CN106164987B - Media storage device and medium transaction device - Google Patents

Media storage device and medium transaction device Download PDF

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Publication number
CN106164987B
CN106164987B CN201580019586.9A CN201580019586A CN106164987B CN 106164987 B CN106164987 B CN 106164987B CN 201580019586 A CN201580019586 A CN 201580019586A CN 106164987 B CN106164987 B CN 106164987B
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CN
China
Prior art keywords
rotating cylinder
pressing
movable part
variation
time
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Active
Application number
CN201580019586.9A
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Chinese (zh)
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CN106164987A (en
Inventor
末高伦夫
岩月敬
浅村政光
柏渕雅史
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Oki Electric Industry Co Ltd
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Oki Electric Industry Co Ltd
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Publication date
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Publication of CN106164987A publication Critical patent/CN106164987A/en
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Publication of CN106164987B publication Critical patent/CN106164987B/en
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H5/00—Feeding articles separated from piles; Feeding articles to machines
    • B65H5/28—Feeding articles stored in rolled or folded bands
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H29/00—Delivering or advancing articles from machines; Advancing articles to or into piles
    • B65H29/006—Winding articles into rolls
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H29/00—Delivering or advancing articles from machines; Advancing articles to or into piles
    • B65H29/50—Piling apparatus of which the discharge point moves in accordance with the height to the pile
    • B65H29/51—Piling apparatus of which the discharge point moves in accordance with the height to the pile piling by collecting on the periphery of cylinders
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D9/00—Counting coins; Handling of coins not provided for in the other groups of this subclass
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2301/00—Handling processes for sheets or webs
    • B65H2301/40—Type of handling process
    • B65H2301/41—Winding, unwinding
    • B65H2301/419—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means
    • B65H2301/4191—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means for handling articles of limited length, e.g. AO format, arranged at intervals from each other
    • B65H2301/41912—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means for handling articles of limited length, e.g. AO format, arranged at intervals from each other between two belt like members
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2701/00—Handled material; Storage means
    • B65H2701/10—Handled articles or webs
    • B65H2701/19—Specific article or web
    • B65H2701/1912—Banknotes, bills and cheques or the like

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Delivering By Means Of Belts And Rollers (AREA)
  • Feeding Of Articles By Means Other Than Belts Or Rollers (AREA)
  • Pile Receivers (AREA)
  • Financial Or Insurance-Related Operations Such As Payment And Settlement (AREA)

Abstract

A kind of media storage device and medium transaction device, including reserve part for the time being, reserve part is provided with rotating cylinder for the time being, cylindrical and be configured to rotate, and will overlappingly be wound in all sides from the outside through the bank note and band provided by bank note access hole；Movable part nearby regard bank note access hole as one end, and the other end extends near rotating cylinder, guides to conveying of the bank note from bank note access hole to rotating cylinder, and follow the outer diameter of rotating cylinder and rotated centered on rotation axis；Pressing roller is set to movable part, towards rotating cylinder pressing belt；Shell, rotating cylinder, band, movable part and pressing roller are set to the shell, which shifts from defined device normal condition to device heeling condition more inclined than the device normal condition；And pressing variation counteracting portion, offset the variation of the pressing force of pressing roller when being transferred to device heeling condition from device normal condition.

Description

Media storage device and medium transaction device
Technical field
The present invention relates to media storage devices and medium transaction device, such as are preferably applied to the equal media progress that inserts notes here It is expected that the cash automated trading device (ATM:Automatic Teller Machine) etc. of transaction.
Background technique
In the past, in cash automated trading device used in financial institution or shop etc. etc., according to the transaction with customer Content and the cash such as customer is made to be stored in currency or coin and to customer payment cash.Some cash automated trading devices are for example Banknotes in and out portion is included, receiving and grant for bank note is carried out between customer；Discriminating section, identify investment bank note currency type and The true and false；Reserve part for the time being retains the bank note of investment for the time being；Delivery section conveys bank note；And bill storage, according to Currency type stores bank note.
As reserve part for the time being, such as the cylindric rotating cylinder and 1 group of opposite longer band with rotation is proposed, it will One end overlapping of each band is fixed on the reserve part for the time being of all sides of rotating cylinder (for example, referring to Japanese Unexamined Patent Publication 2013-25707 public affairs It reports (patent document 1)).
Such reserve part for the time being is shown in Figure 26 and Figure 27.Reserve part 920 is configured in reserve part shell for the time being for the time being Each component is installed on 30.Reserve part shell 30 is configured to be set to this for the time being under the rear of reserve part shell 30 for the time being The shell fulcrum 30A at end is axis rotation.That is, reserve part shell 30 carries out transaction relevant to cash between customer for the time being When transactional operation, become device normal condition shown in Figure 26, protects the internal paper possessed and inside is isolated from outside Coin.On the other hand, when the upkeep operations such as office worker of financial institution person carries out bank note recycling to remove the bank note of generation blocking Deng upkeep operation when, for the time being reserve part shell 30 as shown in figure 27 rotation and by interior open, thus become device it is skewed State can easily be done the operation for internal each portion.
This by following mode retains bank note in reserve part 920 for the time being for the time being: using by being that fulcrum rotates with rotation axis 45 Upside conveying guiding piece 41 and the movable part 40 that constitutes of downside conveying guiding piece 42 guide successively convey from discriminating section etc. it is next Bank note, and bank note is clamped from two sides using upside band 33U and downside band 33D (being also referred to as band 33 below), revolve rotating cylinder 31 Then directly it is wound in all sides.
Near the upper end of the rotating cylinder 31 in upside conveying guiding piece 41, so that downside conveys guiding piece 41 from the upside The mode that lower surface is exposed is provided with pressing roller 46.Upside conveys guiding piece 41 by gravity towards the power of rotating cylinder 31, makes Pressing roller 46 is abutted with all sides for the upside band 33U for being wound in rotating cylinder 31.Therefore, conveying guiding piece 41 in upside is normal in device By acting on certain pressing force from pressing roller 46 to the certain area at the center of upside band 33U under state, thus on preventing Side with 33U with it is twisted while, guide and by bank note by all side for arriving rotating cylinder 31.Here, in reserve part 920 for the time being In, the fit self weight of the weight as movable part 40 is the i.e. preceding self weight of weight and 45 rear side of rotation axis of 45 front side of rotation axis Weight be after be self-possessed the sum of.
Summary of the invention
Subject to be solved by the invention
Here, as shown in figure 27, the part of ratio rotation axis 45 rearward in movable part 40 is than dress under device heeling condition It is more to set normal condition, rear self weight increases, and therefore, the pressing force for being applied to rotating cylinder 31 from pressing roller 46 also increases.Therefore, in device When carrying out the batching of band 33, rollback under heeling condition manually, band 33 is possible to twisted and reduces reliability.
The present invention exactly considers the above project and completes, and proposes the media storage device and medium that can be improved reliability The transaction device.
Means for solving the problems
In order to solve corresponding project, be provided with rotating cylinder in media storage device of the invention, it is cylindrical and by It is arranged to rotate, and will overlappingly be wound in side from the outside through the medium of the page shape provided by access unit and band Face；Movable part nearby regard access unit as one end, and the other end extends near rotating cylinder, to medium from access unit to rotating cylinder Conveying guides, and follows the outer diameter of rotating cylinder and rotated centered on rotation axis；Pressing roller is set to movable part, court To rotating cylinder pressing belt；Shell, rotating cylinder, band, movable part and pressing roller are set to the shell, and the shell is normal from defined device State is shifted to device heeling condition more inclined than the device normal condition；And pressing variation counteracting portion, it offsets from dress Set the variation of the pressing force of pressing roller when normal condition is transferred to device heeling condition.
The media storage device offsets the pressing force of pressing roller when being transferred to device heeling condition from device normal condition It changes, even if being also able to maintain the pressing force substantially same with device normal condition under device heeling condition.
In order to solve corresponding project, it is provided with Reception Dept in media storage device of the invention, is accepted and page The relevant transaction of the medium of shape；Delivery section conveys the medium accepted by Reception Dept；Rotating cylinder, it is cylindrical and be configured to It can rotate, and will overlappingly be wound in all sides from the outside through the medium and band that are provided by access unit；Movable part will go out Entering portion and is nearby used as one end, the other end extends near rotating cylinder, conveying of the medium from access unit to rotating cylinder guided, and It follows the outer diameter of rotating cylinder and is rotated centered on rotation axis；Pressing roller is set to movable part, towards rotating cylinder pressing belt；Shell, Rotating cylinder, band, movable part and pressing roller are set to the shell, and the shell is from defined device normal condition to more normal than the device The inclined device heeling condition transfer of state；And pressing variation counteracting portion, it offsets from device normal condition and is transferred to dress The variation of the pressing force of pressing roller when setting heeling condition.
The medium transaction device offsets the pressing force of pressing roller when being transferred to device heeling condition from device normal condition It changes, even if being also able to maintain the pressing force substantially same with device normal condition under device heeling condition.
Invention effect
According to the present invention, the change of the pressing force of pressing roller when being transferred to device heeling condition from device normal condition is offset It is dynamic, even if being also able to maintain the pressing force substantially same with device normal condition under device heeling condition.In this way, this hair The bright media storage device and medium transaction device that can be achieved to can be improved reliability.
