

(1) embodiment

(2) other embodiment

(1) embodiment

(1-1) surface structure of automated teller machine

In FIG, 1 represent the surface structure of automated teller machine on the whole using the present invention.Above-mentioned cash is certainly The housing of substantially L word boxes as there is dynamic automatic teller machine 1 upper forward corner to be cut out (below, is also referred to as withdrawal Casing body) 2.

By the way, in the following description, by the front table with the downside of the barbed portion for becoming automatic teller machine housing 2 Left direction in figure when face 2A is opposed to observe automated teller machine 1 shown in arrow a1 is also referred to as automatic teller machine left To, will with the automatic teller machine left in the opposite direction be also referred to as automatic teller machine right direction.

Also, in the following description, without the need for especially distinguishing automatic teller machine left direction and automatic teller machine right direction In the case of, they are also referred to collectively as into automatic teller machine left and right directions.

Additionally, in the following description, the front surface 2A with automatic teller machine housing 2 is opposed to observe cash automatic access Upper direction in figure during money machine 1 shown in arrow b1 is also referred to as direction on automatic teller machine, will be in opposite direction with the automatic teller machine Direction be also referred to as automatic teller machine under direction.

Also, in the following description, without the need for especially distinguishing on automatic teller machine direction under direction and automatic teller machine In the case of, they are also referred to collectively as into automatic teller machine above-below direction.

Also, in the following description, the front surface 2A with automatic teller machine housing 2 is opposed to observe cash automatic access Direction nearby in figure during money machine 1 shown in arrow c1 is also referred to as automatic teller machine front direction, will be with the automatic teller machine front direction Contrary direction is also referred to as automatic teller machine rear direction.

Also, in the following description, without the need for especially distinguishing automatic teller machine front direction and automatic teller machine rear direction In the case of, they are also referred to collectively as into automatic teller machine fore-and-aft direction.

Barbed portion in the upside of the front surface 2A of automatic teller machine housing 2 is provided with the face of the substantially L-shaped received guests Plate (below, being also referred to as panel of receiving guests) 3.

Surface in panel 3 of receiving guests is formed with towards the left rear end portion towards top panel 3A for example on its surface of upside and substantially justifies The coin of shape is put into conveying end (below, being also referred to as coin mouth) 3AX, and the coin is put into conveying end 3AX for allowing customer It is put into the coin of deposit or takes the coin withdrawn the money away.

Additionally, being formed parallel in the right rear end portion towards such as its surface of top panel 3A and automatic teller machine left and right directions Generally rectangular bank note is put into conveying end (below, being also referred to as bank note mouth) 3AY, and the bank note is put into conveying end 3AY use In allow customer to be put into for deposit bank note or take away for withdraw the money bank note.

Also, for example touch screen 4 is configured with the center front portion on its surface towards top panel 3A, the touch screen 4 can Show for guiding the various transaction step navigational figures of transaction step and supplying to carry out the touch operation to surface.

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

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

On the other hand, receive guests forward panel 3B such as leaning in the central part on its surface of the surface towards front side in panel 3 Left place, is formed parallel to generally rectangular bankbook insertion outlet with automatic teller machine left and right directions and (below, is also referred to as Bankbook mouth) 7, the bankbook insertion outlet 7 is inserted and discharge for bankbook is supplied in transaction.

Additionally, forward panel 3B for example at the place that keeps right of the central part on its surface, with automatic teller machine left and right directions abreast Be formed with generally rectangular card insertion outlet (below, being also referred to as bayonet socket) 8, the card insertion outlet 8 for For the insertion of the card such as cash card or the credit card and discharge during transaction.

According to said structure, automated teller machine 1 make touch screen 4 show transaction step navigational figure, and according to Customer suitably switches in the transaction step navigational figure shown on the touch screen 4 to the touch operation on the surface of touch screen 4.

Also, automated teller machine 1 is displayed in the transaction step guiding figure on touch screen 4 by suitably switching As carrying out direct customers, to carry out the withdrawal of taking-up of the deposit being stored in or coin and/or bank note of coin and/or bank note etc. wished The step of transaction of prestige.

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

Then, automated teller machine 1 allows the coin that customer will be deposited according to the guiding of transaction step in deposit Or bank note is put in coin mouth 3AX or bank note mouth 3AY.

Additionally, automated teller machine 1 allow customer when withdrawing the money according to the guiding of transaction step from coin mouth 3AX or paper The coin withdrawn the money or bank note are taken away in coin mouth 3AY.

Also, bankbook or card are discharged from bankbook mouth 7 or bayonet socket 8 by automated teller machine 1, and allow customer according to friendship The bankbook or card are taken away by the easily guiding of step.

So, automated teller machine 1 can carry out the cash (that is, coin or bank note) desired by customer deposit or The transaction such as withdrawal.

(1-2) internal structure of automated teller machine

Below, the internal structure of automated teller machine 1 is illustrated.By the way, below, as cash certainly The internal structure of dynamic automatic teller machine 1, for convenience, the structure relevant with withdrawal to the deposit of the bank note as cash is said Bright, relevant with withdrawal to the deposit of the coin as cash incomplete structure explanation.

As shown in Fig. 2 automated teller machine 1 automatic teller machine housing 2 ratio towards top panel 3A position on the lower The left lower corner of side is accommodated with the control unit 10 that overall control is carried out to the whole automated teller machine 1.

Additionally, the ratio in automatic teller machine housing 2 is accommodated with bank note towards the position bottom right end on the lower of top panel 3A Reason unit 11, the note processing unit 11 according to control unit 10 control come perform bank note deposit process and withdrawal at Reason.

As shown in figure 3, note processing unit 11 has the housing (below, being also referred to as unit housings) of substantially box 12。

Also, in unit housings 12, with the above-mentioned bank note mouth underface in the shutter opening and closing portion 13 of gate 6 For example go up forward corner and be configured with bank note junction 14, the bank note junction 14 is used to connect from customer there by bank note mouth 3AY The bank note withdrawn the money is given customer by the bank note of harvesting money.

Additionally, the lower section of retreading of such as bank note junction 14 in unit housings 12 is configured with discriminating portion 15, the mirror Other portion 15 is for differentiating to face amount and/or state of bank note etc..

Also, the top of retreading in such as discriminating portion 15 in unit housings 12 is configured with interim reserve part 16, described to face When reserve part 16 for deposit when keep bank note and provisionally the deposit is retained.

Also, the lower section of for example interim reserve part 16 in unit housings 12 is accommodated with bill storage 17, the paper Coin collecting storage facility 17 is used to receive such abnormal bank note such as bank note of bank note and/or warpage of breakage.

By the way, in the following description, by bank note of damaged bank note and/or warpage etc. such abnormal paper Coin is suitably used with deposit and the bank note of withdrawal is differentiated and also referred to as rejects bank note.

Additionally, in the following description, especially will also referred to as reject for receiving the bill storage 17 for rejecting bank note Storehouse 17.

Also, storehouse 17 (that is, bank note junction 14, discriminating portion 15 and is rejected in such as bottom in unit housings 12 Downside), multiple bill storages 18 to 22, the plurality of bank note containing are fixedly installed in the way of being sequentially arranged from front to back Storehouse 18 to 22 is used for multiple bank note (that is, receiving a kind of specific bank note of face amount respectively) at par receiving withdrawal.

In addition, in unit housings 12, configure between the bank note junction 14 and discriminating portion 15 of upper front end There is delivery section (below, being also referred to as front side delivery section) 25, the delivery section 25 has conveying guiding piece, conveying roller, conveying The various transport roads of direction switching blade and conveying motor etc. form part.

Front side delivery section 25 by various transport roads is formed part formed transport road (below, be also referred to as on front side of bank note it is defeated Send road) 25A, the transport road 25A be used for suitably switching conveying destination conveying bank note.Also, front side bank note transport road 25A is connected with bank note junction 14 and discriminating portion 15.

Additionally, in unit housings 12, the bank note junction 14 of upper end, discriminating portion 15, interim reserve part 16 with Reject and between storehouse 17, be configured with delivery section (below, being also referred to as upside delivery section) 26, the delivery section 26 is drawn with conveying Guiding element, conveying roller, the various transport roads of conveying direction switching blade and conveying motor etc. form part.

Upside delivery section 26 by various transport roads is formed part formed transport road (below, be also referred to as on the upside of bank note it is defeated Send road) 26A, the transport road 26A be used for suitably switching conveying destination conveying bank note.

Also, upside bank note transport road 26A and bank note junction 14, discriminating portion 15, interim reserve part 16 and rejection storehouse 17 Connection.

Also, in unit housings 12, discriminating portion 15 at the central part, reject storehouse 17, front side delivery section 25 and upside Delivery section (below, being also referred to as central delivery section) 27 is configured between delivery section 26 and multiple bill storages 18 to 22, The delivery section 27 has conveying guiding piece, conveying roller, the various transport road shapes of conveying direction switching blade and conveying motor etc. Into part.

Central delivery section 27 forms part by various transport roads and forms transport road and (below, is also referred to as central bank note defeated Send road) 27A, the transport road 27A be used for suitably switching conveying destination conveying bank note.

Also, central authorities bank note transport road 27A and front side bank note transport road 25A, upside bank note transport road 26A and multiple bank note Collecting storage facility 18 to 22 connects.

In addition, front side delivery section 25, upside delivery section 26 and central delivery section 27 by front side bank note transport road 25A, on Side bank note transport road 26A and central authorities bank note transport road 27A convey rectangular bank note by for example following conveying posture：Make paper One minor face of coin is located at left side and makes another minor face be located at right side (that is, makes long side direction and automatic teller machine of bank note or so Direction is almost parallel) make a long side towards conveying direction.

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

Therefore, note processing unit 11 in bank note junction 14, discriminating portion 15, interim reserve part 16, reject storehouse 17 and many In individual bill storage 18 to 22 by bank note by its convey posture and so that minor face is located at left side and makes another minor face position Processed in the posture of right side (that is, make bank note long side direction almost parallel with automatic teller machine left and right directions).

In fact, when the deposit of bank note is carried out, control unit 10 is by shutter opening and closing portion 13 by 6 dozens, gate of bank note mouth Open and promote customer the bank note deposited to be put in bank note mouth 3AY.

Now, after customer puts into the bank note of one or more deposit in bank note mouth 3AY, control unit 10 passes through Bank note junction 14 receives the bank note of the deposit, and the bank note of the deposit is sent from the bank note junction 14 one by one.

Additionally, control unit 10 by the bank note sent from bank note junction 14 one by one by front side bank note transport road 25A Convey to discriminating portion 15, face amount and/or state of the bank note etc. are differentiated in the discriminating portion 15.

As a result, for the portion that is authenticated 15 differentiates as normal and bank note that send, control unit 10 passes through upside bank note Transport road 26A is transported to the bank note in interim reserve part 16 and provisionally keeps, so as to retain the deposit of the bank note.

Additionally, for the portion that is authenticated 15 differentiates to be the control as damaged and/or warpage etc. is exception the bank note sent Unit 10 is defeated to carry out by way of being back to bank note junction 14 upside bank note transport road 26A as bank note is rejected Send.

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

So, after in discriminating portion 15 all differentiate the bank note of the deposit being put in bank note mouth 3AY, control Unit 10 is identified as the total value (amount of money deposited) of normal bank note by touch screen 4 to customer's prompting.

As a result, after the customer for confirming amount deposited indicates the deposit of bank note by touch screen 4, control unit 10 The bank note for temporarily holding is sent from interim reserve part 16 one by one.

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

Also, for the portion that is authenticated 15 differentiates as normal and bank note that send, the bank note is sequentially led to by control unit 10 Front side bank note transport road 25A and central authorities bank note transport road 27A is crossed to bill storage corresponding with the face amount of the bank note 18 to 22 It is middle conveying and received.

But, now, for the portion that is authenticated 15 differentiates the bank note sent for exception, control unit 10 using the bank note as Reject bank note and sequentially by front side bank note transport road 25A, central authorities bank note transport road 27A and upside bank note transport road 26A to Convey and received in rejecting storehouse 17, so as to the withdrawal after not using it for.

So, control unit 10 can perform the deposit process of bank note in note processing unit 11 and carry out as customer The deposit of the bank note of desired transaction.

On the other hand, when the withdrawal of bank note is carried out, such as after customer specifies the amount of money withdrawn the money by touch screen 4, The bank note of the amount of money that customer is specified by control unit 10 is sent from multiple bill storages 18 to 22 one by one.

Now, the bank note sent from multiple bill storages 18 to 22 one by one is sequentially passed through central paper by control unit 10 Coin transport road 27A and front side bank note transport road 25A and convey to discriminating portion 15, in the discriminating portion 15 to the face amount of bank note and/ Or state etc. is differentiated.

As a result, for the portion that is authenticated 15 differentiates as normal and bank note that send, the bank note is passed through by control unit 10 Upside bank note transport road 26A is transported to bank note junction 14.

But, now, for the portion that is authenticated 15 differentiates the bank note sent for exception, control unit 10 is as rejection Bank note and pass through upside bank note transport road 26A be transported to rejection storehouse 17 in received, so as to the withdrawal after not using it for.

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

Thus, control unit 10 allows customer that this is designated as the bank note of the amount of money withdrawn the money from paper by bank note mouth 3AY Take away and paid in coin junction 14.

So, control unit 10 can perform the withdrawal process of bank note in note processing unit 11 and carry out as customer The withdrawal of the bank note of desired transaction.

(1-3) structure of bill storage

Below, the structure of multiple bill storages 18 to 22 is illustrated.Wherein, multiple bill storages 18 to 22 are same Sample ground is constituted.

Therefore, below, the structure of a bill storage 18 is illustrated, the knot to other bill storages 19 to 22 Structure is omitted the description.

As shown in Figure 4 and Figure 5, the housing that bill storage 18 has substantially box (below, is also referred to as collecting storage facility shell Body) 30.

Collecting storage facility housing 30 has the generally rectangular flat base plate 30A for example along automatic teller machine left and right directions length, The width (that is, the length of automatic teller machine left and right directions) of base plate 30A is chosen to be more each than the process of automated teller machine 1 The regulation for planting the long length of side of the most long bank note in long side (below, being also referred to as the most long bank note in long side) in the bank note of size is long Degree.

Additionally, the depth (that is, the length of automatic teller machine fore-and-aft direction) of the base plate 30A of collecting storage facility housing 30 is chosen to be ratio In the bank note of all size of the process of automated teller machine 1, the most long bank note of minor face (below, is also referred to as minor face most long Bank note) the minor face length specific length.

Also, collecting storage facility housing 30 also has for example along a generally rectangular flat left side for automatic teller machine above-below direction length Height (that is, the length of the automatic teller machine above-below direction) quilt of side plate 30B and right plate 30C, left plate 30B and right plate 30C It is selected to specific length.

Additionally, depth (that is, the length of automatic teller machine fore-and-aft direction of the left plate 30B and right plate 30C of collecting storage facility housing 30 Degree) it is selected to enter profound specific length than base plate 30A.

Also, the left plate 30B of collecting storage facility housing 30 is configured to：The front end of its front end and base plate 30A is in same plane It is upper, and rearward end is more prominent backward than the rear end of base plate 30A and connect the part of the front side of lower end and the left end of base plate 30A Close.

Additionally, the right plate 30C of collecting storage facility housing 30 is configured to：The front end of its front end and base plate 30A is in same plane On, and rearward end is more prominent backward than the rear end of base plate 30A and connect the part of the front side of lower end and the right-hand member of base plate 30A Close.

Also, collecting storage facility housing 30 also have for example along automatic teller machine above-below direction length it is generally rectangular flat before The width (that is, the length of automatic teller machine left and right directions) of plate 30D, header board 30D is selected to the width substantially phase with base plate 30A Deng specific length.

Additionally, the height (that is, the length of automatic teller machine above-below direction) of the header board 30D of collecting storage facility housing 30 be selected to The highly roughly equal specific length of left plate 30B and right plate 30C.

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

Also, collecting storage facility housing 30 also have for example along automatic teller machine above-below direction length it is generally rectangular flat after Plate 30E, the width (that is, the length of automatic teller machine left and right directions) of back plate 30E are selected to the width substantially phase with base plate 30A Deng specific length.

Additionally, the height (that is, the length of automatic teller machine above-below direction) of back plate 30E of collecting storage facility housing 30 is selected to ratio The highly slightly lower specific length of header board 30D.

Also, back plate 30E of collecting storage facility housing 30 is configured to：Its lower end and bottom are made with the posture parallel with header board 30D The rear end engagement of plate 30A, and engage left end and right-hand member and the opposed locations of left plate 30B and right plate 30C.

Thus, collecting storage facility housing 30 is formed by the leading section of left plate 30B, right plate 30C in the surface of base plate 30A The bank note containing of the approximately parallelepiped body shape along automatic teller machine above-below direction length that leading section, header board 30D and back plate 30E are surrounded Space.

Also, it is provided with for receiving the incorporating section 31 of multiple bank note in the bank note containing space of bill storage 18.

It is additionally, bill storage 18 is provided with is taken into unloading part 32, described to be taken into unloading part 32 for be by central authorities' paper Coin transport road 27A and convey the bank note for coming and be taken in bank note containing space, and bank note is sent from the bank note containing space To central bank note transport road 27A.

Incorporating section 31 has for example generally rectangular flat portion 35, and the portion 35 is in 30 shape of collecting storage facility housing Into bank note containing space in bank note is placed in one side 35A in the way of sequentially overlapping.

The size of one side 35A in platform portion 35 is selected to：The bank note of all size of the process of automated teller machine 1 is equal The size of for example slightly larger than the size of the one side of the maximum bank note regulation as being positioned in above.

That is, the length of the long side direction (below, being also referred to as platform minister's edge direction) in platform portion 35 is selected to compare cash In the bank note of all size of the process of automatic teller machine 1 it is long while most long bank note it is long while slightly long specific length.

Additionally, the length of the short side direction (below, being also referred to as platform portion short side direction) in platform portion 35 is selected to than existing The slightly long specific length of the minor face of the most long bank note of minor face in the bank note of all size of the process of golden automatic teller machine 1.

Also, platform portion 35 is so that platform minister edge direction is parallel with automatic teller machine left and right directions, and make one side 35A towards depositing Direction on cash dispenser and be in horizontal posture and be incorporated in bank note containing space.

Additionally, incorporating section 31 also has：Drive motor (not shown) for making the lifting of platform portion 35 (below, is also referred to as For platform portion drive motor)；With the platform portion lifting unit of regulation (not shown).

Thus, when bank note is taken into or when bank note sends, control unit 10 makes platform portion drive motor move in incorporating section 31 Make such that it is able in bank note containing space make platform portion 35 with its one side 35A towards on automatic teller machine by platform portion lifting unit Direction and keep the posture raising and lowering (i.e. so as to the direction movement under direction and automatic teller machine on automatic teller machine) of level.

Also, incorporating section 31 is provided with the bank note being made up of light-emitting component and photo detector and reaches test section 36, the paper Coin reaches test section 36 and (below, will for uppermost bank note is located in the bank note to being positioned in one side 35A in platform portion 35 Which is also referred to as upper bank note) whether reach such as bank note and be taken into position and detected.

Thus, control unit 10 can reach test section 36 by bank note when for example bank note is taken into and detect upper paper Whether coin reaches bank note and is taken into position, and according to testing result position adjustment by platform portion 35 come control station portion drive motor Into being taken into for bank note.

On the other hand, unloading part 32 is taken into a pair of conveying guiding pieces 40,41.By the way, in following explanation In, the conveying guiding piece 40 that a pair are conveyed in guiding piece 40,41 also referred to as the first conveying guiding piece 40, by another conveying Also referred to as the second conveying guiding piece 41 of guiding piece 41.

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

Additionally, the second conveying guiding piece 41 is formed as such as substantially J letter stencils shape, its width is selected to and collecting storage facility housing The roughly equal specific length of the width of 30 base plate 30A.

Also, the first conveying guiding piece 40 is configured to：For example collecting storage facility housing 30 left plate 30B rear upper end And the rear upper end of right plate 30C between, one end of the first conveying guiding piece 40 is made to be located at left plate 30B and right plate 30C Rear corner near, and make the upper-end contact of back plate 30E of the other end and collecting storage facility housing 30.

Additionally, the second conveying guiding piece 41 is configured to：For example collecting storage facility housing 30 left plate 30B rear upper end And the rear upper end of right plate 30C between, one end of the second conveying guiding piece 41 is made positioned at than the first conveying guiding piece 40 The position of the forward side in one end, and the other end is made 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：In the left plate of collecting storage facility housing 30 Between the rear upper end of 30B and the rear upper end of right plate 30C, it is close to making mutual one side air switch specified gap.

Thus, be taken into unloading part 32 the rear upper end of the left plate 30B of collecting storage facility housing 30 and right plate 30C it is rear on It is formed with to be taken between end and sends road 42, described being taken into sends road 42 for conveying by the first conveying guiding piece 40 and second Central bank note transport road 27A is connected with bank note containing space and conveys bank note for being taken into and sending by guiding piece 41.

By the way, in the following description, the central authorities for sending the outside in road 42 by bill storage 18 will be taken into One peristome of bank note transport road 27A sides is also referred to as outer openings portion, and the bank note of the inside by the bill storage 18 is received Receive space side another peristome be also referred to as inner side peristome.

Additionally, being taken into unloading part 32 with 2 rotary shafts 43,44,2 rotary shafts 43,44 have for example than storage The specific length of the width length of the base plate 30A of storehouse housing 30.

By the way, in the following description, by the width of the base plate 30A than collecting storage facility housing 30 long specific length 2 rotary shafts 43,44 in a rotary shaft 43 be also referred to as the first rotary shaft 43, by also referred to as second rotation of another rotary shaft 44 Rotating shaft 44.

Also, unloading part 32 is taken into for example roughly equal with the width of the base plate 30A of collecting storage facility housing 30 length Rotary shaft 45, and also 2 rotary shafts 46 with the specific length shorter than the width of base plate 30A (only illustrate a side, separately One side is not shown).

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

Additionally, in the following description, by for example short than the width of the base plate 30A of collecting storage facility housing 30 specific length A rotary shaft 46 in 2 rotary shafts 46 is also referred to as the 4th rotary shaft 46, and another rotary shaft is also referred to as the 5th rotary shaft.

Also, be taken into unloading part 32 have for example collecting storage facility housing 30 left plate 30B rear upper end inner surface With at the inner surface of the rear upper end of right plate 30C near the upside of the other end in the second conveying guiding piece 41 arranged opposite A pair of first axle bearing portion (not shown).

Additionally, such as left plate 30B of collecting storage facility housing 30 is accordingly provided through first axle with first axle bearing portion passing through Interspersed entrance bore portion (not shown).

Thus, the first rotary shaft 43 be contained storehouse housing 30 support into can by a pair of first axle bearing portion with access A direction of rotation shown in the parallel posture of money machine left and right directions to the arrow d1 in figure and another rotation side in contrast To rotation, and make one end through first axle through insertion hole portions and to the left side plate 30B left side project.

Additionally, in the first rotary shaft 43 for example between the left plate 30B and right plate 30C of collecting storage facility housing 30 The heart be fixedly installed at equally spaced assigned position to the left and right bank note be taken into send 2 rollers (below, by they be also referred to as into To roller) 50,51.

That is, this 2 feed rolls 50,51 is being inserted into the hole portion that is disposed through 2 feed rolls 50,51 respective centers In in the state of, the first rotary shaft 43 is fixedly installed in the way of integratedly rotating with first rotary shaft 43.

2 feed rolls 50,51 have the equal width of regulation, and the equal external diameter with regulation, for example, distinguish Outer peripheral face width one end and the other end be formed with the recess along a week of the outer peripheral face.

Also, the established part in the respective outer peripheral face of 2 feed rolls 50,51 on the lower by with the established part pair Should be disposed through the hole portion (not shown) of the second conveying guiding piece 41 and enter into be taken into and send in road 42.

Also, between the left plate 30B and right plate 30C of such as collecting storage facility housing 30 in the first rotary shaft 43, The more left side of the feed rolls 50 in left side, and right side feed rolls 51 more right side air switch specifies respectively interval and be fixedly installed There is roller (they are also referred to as into help roll below) 52,53, the roller 52,53 is used to aid in being taken into and sending for bank note.

That is, this 2 help roll 52,53 is being inserted into the hole portion that is disposed through 2 help rolls 52,53 respective centers In in the state of, the first rotary shaft 43 is fixedly installed in the way of integratedly rotating with first rotary shaft 43.

2 help rolls 52,53 are fixedly installed position with such as automated teller machine 1 relative to the first rotary shaft 43 In the bank note of all size of process the most short bank note in long side (below, being also referred to as long in most short bank note) this it is long while length Suitably select on the basis of degree.

That is, the position that is fixedly installed relative to the first rotary shaft 43 of 2 help rolls 52,53 is selected to, even if logical Cross be taken into send road 42 and in the case of conveying the most short bank note in long side, also with bank note in the one side of the most short bank note in long side during conveying The one end of long side direction and the other end (that is, the assigned position than a pair of short edges in the inner part) are opposed.

Additionally, 2 help rolls 52,53 have the equal width for specifying, and with the external diameter with feed rolls 50,51 (that is, the external diameter of the convex portion of outer peripheral face) equal external diameter.

Also, 2 help rolls 52,53 also make established part in respective outer peripheral face on the lower by with the established part pair Should be disposed through the hole portion (not shown) of the second conveying guiding piece 41 and enter into be taken into and send in road 42.

So, 2 feed rolls, 50,51 and 2 help rolls 52,53 have respectively entered to be taken in the established part for making downside and send In the state of in outlet 42, integratedly can rotate to a direction of rotation and another direction of rotation with the first rotary shaft 43 Mode is arranged to be taken into sends road 32.

Additionally, being taken into inner surface and the right side of the unloading part 32 in the rear upper end of the left plate 30B of such as collecting storage facility housing 30 The inner surface of the rear upper end of side plate 30C has a pair of second bearing portions (not shown), and the second bearing portion is opposed to configuration In the downside substantially directly below, the first conveying guiding piece 40 the other end in the first rotary shaft 43.

Also, second is accordingly provided through with second bearing portion on such as left plate 30B of collecting storage facility housing 30 Axle runs through insertion hole portions (not shown).

Thus, the second rotary shaft 44 be contained storehouse housing 30 by a pair of second bearing portions with automatic teller machine right and left To parallel posture support into can rotate to a direction of rotation and another direction of rotation, and one end is made to pass through the second axle Through insertion hole portions to the left side plate 30B left side project.

Part between the left plate 30B and right plate 30C of such as collecting storage facility housing 30 in the second rotary shaft 44, 2 rollers that bank note is taken into are fixedly installed with 2 feed rolls, 50,51 opposed position (below, they to be also referred to as taken into Roller) 55,56.

That is, this 2 are taken into roller 55,56 and are disposed through 2 hole portions for being taken into roller 55,56 respective centers being inserted into In in the state of, the second rotary shaft 44 is fixedly set in the way of integratedly rotating with second rotary shaft 44.

2 be taken into roller 55,56 have for example than feed rolls 50,51 narrow width regulation equal width.

Additionally, 2 are taken into roller 55,56 and have the equal external diameter for for example specifying, respectively in outer peripheral face in width Central part is formed with the recess along a week of the outer peripheral face.

Also, 2 are taken into roller 55,56 and make upper established part in respective outer peripheral face by corresponding with the established part Be disposed through the hole portion (not shown) of the first conveying guiding piece 40 and enter into be taken into sending in road 42.

Thus, be taken into unloading part 32 the opposed convex portion that 2 outer peripheral faces for being taken into roller 55,56 are made in road 42 is sent being taken into With recess and the convex portion of the outer peripheral face that recess is slightly embedded in 2 feed rolls 50,51 with non-contacting state.

So, 2 are taken into roller 55,56 in the state of the established part for making upside respectively enters into and is taken into and sends in road 42 In the way of it integratedly can rotate to a direction of rotation and another direction of rotation with the second rotary shaft 44 it is arranged to be taken into and send Go out portion 32.

In addition, between the left plate 30B and right plate 30C of such as collecting storage facility housing 30 in the second rotary shaft 44, Left side be taken into roller 55 more left side, and right side be taken into roller 56 more right side by regulation interval be respectively arranged with 3 leaves Wheel 57 to 62.

In this case, opposed for example between the feed rolls 50 in left side and help roll 52 in the second rotary shaft 44 Assigned position be fixedly installed from left side be taken into roller 55 to the left number first impeller 57.

Additionally, in the second rotary shaft 44 for example from the opposed position of the help roll 52 with left side slightly by left predetermined bits Put, be provided with from the roller 55 that is taken in left side in the way of it can rotate to a direction of rotation and another direction of rotation and counted to the left Second impeller 58.

That is, from the roller 55 that is taken in left side, second impeller 58 of number is arranged on as follows relative to the second rotary shaft 44 to the left Assigned position：Even if for example by be taken into send road 42 and in the case of conveying the most short bank note in long side, also with during conveying In the another side (that is, towards the face of downside) of the most short bank note in long side, the one end of bank note long side direction (that is, is leaned on than the minor face in left side The assigned position of inner side) it is opposed.

Also, the assigned position of the oblique downside in a left side of such as help roll 52 in left side in the second rotary shaft 44 is fixedly installed Have from left side be taken into roller 55 to the left number the 3rd impeller 59.

So, the position in the more left side for being taken into roller 55 on the left of the ratio of the second rotary shaft 44,2 impellers 57,59 pass through It is disposed through the hole portion at their center and is fixedly installed into and is integratedly rotated with second rotary shaft 44.

Additionally, the position in the more left side for being taken into roller 55 on the left of the ratio of the second rotary shaft 44, be fixedly installed on this Between 2 impellers 57,59 of two rotary shafts 44,1 impeller 58 is configured to by being disposed through the hole portion at its center It is enough to rotate to a direction of rotation and another direction of rotation.

On the other hand, on such as opposed between the feed rolls 51 on right side and help roll 53 rule in the second rotary shaft 44 Positioning put be fixedly installed from right side be taken into roller 56 to the right number first impeller 60.

Additionally, in the second rotary shaft 44 for example from the opposed position of the help roll 53 with right side slightly by right predetermined bits Put, be provided with from the roller 56 that is taken on right side in the way of it can rotate to a direction of rotation and another direction of rotation and counted to the right Second impeller 61.

That is, from the roller 56 that is taken on right side, second impeller 61 of number is arranged on as follows relative to the second rotary shaft 44 to the right Assigned position：Even if for example by be taken into send road 42 and in the case of conveying the most short bank note in long side, also with during conveying 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 most short bank note in long side It is opposed.

Also, the assigned position of the oblique downside in the right side of such as help roll 53 on right side in the second rotary shaft 44 is fixedly installed Have from right side be taken into roller 56 to the right number the 3rd impeller 62.

So, the position on the more right side for being taken into roller 56 on the right side of the ratio of the second rotary shaft 44,2 impellers 60,62 pass through It is disposed through the hole portion at their center and is fixedly installed into and can integratedly be rotated with second rotary shaft 44.

Additionally, the position on the more right side for being taken into roller 56 on the right side of the ratio of the second rotary shaft 44, be fixedly installed on this Between 2 impellers 60,62 of two rotary shafts 44,1 impeller 61 is configured to by being disposed through the hole portion at its center It is enough to rotate to a direction of rotation and another direction of rotation.