Detailed description of the invention
Fig. 1 is the perspective view for showing the structure of cash automated trading device.
Fig. 2 is the left side view for showing the structure of banknotes in and out machine.
Fig. 3 is the perspective view for showing the structure (1) of the reserve part for the time being of the 1st embodiment.
Fig. 4 is the top view for showing the structure (2) of the reserve part for the time being of the 1st embodiment.
Fig. 5 is the internal structure for showing the reserve part for the time being of the most thin state under the device normal condition of the 1st embodiment Left side view.
Fig. 6 is the left side view for showing the structure of the reserve part for the time being of device heeling condition of the 1st embodiment.
Fig. 7 is the left side of the self weight of the movable part in the reserve part for the time being for the device normal condition for showing the 1st embodiment View.
Fig. 8 is the left side of the self weight of the movable part in the reserve part for the time being for the device heeling condition for showing the 1st embodiment View.
Fig. 9 is the left side view of the pressing force in the reserve part for the time being for the device normal condition for showing the 1st embodiment.
Figure 10 is the left side view of the pressing force in the reserve part for the time being for the device heeling condition for showing the 1st embodiment.
Figure 11 is the internal structure for showing the reserve part for the time being of the most shape thickness state under the device normal condition of the 1st embodiment Left side view.
Figure 12 is the left side view shown for the internal structure for illustrating the reserve part for the time being of column portion position.
Figure 13 is the left side view for showing the internal structure of the reserve part for the time being of device normal condition of the 2nd embodiment.
Figure 14 is the left side view for showing the internal structure of the reserve part for the time being of device heeling condition of the 2nd embodiment.
Figure 15 is the left side view for the self weight of the movable part of the reserve part for the time being of device normal condition for showing the 2nd embodiment Figure.
Figure 16 is the left side view for the self weight of the movable part of the reserve part for the time being of device heeling condition for showing the 2nd embodiment Figure.
Figure 17 is the left side view of the pressing force in the reserve part for the time being for the device normal condition for showing the 2nd embodiment.
Figure 18 is the left side view of the pressing force in the reserve part for the time being for the device heeling condition for showing the 2nd embodiment.
Figure 19 is the top view for showing the structure of reserve part for the time being of the 3rd embodiment.
Figure 20 is the left side view for showing the internal structure of reserve part for the time being of the 4th embodiment.
Figure 21 is the left side view for showing the internal structure of reserve part for the time being of the 5th embodiment.
Figure 22 is the left side view for showing the internal structure of the reserve part for the time being of device normal condition of the 6th embodiment.
Figure 23 is the left side view for showing the internal structure of the reserve part for the time being of device heeling condition of the 6th embodiment.
Figure 24 is the top view for showing the structure (1) of the reserve part for the time being of other embodiment.
Figure 25 is the left side view for showing the internal structure (2) of the reserve part for the time being of other embodiment.
Figure 26 is the left side view for showing the internal structure of reserve part for the time being of previous device normal condition.
Figure 27 is the left side view for showing the internal structure of reserve part for the time being of previous device heeling condition.
Specific embodiment
Hereinafter, being illustrated using attached drawing to the mode (hereinafter referred to as " embodiment ") for carrying out an invention.
[1. the 1st embodiment]
[structure of 1-1. cash automated trading device]
Shown in appearance as shown in Figure 1, cash automated trading device 1 is constituted centered on the shell 2 of box-like, and the cash is certainly Dynamic the transaction device 1 such as being set to financial institution, carried out between customer income transaction or out money transaction etc. it is related with cash Transaction.Shell 2 is easy the investment for carrying out bank note or operation based on touch panel etc. in the state that customer is on front side of it Position be provided with Reception Dept 3.
Reception Dept 3 is provided with card entrance 4, enters bank note dispensing port 5, operation display part 6, number key 7 and note issuing mouth 8, Cash or bankbook etc. are directly exchanged between the Reception Dept 3 and customer, and carry out the notice or operation of information relevant to transaction What is indicated accepts.Card entrance 4 is the part of the various cards such as insertion or discharge cash card.In the inboard setting of card entrance 4 There is the card process portion (not shown) for reading the account of magnetic recording in various cards etc..Entering bank note dispensing port 5 is to want income by customer's investment Bank note and the part for going out the bank note of money to customer is discharged.Also, enters bank note dispensing port 5 and pass through the spacious on or off of driving shutter It closes.Operation display part 6 is by LCD (the Liquid Crystal Display: liquid crystal display of the display operation picture in transaction Device) and touch panel integration made of, wherein the touch panel is used to input selection, password or the trade gold of type of transaction Volume etc..Number key 7 is the secondary or physical bond for accepting the input of digital " 0 "~" 9 " etc., and the input for password or transaction amount etc. operates When.Note issuing mouth 8 is the part for the bill that distribution is printed with transaction content etc. at the end of trading processing.In addition, in bill The inboard of distribution mouth 8 is provided with the bill processing unit (not shown) to bill printing transaction content etc..
Main control unit 9, banknotes in and out machine 10 etc. are provided in shell 2, wherein the main control unit 9 is automatic to cash The transaction device 1 is whole to carry out centralized control, which carries out various processing relevant to bank note.Main control unit 9 It is constituted centered on CPU (not shown) (Central Processing Unit: central processing unit), from by ROM (Read Only Memory: read-only memory), RAM (Random Access Memory: random access memory), hard disk drive or The storage unit (not shown) of the compositions such as flash memory reads and executes regulated procedure, controls each portion as a result, and carries out income transaction or go out The various processing such as money transaction.
Hereinafter, using the side that customer faces in cash automated trading device 1 as front side, using its opposite side as on rear side of, Left and right will be observed from the customer on front side of this as left and right side, and then definition the upper side and lower side is illustrated.
[internal structure of 1-2. banknotes in and out machine]
As shown in Fig. 2, entering out for the 12 centralized control box-shaped of control unit of banknotes in and out machine 10 is each in money casing body 11 Portion's (banknotes in and out portion 16, delivery section 24, discriminating section 18, for the time being reserve part 20, bill storage 26 and reject bank 28).Control Portion 12 processed is constituted centered on CPU (not shown), is read from the storage unit being made of ROM, RAM, hard disk drive or flash memory etc. And regulated procedure is executed, each portion is controlled as a result, carries out income transaction or the out various processing such as money transaction.
In the inside for entering out money casing body 11, upside is provided with banknotes in and out portion 16, determines the currency type of bank note and true The discriminating section 18 of puppet and reserve part 20 for the time being for retaining income bank note etc. for the time being.
Banknotes in and out portion 16 separates the bank note of customer's investment one by one and sends out to delivery section 24.Delivery section 24, which utilizes, not to be schemed The transport path shown in thick line along figure such as roller for showing or band in short side direction conveys rectangular bank note.Delivery section 24 so that Discriminating section 18 front-rear direction through insertion mode convey bank note, the delivery section 24 respectively by the rear side of the discriminating section 18 and temporarily And reserve part 20 and banknotes in and out portion 16 connect.In addition, delivery section 24 is by the front side of discriminating section 18 and banknotes in and out Portion 16, bill storage 26 and reject bank 28 connect.
Discriminating section 18 is conveyed bank note inside it and is identified the coin of the bank note using optical element or magnetic detecting element etc. (damaged degree) such as kind, the true and false and the degree of damage, and its identification result is notified to control unit 12.Correspondingly, it controls Portion 12 determines the conveying destination of the bank note based on the identification result of acquirement.Customer when reserve part 20 retains income for the time being for the time being The bank note in banknotes in and out portion 16 is put into, remains into determine that being identified by discriminating section 18 is the normal bank note quilt for capableing of income for the time being Until income, on the other hand, it is discharged to banknotes in and out portion 16 that be identified as can not income in a manner of entering after so-called and first to go out Rejected banknote.
In addition, being provided with the bill storage 26 of each currency type in the inside for entering out money casing body 11 in downside and rejecting Library 28, the reject bank 28 are stored in the bank note that identification in discriminating section 18 is damaged banknote (so-called breakage certificate) and 5,000 yen The bank note for the currency type that banknote or 2,000 Japanese yen in notes etc. cannot flow back.Bill storage 26 is taken into using storage output mechanism from defeated It send the bank note that conveying comes of portion 24 to be stored, and the bank note stored is discharged and is supplied to delivery section 24.
In corresponding structure, in cash automated trading device 1, main control unit 9 and control unit 12 are based on discriminating section 18 Identification result to bank note etc. controls each portion, carries out the income processing, storage processing and money processing out of bank note.That is, In cash automated trading device 1, in income transaction, when user selects income transaction, and then general via operation display part 6 When bank note is put into bank note dispensing port 5, the bank note of investment is conveyed to discriminating section 18 from banknotes in and out portion 16 one by one.Here, existing The bank note that identification result based on discriminating section 18 is judged to capableing of income is conveyed to reserve part 20 for the time being by golden automatic trading apparatus 1 It stores for the time being.On the other hand, the bank note for being judged to being unsuitable for income is returned to banknotes in and out portion by cash automated trading device 1 16, user is returned to by opening shutter.Then, after user determines the income amount of money, cash automated trading device 1 The bank note for being accommodated in reserve part 20 for the time being is conveyed to discriminating section 18 and obtains identification result.Here, cash automated trading device 1 By the identification result based on discriminating section 18 be determined as the bank note that can be stored according to its currency type be conveyed to each bill storage 26 into Row keeping.On the other hand, the bank note for being judged to being unsuitable for storage is conveyed to reject bank 28 by cash automated trading device 1.