Here, 4 impellers 57,59,60,62 for being fixedly set in the second rotary shaft 44 have the main part of ring-type respectively 57A、59A、60A、62A。

Additionally, in the outer peripheral face of 57,59,60,62 respective main part 57A, 59A, 60A, 62A of 4 impellers, in 180 degree The angular range of following regulation, by regulation at equal intervals with radial protrusion in the way of planted the resilient strip of tool Multiple blade 57B, 59B, 60B, 62B.

That is, the part in the outer peripheral face of 4 impellers 57,59,60,62 respective main part 57A, 59A, 60A, 62A is planted It is provided with multiple blade 57B, 59B, 60B, 62B.

Also, as 4 impellers 57,59,60,62 are fixedly set in the second rotary shaft 44, therefore, multiple blade 57B, The position relative to second rotary shaft 44 of 59B, 60B, 62B is fixed.

Therefore, in the following description, will be fixedly installed on the second rotary shaft 44, and multiple blade 57B, 59B, 60B, The also referred to as fixed impeller of 4 impellers 57,59,60,62 that the position relative to second rotary shaft 44 of 62B is fixed 57、59、60、62。

In fact, 4 impellers 57,59,60,62 respectively with the implanting position of multiple blade 57B, 59B, 60B, 62B substantially Unanimously the mode of (that is, make respectively multiple blade 57B, 59B, 60B, 62B prominent to substantially same direction) is fixedly installed on second Rotary shaft 44.

Also, main part 57A, 59A, 60A, 62A of 4 fixed impellers 57,59,60,62 has the equal width of regulation Degree, and the equal external diameter with the regulation less than the external diameter (that is, the external diameter of the convex portion of outer peripheral face) for being taken into roller 55,56.

Additionally, for example, multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 have the phase of regulation Deng length.

But, the length of multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 is suitably selected Determine into：The circle that the track of the end of multiple blade 57B, 59B, 60B, 62B describes when rotating together with the second rotary shaft 44 With diameter greater than the external diameter (that is, the external diameter of the convex portion of outer peripheral face) for being taken into roller 55,56.

That is, the length of multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 is suitably selected Into：Length from the center of main part 57A, 59A, 60A, 62A to the end of multiple blade 57B, 59B, 60B, 62B is taken to be longer than Enter the specific length of the external diameter of roller 55,56.

Also, in the case where 4 fixed the 57,59,60,62 and second rotary shafts 44 of impeller are rotated together with, make multiple leaves The terminal part of piece 57B, 59B, 60B, 62B is by accordingly running through setting with the track of the plurality of blade 57B, 59B, 60B, 62B Properly enter to be taken in the hole portion (not shown) of the first conveying guiding piece 40 and send in road 42.

Additionally, in the case where 4 fixed the 57,59,60,62 and second rotary shafts 44 of impeller are rotated together with, making multiple leaves The terminal part of piece 57B, 59B, 60B, 62B is by accordingly running through setting with the track of the plurality of blade 57B, 59B, 60B, 62B Properly enter in bank note containing space in the hole portion (not shown) of back plate 30E of collecting storage facility housing 30.

On the other hand, 2 impellers 58,61 that can be rotatably provided in the second rotary shaft 44 have the main body of ring-type respectively Portion 58A, 61A.

Additionally, the outer peripheral face of main part 58A, the 61A in 2 impellers 58,61, the angle model of the regulation below the 180 degree Enclose, by regulation at equal intervals with radial protrusion in the way of plant multiple blade 58B, 61B for having resilient strip.

That is, 2 impellers 58,61 are also in the same manner as 4 fixed impellers 57,59,60,62 in the periphery of main part 58A, 61A The part implanting in face has multiple blade 58B, 61B.

Also, as 2 impellers 58,61 can be rotated relative to the second rotary shaft 44, therefore, it is possible to make multiple blades The change in location of 58B, 61B relative to second rotary shaft 44.

Therefore, in the following description, it is possible to be rotatably provided in the second rotary shaft 44, and multiple blades can be made 58B, 61B are also referred to as variable vane wheel 58,61 relative to 2 impellers 58,61 of the change in location of second rotary shaft 44.

Main part 58A, 61A of 2 variable vane wheels 58,61 has the main part for example with fixed impeller 57,59,60,62 The equal width of the width and external diameter of 57A, 59A, 60A, 62A and external diameter.

Additionally, for example, multiple blade 58B, 61B of 2 variable vane wheels 58,61 with fixed impeller 57,59,60,62 Multiple blade 57B, 59B, 60B, 62B equal length length.

Also, in the case where 2 variable vane wheels 58,61 are rotated centered on the second rotary shaft 44, make multiple blades The terminal part of 58B, 61B is by being accordingly disposed through the first conveying guiding piece 40 with the track of the plurality of blade 58B, 61B Hole portion (not shown) and properly enter to be taken into and send in road 42.

Additionally, in the case where 2 variable vane wheels 58,61 are rotated centered on the second rotary shaft 44, making multiple blades The terminal part of 58B, 61B is by being accordingly disposed through after collecting storage facility housing 30 with the track of the plurality of blade 58B, 61B The hole portion (not shown) of plate 30E and properly enter in bank note containing space.

In addition, in the second rotary shaft 44 such as the right of variable vane wheel 58 in left side and auxiliary with left side The position for helping roller 52 substantially opposed, is fixedly installed the jacking part 63 of the main part 63A with ring-type.

That is, it is inserted in the second rotary shaft 44 in the hole portion at center of the main part 63A for being disposed through jacking part 63 In the state of, the jacking part 63 is fixedly installed on following predetermined bits in the way of integratedly rotating with the second rotary shaft 44 Put：Even if by be taken into send road 42 and in the case of conveying the most short bank note in long side, also with the most short bank note in long side during conveying Another side in bank note long side direction one end (that is, than the minor face assigned position in the inner part in left side) it is opposed.

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

Also, jacking part 63 is fixedly installed into relative to the second rotary shaft 44, jack-up plate 63B is made to be located at 4 fixed leaves Multiple blade 57B, 59B, 60B, 62B of wheel 57,59,60,62 (that is, are made relative to the prominent side that second rotary shaft 44 is projected Jack-up plate 63B is projected to the prominent side of multiple blade 57B, 59B, 60B, 62B).

Additionally, the width of regulation more than the main part 63A of the jacking part 63 such as width with help roll 52, and have There is the external diameter of the regulation less than the external diameter (that is, the external diameter of the convex portion of outer peripheral face) for being taken into roller 55,56.

But, the external diameter of the jack-up plate 63B of jacking part 63 is (that is, from the center of main part 63A to the periphery of jack-up plate 63B The length in face) be selected to it is for example roughly equal with the external diameter (that is, the external diameter of the convex portion of outer peripheral face) for being taken into roller 55,56.

Also, in the case where jacking part 63 and the second rotary shaft 44 rotate together with, make jack-up plate 63B by with the jack-up The track of plate 63B is accordingly disposed through the hole portion (not shown) of the first conveying guiding piece 40 and properly enters to be taken into sending In outlet 42, and the part being close in the left surface of help roll 52 on the lower.

Additionally, such as left side of the variable vane wheel 61 on right side and the help roll with right side in the second rotary shaft 44 53 substantially opposed positions, are also fixedly installed the jacking part 64 of the main part 64A with ring-type.

That is, it is inserted in the second rotary shaft 44 in the hole portion at center of the main part 64A for being disposed through jacking part 64 In the state of, the jacking part 64 is fixedly installed on following predetermined bits in the way of integratedly rotating with the second rotary shaft 44 Put：Even if by be taken into send road 42 and in the case of conveying the most short bank note in long side, also with the most short bank note in long side during conveying Another side in bank note long side direction the other end (that is, than the minor face assigned position in the inner part on right side) it is opposed.

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

Also, jacking part 64 is also set by fixation relative to the second rotary shaft 44 in the same manner as the jacking part 63 in above-mentioned left side Be set to, make jack-up plate 64B be located at multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 relative to this The prominent side (that is, making jack-up plate 64B project to the prominent side of multiple blade 57B, 59B, 60B, 62B) that two rotary shaft 44 is projected.

Additionally, jacking part 64 is in the same manner as the jacking part 63 in above-mentioned left side, main part 64A for example has help roll 53 The width of regulation more than width, and with the rule less than the external diameter (that is, the external diameter of the convex portion of outer peripheral face) for being taken into roller 55,56 Fixed external diameter.

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

Also, in the case where jacking part 64 and the second rotary shaft 44 rotate together with, make jack-up plate 64B by with the jack-up The track of plate 64B is accordingly disposed through the hole portion (not shown) of the first conveying guiding piece 40 and properly enters to be taken into sending In outlet 42, and the part being close in the right flank of help roll 53 on the lower.

So, 4 fixed impellers 57,59,60,62 are arranged at as follows and are taken into unloading part 32：Can make it is multiple Rotate together with the second rotary shaft 44 in the state of the position of blade 57B, 59B, 60B, 62B is substantially uniform and make the plurality of blade The terminal part of 57B, 59B, 60B, 62B is properly entered to be taken into and is sent in road 42 and in bank note containing space.

Additionally, 2 variable vane wheels 58,61 are arranged at as follows and are taken into unloading part 32：The second rotary shaft can be passed through 44 rotations and the terminal part of multiple blade 58B, 61B is properly entered to be taken into and is sent in road 42 and in bank note containing space.

Also, 2 jacking parts 63,64 are arranged at as follows and are taken into unloading part 32：Jack-up plate 63B, 64B can be made Position it is substantially uniform in the state of rotate together with the second rotary shaft 44 and properly enter the jack-up plate 63B, 64B and take Enter to send in road 42.

By the way, in the following description, the part being taken into as bank note is fixedly installed on into the second rotation 2 of axle 44 are taken into fixed 57,59,60,62 and 2 jacking parts 63,64 of impeller of 55,56,4, roller and are referred to as being taken into and set with fixation Put part.

Additionally, be taken into unloading part 32 have for example collecting storage facility housing 30 left plate 30B rear upper end inner surface With at the inner surface of the rear upper end of right plate 30C with the second rotary shaft 44 retread upside (additionally, after the first rotary shaft 43 Oblique downside) a pair of 3rd bearing portions (not shown) arranged opposite.

Thus, the 3rd rotary shaft 45 by 30 Jing of collecting storage facility housing, a pair of 3rd bearing portions with automatic teller machine right and left It is supported for rotate to a direction of rotation and another direction of rotation to parallel posture.

For example 2 rollers are fixedly installed (below, with 2 feed rolls, 50,51 opposed position in the 3rd rotary shaft 45 It is also referred to as pressure roll) 68 (only illustrate one in the diagram, in Figure 52 not shown), 2 rollers 68 are for by paper Coin is sandwiched between this 2 feed rolls 50,51.

That is, this 2 pressure rolls 68 are inserted in the 3rd rotary shaft 45 and are disposed through 2 pressure rolls, 68 respective center Hole portion in the state of, be fixedly set in the 3rd rotary shaft 45 in the way of integratedly rotating with the 3rd rotary shaft 45.

2 pressure rolls 68 have for example equal with the width of feed rolls 50,51 width.Additionally, 2 pressure rolls 68 have The equal external diameter of regulation.

Also, 2 pressure rolls 68 make in respective outer peripheral face before tiltedly upside established part by with the established part pair Should be disposed through the hole portion (not shown) of the first conveying guiding piece 40 and enter into be taken into and send in road 42.

Thus, it is taken into unloading part 32 and a part for the outer peripheral face of 2 pressure rolls 68 is pressed on into 2 being taken into send in road 42 A part (that is, the part of downside of retreading) for the convex portion of the outer peripheral face of individual feed rolls 50,51.

So, before making, tiltedly the established part of upside is entered into and is taken into the state sent in road 42 respectively for 2 pressure rolls 68 Under, with can with the rotation to a direction of rotation and another direction of rotation of 2 feed rolls 50,51 in linkage to this 2 The mode of the contrary another direction of rotation in the direction of rotation of feed rolls 50,51 and a direction of rotation rotation is arranged on to be taken into be sent Outlet 32.

Also, it is taken into unloading part 32 (only to illustrate 1 in the diagram, do not scheme for 2 in Figure 5 with a countershaft support arm 69 Show).

For an axle support arm 69, such as one end (that is, is not subject to first not rotate in the first rotary shaft 43 The rotation of rotary shaft 43) the mode left plate 30B that is supported on collecting storage facility housing 30 inner surface near assigned position, and The other end is made to be located at the front side of the first rotary shaft 43.

Also, the 4th rotary shaft 46 is with the posture parallel with automatic teller machine left and right directions, with can be to a direction of rotation The other end of an axle support arm 69 is supported on the mode of another direction of rotation rotation, and makes the 4th rotary shaft 46 Right part it is opposed with the feed rolls 50 in left side.

In this case, support section of first rotary shaft 43 in an axle support arm 69, with first rotary shaft 43 The mode for integratedly rotating is fixedly installed toothed belt wheel 70.

Additionally, the 4th rotary shaft 46 is in the support section supported by an axle support arm 69, with the 4th rotary shaft 46 The mode for integratedly rotating is fixedly installed toothed belt wheel 71.

Also, it is being taken into the toothed belt of the toothed belt wheel 70 from the first rotary shaft 43 of unloading part 32 to the 4th rotary shaft 46 The scope of wheel 71 sets up the drive belt 72 for having ring-type.

Thus, be taken into unloading part 32 can make the 4th rotary shaft 46 and the first rotary shaft 43 to a direction of rotation and another The rotation of one direction of rotation is in linkage to one direction of rotation of direction of rotation identical with first rotary shaft 43 and another rotation Turn direction to rotate.

Also, for example opposed with the feed rolls 50 in the left side position in the 4th rotary shaft 46 and auxiliary with left side The position for helping roller 52 opposed be fixedly installed respectively roller (below, being also referred to as pick-up roller) 73 (only illustrate 1 in the diagram, In Fig. 52 it is not shown), the roller 73 sends road 42 for passing out to be taken into from bank note containing space by bank note.

That is, this 2 pick-up rollers 73 are inserted in the 4th rotary shaft 46 and are disposed through 2 pick-up rollers, 73 respective center Hole portion in the state of, be fixedly set in the 4th rotary shaft 46 in the way of integratedly rotating with the 4th rotary shaft 46.

Additionally, for another axle support arm, such as one end (that is, is not subject to not rotating in the first rotary shaft 43 The rotation of the first rotary shaft 43) mode be supported for the regulation near the inner surface of the right plate 30C of collecting storage facility housing 30 Position, and make the other end be located at the front side of the first rotary shaft 43.

Also, the 5th rotary shaft is with the posture parallel with automatic teller machine left and right directions, with can to a direction of rotation and The mode of another direction of rotation rotation is supported on the other end of another axle support arm, and makes the left end of the 5th rotary shaft Portion is opposed with the feed rolls 51 on right side.

In this case, support section of first rotary shaft 43 in another axle support arm, with first rotary shaft 43 1 The mode of body ground rotation is fixedly installed toothed belt wheel (not shown).

Additionally, the 5th rotary shaft is in the support section supported by another axle support arm, with the 5th rotary shaft integratedly The mode of rotation is fixedly installed toothed belt wheel (not shown).

Also, the toothed belt wheel of the 5th rotary shaft is taken turns in the toothed belt from the first rotary shaft 43 for being taken into unloading part 32 Scope sets up the drive belt (not shown) for having ring-type.

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

Also, for example opposed with the feed rolls 51 on the right side position in the 5th rotary shaft and the auxiliary with right side The opposed position of roller 53 is fixedly installed pick-up roller (not shown) respectively, the pick-up roller for from bank note containing space by bank note Pass out to be taken into and send road 42.

That is, this 2 pick-up rollers are inserted into the hole portion for being disposed through the respective center of 2 pick-up rollers in the 5th rotary shaft In in the state of, be fixedly set in the 5th rotary shaft in the way of integratedly rotating with the 5th rotary shaft.

So, 4 pick-up rollers 73 are with can be with the first rotary shaft 43 to direction of rotation and another direction of rotation What rotation was rotated to one direction of rotation of direction of rotation identical with first rotary shaft 43 and another direction of rotation in linkage Mode is arranged on to be taken into sends road 32.

Also, in unloading part 32 is taken into, the first rotary shaft 43 the left plate 30B from collecting storage facility housing 30 to the left Prominent one end is fixedly installed the first drive gear 75.

Additionally, as shown in Figure 5 and Figure 6, in unloading part 32 is taken into, in second rotary shaft 44 from collecting storage facility housing 30 The one end that left plate 30B is projected to the left is provided with the second drive gear 77 across one-way clutch 76, and make this second Drive gear 77 is engaged with the first drive gear 75, wherein, the one-way clutch 76 be used for make second rotary shaft 44 only to One direction of rotation rotation.

Also, it is taken into the driving horse (not shown) that unloading part 32 has the assigned position for being for example arranged at bill storage 18 It is up to (below, being also referred to as roller drive motor), each to make above-mentioned 2 feed rolls 50,51 and 2 be taken into roller 55,56 etc. Roller rotation is planted, the output shaft of the roller drive motor is linked with the second drive gear 77 by multiple gears (not shown).

Thus, when bank note is taken into, when roller drive motor carries out action to be taken into bank note under the control of a control unit 10 When, it is taken into unloading part 32 and being rotated through multiple gears of the output shaft of the roller drive motor can be transferred to the second sliding tooth Wheel 77, so that second drive gear 77 is rotated to a direction of rotation.

Also, being taken into unloading part 32 makes the second rotary shaft 44 and the second sliding tooth by means of the effect of one-way clutch 76 Take turns 77 1 direction of rotation rotations in the same direction.

Therefore, being taken into unloading part 32 can make 2 be arranged in the second rotary shaft 44 to be taken into the fixed leaf of 55,56,4, roller 57,59,60,62 and 2 44 1 direction of rotation in the same direction of the 63,64 and second rotary shaft of jacking part of wheel are rotated to be taken into bank note, And make 2 variable vane wheels 58,61 also suitably to a direction of rotation rotation as described later.

Additionally, now, be taken into unloading part 32 can make the first drive gear 75 for engaging with the second drive gear 77 to Another direction of rotation that the direction of rotation of second drive gear 77 is contrary rotates.

Therefore, being taken into unloading part 32 can make 75 1 another direction of rotation in the same direction of the first rotary shaft 43 and the first drive gear Rotation being taken into bank note so that be arranged at 2 feed rolls, 50,51 and 2 help rolls 52,53 of first rotary shaft 43 also to Another direction of rotation rotates to be taken into bank note.

Also, now, it is taken into unloading part 32 to link with the rotation to another direction of rotation of 2 feed rolls 50,51 2 pressure rolls 68 is rotated to contrary with the direction of rotation of 2 feed rolls 50,51 direction of rotation to be taken into paper Coin.

On the other hand, when bank note is sent, when roller drive motor carries out action to send under the control of a control unit 10 During bank note, it is taken into unloading part 32 and being rotated through multiple gears of the output shaft of the roller drive motor can be transferred to the second drive Moving gear 77, so that second drive gear 77 is rotated to another direction of rotation.

But, even if the second drive gear 77 is rotated to another direction of rotation, being taken into unloading part 32 also can be by means of list The second rotary shaft 44 is not rotated to the effect of clutch 76 and keep stopping.

Therefore, being taken into unloading part 32 can make 2 that are arranged at the second rotary shaft 44 to be taken into the fixed impeller of 55,56,4, roller 57th, 59,60,62 and 2 jacking parts 63,64 also do not rotate and keep stopping, and make 2 variable vane wheels as described later 58th, 61 also do not rotate and keep stopping.

Additionally, now, be taken into unloading part 32 can make the first drive gear 75 for engaging with the second drive gear 77 to The direction of rotation that the direction of rotation of second drive gear 77 is contrary rotates.

Therefore, being taken into unloading part 32 can make 75 1 direction of rotation in the same direction of the first rotary shaft 43 and the first drive gear Rotation sending bank note so that be arranged at 2 feed rolls, 50,51 and 2 help rolls 52,53 of first rotary shaft 43 also to One direction of rotation rotates to send bank note.

Also, now, it is taken into unloading part 32 to link with the rotation to a direction of rotation of 2 feed rolls 50,51 2 pressure rolls 68 is rotated to contrary with the direction of rotation of 2 feed rolls 50,51 another direction of rotation to send paper Coin.

Also, now, being taken into unloading part 32 can be with the rotation to a direction of rotation of the first rotary shaft 43 in linkage Make 4 pick-up rollers 73 and the 4th rotary shaft 46 and the 5th rotary shaft one direction of rotation identical in the same direction with first rotary shaft 43 Bank note is sent road 42 and is sent from bank note containing space to being taken into by the rotation of one direction of rotation.

By the way, the bank note that is made up of light-emitting component and photo detector is provided with by detection being taken into unloading part 32 Portion 80, the bank note by test section 80 for by be taken into send road 42 convey bank note be used for be taken into and send when it is for example right It is taken into send and the situation that bank note passes through is whether there is in road 42 carries out optical detection at this.

Additionally, conveying guiding piece 40 and second with first in the header board 30D of collecting storage facility housing 30 of unloading part 32 is taken into The opposed position of the other end (that is, one end of bank note containing space side) of guiding piece 41 is conveyed, by absorbing impact spring (not Diagram) and stop part 81 is installed, from being taken into the inner side peristome of sending road 42 when the stop part 81 is for being taken into bank note Collide and stop the bank note in one long side of the bank note being devoted in bank note containing space.

In addition, being taken into unloading part 32 (Fig. 6) with such as rotor 85 and the substantially rotation position test section 86 of U-shaped, use (that is, stop the rotation to a direction of rotation of the second rotary shaft 44 for control in the rotation for controlling the second rotary shaft 44 When stop position).

Rotor 85 has the main part 85A of such as plain cushion round, and the part in the periphery of main part 85A highlightedly sets It is equipped with detected portion 85B of strip.

Also, side of the hole portion at center of the rotor 85 by main part 85A integratedly to rotate with second rotary shaft 44 Formula is in the outer surface and second of the left plate 30B of collecting storage facility housing 30 in being fixedly installed on the one end of the second rotary shaft 44 Assigned position between drive gear 77.

Additionally, such as one arm in rotation position test section 86 is embedded with light-emitting component, and with the light-emitting component Be opposed to (that is, in the way of it can receive the light of light-emitting component transmitting) photo detector is embedded with another arm.

Also, rotation position test section 86 is for example arranged on the outer surface of the left plate 30B of collecting storage facility housing 30, so that In the case that rotor 85 and the second rotary shaft 44 1 direction of rotation in the same direction rotate, detected portion 85B of the rotor 85 is one Pass through in groove portion (below, being also referred to as detection groove portion) between individual arm and another arm.

Therefore, roller drive motor action is made the second rotary shaft 44 is rotated to one to be taken into bank note in control unit 10 When direction rotates, used come whether detected portion 85B of optical detection rotor 85 enters into detection by rotation position test section 86 In groove portion.

Also, be taken into unloading part 32 to bank note be taken into finish when, control unit 10 according to by rotation position detect Portion 86 detects the situation that detected portion 85B of rotor 85 entered in detection groove portion and stops the action of roller drive motor Only.

In fact, when detected portion 85B of rotor 85 is detected by rotation position test section 86, control unit 10 makes Multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 and the jack-up plate 63B of 2 jacking parts 63,64, 64B is sent in road 42 and bank note containing space avoids and opens from being taken into, so that the action of roller drive motor and the second rotary shaft 44 Stop to the rotation of a direction of rotation.

Also, even if roller drive motor carries out action to send bank note from halted state under the control of a control unit 10, Being taken into effect of the unloading part 32 also described above like that by one-way clutch 76 makes the second rotary shaft 44 not rotate and keeps stopping Only.

Therefore, not only carrying out action during sending bank note, to be taken into unloading part 32 during the stopping of roller drive motor Also multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 and the jack-up of 2 jacking parts 63,64 are persistently made Plate 63B, 64B are sent in road 42 and bank note containing space avoids and opens from being taken into.

Than the above described structure, as shown in fig. 7, positioned at right side variable vane wheel 61 left surface in multiple blades The assigned position of the prominent side of 61B, is provided with the holding section 61C being for example made up of the projection of fan-shaped, and the holding section 61C is used for Control the position relative to the second rotary shaft 44 of the plurality of blade 61B.

Additionally, as shown in figure 8, in the right flank opposed with the left surface of variable vane wheel 61 of the jacking part 64 positioned at right side By center (that is, the marginal portion of the hole portion at center) place, be provided projectingly scope (that is, below 180 degree in jack-up plate 64B The angular range of regulation) the holding section 64C being for example made up of the projection of arc-shaped is provided with, the holding section 64C is used to control The position relative to the second rotary shaft 44 of multiple blade 61B of the variable vane wheel 61.

By the way, in the following description, the holding section 61C for being arranged at variable vane wheel 61 is also referred to as into blade-side card The holding section 64C for being arranged at jacking part 64 is also referred to as jack-up side holding section 64C by conjunction portion 61C.

Additionally, in the following description, will in blade-side holding section 61C and jack-up side holding section 64C a rotation side End face 61CX, 64CX upwards is also referred to as end face 61CX, 64CX, will be end face 61CY, 64CY of another direction of rotation also equal Referred to as other end 61CY, 64CY.

Also, jacking part 64 is fixedly set in second in the way of its right flank is close with the left surface of variable vane wheel 61 Rotary shaft 44.

Therefore, the angular range that variable vane wheel 61 can be relative to the second rotary shaft 44 in substantially 180 degree is revolved to one Turn direction and the rotation of another direction of rotation, the angular range of the substantially 180 degree is following scope：From making blade-side holding section The position that the end face 61CX of 61C is contacted with the other end 64CY of the jack-up side holding section 64C of jacking part 64 (that is, engage) is arrived Contact the other end 61CY of blade-side holding section 61C and the end face 64CX of the jack-up side holding section 64C of the jacking part 64 The position of (that is, engaging).

Also, variable vane wheel 61 by relative to the second rotary shaft 44 relatively to a direction of rotation and another rotation side The contact site for switching blade-side holding section 61C to rotation relative to the jack-up side holding section 64C of jacking part 64 (that is, engages Position) such that it is able to make the change in location relative to the second rotary shaft 44 of multiple blade 61B.

In fact, rotating to a direction of rotation relative to the second rotary shaft 44 in variable vane wheel 61 and engaging blade-side In the case that the end face 61CX of portion 61C is contacted with the other end 64CY of the jack-up side holding section 64C of jacking part 64, can make Multiple blade 61B be located at multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 and 2 jacking parts 63, The prominent side of 64 jack-up plate 63B, 64B.

Additionally, rotating to another direction of rotation relative to the second rotary shaft 44 in variable vane wheel 61 and making blade-side holding section In the case that the other end 61CY of 61C is contacted with the end face 64CX of the jack-up side holding section 64C of jacking part 64, can make many Individual blade 61B positioned at multiple blade 57B, 59B, 60B, the 62B with 4 fixed impellers 57,59,60,62 and 2 jacking parts 63, The contrary side in the prominent side of 64 jack-up plate 63B, 64B.

Also, the variable vane wheel 61 in right side in the second rotary shaft 44 (Fig. 5 and Fig. 6) with than its fixation on the right side Being partially inserted in the hole portion of helical spring 87 between impeller 62.

Also, the one end of helical spring 87 is inserted in the hole portion of the right flank for being disposed through variable vane wheel 61, Or it is hooked in groove portion of assigned position of outer peripheral face for being formed in its main part 61A etc. and engaging in the variable vane wheel 61.

Additionally, the other end of helical spring 87 is inserted into the hole portion of the left surface for being disposed through fixing impeller 62 In or be hooked in groove portion of assigned position of outer peripheral face for being formed in its main part 62A etc. and engaging in the fixation impeller 62.

Thus, helical spring 87 exerts a force to variable vane wheel 61 so that variable vane wheel 61 relative to the second rotary shaft 44 to one Individual direction of rotation rotation.

Therefore, if being not applied in variable vane wheel 61 makes which right in the state of external force as a direction of rotation rotation Blade 61B does not apply to hinder its load as rotating to a direction of rotation yet, then helical spring 87 can make blade variable Wheel 61 is rotated to a direction of rotation relative to the second rotary shaft 44.

But, being not applied in variable vane wheel 61 makes which in the state of external force as a direction of rotation rotation to leaf When piece 61B is applied with the load for hindering which as rotating to a direction of rotation, helical spring 87 applies to variable vane wheel 61 Which is made to stop to the active force as a direction of rotation rotation.

In other words, helical spring 87 is with the little work of the elastic force (that is, the toughness of blade 61B) having than multiple blade 61B Firmly variable vane wheel 61 is exerted a force so which is rotated to a direction of rotation.

On the other hand, though especially not illustrating, the variable vane wheel 58 positioned at left side is formed as with following shape：Phase For middle position and automatic teller machine in the variable vane wheel 58 on the left of this and the variable vane wheel 61 for being located at right side or so The vertical imaginary plane in direction, it is symmetrical with 61 face of variable vane wheel on the right side of which.

Though additionally, especially not illustrating, the jacking part 63 positioned at left side is again formed as with following shape：Relative to It is vertical with automatic teller machine left and right directions with the middle position of the jacking part 64 positioned at right side in the jacking part 63 on the left of this Imaginary plane, it is symmetrical with 64 face of jacking part on the right side of which.

Also, the jacking part 63 in left side is so as to be provided with the left surface of jack-up side holding section and the variable vane wheel 58 in left side Be provided with blade-side holding section right flank be close to mode be fixedly set in the second rotary shaft 44.

Therefore, the angular range that variable vane wheel 58 can be relative to the second rotary shaft 44 in substantially 180 degree is revolved to one Turn direction and the rotation of another direction of rotation, the angular range of the substantially 180 degree is following scope：From making blade-side holding section The position that end face is contacted with the other end of the jack-up side holding section of jacking part 63 is to the other end for making blade-side holding section The position contacted with the end face of the jack-up side holding section of the jacking part 63.

Also, variable vane wheel 58 is also in the same manner as the variable vane wheel 61 on right side, by relative relative to the second rotary shaft 44 Ground switches the jack-up side relative to jacking part 63 of blade-side holding section to a direction of rotation and the rotation of another direction of rotation The contact site of holding section such that it is able to make the change in location relative to the second rotary shaft 44 of multiple blade 58B.

That is, rotate to a direction of rotation relative to the second rotary shaft 44 in variable vane wheel 58 and make blade-side holding section In the case that end face is contacted with the other end of the jack-up side holding section of jacking part 63, multiple blade 58B can be made to be located at 4 Multiple blade 57B, 59B, 60B, 62B of fixed impeller 57,59,60,62 and jack-up plate 63B, 64B's of 2 jacking parts 63,64 Prominent side.

Additionally, rotating to another direction of rotation relative to the second rotary shaft 44 in variable vane wheel 58 and making blade-side holding section Other end contact with the end face of the jack-up side holding section of jacking part 63 in the case of, be located at can multiple blade 58B Jack-up plate 63B with multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 and 2 jacking parts 63,64, The contrary side in the prominent side of 64B.

Also, the variable vane wheel 58 in left side of the second rotary shaft 44 (Fig. 5) and the fixed impeller 59 than its side that keeps left Between part be also been inserted in the hole portion of helical spring 88.

Also, the one end of helical spring 88 is inserted in the hole portion of the left surface for being disposed through variable vane wheel 58, Or it is hooked in groove portion of assigned position of outer peripheral face for being formed in its main part 58A etc. and engaging in the variable vane wheel 58.

Additionally, the other end of helical spring 88 is inserted into the hole portion of the right flank for being disposed through fixing impeller 59 In or be hooked in groove portion of assigned position of outer peripheral face for being formed in its main part 59A etc. and engaging in the fixation impeller 59.