On the other hand, when money out is traded, when user selects via operation display part 6, money trade and to input out money golden When volume, the bank note number of each currency type required for cash automated trading device 1 is identified according to the money amount of money out, according to each coin The bank note number of kind sends out bank note from each bill storage 26 and is conveyed to discriminating section 18, to obtain the identification knot of identification result Fruit.Here, the bank note that the identification result based on discriminating section 18 is judged to go out money is conveyed paper feeding by cash automated trading device 1 Coin deposit/withdrawal unit 16.On the other hand, the bank note for being judged to being unsuitable for money out is conveyed to and retains for the time being by cash automated trading device 1 Portion 20 is stored for the time being.Also, when bank note corresponding with the money amount of money out is accumulated to banknotes in and out portion 16, automatic cash transaction dress Set 1 opening shutter.Becoming as a result, can receive to build up in the state of the bank note in banknotes in and out portion 16, and user receives The bank note.Then, the bank note for being accommodated in reserve part 20 for the time being is conveyed to reject bank 28 and protected by cash automated trading device 1 Pipe.
The structure of reserve part [1-3. for the time being]
If Fig. 3 and Fig. 4 are shown shown in appearance, reserve part 20 is configured to be equipped on reserve part shell 30 for the time being for the time being Each component.Reserve part shell 30 passes through the major part for setting periphery as front side and rear side, left and right side and downside for the time being For next door, the inner space 30B surrounded by the next door is formed.On the other hand, for the time being reserve part shell 30 via omit periphery in Upside next door made of opened portion 30C and can from outside access inner space 30B.In addition, in reserve part shell for the time being The bank note access hole 30D as the entrance in bank note internally space 30B is provided through below 30 leading flank.In addition, Be built-in in the next door of the left and right side of reserve part shell 30 for the time being for from motor (not shown) to aftermentioned rotating cylinder or The gear etc. of the transmitting driving force such as roller.In addition, being provided in the left side of reserve part shell 30 for the time being in upkeep operation Make the operation knob (not shown) of the rotations such as rotating cylinder or roller manually.
In addition, reserve part shell 30 is configured to be set to the rear lower end of reserve part shell 30 for the time being for the time being Shell fulcrum 30A is that axis is rotated relative to money casing body 11 is entered out.That is, for the time being reserve part shell 30 carried out between customer with When the transaction movement of the relevant transaction of cash, become device normal condition shown in fig. 5, by the way that inside to be isolated from outside, protects The internal bank note possessed of shield.On the other hand, in the upkeep operations such as office worker of financial institution person in order to remove the bank note blocked And carry out bank note recycling etc. upkeep operation when, for the time being reserve part shell 30 as shown in Figure 6 rotation and by interior open, from forming For device heeling condition, the operation for internal each portion can easily be done.Under the device heeling condition, reserve part for the time being Shell 30 tilts predetermined angular relative to device normal condition, keeps its position using support rod mechanism (not shown).
[1-3-1. rotating cylinder and the structure with advance system]
As shown in figure 5, rotating cylinder 31 is configured to cylindric, in the inner space 30B of reserve part shell 30 for the time being, it is mounted to It can be rotated centered on rotary shaft 31X in left-right direction to take-up direction R1 or transport direction R2.
Fig. 5 shows the upper minimal number of bank note of design and is wound in rotating cylinder 31, the apparent minimum outer diameter of the rotating cylinder 31 Most thin state, the bank note that Figure 11 shows the upper most quantity of design are wound in rotating cylinder 31, the apparent largest outside diameter of the rotating cylinder 31 Most shape thickness state.
In addition, making this 2 bands of upside band 33U and downside band 33D advance in reserve part 20 for the time being.Below also by upside Band 33U and downside band 33D is referred to as band 33.Upside spool 32 is constituted around threadiness, and upside, that is, side opened portion 30C of rotating cylinder 31 is leaned on The position of the substantial middle at rear and left and right, is rotated centered on the rotary shaft 32X of rotary shaft 31X for being parallel to rotating cylinder 31.? Upside band 33U is wound on upside spool 32.Upside band 33U is made of relatively thin resins in film form, the bandwidth of left and right directions It is short enough compared with the long side of bank note, and there is sufficient length in length direction.
From upside spool 32 than rotating cylinder 31 by front side, that is, side bank note access hole 30D, be provided with to be formed it is smaller Cylindric upper side roller 34.The axial length of upper side roller 34 forms longer than the bandwidth of upside band 33U, to be parallel to rotating cylinder 31 Rotary shaft 31X rotary shaft 34X centered on rotate freely.The upside band 33U pulled out from upside spool 32 is unlimited to cross After the mode forward direction of portion 30C is set up, retract to turn back to the back lower place via upper side roller 34.Moreover, upside band 33U is utilized The pressing roller 46 of aftermentioned upside conveying guiding piece 41 is set to by by rotating cylinder 31, the rotating cylinder 31 is fixed in front end. In addition, upside spool 32 is exerted a force using extension spring (not shown) to the i.e. take-up direction V1 in direction for batching upside band 33U.By This, reserve part 20, which makes upside band 33U always, for the time being has defined tension.
Downside spool 35 is configured to upside spool 32 similarly around threadiness, lower section, that is, rotating cylinder 31 of spool 32 on the upside of this Downside position rearward, be arranged to revolve centered on the rotary shaft 35X for the rotary shaft 31X for being parallel to rotating cylinder 31 Turn.Spool 35 is wound with the downside band 33D equally constituted with upside band 33U on the downside of this.Do not scheme in addition, downside spool 35 utilizes The extension spring shown exerts a force to the i.e. take-up direction V3 in direction for batching downside band 33D.Reserve part 20 makes downside band for the time being as a result, 33D has defined tension always.In addition, in the take-up direction V3 of the downside band 33D in downside spool 35 and upside spool 32 Upside band 33U take-up direction V1 it is opposite.
It is provided in the front of downside spool 35 and is revolved centered on the rotary shaft 37X for the rotary shaft 31X for being parallel to rotating cylinder 31 The lower side roller 37 turned.Lower side roller 37 is similarly configured to cylindrical shape with upper side roller 34, and the length of left and right directions is than downside band 33D's Bandwidth is long, and is set to the position of the substantial middle of left and right.The downside band 33D forward direction pulled out from downside spool 35 is mobile Afterwards, via lower side roller 37 retract to upward to.Moreover, downside band 33D is guided via aftermentioned downside conveying is set to The defined roller of part 42 is towards by by rotating cylinder 31 is arrived, the rotating cylinder 31 is fixed in front end after rear direction.Here, downside band 33D Front end be fixed on all sides of rotating cylinder 31.In addition, the front end of upside band 33U is with the periphery side superimposed with downside band 33D Mode is fixed on the outer peripheral surface of rotating cylinder 31.
According to corresponding structure, for the time being reserve part 20 when rotating rotating cylinder 31 to take-up direction R1, its week side with The mode of overlapping winds downside band 33D and upside band 33U.At this point, for the time being reserve part 20 downside band 33D and upside band 33U it Between clip conveying direction perpendicular to bank note left and right directions (width direction) center portion, with downside band 33D and upside The bank note is wound in all sides of rotating cylinder 31 together with 33U.
[structure of 1-3-2. movable part]
Movable part 40 becomes to be drawn using the upside conveying guiding piece 41 of the connection of interconnecting piece 43 upside and the downside conveying of downside The structure of guiding element 42.It is formed between guiding piece 41 and downside conveying guiding piece 42 by the thickness with bank note in addition, being conveyed in upside Degree is compared to the transport path 44 that sufficiently wide gap is constituted.
Downside conveying guiding piece 42 is formed as droplet-like or wedge-shaped from left and right side, lower section on front side of it, rotation Axis 45 penetrates through in left and right directions.On the other hand, in the medial surface of the left and right of reserve part shell 30 (Fig. 3) for the time being, it is arranged in front side There is rotation hole (not shown) corresponding with rotation axis 45.The rotation of reserve part shell 30 for the time being is inserted in when running through rotation axis 45 When hole is installed, which conveys guiding piece 42 can be centered on the rotation axis 45, relative to reserve part shell 30 for the time being It is rotated to opening direction WO or closing direction WC (Fig. 5).
On the other hand, conveying guiding piece 41 in upside is integrally formed to be formed on the upside of reserve part shell 30 for the time being Bending plate of the opened portion 30C from upside covering rotating cylinder 31.That is, as shown in figure 5, covering the front part substantially from rotating cylinder 31 The center portion of the range of the rear section of guiding piece 42 is conveyed to downside, the lower surface of upside conveying guiding piece 41 is formed as big It causes planar.In addition, upside convey guiding piece 41 covering rotating cylinder 31 rear side rear section become with its following table towards Sagging shape before rear and then downwards, so that describing the radius of curvature circular arc bigger than the outer peripheral surface of the rotating cylinder 31.On moreover, Side convey guiding piece 41 with the opposite front part of the downside conveying front part of guiding piece 42, become with its following table towards Sagging shape before front and then downwards, so that it is consistent with the downside conveying upper surface shape of guiding piece 42, that is, it is formed defeated Send path 44.
But near the upper end of the rotating cylinder 31 in upside conveying guiding piece 41, penetrating through the rotary shaft 31X's of rotating cylinder 31 Substantially just on position, be configured to shape made of combinatorial cylinders shape and truncated cone and by left-right direction axis perforation and The pressing roller 46 rotated freely is configured to expose downside from the lower surface of upside conveying guiding piece 41.Pressing roller 46 It is connected to the 1/3~1/4 of the wide bandwidth for being configured to upside band 33U of roller of upside band 33U.
Here, movable part 40 actually acts on the power towards closing direction WC due to gravity, upside is made to convey guiding piece The pressing roller 46 of 41 downside is abutted in abutted position P1 with all sides for the upside band 33U for being wound in rotating cylinder 31.Therefore, upside Conveying guiding piece 41 by make certain pressing force act on from pressing roller 46 upside band 33U width direction center it is certain Region, thus prevent upside band 33U with it is twisted while, guide and by bank note by arrive rotating cylinder 31 all sides.
Here, with a large amount of bank note are successively wound, the outer diameter of rotating cylinder 31 in appearance is gradually increased.Correspondingly, movably Portion 40 gradually lifts upside using 31 upward direction of rotating cylinder and conveys guiding piece 41, to set than rotating cylinder 31 by bank note access hole 30D It is rotated centered on the rotation axis 45 set to opening direction WO.As a result, movable part 40 can make in upside conveying guiding piece 41 Pressing roller 46 abutted always with rotating cylinder 31, the conveying direction of bank note and conveying destination can be made to follow the periphery of the rotating cylinder 31 Face.
It is stretched by the movable part that the extension spring that front end is fixed on the medial surface of 30 front side of reserve part shell for the time being is constituted The rear end of mechanism 48 is installed on forward in upside conveying guiding piece 41 with the state that extension spring is stretched from nature Upside.The recuperability that movable part drawing mechanism 48 is restored by effect to nature, to opening side centered on rotation axis 45 It exerts a force to WO to movable part 40.Movable part drawing mechanism 48 to be applied under device normal condition from pressing roller 46 as a result, The pressing force of rotating cylinder 31 is not excessively high, is contracted in the pressing force in appropriate range.
According to corresponding structure, movable part 40 is in the case where bank note is inserted into transport path 44 from front side, in rotating cylinder 31 Near the upper end of all sides, all sides of the state and rotating cylinder 31 that make the bank note to be clipped between upside band 33U and downside band 33D It abuts.In this state, reserve part 20 can make to be clipped in upside band 33U by rotating rotating cylinder 31 to take-up direction R1 for the time being Bank note between downside band 33D is wound in all sides of rotating cylinder 31.
[structure in 1-3-3. pressing variation counteracting portion]
Pressing variation counteracting portion 50 is made of auxiliary body 52 and drawing mechanism 54.From in upside conveying guiding piece 41 The front-rear direction upper rotary shaft 45 of left plate and the substantial middle part of pressing roller 46, protrude to the left side and are provided with cylindrical shape Column portion 56.
Auxiliary body 52 is configured to be extended forward and backward in the left side of movable part 40, than center in the front-back direction Slightly by rear, can be turned centered on the auxiliary body's rotation axis 58 being fixed on the medial surface in 30 left side of reserve part shell for the time being It is dynamic.Auxiliary body 52 makes the limitation abutting part 60 as its front end out of be disposed through on front side of reserve part shell 30 for the time being Hole portion (not shown) on side is exposed to the front side of reserve part shell 30 for the time being.Entering out the reservation for the time being in money casing body 11 The front side of portion's shell 30 is formed with and extends in a generally horizontal direction at the height roughly the same with auxiliary body's rotation axis 58 The face of setting is the rotation restrictor 64 for being used as movement restricting member.In addition, being formed in the rear end of auxiliary body 52 by edge The plate of general horizontal direction is constituted, and column portion 56 is opposite in above-below direction lifts abutting part 62.
As elastic portion made of the extension spring be fixed on the medial surface of 30 downside of reserve part shell for the time being lower end The upper end of the drawing mechanism 54 of part, with the state that extension spring is stretched from nature, the limitation being installed in auxiliary body 52 Between abutting part 60 and auxiliary body's rotation axis 58.The recuperability that drawing mechanism 54 is restored by effect to nature, with auxiliary It helps centered on mechanism rotation axis 58 with (also referred to as pressing variation counteracting direction below) clockwise in left side view to auxiliary Mechanism 52 exerts a force.
As a result, under device normal condition, limitation abutting part 60 abutted with rotation restrictor 64, limit auxiliary body 52 to Press the rotation that variation offsets direction.Under the device normal condition, lifts abutting part 62 and do not abutted with column portion 56, become and keep away The state allowed.
Under device normal condition, as shown in fig. 7, the fit self weight W1 of the weight as movable part 40 is before rotation axis 45 The weight of side is the sum of self weight WR1 after the weight on rear side of preceding self weight WF1 and the rotation axis 45 is.
At this point, being set as acting on by the straight line of the axis center P2 at the center by abutted position P1 and as rotary shaft 31X Line L1 will be set as afterwards certainly along position L1 from pressing roller 46 towards the power that axis center P2 is acted on by rear self weight WR1 as shown in Figure 9 Gravity FR1, will using movable part drawing mechanism 48 along position L1 from axis center P2 towards peripheral action in the power of pressing roller 46 When being set as tension FT1, along position L1 from pressing roller 46 towards the power of axis center P2 practical function be band pressing force FP1 be it is rear from Gravity FR1 subtracts value obtained from tension FT1.Under device normal condition, band pressing force FP1 is in upside band 33U under Side in 33D with not generating within the scope of twisted pressing force.
On the other hand, under device heeling condition shown in Fig. 6, limitation abutting part 60 is detached from from rotation restrictor 64, auxiliary It helps mechanism 52 to offset direction to pressing variation to rotate.Therefore, the abutting part 62 that lifts of auxiliary body 52 is abutted with column portion 56, to Opening direction WO exerts a force to upside conveying guiding piece 41.
Under device heeling condition, as shown in figure 8, fit self weight W2 is the sum of preceding self weight WF2 and rear self weight WR2, it is preceding certainly Weight WF2 is smaller than the preceding self weight WF1 under device normal condition, and on the other hand, the rear WR2 that is self-possessed is than the rear self weight under device normal condition Self weight variation WRV1 after WR1 increases.
At this point, position L2 will be set as by the straight line of abutted position P1 and axis center P2, will as shown in Figure 10 by Afterwards self weight WR2 along position L2 be set as from pressing roller 46 towards the power that axis center P2 is acted on after from gravity FR2 (from gravity after ratio Self weight variation WRV1 after FR1 increases), it will be made along position L2 from axis center P2 towards periphery using movable part drawing mechanism 48 Power for pressing roller 46 is set as tension FT2 (as the size same with tension FT1), will utilize pressing variation counteracting portion 50 Along position L2 from axis center P2 towards peripheral action when the power of pressing roller 46 is set as pressing force calibrated force FO1, along position L2 from pressing roller 46 towards the power of axis center P2 practical function be band pressing force FP2 be after from gravity FR2 subtract tension FT2 and by It is worth obtained from pressure correction power FO1.Pressing force calibrated force FO1 is configured to act on the edge being self-possessed afterwards in variation WRV1 The substantially same size of the component of line L2.
Therefore, pressing variation counteracting portion 50 is acted on from pressing roller 46 towards axis center P2 than dress under device heeling condition It is rear from gravity FR2 after setting the variation WRV1 that is self-possessed after the rear increase from gravity FR1 of normal condition, even if 46 pairs of upsides of pressing roller Band 33U and downside band 33D further exerts a force to pressing direction, is self-possessed after capable of also being offset using pressing force calibrated force FO1 and changes Measure WRV1.Even if pressing variation counteracting portion 50 is also same as device normal condition under device heeling condition as a result, by band Pressing force FP2, which is contracted in, to be generated not on upside band 33U and downside band 33D within the scope of twisted pressing force.
In this way, reserve part 20 exerts a force to movable part 40 to opening direction WO for the time being, to offset from device normal condition to dress Rotation axis 45 when setting heeling condition transfer than movable part 40 leans on the variation of the center of gravity of 46 side of pressing roller.
But when shifting from most thin state to most shape thickness state, as shown in figure 12, column portion 56 changes column variation D1.Cause This, when shifting from most thin state to most shape thickness state, under device normal condition, column portion 56 is separate to lift abutting part 62.As a result, Under device heeling condition, with the most thin state the case where compared with, pressing force calibrated force FO1 when most shape thickness state is reduced.In this way, with Be wound in rotating cylinder 31 bank note increase, pressing force calibrated force FO1 reduce.In addition, most thin state is represented by dashed line in Figure 12 Movable part 40.