Thus, helical spring 88 exerts a force to variable vane wheel 58 so that variable vane wheel 58 relative to the second rotary shaft 44 to one Individual direction of rotation rotation.

Therefore, if being not applied in variable vane wheel 58 makes which right in the state of external force as a direction of rotation rotation Blade 58B does not apply to hinder its load as rotating to a direction of rotation yet, then helical spring 88 can make blade variable Wheel 58 is rotated to a direction of rotation relative to the second rotary shaft 44.

But, being not applied in variable vane wheel 58 makes which in the state of external force as a direction of rotation rotation to leaf Piece 58B is applied with when hindering which to load as the rotation of direction of rotation, helical spring 88 also with above-mentioned right side Helical spring 87 similarly applies to make which stop to the active force as a direction of rotation rotation to variable vane wheel 58.

In other words, helical spring 88 is also little with the elastic force (that is, the toughness of blade 58B) having than multiple blade 58B Active force exerts a force to variable vane wheel 58 so which is rotated to a direction of rotation.

Thus, as shown in Fig. 9 A to Figure 10 B, if be not applied in 2 variable vane wheels 58,61 making which to a direction of rotation Which is not applied to hinder to the load as a direction of rotation rotation to blade 58B, 61B in the state of external force as rotation yet Lotus F1, then be taken into directed force F 2 that unloading part 32 applies by using helical spring 87,88 and make 2 variable vane wheels 58,61 phases For the second rotary shaft 44 is rotated to a direction of rotation.

Therefore, be taken into unloading part 32 make 2 variable vane wheels 58,61 blade-side holding section 61C end face 61CX and 2 The other end 64CY of the jack-up side holding section 64C of jacking part 63,64 is contacted and is made multiple leaves of 2 variable vane wheels 58,61 Piece 58B, 61B are located at multiple blade 57B, 59B, 60B, 62B of 4 fixed impellers 57,59,60,62 and 2 jacking parts 63,64 Jack-up plate 63B, 64B prominent side (Fig. 9 A).

Also, unloading part 32 ought be taken into by using spiral shell in the case that the second rotary shaft 44 is rotated in this condition The directed force F 2 that rotation spring 87,88 applies makes 2 variable vane wheels 58,61 revolve to one with the rotation of second rotary shaft 44 Turn direction to rotate.

I.e., now, being taken into unloading part 32 makes the end face 61CX of blade-side holding section 61C of 2 variable vane wheels 58,61 Contact with the other end 64CY of the jack-up side holding section 64C of 2 jacking parts 63,64 and make multiple blade 58B, 61B be located at 4 Multiple blade 57B, 59B, 60B, 62B of fixed impeller 57,59,60,62 and jack-up plate 63B, 64B's of 2 jacking parts 63,64 Prominent side, makes 44 1 direction of rotation in the same direction of the 58,61 and second rotary shaft of 2 variable vane wheels rotation (figure in this condition 9B)。

But, for unloading part 32 is taken into, if when the second rotary shaft 44 is rotated to a direction of rotation to 2 blade variables Blade 58B, 61B of wheel 58,61 applies load F1 of directed force F more than 2, then the second rotary shaft 44 is revolved to a direction of rotation Turn, but 2 variable vane wheels 58,61 stop to the rotation of a direction of rotation.

Now, for being taken into unloading part 32, due to the second rotary shaft 44 be fixedly installed 2 jacking parts 63 thereon, 64 1 direction of rotation rotations in the same direction, therefore, the jack-up side holding section 64C of 2 jacking parts 63,64 is made corresponding to the rotation Other end 64CY be gradually stepped away from 2 variable vane wheels 58,61 blade-side holding section 61C end face 61CX (Fig. 9 C).

Also, after the second rotary shaft 44 is relative to 2 variable vane wheels 58,61 substantially half rotation, it is taken into unloading part 32 The end face 64CX of the jack-up side holding section 64C of 2 jacking parts 63,64 is made to engage with the blade-side of 2 variable vane wheels 58,61 The other end 61CY contacts of portion 61C.

Therefore, be taken into unloading part 32 make multiple blade 58B, 61B of 2 variable vane wheels 58,61 positioned at 4 fixed impellers 57th, the prominent side phase of jack-up plate 63B, 64B of 59,60,62 multiple blade 57B, 59B, 60B, 62B and 2 jacking parts 63,64 Anti- side (Figure 10 A).

In this condition, for unloading part 32 is taken into, when the second rotary shaft 44 is further rotated to a direction of rotation, The jack-up side holding section 64C of 2 jacking parts 63,64 is utilized corresponding to the rotation by the blade-side card of 2 variable vane wheels 58,61 Conjunction portion 61C pushes a direction of rotation to, so that a 44 1 rotation side in the same direction of the 58,61 and second rotary shaft of 2 variable vane wheels To rotation.

I.e., now, being taken into unloading part 32 makes the end face 64CX and 2 of jack-up side holding section 64C of 2 jacking parts 63,64 The other end 61CY of the blade-side holding section 61C of individual variable vane wheel 58,61 is contacted and is made multiple blade 58B, 61B be located at 4 Multiple blade 57B, 59B, 60B, 62B of fixed impeller 57,59,60,62 and jack-up plate 63B, 64B's of 2 jacking parts 63,64 Prominent side, makes 44 1 direction of rotation in the same direction of the 58,61 and second rotary shaft of 2 variable vane wheels rotation (figure in this condition 10B)。

Also, the second rotary shaft 44 is driven to the rotation of a direction of rotation with roller as described above unloading part 32 is taken into When the action of dynamic motor together stops, being made by the force of helical spring 87,88 2 variable vane wheels 58,61 relative to this Two rotary shafts 44 are rotated to a direction of rotation.

Thus, being taken into unloading part 32 can make multiple blade 58B, 61B of 2 variable vane wheels 58,61 be located at 4 fixed leaves The protrusion of jack-up plate 63B, 64B of multiple blade 57B, 59B, 60B, 62B and 2 jacking parts 63,64 of wheel 57,59,60,62 Side, so that multiple blade 58B, 61B of 2 variable vane wheels 58,61 are also kept away with bank note containing space from being taken into send in road 42 Get out of the way.

Additionally, when the second rotary shaft 44 is rotated to a direction of rotation, being taken into unloading part 32 according to whether variable to 2 Blade 58B, 61B of impeller 58,61 applies load F1 of above-mentioned directed force F more than 2 and can make 2 variable vane wheels 58,61 Multiple blade 58B, 61B the location-appropriate relative to second rotary shaft 44 change.

In fact, in the downside of the such as first conveying guiding piece 40 for being taken into unloading part 32 (Fig. 4) and in the second rotation The rear side of axle 44, along the substantially strip of automatic teller machine left and right directions length stop part 90 be configured to which simultaneously with towards it is front tiltedly under The mode of side is inclined.

Also, it is taken into the allocation position and arrangement angles of the stop part 90 of unloading part 32 to be suitably selected to, makes 4 Multiple blade 57B to 62B of 57,59,60,62 and 2 variable vane wheels 58,61 of individual fixed impeller are sent in road 42 and paper from being taken into Coin accommodation space is avoided in the case of opening, and the terminal part of multiple blade 57B to 62B is pressed on the one side of stopper section 90 and is deformed (that is, bending).

That is, the allocation position and arrangement angles for being taken into the stop part 90 of unloading part 32 is suitably selected to, and makes 4 Multiple blade 57B to 62B of fixed 57,59,60,62 and 2 variable vane wheels 58,61 of impeller are sent in road 42 and bank note from being taken into Accommodation space is avoided in the case of opening, and can this multiple blade 57B to 62B be applied with the load of above-mentioned directed force F more than 2 F1。

Therefore, as shown in Figure 11 A to Figure 12 C, in order to the stopping for being taken into the roller drive motor of bank note and action it is corresponding Make rotation from the second rotary shaft 44 to a direction of rotation stop in the case of, be taken into unloading part 32 make 4 fixed impellers 57, 59th, 60,62 multiple blade 57B, 59B, 60B, 62B are sent in road 42 and bank note containing space avoids and opens from being taken into.

Thus, be taken into unloading part 32 be directed to each fix impeller 57,59,60,62 and will for example to a direction of rotation The end section of blade 57B, 59B, 60B, a 62B of the most front side (below, being also referred to as rotating most front side) during rotation Do not press on stop part 90 and bend which.

Additionally, now, it is same to the situation described in Fig. 9 A with more than, unloading part 32 is taken into by helical spring 87,88 Exert a force and 2 variable vane wheels 58,61 is rotated to a direction of rotation relative to the second rotary shaft 44, so that 2 blade variables Multiple blade 58B, 61B of wheel 58,61 are sent in road 42 and bank note containing space avoids and opens from being taken into.

Therefore, it is taken into unloading part 32 and is directed to the blade that each variable vane wheel 58,61 is for example rotated most front side The terminal part of 58B, 61B presses on stop part 90 and bends which, so that this 2 variable vane wheel 58,61 is to a direction of rotation Rotation stop (Figure 11 A).

In this condition, in unloading part 32 is taken into, when roller drive motor in order to be taken into bank note and action so as to the second rotation Rotating shaft 44 to a direction of rotation rotate when, with regard to 2 variable vane wheels 58,61, in the same manner as the situation described in Fig. 9 C more than, By stop part 90 is pressed and to blade 58B, 61B imposed load F1 so which is not to the rotation of direction of rotation.

Therefore, now, being taken into unloading part 32 makes 4 fixed impellers 57,59,60,62 using the driving force of roller drive motor Rotate with 44 1 direction of rotation in the same direction of the 63,64 and second rotary shaft of 2 jacking parts.

Therefore, now, be taken into unloading part 32 make multiple blade 57B of 4 fixed impellers 57,59,60,62,59B, 60B, The terminal part of 62B from rotation most front the contact position with stop part 90 is bent for the time being pass through after return to original The shape come and enter into be taken into and send (Figure 11 B) in road 42.

So, be taken into unloading part 32 make 2 variable vane wheels 58,61 rotation stop in the state of making 4 fixed impellers 57th, when 59,60,62 and 2 44 1 direction of rotation in the same direction of the 63,64 and second rotary shaft of jacking part rotate substantially 180 degree, make Multiple blade 57B, 59B, 60B, 62B of this 4 fixed impellers 57,59,60,62 are all introduced into being taken into and send in road 42 and paper Any one in coin accommodation space, and jack-up plate 63B, 64B of 2 jacking parts 63,64 is entered into be taken into and is sent in road 42.

Now, in unloading part 32 is taken into, 2 variable vane wheels 58,61 for stopping the rotation and with the second rotary shaft 44 together 2 jacking parts 63,64 to a direction of rotation rotation become same to the situation described in Figure 10 A position relationship with more than.

Therefore, in unloading part 32 is taken into, 4 fixed 57,59,60,62 and 2 variable vane wheels 58,61 of impeller it is multiple Blade 57B to 62B expands radially (Figure 11 C) in the complete cycle (that is, 360 degree of scopes) of the second rotary shaft 44.

Also, in unloading part 32 is taken into, when 4 fixed impellers, 57,59,60,62 and 2 jacking parts 63,64 and second When rotary shaft 44 is together further rotated to direction of rotation, in the same manner as the situation described in Figure 10 B more than, variable vane wheel 58th, 61 are also together started with the second rotary shaft 44 to a direction of rotation rotation.

That is, being taken into unloading part 32 makes multiple blade 57B to 62B expand radially in the complete cycle scope of the second rotary shaft 44 In the state of 4 fixed impellers, 57,59,60,62 and 2 variable vane wheels 58,61 is rotated to a direction of rotation.

Thus, be taken into unloading part 32 make 2 variable vane wheels 58,61 multiple blade 58B, 61B terminal part from rotation Most front the contact position with stop part 90 is bent for the time being original shape is returned to by after and is entered into and is taken Enter to send (Figure 12 A) in road 42.

Also, in unloading part 32 is taken into, 4 are correspondingly being made to the rotation of a direction of rotation with the second rotary shaft 44 Multiple blade 57B, 59B, 60B, 62B of fixed impeller 57,59,60,62 are all sent in road 42 and bank note containing sky from being taken into Between it is interim avoid open, in addition 2 jacking parts 63,64 jack-up plate 63B, 64B from be taken into send in road 42 it is interim avoid open when, make Multiple blade 58B, 61B of 2 variable vane wheels 58,61 are all introduced into being taken into and send appointing in road 42 and in bank note containing space One (Figure 12 B).

So, in unloading part 32 is taken into, when making 4 fixed 57,59,60,62 and 2 variable vane wheels 58,61 of impeller Multiple blade 57B to 62B after the complete cycle (that is, 360 degree of scopes) of the second rotary shaft 44 expands radially, afterwards, During two rotary shafts 44 are rotated to a direction of rotation, 4 fixed leaves are made in the state of launching multiple blade 57B to 62B 57,59,60,62 and 2 variable vane wheels 58,61 of wheel are rotated to a direction of rotation.

That is, during the second rotary shaft 44 is rotated to a direction of rotation, 4 fixed impellers 57,59,60,62 and 2 are made In the state of the multiple blade 57B to 62B of individual variable vane wheel 58,61 launch, sequentially pat stop part 90 contact position and Pass through, so that the 44 1 in the same direction rotations of 4 fixed impellers, 57,59,60,62 and 2 variable vane wheels 58,61 and second rotary shaft Turn direction to rotate.

Also, the second rotary shaft 44 is correspondingly made to one with for the stopping for being taken into the roller drive motor of bank note and action In the case that the rotation of individual direction of rotation stops, being taken into unloading part 32 makes multiple blades of 4 fixed impellers 57,59,60,62 57B, 59B, 60B, 62B are sent in road 42 and bank note containing space avoids and opens from being taken into again.

Thus, it is taken into unloading part 32 to be directed to each fixation impeller 57,59,60,62 and for example rotated the one of most front side The terminal part of individual blade 57B, 59B, 60B, 62B presses on stop part 90 respectively and makes which bend (Figure 12 B).

Also, it is now, same to the situation described in Fig. 9 A with more than again, be taken into unloading part 32 by helical spring 87, 88 force makes 2 variable vane wheels 58,61 rotate to a direction of rotation relative to the second rotary shaft 44, so that this 2 variable Multiple blade 58B, 61B of impeller 58,61 are sent in road 42 and bank note containing space avoids and opens from being taken into.

Therefore, it is taken into unloading part 32 and is directed to the blade that each variable vane wheel 58,61 is for example rotated most front side The terminal part of 58B, 61B presses on stop part 90 and bends which, so that this 2 variable vane wheel 58,61 is to a direction of rotation Rotation stop (Figure 12 C).

So, when the second rotary shaft 44 starts to a direction of rotation to rotate to be taken into bank note, it is taken into unloading part 32 multiple blade 58B, 61B for making 2 variable vane wheels 58,61 relative to second rotary shaft 44 change in location while make 2 variable vane wheels 58,61 substantial delay half-turns and start to the rotation of direction of rotation.

Additionally, for unloading part 32 is taken into, in the second rotation for making to rotate to a direction of rotation to be taken into bank note When axle 44 stops the rotation, the position relative to second rotary shaft 44 of multiple blade 58B, 61B of 2 variable vane wheels 58,61 is made Put and be changing into the position returned to when rotation stops, so that 2 variable vane wheels 58,61 stop to a direction of rotation rotation.

(1-4) bill storage to bank note be taken into process and send process

Below, the bank note for control unit 10 being carried out by bill storage 18 to 22 in above-mentioned bank not deposit is processed Be taken into process, and the bank note that carried out by the bill storage 18 to 22 in above-mentioned bank note withdrawal is processed send place Reason is sequentially illustrated.

As shown in figure 13, when being taken into process of bank note 95 is carried out by bill storage 18 to 22 in control unit 10, is led to Crossing makes the drive motor action of platform portion to drive platform portion lifting unit in collecting storage facility 31, so that platform portion 35 rises or declines.