In contrast, as shown in figure 12, it is assumed that the position than column portion 56 close to rotation axis 45 is provided with column portion 1056 In the case of, under most shape thickness state and most thin state, the column variation D2 in column portion 1056 is smaller than column variation D1.Therefore, in device Under the most shape thickness state of normal condition, abutting part lifts close to opposite with the column portion 1056 than column portion 56 in column portion 1056.Therefore, exist Under device heeling condition, compared with the position in column portion 1056 is provided with the case where column portion is with column portion 56, reserve part can press down for the time being Make reduction of the most shape thickness state relative to the pressing force calibrated force FO1 of most thin state.
But column portion lifts the position that abutting part is abutted with column portion and gets over and as movable part 40 closer to rotation axis 45 The rotation axis 45 of rotating fulcrum is close, therefore, only slightly lifts column portion by lifting abutting part, just will make pressing roller 46 significantly Displacement, pressing force calibrated force FO1 are significantly displaced.That is, the warp tension ratio of pressing force calibrated force FO1 is got higher, it is desirable that pressing force correction The precision of power FO1 is degree of precision.
In view of these situations, in reserve part 20 for the time being, the position in column portion 56 is set, so that allowing relative to rotating cylinder 31 Outer diameter variation in appearance, pressing force calibrated force FO1 variation, and can ensure the precision of pressing force calibrated force FO1.
[1-4. effect]
In above structure, reserve part 20 supports auxiliary body 52 to pressing variation for the time being The direction that disappears rotates and makes to lift abutting part 62 and abuts with column portion 56, make upside conveying guiding piece 41 to opening direction WO rotate with from The increased variation of the pressing force of pressing roller 46 corresponding amount when device normal condition is shifted to device heeling condition, thus apply from Axis center P2 is towards peripheral action in the pressing force calibrated force FO1 of pressing roller 46.
Therefore, reserve part 20 is same as device normal condition for the time being, and upside band 33U can will be contracted in pressing force FP2 It does not generate in downside band 33D within the scope of twisted pressing force.Reserve part 20 can be supported using pressing variation for the time being as a result, The variation of the pressing force of pressing roller 46 when the counteracting of portion 50 that disappears is shifted from device normal condition to device heeling condition, can be in device It carries out inhibiting the twisted of band 33 when the batching of band, rollback manually under heeling condition, stablizes the variation of band.
According to above structure, reserve part 20 is provided with rotating cylinder 31 for the time being, cylindrical and be configured to revolve Turn, and will be from the outside through the bank note and band of the medium for being provided as page shape by the bank note access hole 30D as access unit 33 are overlappingly wound in all sides；Movable part 40 nearby regard bank note access hole 30D as one end, and the other end reaches rotating cylinder 31 Near, bank note is guided from bank note access hole 30D to the conveying of rotating cylinder 31, and follow rotating cylinder 31 outer diameter and with rotation It is rotated centered on axis 45；Pressing roller 46 is set to movable part 40, towards 31 pressing belt 33 of rotating cylinder；Shell, rotating cylinder 31, band 33, Movable part 40 and pressing roller 46 are set to the shell, and the shell is from defined device normal condition to than the device normal condition Inclined device heeling condition transfer；And pressing variation counteracting portion 50, it offsets from device normal condition and is transferred to device The variation of the pressing force of pressing roller 46 when heeling condition.Reserve part 20 offsets from device normal condition and is transferred to dress for the time being as a result, The variation of the pressing force of pressing roller 46 when setting heeling condition, even if being also able to maintain normal with device under device heeling condition The substantially same pressing force of state.
[2. the 2nd embodiment]
[structure of 2-1. banknotes in and out machine]
As depicted in figs. 1 and 2, the banknotes in and out machine 110 and the 1st of the cash automated trading device 101 of the 2nd embodiment The banknotes in and out machine 10 of the cash automated trading device 1 of embodiment is compared, for the time being reserve part 120 with reserve part 20 for the time being not Together, it in addition to this all similarly constitutes.
The structure of reserve part [2-2. for the time being]
As shown in figure 13, the reserve part for the time being 120 of the 2nd embodiment is compared with the reserve part for the time being 20 of the 1st embodiment, Various mechanisms become the configuration turned upside down.Reserve part shell 130 is provided with opened portion 130C in downside for the time being.
Downside conveying guiding piece 141 is formed as the bending plate in opened portion 130C from downside covering rotating cylinder 131.In downside Convey guiding piece 141 in rotating cylinder 131 lower end, perforation rotating cylinder 131 rotary shaft 131X substantially just under position, It is penetrated through by axis in left-right direction and the pressing roller 146 rotated freely is configured to that upside is made to convey guiding piece from the downside Expose 141 upper surface.
What is be made of the extension spring that front end is fixed on the medial surface of the left and right side of reserve part shell 130 for the time being can The front end of dynamic portion's drawing mechanism 148 is installed on downside and is conveyed guiding piece 141 with the state that extension spring is stretched from nature In forward downside.Movable part drawing mechanism 148 passes through the recuperability that effect is restored to nature, is with rotation axis 145 Center exerts a force to movable part 140 to closing direction WC.Movable part 140 makes the pressing roller of 141 upside of downside conveying guiding piece as a result, 146 abut in abutted position P11 with all sides for the upside band 133U for being wound in rotating cylinder 131.
Here, rotating cylinder 131 is gradually increased with successively winding a large amount of bank note, apparent outer diameter.Correspondingly, movable part 140 gradually pull down downside using rotating cylinder 131 in downward direction conveys guiding piece 141, to opening direction centered on rotation axis 145 WO rotation.As a result, movable part 140 can be such that the pressing roller 146 in downside conveying guiding piece 141 supports always with rotating cylinder 131 It connects, the conveying direction of bank note and conveying destination can be made to follow the outer peripheral surface of the rotating cylinder 131.
According to corresponding structure, movable part 140 is in the case where bank note is inserted into transport path 144 from front side, in rotating cylinder The lower end of 131 all sides, the state for making the bank note to be clipped between upside band 133U and downside band 133D and rotating cylinder 131 All sides abut.In this state, reserve part 120 can make to be clipped in by rotating rotating cylinder 131 to take-up direction for the time being Side is wound in all sides of rotating cylinder 131 with the bank note between 133U and downside band 133D.
[structure in 2-3. pressing variation counteracting portion]
Pressing variation counteracting portion 150 is made of auxiliary body 152 and drawing mechanism 154.Guiding piece is conveyed from downside 141 front-rear direction upper rotary shaft 145 and the substantial middle part of pressing roller 146, protrude to the left side and are provided with cylindrical shape Column portion 156.
Auxiliary body 152 is configured to be extended forward and backward, can slightly rearward than center in the front-back direction It is rotated centered on the auxiliary body's rotation axis 158 being fixed on the medial surface in 130 left side of reserve part shell for the time being.Auxiliary body 152 make the limitation abutting part 160 as its front end from the medial surface being disposed through on front side of reserve part shell 130 for the time being Hole portion (not shown) is exposed to the front side of reserve part shell 130 for the time being.Entering out the reserve part shell for the time being in money casing body 111 130 front side is formed with face extended in a generally horizontal direction and turns in the position higher than auxiliary body rotation axis 158 Dynamic limiting unit 164.It is made of in addition, being formed in the rear end of auxiliary body 152 plate in a generally horizontal direction, with column portion 156 opposite in the up-down direction lift abutting part 162.
Drawing mechanism made of the extension spring be fixed on the medial surface of 130 front side of reserve part shell for the time being front end 154 rear end, with the state that extension spring is stretched from nature, be installed in auxiliary body 152 lift abutting part 162 with Between auxiliary body's rotation axis 158.The recuperability that drawing mechanism 154 is restored by effect to nature is turned with auxiliary body With (also referred to as pressing variation counteracting direction below) clockwise in left side view centered on moving axis 158 to auxiliary body 152 Force.
As a result, under device normal condition, limitation abutting part 160 is abutted with rotation restrictor 164, limits auxiliary body 152 offset the rotation in direction to pressing variation.Under the device normal condition, lifts abutting part 162 and do not supported with column portion 156 It connects, becomes the state of evacuation.
Under device normal condition, as shown in figure 15, the fit self weight W11 of the weight as movable part 140 is rotation axis Weight on front side of in the of 145 is the sum of self weight WR11 after the weight on rear side of preceding self weight WF11 and the rotation axis 145 is.
At this point, will be borrowed as shown in figure 17 position L11 will be set as by the straight line of abutted position P11 and axis center P12 Be self-possessed after helping WR11 along position L11 be set as from axis center P2 towards the power of peripheral action pressing roller 146 after from gravity FR11, will Tension FT11 is set as from pressing roller 146 towards the power that axis center P2 is acted on along position L11 using movable part drawing mechanism 148 When, it is subtracted along position L1 from pressing roller 146 towards the power of axis center P2 practical function i.e. band pressing force FP11 for tension FT11 It is worth afterwards from obtained from gravity FR11.Under device normal condition, band pressing force FP11 is in upside band 133U and downside band It does not generate in 133D within the scope of twisted pressing force.
On the other hand, under the device heeling condition shown in Figure 14, limitation abutting part 160 is detached from from rotation restrictor 164, Auxiliary body 152 offsets direction to pressing variation and rotates.Therefore, abutting part 162 and column portion 156 lift in auxiliary body 152 It abuts, exerts a force to closing direction WC to downside conveying guiding piece 141.