Now, most going up in one side 35A for detecting appearance portion 35 when control unit 10 reaches test section 36 by bank note After the position arrival bank note of bank note 95 is taken into position, the drive motor stopping action of platform portion is made at the moment and stop the portion 35.

Thus, in one side 35A of the control unit 10 in bill storage 18 to 22 in 4 pick-up rollers 73 with platform portion 35 Between upper bank note 95 formed be best suited for by bank note 95 be taken into it is in bank note containing space, equivalent to the rule of the bank note 95 Determine the gap of the thickness of number.

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

Therefore, control unit 10 make 2 be taken into fixed 57,59,60,62 and 2 jacking parts 63 of impeller of 55,56,4, roller, 64 and second direction of rotation rotation in the same direction of rotary shaft 44 1.

Additionally, now, the opening to the rotation of a direction of rotation from the second rotary shaft 44 as described above of control unit 10 2 variable vane wheels 58,61 are made to start to one to revolve during postponing the substantially half rotation of the second rotary shaft 44 from moment beginning Turn direction to rotate.

Therefore, control unit 10 makes this multiple blade 57B to 62B radial in the complete cycle scope of the second rotary shaft 44 4 fixed impellers, 57,59,60,62 and 2 variable vane wheels 58,61 are made to rotate to a direction of rotation in the state of expansion.

Also, now, control unit 10 makes 2 feed rolls, 50,51 and 2 the 52,53 and first rotary shafts 43 1 of help roll In the same direction another direction of rotation rotation, and 2 pressure rolls 68 and the 3rd rotary shaft 45 1 one in the same direction are made in linkage with the rotation Direction of rotation rotates.

In this condition, control unit 10 passes through central authorities bank note transport road 27A by bank note 95 one by one to bill storage 18 to 22 conveyings.

Thus, the bank note 95 is taken into be taken into from outer openings portion and is sent in road 42 by control unit 10, and by the bank note 95 are taken into roller 55,56 sides to 2 while being clipped between 2 feed rolls, 50,51 and 2 pressure rolls 68 of rotation reversely with each other send Go out.

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

Also, control unit 10 is made from the bank note 95 for being taken into the inner side peristome of sending road 42 and rendering to bank note containing space Long side and the stop part 81 of front side collide and allow the bank note 95 mobile stopping forwards, and using 4 fixed impellers 57, 59th, the blade 57B to 62B of 60,62 and 2 variable vane wheels 58,61 pats the one side of the bank note 95 (that is, towards upside from top Face) rearward end.

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

So, whenever control unit 10 is defeated to bill storage 18 to 22 by central authorities bank note transport road 27A by bank note 95 When sending, in the bill storage 18 to 22 similarly the bank note 95 can be sent road 42 and be taken into bank note by being taken into Received in one side 35A that platform portion 35 is overlapped in accommodation space and sequentially.

Here, as shown in figure 14, in bill storage 18 to 22, rotate to a direction of rotation in the second rotary shaft 44 In the state of, when multiple blade 58B, 61B of 2 variable vane wheels 58,61 are located at downside, the jack-up plate of 2 jacking parts 63,64 Multiple blade 57B, 59B, 60B, 62B mono- of 63B, 64B and 4 fixed impellers 57,59,60,62 are located on upside.

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

Additionally, as shown in figure 15, in bill storage 18 to 22, rotating to a direction of rotation in the second rotary shaft 44 In the state of, in multiple blades of jack-up plate 63B, 64B and 4 fixed impellers 57,59,60,62 of 2 jacking parts 63,64 When 57B, 59B, 60B, 62B mono- is located on downside, multiple blade 58B, 61B of 2 variable vane wheels 58,61 are located at upside.

Also, now, in bill storage 18 to 22, as described above, multiple blades of the variable vane wheel 58 in left side Part in the left surface of the help roll 52 in the close left sides of 58B on the lower, and multiple blade 61B of the variable vane wheel 61 on right side Part in the right flank of the help roll 53 for being close to right side on the lower.

That is, bill storage 18 to 22 makes jack-up plate 63B, 64B of 2 jacking parts 63,64 and 2 can when bank note is taken into Become impeller 58,61 multiple blade 58B, 61B sequentially alternatively enter be taken into send in road 42 and be located at 2 help rolls 52, 53 outside.

Therefore, in bill storage 18 to 22, if bank note 95 is sandwiched in 2 feed rolls 50,51 and 2 is taken into roller When the 55th, between 56, jack-up plate 63B, 64B of 2 jacking parts 63,64 is located at upside, then using jack-up plate 63B, the 64B by the paper The one end of coin 95 and the other end (that is, the part in the outside of 2 help rolls 52,53) jack-up and deform which.

Also, in bill storage 18 to 22, when the second rotary shaft 44 continues to a direction of rotation to rotate, although 2 jacking parts 63,64 are also continued to a direction of rotation rotation and the downward side displacements of jack-up plate 63B, 64B, but due to 2 it is variable Impeller 58,61 is rotated to a direction of rotation, therefore makes multiple blade 58B, 61B of 2 variable vane wheels 58,61 sidesway upwards Position.

Therefore, in bill storage 18 to 22, even if jack-up plate 63B, 64B of 2 jacking parts 63,64 is from being sandwiched into The one end and the other end for boosting and deforming in 2 feed rolls, 50,51 and 2 bank note 95 being taken between roller 55,56 leaves, Can also utilize multiple blade 58B, 61B of 2 variable vane wheels 58,61 in the one end of the bank note 95 and before the other end hangs down Persistently deform which its jack-up.

So, in bill storage 18 to 22, bank note 95 is being sandwiched in 2 feed rolls 50,51 and 2 in order to convey It is individual be taken between roller 55,56 during, can utilize 2 jacking parts 63,64 jack-up plate 63B, 64B and 2 variable vane wheels 58, 61 multiple blade 58B, 61B by the one end of the bank note 95 and the other end all the time jack-up and deform which.

Therefore, bill storage 18 to 22 can suppress bank note 95 one end and the other end it is at random while by paper Coin 95 is sent road 42 and is rendered in bank note containing space from being taken into.

In addition, when control unit 10 makes a piece of paper coin 95 be positioned in one side 35A in platform portion 35 again, just making platform portion Drive motor off and on action driving platform portion lifting unit so that platform portion 35 somewhat declines.

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

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

Therefore, control unit 10 can make in bill storage 18 to 22 multiple bank note 95 be taken into send in road 42, Or which is sequentially taken into bank note containing space blocking does not occur between multiple pick-up rollers 73 and upper bank note 95 etc. In and be sequentially layered in one side 35A in platform portion 35 and received.

On the other hand, as shown in figure 16, when carrying out sending process using 18 to 22 pairs of bank note of bill storage 95, control Unit 10 make platform portion drive motor in incorporating section 31 action driving platform portion lifting unit so that platform portion 35 rises.

Now, detect in one side 35A in platform portion 35 most when control unit 10 for example reaches test section 36 by bank note After the arrival bank note of upper bank note 95 is taken into position, the drive motor action of platform portion is further made from the moment and platform portion 35 is increased Certain hour, then, makes portion's drive motor stopping action so that platform portion 35 stops.

Thus, control unit 10 using regulation pressing force by the upper bank note 95 in one side 35A in platform portion 35 (i.e., The one side of upper bank note 95) press on 4 pick-up rollers 73 outer peripheral face downside part.

In this condition, control unit 10 make roller drive motor in unloading part 32 is taken into action to send bank note 95.

Now, although control unit 10 makes the second rotary shaft 44 not rotate by the effect of one-way clutch, but makes 2 to enter Rotate to 50,51 and 2 the 52,53 and first rotary shafts of help roll of roller, 43 1 direction of rotation in the same direction, and join with the rotation Another direction of rotation rotation in the same direction of 2 pressure rolls 68 and the 3rd rotary shaft 45 1 is made dynamicly.

Additionally, now, control unit 10 makes 4 to pick up with the rotation to a direction of rotation of the first rotary shaft 43 in linkage Take roller 73 and the 4th rotary shaft 46 and the also direction of rotation rotation in the same direction of the 5th rotary shaft.

Thus, upper bank note 95 is shifted to from one side 35A in platform portion 35 using 4 pick-up rollers 73 and is taken by control unit 10 Enter to send 42 side of road, the peristome on the inside of which of upper bank note 95 is sent.

Additionally, 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 (i.e., 95) peristome from the inside of this is taken into be taken into and sends in road 42 upper bank note, and using 2 feed rolls 50,51 by the bank note Send 95 to 2 68 sides of pressure roll.

Also, the bank note 95 to be clamped into control unit 10 2 feed rolls, 50,51 and 2 pressure of rotation reversely with each other The bank note 95 is sent to while between roller 68 and is taken into the outer openings portion for sending road 42.

So, the bank note 95 being accommodated in bill storage 18 to 22 can be sent road 42 from being taken into by control unit 10 Outer openings portion passes out to central bank note transport road 27A.

By the way, now, even if control unit 10 utilizes 4 pick-up rollers 73 from one side 35A in platform portion 35 by 2 Bank note 95 is sent 42 side of road and is sent to being taken into the state that overlaps up and down, it is also possible to stopped the rotation by making 2 to be taken into roller 55,56 And using 2 be taken into roller 55,56 stop for the time being sending downside bank note 95 and only by the bank note 95 of upside to 2 feed rolls 50, Send between 51 and 2 pressure rolls 68.

That is, even if control unit 10 utilizes one side 35A of 4 pick-up rollers 73 from platform portion 35 in bill storage 18 to 22 On 2 bank note 95 are sent 42 side of road and are sent to being taken into the state that overlaps up and down, it is also possible to this 2 bank note 95 are entered at 2 It is taken between roller 55,56 with 2 to roller 50,51 and separates and one by one send.

Additionally, now, control unit 10 for example have being taken into send in road 42 to be detected by test section 80 by bank note Pass through without bank note 95.

Also, road is sent being taken into whenever control unit 10 for example detects bank note 95 by bank note by test section 80 In 42 by when, just make platform portion drive motor off and on action driving platform portion lifting unit so that platform portion 35 somewhat rises.

That is, whenever control unit 10 from one side 35A in platform portion 35 by upper bank note 95 to 2 feed rolls 50,51 and 2 It is individual to be taken into when sending between roller 55,56, just new upper bank note 95 is pressed on into 4 with the pressing force for specifying using platform portion 35 The part of the downside of the outer peripheral face of pick-up roller 73.

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

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

(1-5) action of embodiment and effect

In said structure, in automated teller machine 1, it is provided with bill storage 18 to 22 and is taken into unloading part 32, the unloading part 32 that is taken into has：First rotary shaft 43, is fixedly installed feed rolls 50,51 in first rotary shaft 43, First rotary shaft 43 can rotate to be taken into and send bank note 95 to another direction of rotation and a direction of rotation；With the second rotation Rotating shaft 44, is fixedly installed in second rotary shaft 44 and be taken into roller 55,56 be fixedly installed part as being taken into, and this second Rotary shaft 44 can be to a direction of rotation rotation to be taken into bank note 95, and the unloading part 32 that is taken into will be conveyed by central bank note Road 27A and convey the bank note 95 for coming and send road 42 and be taken in bank note containing space by being taken into, and bank note will be accommodated in Bank note 95 in accommodation space is sent road 42 and is sent to central bank note transport road 27A by being taken into.

Additionally, in automated teller machine 1, being taken in unloading part 32 in bill storage 18 to 22, second In rotary shaft 44, as be taken into be fixedly installed with part is fixedly installed fixed impeller 57,59,60,62 and jacking part 63, 64, have multiple in the part implanting of the outer peripheral face of main part 57A, 59A, 60A, 62A of the fixed impeller 57,59,60,62 Blade 57B, 59B, 60B, 62B.

Also, in automated teller machine 1, being taken in unloading part 32 in bill storage 18 to 22, second Variable vane wheel 58,61 is provided with the way of it can rotate to a direction of rotation and another direction of rotation in rotary shaft 44, The part implanting of the outer peripheral face of main part 58A, 61A of the variable vane wheel 58,61 has multiple blade 58B, 61B.

Also, in automated teller machine 1, being taken in unloading part 32, variable in bill storage 18 to 22 Impeller 58,61 is provided with blade-side holding section 61C, for control multiple blade 58B, 61B relative to the second rotary shaft 44 Position.

Also, in automated teller machine 1, being taken in unloading part 32, in conduct in bill storage 18 to 22 It is taken into and the jacking part 63,64 that part is fixedly installed is provided with jack-up side holding section 64C, jack-up side holding section 64C is used for The rotation relative to the second rotary shaft 44 with variable vane wheel 58,61 correspondingly changes the contact site with blade-side holding section 61C Position so that multiple blade 58B, 61B of variable vane wheel 58,61 relative to second rotary shaft 44 to fixed impeller 57,59, 60th, the prominent side displacement that 62 multiple blade 57B, 59B, 60B, 62B are projected relative to the second rotary shaft 44, or make the plurality of Blade 58B, 61B to fixed impeller 57,59,60,62 multiple blade 57B, 59B, 60B, 62B relative to second rotary shaft 44 Non-protruding side displacement.

Therefore, in automated teller machine 1, it is not used in second rotary shaft 44 and is especially provided as being taken into admittedly Multiple blade 58B, the 61B for determining the holding sections such as the pin of part beyond set parts for controlling variable vane wheel 58,61 are relative In the position of the second rotary shaft 44, by the use of the blade-side holding section 61C for being arranged at variable vane wheel 58,61 and it is arranged at as being taken into Multiple blades of variable vane wheel 58,61 can just be made with the jack-up side holding section 64C of the jacking part 63,64 that part is fixedly installed Multiple blade 57B, 59B, 60B, 62B relative to the second rotary shaft 44 to fixed impeller 57,59,60,62 of 58B, 61B are relative The prominent side displacement projected in the second rotary shaft 44 for from be taken into send in road 42 and bank note containing space avoidance open or Make multiple blade 58B, 61B of above-mentioned variable vane wheel 58,61 to multiple blade 57B of fixed impeller 57,59,60,62,59B, 60B, 62B relative to the second rotary shaft 44 the displacement of non-protruding side for sending road 42 and be taken into bank note 95 by being taken into In bank note containing space.

According to said structure, in automated teller machine 1, in bill storage 18 to 22, passing through to be taken into send Outlet 42 is taken into bank note 95 in bank note containing space or sends road 42 and will be accommodated in bank note containing space by being taken into Being taken in unloading part 32 of sending of bank note 95, can rotate for being taken into bank note 95, and fixed to a direction of rotation It is provided with and is taken into being fixedly installed in the second rotary shaft 44 of part, is taken into part is fixedly installed as this and is fixedly installed Fixed impeller 57,59,60,62 and jacking part 63,64, main part 57A, 59A in the fixed impeller 57,59,60,62, The part implanting of the outer peripheral face of 60A, 62A has multiple blade 57B, 59B, 60B, 62B, is taken into part is fixedly installed at these In addition, be provided with variable vane wheel 58,61 in the way of it can rotate to a direction of rotation and another direction of rotation, it is described can The part implanting for becoming the outer peripheral face of main part 58A, 61A of impeller 58,61 has multiple blade 58B, 61B.In the variable vane wheel 58th, 61 blade-side holding section 61C is provided with for controlling the position relative to the second rotary shaft 44 of multiple blade 58B, 61B. Also, the jacking part 63,64 that part is fixedly installed is being provided with jack-up side holding section 64C, jack-up side card as being taken into Conjunction portion 64C correspondingly changes and blade-side holding section for the rotation relative to the second rotary shaft 44 with variable vane wheel 58,61 The contact site of 61C so that multiple blade 58B, 61B of variable vane wheel 58,61 relative to second rotary shaft 44 to fixation The prominent side displacement that multiple blade 57B, 59B, 60B, 62B of impeller 57,59,60,62 are projected relative to the second rotary shaft 44, or Person make the plurality of blade 58B, 61B to fixed impeller 57,59,60,62 multiple blade 57B, 59B, 60B, 62B relative to this The non-protruding side displacement of two rotary shafts 44.

Thus, in automated teller machine 1, be not used in second rotary shaft 44 especially arrange be taken into fixation set Put the holding sections such as the pin of part beyond part for control multiple blade 58B, 61B of variable vane wheel 58,61 relative to The position of the second rotary shaft 44, by the use of the blade-side holding section 61C for being arranged at variable vane wheel 58,61 and is arranged at as being taken into use Be fixedly installed the jacking part 63,64 of part jack-up side holding section 64C can just make multiple blade 58B of variable vane wheel 58,61, 61B relative to the second rotary shaft 44 to multiple blade 57B, 59B, 60B, 62B of fixed impeller 57,59,60,62 prominent sidesway Position is for sending in road 42 and bank note containing space avoids the multiple leaves for opening or making above-mentioned variable vane wheel 58,61 from being taken into Piece 58B, 61B are shifted for inciting somebody to action to the non-protruding side of multiple blade 57B, 59B, 60B, 62B of fixation impeller 57,59,60,62 Bank note 95 is sent road 42 and is taken in bank note containing space by being taken into.

Therefore, automated teller machine 1 can simplify the structure for being taken into unloading part 32 of bill storage 18 to 22, its As a result, the structure of the structure and automated teller machine 1 of the bill storage 18 to 22 can also be simplified.

Additionally, in automated teller machine 1, according to said structure, due to not setting in the second rotary shaft 44 Put and be taken into holding sections such as the pins of part being fixedly installed beyond part, therefore, when the automated teller machine 1 is manufactured, Can simplify for being taken into multiple with the operation for part is fixedly installed being assemblied in the second rotary shaft 44, and the work can be shortened Time needed for sequence, manufacturing cost can be reduced.

(2) other embodiment

(2-1) other embodiment one

In addition, in the above-described embodiment, situations below is illustrated：In the right flank of variable vane wheel 58,61 Or left surface arrange the blade-side holding section 61C that is made up of fan-shaped projection be used to controlling multiple blade 58B, 61B relative to The position of the second rotary shaft 44, and the left surface or right flank in jacking part 63,64 arranges what is be made up of arc-shaped projection Jack-up side holding section 64C is used for the position relative to the second rotary shaft 44 of the multiple blade 61B for controlling variable vane wheel 61.

But, the invention is not restricted to this, for example, as shown in figure 17, in the main part of the variable vane wheel 100 positioned at right side The conglobate recess 100AY of left surface shape of 100A, the recess 100AY have more than for inserting the hole of the second rotary shaft 44 The internal diameter of the regulation of the internal diameter of portion 100AX.

Additionally, in the present invention, in the inner peripheral surface of the recess 100AY of main part 100A, in the prominent of multiple blade 100B The assigned position for going out side arranges the blade-side holding section 100C being made up of generally trapezoidal projection, for controlling the plurality of blade The position relative to the second rotary shaft 44 of 100B.

Also, in the present invention, the variable vane wheel positioned at left side is formed as with following shape：Relative to figure The middle position of the variable vane wheel 100 positioned at right side shown in 17 imaginary plane vertical with automatic teller machine left and right directions, with 100 face of variable vane wheel on the right side of which is symmetrical.

Also, in the present invention, in the second rotary shaft 44, by the variable of the variable vane wheel 100 on the right side of these and left side Impeller is arranged to：By the jack-up side holding section of the jacking part 63 of jacking part 64 and left side above with respect to the right side described in Fig. 8 64C can be rotated to a direction of rotation and another direction of rotation in the state of being inserted in these recesses 100AY.

Thus, the present invention can also be with the rotation relative to the second rotary shaft 44 of the variable vane wheel 100 of left and right correspondingly Change the jack-up side holding section 64C of the blade-side holding section 100C of the variable vane wheel 100 of the left and right and the jacking part 63,64 of left and right Contact site so that left and right variable vane wheel 100 multiple blade 100B relative to second rotary shaft 44 position become Change.

In the present invention, according to said structure, the jacking part 63,64 of left and right can be fixed in the second rotary shaft 44 and sets Being set to makes which be close to as far as possible or contact with the variable vane wheel 100 of left and right, and can improve in second rotary shaft 44 Other are set and are taken into the degree of freedom with the design that part is fixedly installed.

Additionally, in the present invention, for example, as shown in figure 18, positioned at right side jacking part 101 main part 101A the right side Side arranges the jack-up side holding section 101B of the arc-shaped of the specific thickness with the function as jack-up plate, for control The position relative to the second rotary shaft 44 of multiple blade 61B of variable vane wheel 61.

Additionally, in the present invention, will be formed as with following shape positioned at the jacking part in left side：Relative to Figure 18 The middle position of the shown jacking part 101 positioned at the right side imaginary plane vertical with automatic teller machine left and right directions, and is located at 101 face of jacking part on the right side of which is symmetrical.

Also, in the present invention, in the second rotary shaft 44, by the jacking part of jacking part 101 and left side on the right side of these The state close with the variable vane wheel in the variable vane wheel 61 above with respect to the right side described in Fig. 7 and left side is fixedly installed into.

Thus, the present invention can also be corresponding to the rotation relative to the second rotary shaft 44 of the variable vane wheel 58,61 of left and right Ground changes the blade-side holding section 61C of the variable vane wheel 58,61 of the left and right and the jack-up side holding section of the jacking part 101 of left and right The contact site of 101B so that left and right variable vane wheel 58,61 multiple blade 58B, 61B relative to second rotary shaft 44 Position change.

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

Also, in the present invention, for example, in the main part of variable vane wheel, arrange by 1 in the assigned position of a side Position relative to second rotary shaft 44 of the blade-side holding section that projection is constituted for multiple blades of control variable vane wheel.

Additionally, in the present invention, for example, in the main part of variable vane wheel, it is respectively provided with the 2 of the regulation of a side Position relative to second rotary shaft 44 of the jack-up side holding section being made up of projection for multiple blades of control variable vane wheel Put.

Also, in the present invention, variable vane wheel is arranged in the second rotary shaft 44 so as to which blade-side holding section is located at Can rotate to a direction of rotation and another direction of rotation between 2 jack-up sides holding section of jacking part.

Thus, the present invention can also correspondingly change blade-side with the rotation relative to the second rotary shaft 44 of variable vane wheel The contact site of the jack-up side holding section of holding section and jacking part so that multiple blades of variable vane wheel relative to second rotation The change in location of rotating shaft 44.

Also, in the present invention, for example it is respectively provided with the 2 of the regulation of a side in the main part of variable vane wheel The blade-side holding section being made up of projection, for controlling the position relative to the second rotary shaft 44 of multiple blades of variable vane wheel Put.

Additionally, in the present invention, for example, in the main part of jacking part, arrange prominent by 1 in the assigned position of a side The jack-up side holding section for constituting is acted, for controlling the position relative to the second rotary shaft 44 of multiple blades of variable vane wheel.

Also, in the present invention, variable vane wheel is arranged in the second rotary shaft 44, engages the jack-up side of jacking part Portion is located between 2 blade-side holding sections and can rotate to a direction of rotation and another direction of rotation.

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

Also, in the present invention, for example, be fixedly installed on the second rotary shaft 44 be taken into roller and fixed impeller as Being taken into the side that part is fixedly installed beyond jacking part, arranges long in the way of along second rotary shaft 44 Arc-shaped holding section (below, being also referred to as component side holding section), for control variable vane wheel 58,61 multiple leaves The position relative to second rotary shaft 44 of piece 58B, 61B.

Also, the present invention can also correspondingly be changed with the rotation relative to the second rotary shaft 44 of variable vane wheel 58,61 Blade-side holding section 61C uses the contact site of the component side holding section that part is fixedly installed with being taken into, so that variable vane wheel 58,61 Multiple blade 58B, 61B the change in location relative to second rotary shaft 44.

By the way, in the present invention, fixation is used with being taken into for component side holding section is provided with variable vane wheel 58,61 There are no other to be taken into in the case of part is fixedly installed, only making the component side holding section along the second rotation between set parts Rotating shaft 44.

But, in the present invention, when variable vane wheel 58,61 be provided with being taken into being fixedly installed of component side holding section Exist between part other one or more be taken into in the case of part is fixedly installed, at this, other are taken into portion is fixedly installed A part for the hole portion of part forms the groove portion of the arc-shaped as its internal diameter is expanded, and makes component side holding section pass through the groove portion And along the second rotary shaft 44.

Thus, in the present invention, even if being taken into part set parts side is fixedly installed beyond jacking part in this wise Holding section is under such circumstances, it is also possible to which the rotation relative to the second rotary shaft 44 with variable vane wheel 58,61 correspondingly makes leaf Piece side holding section 61C is contacted with the component side holding section that part is fixedly installed with being taken into, so that multiple leaves of variable vane wheel 58,61 The change in location relative to second rotary shaft 44 of piece 58B, 61B.

In addition, in the present invention, it is also possible to arrange for example long 2 with side that part is fixedly installed being taken into Individual component side holding section.

Additionally, in the present invention, it is also possible to arrange 1 or 2 long blade-sides in a side of variable vane wheel Holding section, and the short component side holding section of 2 or 1 comparison is set with the side that part is fixedly installed being taken into.

Also, according to such various structures, the present invention can obtain same with the effect obtained by above-mentioned embodiment The effect of sample.

(2-2) other embodiment two

Additionally, in the above-described embodiment, situation as to arranging jack-up plate 63B, 64B in jacking part 63,64 is entered Explanation is gone.

But, the invention is not restricted to this, in addition to the structure of jack-up plate 63B, 64B is set in jacking part 63,64, also may be used With as shown in figure 19 the variable vane wheel 105 positioned at right side main part 105A it is side, in the prominent of multiple blade 105B The angular range of the regulation gone out below the 180 degree of side arranges the jack-up plate 105C of such as arc-shaped.

Additionally, in the present invention, it is also possible to which the variable vane wheel positioned at left side is formed as with following shape：Relative to It is flat in the imagination vertical with automatic teller machine left and right directions with the middle position of the variable vane wheel 105 positioned at right side shown in Figure 19 Face, it is symmetrical with 105 face of variable vane wheel on the right side of which.

According to said structure, in the present invention, as shown in the Figure 20 to label identical with the corresponding part mark of Figure 14, when In the state of in bill storage 106, the second rotary shaft 44 is rotated to a direction of rotation, 2 variable vane wheels 105,107 is more When individual blade 105B, 107A and jack-up plate 105C, 107B are located at downside, can make 2 jacking parts 63,64 jack-up plate 63B, 64B is located at upside.

Additionally, in the present invention, as shown in the Figure 21 to label identical with the corresponding part mark of Figure 15, when receiving in bank note Receive jack-up plate 63B, 64B to 2 jacking parts 63,64 in the state of a direction of rotation rotation of the second rotary shaft 44 in storehouse 106 Positioned at downside when, can make 2 variable vane wheels 105,107 multiple blade 105B, 107A and jack-up plate 105C, 107B be located at it is upper Side.

Therefore, in the present invention, when making what the second rotary shaft 44 was rotated to direction of rotation in bill storage 106 In the case of, even if one end and the other end in 2 feed rolls, 50,51 and 2 bank note 95 being taken between roller 55,56 will be sandwiched Jack-up plate 63B, 64B of 2 jacking parts 63,64 of portion's jack-up leaves one end and the other end of the bank note 95, it is also possible to The one end of the bank note 95 and the other end hang down before using jack-up plate 105C, 107B of 2 variable vane wheels 105,107 and multiple The one end of the bank note 95 and the other end jack-up persistently deform which by blade 105B, 107A.

I.e., in the present invention, bank note 95 is sandwiched in bill storage 106 and is taken into 2 in 2 feed rolls 50,51 During being used for conveying between roller 55,56, jack-up plate 63B, 64B and 2 variable vane wheels of 2 jacking parts 63,64 can be utilized 105th, 107 jack-up plate 105C, 107B and multiple blade 105B, 107A by the one end of the bank note 95 and the other end all the time Jack-up and deform which.

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

(2-3) other embodiment three

Also, in the above-described embodiment, following situation is illustrated：In automated teller machine 1 (that is, in bill storage 18 to 22) so that bank note long side direction and automatic teller machine left and right directions make substantially in parallel one it is long While the conveying posture towards conveying direction conveys rectangular bank note 95, and according to the conveying posture being processed.

But, the invention is not restricted to this, it is also possible to so：(that is, the bill storage 18 in automated teller machine 1 To in 22) so that bank note short side direction makes a minor face towards conveying direction substantially in parallel with automatic teller machine left and right directions Conveying posture conveys rectangular bank note 95, and according to the conveying posture being processed.

(2-4) other embodiment four

Also, in the above-described embodiment, following situation is illustrated：Respectively in multiple bill storages 18 Into 22, the first conveying guiding piece 40 is arranged to make after the other end and collecting storage facility housing 30 of the first conveying guiding piece 40 The upper-end contact of plate 30E.

But, the invention is not restricted to this, it is also possible to so：It is respectively in multiple bill storages 18 to 22, defeated by first Guiding piece 40 is sent to be arranged to not make the other end of the first conveying guiding piece 40 with the upper end of back plate 30E of collecting storage facility housing 30 Contact and make the other end of the first conveying guiding piece 40 more empty to bank note containing than the upper end of back plate 30E of collecting storage facility housing 30 Between protrusion.

(2-5) other embodiment five

Also, in the above-described embodiment, following situation is illustrated：Respectively in multiple bill storages 18 Into 22,2 pressure rolls 68 are fixedly installed on into the 3rd rotary shaft 45.

But, the invention is not restricted to this, it is also possible to so：Respectively in multiple bill storages 18 to 22, by the 3rd rotation Rotating shaft 45 is fixedly installed on collecting storage facility housing 30,2 pressure rolls 68 to be arranged to by through setting in the 3rd rotary shaft 45 It is placed in the hole portion at 2 pressure rolls, the 68 respective center and can rotates to a direction of rotation and another direction of rotation.

(2-6) other embodiment six

Also, in the above-described embodiment, following situation is illustrated：Respectively in multiple bill storages 18 Into 22, the part of the outer peripheral face of 2 pressure rolls 68 of the 3rd rotary shaft 45 will be fixedly installed on and sent in road 42 being taken into Press on a part (that is, the part of downside of retreading) for the convex portion of the outer peripheral face of 2 feed rolls 50,51.

But, the invention is not restricted to this, it is also possible to so：Respectively in multiple bill storages 18 to 22, fixation is set The part for being placed in the outer peripheral face of 2 pressure rolls 68 of the 3rd rotary shaft 45 presses on 2 help rolls being taken into send in road 42 52nd, a part (that is, the part of downside of retreading) for 53 outer peripheral face.

Additionally, the present invention it is also possible that：Respectively in multiple bill storages 18 to 22, the 3rd rotary shaft 45 is fixed Collecting storage facility housing 30 is arranged at, and 2 pressure rolls 68 is arranged to by being disposed through 2 pressures in the 3rd rotary shaft 45 The hole portion at each center of power roller 68 and can rotate to a direction of rotation and another direction of rotation, and by this 2 pressure rolls A part for 68 outer peripheral face is being taken into the part for sending the outer peripheral face that 2 help rolls 52,53 are pressed in road 42 (that is, after Part on the downside of tiltedly).

(2-7) other embodiment seven

Also, in the above-described embodiment, following situation is illustrated：When control unit 10 passes through multiple paper Test section 36 is reached by bank note when 18 to 22 pairs of bank note of coin collecting storage facility 95 carry out sending process and the one side in platform portion 35 is detected When the arrival bank note of upper bank note 95 on 35A is taken into position, platform is made by the drive motor action of platform portion is made from the moment Portion 35 rises certain hour, so as to upper bank note 95 to be pressed on the outer peripheral face of 4 pick-up rollers 73 with the pressing force for specifying The part of downside.