Under device heeling condition, as shown in figure 16, zoarium self weight W12 the sum of self weight WR12 for preceding self weight WF12 and afterwards, Preceding self weight WF12 is smaller than the preceding self weight WF11 under device normal condition, and on the other hand, the rear WR12 that is self-possessed is than under device normal condition Rear self weight WR11 increase after be self-possessed variation WRV2.
At this point, as shown in figure 18, will by rear self weight WR12 along position L12 from axis center P2 towards peripheral action in The power of pressing roller 146 (from self weight variation WRV2 after gravity FR11 increase) after ratio, will utilize movable after being set as from gravity FR12 Portion's drawing mechanism 148 is set as tension FT12 (with tension FT11 from pressing roller 146 towards the power that axis center P2 is acted on along position L2 For same size), it will be acted on along position L2 from pressing roller 146 towards axis center P2 using pressing variation counteracting portion 150 Power when being set as pressing force calibrated force FO11, along position L12 from pressing roller 146 towards power, that is, band of axis center P2 practical function Pressing force FP12, after being subtracted for tension FT12 plus value obtained from pressing force calibrated force FO11 from obtained from gravity FR12 Value.Pressing force calibrated force FO11 be configured to afterwards be self-possessed variation WRV2 in it is substantially same along the component of position L12 Size.
Therefore, pressing variation counteracting portion 150 acts under device heeling condition from axis center P2 towards pressing roller 146 Than the rear from gravity FR12 of variation WRV2 of being self-possessed after the rear increase from gravity FR11 of device normal condition, even if pressing roller 146 Will to upside band 133U and downside band 133D phase from direction it is mobile, after capable of also being offset using pressing force calibrated force FO11 from Weight variation WRV2.Even if pressing variation counteracting portion 150 is also same with device normal condition under device heeling condition as a result, Sample generates being contracted in pressing force FP12 not on upside band 133U and downside band 133D within the scope of twisted pressing force. In addition to this, the reserve part for the time being 120 of the 2nd embodiment is realized substantially same as the reserve part for the time being 20 of the 1st embodiment Function and effect.
[3. the 3rd embodiment]
[structure of 3-1. banknotes in and out machine and for the time being reserve part]
As depicted in figs. 1 and 2, the banknotes in and out machine 210 and the 1st of the cash automated trading device 201 of the 3rd embodiment The banknotes in and out machine 10 of the cash automated trading device 1 of embodiment is compared, for the time being reserve part 220 with reserve part 20 for the time being not Together, it in addition to this all similarly constitutes.As shown in figure 19, the reserve part for the time being 220 of the 3rd embodiment and the 1st embodiment Reserve part 20 is compared for the time being, and pressing variation counteracting portion 250 is different from pressing variation counteracting portion 50, in addition to this all similarly It constitutes.
[structure in 3-2. pressing variation counteracting portion]
Pressing variation counteracting portion 250 is made of auxiliary body 252 and drawing mechanism 254.Guiding piece 41 is conveyed in upside Left plate and right side plate front-rear direction upper rotary shaft 45 (not shown) and pressing roller 46 substantial middle part, be respectively facing Left and right side is provided projectingly column portion 56L, 56R of cylindrical shape.
Auxiliary body 252 is by being set to the right side auxiliary body 252R on 40 right side of movable part, being set to 40 left side of movable part Left side auxiliary body 252L and auxiliary body interconnecting piece 252C constitute, wherein auxiliary body interconnecting piece 252C along left and right Direction is extended, and connecting the right side auxiliary body 252R and left side auxiliary body 252L makes its synchronization action.Left side auxiliary machine Structure 252L is constituted substantially samely with auxiliary body 52 (Fig. 4), between auxiliary body rotation axis 58L and limitation abutting part 60L It is connected with the left end of auxiliary body interconnecting piece 252C.Right side auxiliary body 252R is the structure reversed left to right of auxiliary body 52, and And without forming limitation abutting part 60, the right end of auxiliary body interconnecting piece 252C is connected in front end.
Drawing mechanism 254 made of the extension spring be fixed on the medial surface of 30 downside of reserve part shell for the time being lower end Upper end, with the state that extension spring is stretched from nature, be installed on the limitation abutting part 60L of left side auxiliary body 252L with Between auxiliary body rotation axis 58L.The recuperability that drawing mechanism 254 is restored by effect to nature is turned with auxiliary body Direction is offset to pressing variation centered on moving axis 58L to exert a force to left side auxiliary body 252L.Since the force is via auxiliary From left side auxiliary body 252L, auxiliary body 252R is transmitted mechanism interconnecting piece 252C to the right, therefore, drawing mechanism 254 and left side Auxiliary body 252L offsets direction to pressing variation together and exerts a force to right side auxiliary body 252R.
As a result, under device normal condition, limitation abutting part 60L is abutted with rotation restrictor 64, limitation left side auxiliary machine Structure 252L and right side auxiliary body 252R offsets the rotation in direction to pressing variation.Under the device normal condition, lift to Socket part 62L, 62R is not abutted with column portion 56L, 56R, becomes the state of evacuation.
On the other hand, under device heeling condition, limitation abutting part 60L is detached from from rotation restrictor 64, left side auxiliary machine Structure 252L and right side auxiliary body 252R offsets direction to pressing variation and rotates.Therefore, left side auxiliary body 252L and right side Lift abutting part 62L, 62R of auxiliary body 252R is abutted with column portion 56L, 56R respectively, to opening direction WO (not shown) to upper Side conveys guiding piece 41 and exerts a force.
In this way, reserve part 220 exerts a force to the left end of movable part 40 and the two sides of right end to opening direction WO for the time being.Therefore, Compared with the case where only exerting a force to unilateral side, that is, left end of movable part 40 to opening direction WO as reserve part 20 for the time being, protect for the time being Portion 220 is stayed all can steadily to exert a force to movable part 40 from left end to right end.In addition to this, the reservation for the time being of the 3rd embodiment Realize the substantially same function and effect in reserve part for the time being 20 with the 1st embodiment in portion 220.
[4. the 4th embodiment]
[structure of 4-1. banknotes in and out machine and for the time being reserve part]
As depicted in figs. 1 and 2, the banknotes in and out machine 310 and the 1st of the cash automated trading device 301 of the 4th embodiment The banknotes in and out machine 10 of the cash automated trading device 1 of embodiment is compared, for the time being reserve part 320 with reserve part 20 for the time being not Together, it in addition to this all similarly constitutes.As shown in figure 20, the reserve part for the time being 320 of the 4th embodiment and the 1st embodiment Reserve part 20 is compared for the time being, and pressing variation counteracting portion 350 is different from pressing variation counteracting portion 50, in addition to this all similarly It constitutes.
[structure in 4-2. pressing variation counteracting portion]
Pressing variation counteracting portion 350 is made of auxiliary body 352 and drawing mechanism 354.Auxiliary body 352 is in movable part 40 left side is vertically extended, can be slidably embedding along the vertical direction through auxiliary body's sliding groove 72 of setting Enter auxiliary body's slide post 70 to the cylindrical shape being fixed on the medial surface in 30 left side of reserve part shell for the time being.Therefore, auxiliary Mechanism 352 is helped to be configured to move in parallel along the vertical direction.
The rear end of on the lower installing restricted abutting part 360 of the auxiliary body 352 in front side, wherein the limitation abutting part 360 It is to be configured to rotation and component extended forward and backward centered on limiting abutting part axis 360A.Auxiliary body 352 scheme the front end for limiting abutting part 360 (not from the hole portion being disposed through on the medial surface of 30 front side of reserve part shell for the time being Show) expose to the front side of reserve part shell 30 for the time being.In the front side for entering out the shell of reserve part for the time being 30 in money casing body 311, At the height roughly the same with limitation abutting part axis 360A, it is formed with face extended in a generally horizontal direction and rotates limit Portion 364 processed.It is made of in addition, being formed in the upper end of auxiliary body 352 plate in a generally horizontal direction, exists with column portion 56 It is opposite in up and down direction to lift abutting part 362.
The drawing mechanism 354 being made of the extension spring that upper end is fixed on the medial surface in 30 left side of reserve part shell for the time being Lower end the lower end of auxiliary body 352 is installed on the state that extension spring is stretched from nature.Drawing mechanism 354 passes through The recuperability restored to nature is acted on, upward direction (following also referred to as pressing variation offsets direction) is to auxiliary body 352 forces.
As a result, under device normal condition, the front end of limitation abutting part 360 is abutted with rotation restrictor 364, limitation auxiliary Mechanism 352 offsets the movement in direction to pressing variation.Under the device normal condition, lift abutting part 362 not with column portion 56 It abuts, becomes the state of evacuation.
On the other hand, under device heeling condition, the front end for limiting abutting part 360 is detached from from rotation restrictor 364, auxiliary Mechanism 352 offsets direction movement to pressing variation.Therefore, the abutting part 362 that lifts of auxiliary body 352 is abutted with column portion 56, It exerts a force to opening direction WO to upside conveying guiding piece 41.
In this way, reserve part 320 instead of rotates as reserve part 20 for the time being auxiliary body 52 for the time being, make auxiliary machine Structure 352 slides, to exert a force to opening direction WO to movable part 40.