But, the invention is not restricted to this, for example, 4 pick-up rollers 73 arranged in multiple bill storages 18 to 22 respectively Into can shift to the upper side and lower side, and be provided for detecting the shift amount from reference position of 4 pick-up rollers 73 Shift amount test section.

Also, in the present invention, sent by 18 to 22 pairs of bank note of multiple bill storages 95 in control unit 10 During process, make the drive motor action of platform portion and platform portion 35 is increased, while 4 pickups are monitored by shift amount test section Roller 73 whether there is side displacement upwards, stops platform portion drive motor when 4 pick-up rollers 73 side displacement ormal weight upwards is detected Action and stop platform portion 35.

In the present invention, it is also possible to the upper bank note 95 in platform portion 35 is pressed on into 4 with the pressing force for specifying so The part of the downside of the outer peripheral face of pick-up roller 73.

(2-8) other embodiment eight

Also, in the above-described embodiment, following situation is illustrated：Whenever control unit 10 is by multiple 18 to 22 pairs of bank note of bill storage 95 are detected bank note 95 and are being taken by test section 80 by bank note when carrying out sending process Enter to send in road 42 by when, drive platform portion lifting unit by making the drive motor action of platform portion off and on, so that platform portion 35 Somewhat rise.

Also, in the present invention, sent by 18 to 22 pairs of bank note of multiple bill storages 95 in control unit 10 During process, by 4 pick-up rollers 73 by the upper bank note 95 in one side 35A in platform portion 35 to 2 feed rolls 50,51 with 2 are taken between roller 55,56 and send, and monitor 4 pick-up rollers 73 whether there is downward side displacement by shift amount test section, whenever When detecting 4 pick-up rollers, 73 downward side displacement ormal weight, by make platform portion drive motor off and on action driving platform portion Lifting unit, so that platform portion 35 somewhat rises.

The present invention it is also possible that：Whenever upper bank note 95 is sent to 2 in this wise from one side 35A in platform portion 35 Pressing force when feed rolls 50,51 and 2 are taken between roller 55,56, using platform portion 35 by new upper bank note 95 to specify Press on the part of the downside of the outer peripheral face of 4 pick-up rollers 73.

(2-9) other embodiment nine

Also, in the above-described embodiment, to the carrying device that is taken into of the present invention is applied to the above to Fig. 1 to Figure 21 The situation for being taken into unloading part 32 of the described bill storage 18 to 22 being arranged in automated teller machine 1 is said It is bright.

But, the invention is not restricted to this, can also be applied to be arranged on cash dispenser (CD：Cash Dispenser：ATM), changer, the sale ticket machine of electric car ticket or opera ticket etc., compensation ticketing machine, automatic vending machine, Bank note in game machine as pinball machine or Slot Machine is with being taken into unloading part.

It is also possible to be widely used in taking for the ticket or certificate that are arranged at ticket machine by carrying device is taken into Enter unloading part or be arranged at being taken into unloading part, being arranged at the duplicating use of photocopier for the marketable securities of marketable securities datatron Paper be taken into unloading part, be arranged at postcard processing meanss postcard be taken into unloading part etc. it is such for being taken into and That sends other various media is taken into unloading part.

(2-10) other embodiment ten

Also, in the above-described embodiment, to the media storing storehouse of the present invention is applied to the above to Fig. 1 to Figure 21 institutes The situation of the bill storage 18 to 22 being fixedly installed in the note processing unit 11 of automated teller machine 1 stated is carried out Explanation.

But, the invention is not restricted to this, can also be applied to be installed on the paper of automated teller machine 1 with loading and unloading The bill storage of coin processing unit 11 and be fixedly installed or be detachably installed on cash dispenser, changer, Ticket machine, compensation ticketing machine, automatic vending machine, the bill storage of game machine.

Additionally, media storing storehouse can also be widely used in by the present invention and being fixedly installed or being detachably installed on The marketable securities collecting storage facility of marketable securities datatron, the copying paper for being fixedly installed or being detachably installed on photocopier are received Na Ku, the postcard collecting storage facility for being fixedly installed or being detachably installed on postcard processing meanss etc. are such to receive other The media storing storehouse of various media.

(2-11) other embodiment 11

Also, in the above-described embodiment, to the media processing apparatus of the present invention are applied to the above to Fig. 1 to Figure 21 The situation of described automated teller machine 1 is illustrated.

But, the invention is not restricted to this, can also be widely used in and process the cash dispenser of bank note, exchange Machine, ticket machine, compensation ticketing machine, automatic vending machine and game machine, ticket machine, the marketable securities of process marketable securities for processing ticket or certificate Datatron, the photocopier for processing copying paper, postcard processing meanss of process postcard etc. are such to process other various Jie The media processing apparatus of matter.

(2-12) other embodiment 12

Also, in the above-described embodiment, following situation is illustrated：To Fig. 1 to Figure 21 institutes using more than The second rotary shaft 44 stated is used as being configured to the rotation of direction of rotation, and be fixedly installed for by regulation It is taken into and sends road and various be taken into what medium was taken in media storing space with the rotary shaft that part is fixedly installed.

But, the invention is not restricted to this, widely can also be taken into part is fixedly installed using such as conduct and fix It is provided with 1 or more than 3 the second rotary shaft for being taken into roller or is fixedly installed and is provided with being taken into for component side holding section The rotary shaft of other various structures as second rotary shaft of roller etc..

(2-13) other embodiment 13

Also, in the above-described embodiment, following situation is illustrated：To Fig. 1 to Figure 21 institutes using more than Used as fixed impeller, the fixed impeller is taken into part is fixedly installed the 4 fixed impellers 57,59,60,62 stated as various One of and be fixedly installed on rotary shaft and the fixation impeller main part outer peripheral face a part implanting have multiple blades.

But, the invention is not restricted to this, the fixed impeller of the main part with substantially C-shaped can also be applied, be provided with The fixed impeller of the multiple blades different from the multiple length of blade for being arranged at variable vane wheel, a part for multiple blades or complete The different fixed impeller of the length in portion.

Additionally, in the present invention, as fixed impeller, can also widely using be fixedly installed on the second rotary shaft and And the different multiple fixed impeller of length of blade each other, be fixedly installed on the second rotary shaft and width and external diameter at least The different multiple fixed impeller of one side, it is fixedly installed on less than 3 of the second rotary shaft or more than 5 and fixes impeller, in office Meaning position is provided with the fixed impeller of other various structures as fixed impeller of component side holding section etc..

(2-14) other embodiment 14

Also, in the above-described embodiment, following situation is illustrated：To Fig. 1 to Figure 21 institutes using more than 2 variable vane wheels 58,61,100 stated as variable vane wheel, the variable vane wheel with can to a direction of rotation and with this one The mode of other contrary direction of rotation rotations of individual direction of rotation is arranged at rotary shaft, and a part for the outer peripheral face in main part Implanting has multiple blades, and is provided with blade-side holding section for controlling the position relative to rotary shaft of the plurality of blade Put.

But, the invention is not restricted to this, the variable vane wheel of the main part with substantially C-shaped can also be applied, be provided with The variable vane wheel of the multiple blades different from the multiple length of blade for being arranged at fixed impeller, a part for multiple blades or complete The different variable vane wheel of the length in portion.

Additionally, in the present invention, as variable vane wheel, can also using can be rotatably provided in the second rotary shaft and And the different multiple variable vane wheels of the length blade variable different from least one party of fixed impeller width and external diameter of blade each other Wheel.

Also, in the present invention, as variable vane wheel, can also be widely used in the second rotary shaft 44 and take at 2 Enter rotatably to be provided only between roller 55,56 1 variable vane wheel, the second rotary shaft 44 be provided with more than 3 can Become impeller, be provided with the variable of the 1 or 2 variously-shaped blade-side holding section such as arc-shaped, fan-shaped, shaft-like at an arbitrary position The variable vane wheel of other various structures as impeller etc..

(2-15) other embodiment 15

Also, in the above-described embodiment, following situation is illustrated：It is many including including fixed impeller Kind be taken into it is more than any one application being fixedly installed in part to described in Fig. 1 to Figure 21 be arranged at jacking part 63,64 by The jack-up side holding section 64C that the projection of arc-shaped is constituted as component side holding section, arrange the component side holding section be in order to, The rotation relative to rotary shaft with variable vane wheel correspondingly changes the contact site with blade-side holding section, and makes variable vane wheel Multiple blades shift relative to the prominent side that rotary shaft is projected relative to multiple blades that the axial rotary fixes impeller, or Multiple blades of the variable vane wheel are made to shift to multiple blades of fixed impeller relative to the non-protruding side of the rotary shaft.

But, the invention is not restricted to this, can also widely using being arranged at the side that is taken into part is fixedly installed The arc-shaped of optional position, fan-shaped or variously-shaped 1 or 2 component side holding sections such as shaft-like, it is arranged at and is taken into use The arc-shaped of the optional position in the recess of the side that part is fixedly installed, fan-shaped or variously-shaped 1 or 2 such as shaft-like The component side holding section of other various structures as individual component side holding section etc..

(2-16) other embodiment 16

Also, in the above-described embodiment, following situation is illustrated：To Fig. 1 to Figure 21 institutes using more than The jacking part 63,64,101 stated as jacking part, the jacking part as it is various be taken into one of part is fixedly installed and with position Mode in the side of variable vane wheel is fixedly installed on rotary shaft, main part is provided with component side holding section, and is provided with For be taken into unloading part and pumped (conveying) medium be used to be taken into when with the end of the jack-up medium by way of make the end of the medium The jack-up plate of portion's deformation.

But, the invention is not restricted to this, can also widely using with substantially C-shaped main part jacking part or Person is formed with more than in the regulation for inserting the internal diameter of the hole portion of the second rotary shaft 44 in a side of main part The recess of the circular or arc-shaped in the footpath and inner peripheral surface in the recess is provided with the jack-up that is made up of generally trapezoidal projection The jacking part of other various structures as jacking part of side holding section etc..

Industrial applicability

Present invention could apply to be taken into and send bank note, marketable securities, bill, ticket, copying paper or postcard Being taken into carrying device, receiving bank note, marketable securities, bill, ticket, copying paper or bright letter in medium as paper sheet The media storing storehouse of medium as the paper sheets such as piece, process bank note, marketable securities, bill, ticket, copying paper or bright letter The media processing apparatus such as the automated teller machine or cash dispenser of medium as the paper sheets such as piece.

It is overall disclosed in Japanese patent application 2012-283871 to be cited in this manual as reference.This theory All documents, patent application and technical specification described in bright book and concrete and individually record other document, a patent application Situation about being cited as reference with technical specification is cited in this manual as reference with degree.

Claims

1. one kind is taken into carrying device, and this is taken into carrying device possesses：

Rotary shaft, which is configured to the rotation of direction of rotation, is fixedly installed and various is taken into use in the rotary shaft Be fixedly installed part, it is above-mentioned it is various be taken into part is fixedly installed for by specify be taken into and send road medium is taken into into Jie In matter accommodation space；

Fixed impeller, which is fixedly installed on above-mentioned rotary shaft as various above-mentioned being taken into one of part is fixedly installed, at this The part implanting of the outer peripheral face of the main part of fixed impeller has multiple blades；And

Variable vane wheel, which is with can be to said one direction of rotation and contrary with a direction of rotation another direction of rotation rotation The mode for turning is arranged at above-mentioned rotary shaft, has multiple blades in the part implanting of the outer peripheral face of the main part of the variable vane wheel, And it is provided with for controlling the leaf of multiple blades relative to the position of above-mentioned rotary shaft of the variable vane wheel in the variable vane wheel Piece side holding section,

Various above-mentioned being taken into including including above-mentioned fixed impeller is provided with component side with either one being fixedly installed in part Holding section, above-mentioned component side holding section correspondingly change and leaf for the rotation with above-mentioned variable vane wheel relative to above-mentioned rotary shaft The contact site of piece side holding section, makes above-mentioned multiple blades of above-mentioned variable vane wheel relative to the above-mentioned fixed impeller of the axial rotary The prominent side displacement that projects relative to above-mentioned rotary shaft of above-mentioned multiple blades or to above-mentioned multiple leaves of above-mentioned fixed impeller Piece is shifted relative to the non-protruding side of the rotary shaft, in end face and the above-mentioned component side holding section of above-mentioned blade-side holding section When end face is contacted, the prominent sidesway of above-mentioned multiple blades of above-mentioned variable vane wheel to above-mentioned multiple blades of above-mentioned fixed impeller Position, when the other end of above-mentioned blade-side holding section is contacted with the other end of above-mentioned component side holding section, above-mentioned blade variable Non-protruding side displacement of the above-mentioned multiple blades of wheel to above-mentioned multiple blades of above-mentioned fixed impeller.

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

The above-mentioned carrying device that is taken into possesses jacking part, above-mentioned jacking part as it is various it is above-mentioned be taken into one of part is fixedly installed with Mode positioned at the side of above-mentioned variable vane wheel is fixedly installed on above-mentioned rotary shaft, and the main part in the jacking part is provided with above-mentioned Component side holding section, and be provided with jack-up plate, above-mentioned jack-up plate is for sending road and conveying above-mentioned medium by above-mentioned being taken into The end of jack-up medium during being taken into and deform which.

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

One side in the aforementioned body portion of above-mentioned variable vane wheel is provided with the recess of circle or arc-shaped, and in the recess Inner peripheral surface be provided with above-mentioned blade-side holding section,

One side in the aforementioned body portion of above-mentioned jacking part is provided with the above-mentioned component side holding section being made up of projection, the part Side holding section is fixedly installed on above-mentioned rotary shaft with the state being inserted in the above-mentioned recess of above-mentioned variable vane wheel.

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

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

5. a kind of media storing storehouse, the media storing storehouse possesses：

Rotary shaft, which is configured to the rotation of direction of rotation, is fixedly installed and various is taken into use in the rotary shaft Part is fixedly installed, above-mentioned various being taken into is sent by being taken into for regulation from the outside of this collecting storage facility with part is fixedly installed Medium is taken in the media storing space of the inside of above-mentioned collecting storage facility by road；

Variable vane wheel, which is with can be to said one direction of rotation and contrary with a direction of rotation another direction of rotation rotation The mode for turning is arranged at above-mentioned rotary shaft, has multiple blades in the part implanting of the outer peripheral face of the main part of the variable vane wheel, And it is provided with for controlling the blade-side holding section of multiple blades relative to the position of above-mentioned rotary shaft of the variable vane wheel,

Various above-mentioned being taken into including including above-mentioned fixed impeller is provided with component side with either one being fixedly installed in part Holding section, above-mentioned component side holding section for above-mentioned variable vane wheel relative to above-mentioned rotary shaft rotation correspondingly change with The contact site of blade-side holding section is stated, and above-mentioned multiple blades of above-mentioned variable vane wheel is made relative to the above-mentioned fixation of the axial rotary Above-mentioned multiple blades of impeller are shifted or to the above-mentioned many of above-mentioned fixed impeller relative to the prominent side that above-mentioned rotary shaft is projected Individual blade is shifted relative to the non-protruding side of the rotary shaft, and the end face in above-mentioned blade-side holding section is engaged with above-mentioned component side When the end face in portion is contacted, above-mentioned multiple blades from above-mentioned multiple blades of above-mentioned variable vane wheel to above-mentioned fixed impeller it is prominent Side shift, when the other end of above-mentioned blade-side holding section is contacted with the other end of above-mentioned component side holding section, it is above-mentioned can The above-mentioned multiple blades for becoming impeller are shifted to the non-protruding side of above-mentioned multiple blades of above-mentioned fixed impeller.

6. a kind of media processing apparatus, the media processing apparatus possess：

Rotary shaft, which is configured to the rotation of direction of rotation, is fixedly installed and various is taken into use in the rotary shaft Be fixedly installed part, it is above-mentioned it is various be taken into part is fixedly installed for by specify be taken into and send road and will be used as process object Medium be taken in media storing space；