[5. the 5th embodiment]
[structure of 5-1. banknotes in and out machine and for the time being reserve part]
As depicted in figs. 1 and 2, the banknotes in and out machine 410 and the 1st of the cash automated trading device 401 of the 5th embodiment The banknotes in and out machine 10 of the cash automated trading device 1 of embodiment is compared, for the time being reserve part 420 with reserve part 20 for the time being not Together, it in addition to this all similarly constitutes.As shown in figure 21, the reserve part for the time being 420 of the 5th embodiment and the 1st embodiment Reserve part 20 is compared for the time being, and pressing variation counteracting portion 450 is different from pressing variation counteracting portion 50, in addition to this all similarly It constitutes.
[structure in 5-2. pressing variation counteracting portion]
Pressing variation counteracting portion 450 is made of auxiliary body 452 and drawing mechanism 454.Guiding piece 41 is conveyed from upside Left plate on side (front side) i.e. front end of the ratio rotation axis 45 far from rotating cylinder 31 protrude to the left side and be provided with cylindrical shape The column portion 456 of shape.
Auxiliary body 452 is configured to substantially L font, is vertically extended in the left side of movable part 40, and lower end Portion is bent forwards, center in above-below direction, can be auxiliary on the medial surface in 30 left side of reserve part shell for the time being to be fixed on It helps centered on mechanism rotation axis 458 and rotates.Auxiliary body 452 makes the limitation abutting part 460 of the front end as its lower end from passing through The hole portion (not shown) that is placed on the medial surface of 30 front side of reserve part shell for the time being is worn to the front side of reserve part shell 30 for the time being Expose.In the front side for entering out the shell of reserve part for the time being 30 in money casing body 411, roughly the same with limitation abutting part 460 At height, it is formed with face i.e. rotation restrictor 464 extended in a generally horizontal direction.In addition, in the upper of auxiliary body 452 It is formed with plate in an approximate vertical direction on rear side of end to constitute, opposite lift abuts in the longitudinal direction with column portion 456 Portion 462.
The drawing mechanism 454 being made of the extension spring that rear end is fixed on the medial surface in 30 left side of reserve part shell for the time being Front end the rear side of the lower end in auxiliary body 452 is installed on the state that extension spring is stretched from nature.Stretching-machine Structure 454 by the recuperability restored to nature of effect, centered on auxiliary body's rotation axis 458 in left side view up time Exert a force to auxiliary body 452 to needle (following also referred to as pressing variation offsets direction).
As a result, under device normal condition, limitation abutting part 460 is abutted with rotation restrictor 464, limits auxiliary body 452 offset the rotation in direction to pressing variation.Under the device normal condition, lifts abutting part 462 and do not supported with column portion 456 It connects, becomes the state of evacuation.
On the other hand, under device heeling condition, limitation abutting part 460 is detached from from rotation restrictor 464, auxiliary body 452, which offset direction to pressing variation, rotates.Therefore, the abutting part 462 that lifts of auxiliary body 452 is abutted with column portion 56, to beating Evolution exerts a force to upside conveying guiding piece 41 to WO.
In this way, reserve part 420 is not to make auxiliary body 52 as reserve part 20 for the time being and than rotation axis 45 by turning for the time being Cylinder 31 side (rear side) setting column portion 56 abut, but make auxiliary body 452 with than rotation axis 45 far from rotating cylinder 31 one The column portion 456 of side (front side) setting abuts, to exert a force to opening direction WO to movable part 40.
In this case, due to column portion 456 than column portion 56 close to rotation axis 45, accordingly, with respect to lifting abutting part 462 It is connected to the rotation of the auxiliary body 452 in the state of column portion 456, pressing roller 46 is significantly shifted than reserve part 20 for the time being, pressed Pressure correction power FO1 is significantly displaced, and can carry out manually inhibiting band 33 when the batching of band 33, rollback under device heeling condition It is twisted, make band 33 variation stablize.
[6. the 6th embodiment]
[structure of 6-1. banknotes in and out machine and for the time being reserve part]
As depicted in figs. 1 and 2, the banknotes in and out machine 510 and the 1st of the cash automated trading device 501 of the 6th embodiment The banknotes in and out machine 10 of the cash automated trading device 1 of embodiment is compared, for the time being reserve part 520 with reserve part 20 for the time being not Together, it in addition to this all similarly constitutes.
As shown in figure 22, pressing variation counteracting portion 550 is made of auxiliary body 552, axis 74 and axis maintaining part 76.? The downside of the limitation abutting part 560 of auxiliary body 552 is provided with vertically extended conduct cylindrical shape metal bar Axis 74, under device normal condition, limitation abutting part 560 abutted with the upper end of axis 74.The perforation of axis 74 is fixed on to be retained for the time being 2 cricoid axis maintaining parts 76 on the medial surface of 30 front side of portion's shell are kept.Axis maintaining part 76 is in axis 74 not from the axis It, being capable of movably holding shaft 74 in downward direction in the range of the degree that maintaining part 76 falls off in downward direction.
Axis 74 schemes its lower end (not from the hole portion being disposed through on the medial surface of 30 downside of reserve part shell for the time being Show) expose to the downside of reserve part shell 30 for the time being.In the downside for entering out the shell of reserve part for the time being 30 in money casing body 511, It is formed with face i.e. rotation restrictor 564 extended in a generally horizontal direction.Under device normal condition, the lower end of axis 74 with Rotation restrictor 564 abuts.
As a result, under device normal condition, limitation abutting part 560 is abutted with the upper end of axis 74, the lower end of axis 74 and rotation Limiting unit 564 abuts, and limitation auxiliary body 552 offsets the rotation in direction to pressing variation.Under the device normal condition, lift It plays abutting part 562 not abut with column portion 56, becomes the state of evacuation.
On the other hand, under device heeling condition, as shown in figure 23, by the lower end of axis 74 from rotation restrictor 564 It is detached from, limits cardan shaft 74 in downward direction of abutting part 560, rotated so that auxiliary body 552 offsets direction to pressing variation.Cause This, the abutting part 562 that lifts of auxiliary body 552 is abutted with column portion 56, is exerted a force to opening direction WO to upside conveying guiding piece 41.
In this way, for the time being reserve part 520 using be set to reserve part shell 30 for the time being as the axis of position elongate member 74, to the transmitting of rotation restrictor 564 towards be located at from rotation restrictor 564 upward direction mutually from position on limitation abutting part The power in 560 lower direction.Even if as a result, for the time being reserve part 520 not as reserve part 20 for the time being in reserve part shell for the time being In the case where forming rotation restrictor 64 at the height roughly the same with auxiliary body's rotation axis 58 of 30 front side, and in device It does not exert a force to opening direction WO to movable part 40 under normal condition, it can be to opening direction WO to movable under device heeling condition Portion 40 exerts a force.In addition to this, 20 base of reserve part for the time being with the 1st embodiment is realized in the reserve part for the time being 520 of the 6th embodiment Same function and effect in sheet.
[7. other embodiment]
In addition, in the above-described embodiment, one group of upside band 33U and downside band 33D is only arranged in reserve part 20 for the time being The case where be illustrated.The invention is not limited thereto, can also as of fig. 24 for the time being reserve part 620 like that, be arranged two groups Above upside band 33U and downside band 33D (not shown).
In addition, in the above-described embodiment, to using reserve part 20 for the time being between upside band 33U and downside band 33D The case where bank note is wound in the outer peripheral surface of rotating cylinder 31 in the state of bank note is hold to be illustrated.The present invention is not limited to This, reserve part for the time being 720 that can also be as shown in figure 25 like that, such as from reserve part 20 for the time being omit downside band 33D and with this The relevant mechanism of downside band 33D makes the face of upside band 33U abutted with bank note have cementability, and the cementability will in utilization Bank note is pasted on upside band 33U and carries out in the state of fixing for the time being, and upside band 33U is overlapped in the peripheral side of bank note and is wound in The outer peripheral surface of rotating cylinder 31.
Moreover, in the first embodiment described above, to using extension spring to be said as the case where drawing mechanism 54 It is bright.The invention is not limited thereto, can also by various configuration settings by pressing spring, torsional spring or leaf spring etc. it is various in a manner of stretching-machine Structure.As long as in short, can exert a force to opening direction WO to movable part 40.For the 2nd embodiment to the 5th embodiment It is same.
Moreover, in the first embodiment described above, do not supported with column portion 56 to abutting part 62 is lifted under device normal condition The case where connecing, abutting under device heeling condition is illustrated.The invention is not limited thereto, and lifting abutting part 62 can also fill It sets and is abutted under normal condition with column portion 56, as long as in short, under device heeling condition, than device normal condition more strongly to opening Direction WO exerts a force to upside conveying guiding piece 41.It is also same for the 2nd embodiment to the 6th embodiment.
Moreover, following situation is illustrated in the first embodiment described above: movable part 40 being separately arranged auxiliary Mechanism 52 exerts a force to the auxiliary body 52 using drawing mechanism 54.The invention is not limited thereto, such as can also be from movable part 40 Front end is extended on the arm abutted under device normal condition with rotation restrictor 64, and utilizes drawing mechanism to pressing force It changes and offsets direction to arm force, the arm is detached from from rotation restrictor 64 under device heeling condition, as a result, movable part 40, which offset direction to pressing variation, rotates.
Moreover, in the first embodiment described above, to the position in setting column portion 56, so that allowing relative to rotating cylinder 31 outside The variation of outer diameter in sight, pressing force calibrated force FO1 the case where changing and capable of ensuring the precision of pressing force calibrated force FO1 It is illustrated.The invention is not limited thereto, also can be set so that the more big then pressing force correction of the outer diameter of rotating cylinder 31 in appearance The bigger such mechanism of power FO1.
Moreover, in the above-described embodiment, it is of the invention to being applied in the reserve part for the time being 20 of cash automated trading device 1 The case where be illustrated.The invention is not limited thereto, also can be applied to the device for for example only carrying out identification or the counting of bank note It is wound between upside band 33U and downside band 33D in the various devices that rotating cylinder 31 retains for the time being Deng bank note to be clipped in.
Moreover, in the above-described embodiment, carrying out transaction relevant with cash between customer in financial institution etc. The case where being retained as the bank note of medium in the reserve part for the time being 20 of cash automated trading device 1 is illustrated.The present invention is not It is limited to this, such as can be used for being assembled in and carry out the teller system of various processing relevant to cash in office workers such as financial institutions In reserve part for the time being, or also can be applied to retain the pages shape such as exchange ticket or coupons, admission ticket medium it is various In device.In this case, as long as suitably providing the band of upside band 33U and downside band 33D according to the size of medium or shape Wide or quantity etc..
Moreover, in the above-described embodiment, to using as the rotating cylinder 31 of rotating cylinder, as the band 33 of band, as movable part Movable part 40, as shell the shell of reserve part for the time being 30, as pressing variation counteracting portion pressing variation counteracting portion 50,150,250 or 550, constitute the reserve part for the time being 20,120,220,320,420,520,620 as media storage device Or 720 the case where, is illustrated.The invention is not limited thereto, also can use the rotating cylinder of various other structures, band, movable Portion, shell, pressing variation counteracting portion constitute media storage device.
Moreover, in the above-described embodiment, to using as the Reception Dept 3 of Reception Dept, as delivery section delivery section 24, Rotating cylinder 31 as rotating cylinder, the band 33 as band, the movable part 40 as movable part, the reserve part shell for the time being as shell 30, the pressing variation counteracting portion 50,150,250 or 550 as pressing variation counteracting portion is constituted as medium transaction dress The case where cash automated trading device 1,101,201,301,401 or 501 set, is illustrated.The invention is not limited thereto, Also Reception Dept, the delivery section, rotating cylinder, band, movable part, shell, pressing variation counteracting portion structure of various other structures be can use At medium transaction device.
The content of Japanese publication Patent 2014-104391 is quoted in this manual entirely through reference.
Whole documents, patent application and technical bid of this specification are recorded in by referring to reference in the present specification Standard, the degree of reference and specific and individually describe by referring to the feelings for quoting each document, patent application and technical standard Condition is identical.
Industrial availability
The present invention can be used in the medium of the paper-like such as bank note being wound in rotating cylinder together with band and the various dresses that retain for the time being In setting.
Label declaration
1,101,201,301,401,501: cash automated trading device；2: shell；3: Reception Dept；4: card entrance；5: Enter bank note dispensing port；6: operation display part；7: number key；8: note issuing mouth；9: main control unit；10,110,210,310,410, 510: banknotes in and out machine；11,311,411,511: entering out money casing body；12: control unit；16: banknotes in and out portion；18: mirror Other portion；20,120,220,320,420,520,620,720: reserve part for the time being；24: delivery section；26: bill storage；28: refusing Receive library；30,130: reserve part shell for the time being；30A, 130A: shell fulcrum；30B, 130B: inner space；30C, 130C: it opens wide Portion；30D, 130D: bank note access hole；31,131: rotating cylinder；32,135: upside spool；33U, 133U: upside band；33D, 133D: Downside band；34,137: upper side roller；35,132: downside spool；37,134: lower side roller；40,140: movable part；41,142: upside Convey guiding piece；42,141: downside conveys guiding piece；43,143: interconnecting piece；44,144: delivery section；45,145: rotation axis； 46,146: pressing roller；48,148: movable part drawing mechanism；50,150,250,550: pressing variation counteracting portion；52,152, 252,352,452,552: auxiliary body；54,154,254,354,454,554: drawing mechanism；56,156,256,456,1056: Column portion；58,158,458: auxiliary body's rotation axis；60,160,360,460,560: limitation abutting part；62,162,362,462, 562: lifting abutting part；64,164,364,464,564: rotation restrictor；252C: auxiliary body's interconnecting piece；70: auxiliary body Slide post；72: auxiliary body's sliding groove；360A: limitation abutting part axis；74: axis；76: axis maintaining part；P1, P11: abutted position； P2, P12: axis center；L1, L2, L11, L12: position；W1, W2, W11, W12: zoarium self weight；WF1, WF2, WF11, WF12: Preceding self weight；WR1, WR2, WR11, WR12: rear self weight；WRV1, WRV2: variation of being self-possessed afterwards；FP1, FP2, FP11, FP12: band is pressed Pressure；FR1, FR2, FR11, FR12: after from gravity；FT1, FT2, FT11, FT12: tension；FO1, FO11: pressing force calibrated force； D1, D2: column variation.

Claims (13)

1. a kind of media storage device, which is included
Rotating cylinder, it is cylindrical and be configured to rotate, and will be from the outside through Jie of the page shape provided by access unit Matter and band are overlappingly wound in all sides；
Movable part nearby regard the access unit as one end, and the other end extends near the rotating cylinder, to the medium from institute The conveying for stating access unit to the rotating cylinder guides, and follows the outer diameter of the rotating cylinder and rotated centered on rotation axis；
Pressing roller is set to the movable part, presses the band towards the rotating cylinder；
Shell, the rotating cylinder, the band, the movable part and the pressing roller are set to the shell, and the shell is from defined Device normal condition is shifted to device heeling condition more inclined than the device normal condition；And
Press variation counteracting portion, counteracting pressing when being transferred to described device heeling condition from described device normal condition The variation of the pressing force of roller.
2. media storage device according to claim 1, wherein
It offsets movable on direction in pressing variation and exerts a force to the movable part in the pressing variation counteracting portion, wherein should It is to offset pressing roller when being transferred to described device heeling condition from described device normal condition that pressing variation, which offsets direction, Pressing force variation direction.
3. media storage device according to claim 2, wherein
The rotation axis is set to the side that the access unit is leaned on than the rotating cylinder,
The pressing variation counteracting portion exerts a force to the movable part, is transferred to the dress from described device normal condition to offset Rotation axis described in the ratio of movable part when heeling condition is set by the variation of the center of gravity of the side of the pressing roller.
4. media storage device according to claim 3, wherein
The pressing variation counteracting portion is under described device heeling condition, than described device normal condition by force to described movable Portion's force.
5. media storage device according to claim 4, wherein
The pressing variation counteracting portion is by the auxiliary body to exert a force to the movable part and the stretching to exert a force to the auxiliary body Mechanism is constituted.
6. media storage device according to claim 5, wherein
The auxiliary body abuts with defined movement restricting member under described device normal condition and is moved by limitation, thus Do not exert a force to the movable part, be detached under described device heeling condition from the movement restricting member, carry out as a result, it is mobile and It abuts with the movable part and exerts a force to the movable part.
7. media storage device according to claim 6, wherein
The auxiliary body can be rotated centered on defined axis, be supported under described device heeling condition with the movable part It connects.
8. media storage device according to claim 6, wherein
The auxiliary body can move in parallel, and abut under described device heeling condition with the movable part.
9. media storage device according to claim 6, wherein
The media storage device also has the position elongate member for being set to the shell,
The position elongate member is pressed from both sides under described device normal condition by the movement restricting member and the auxiliary body Firmly abut, under described device heeling condition with the movement restricting member mutually from and keep the auxiliary body mobile.
10. media storage device according to claim 4, wherein
Rotation axis described in ratio of the pressing variation counteracting portion to the movable part exerts a force by the side of the pressing roller.
11. media storage device according to claim 4, wherein
Inside is isolated from outside under described device normal condition for the shell, under described device heeling condition that inside is spacious It opens.
12. media storage device according to claim 5, wherein
The auxiliary body is set to the two sides on the outside of the width direction of the medium in the movable part.
13. a kind of medium transaction device, which is included
Reception Dept accepts transaction relevant to the medium of page shape；
Delivery section conveys the medium accepted by the Reception Dept；
Rotating cylinder, it is cylindrical and be configured to rotate, and by from the outside through the medium provided by access unit with Band is overlappingly wound in all sides；
Movable part nearby regard the access unit as one end, and the other end extends near the rotating cylinder, to the medium from institute The conveying for stating access unit to the rotating cylinder guides, and follows the outer diameter of the rotating cylinder and rotated centered on rotation axis；
Pressing roller is set to the movable part, presses the band towards the rotating cylinder；
Shell, the rotating cylinder, the band, the movable part and the pressing roller are set to the shell, and the shell is from defined Device normal condition is shifted to device heeling condition more inclined than the device normal condition；And
Press variation counteracting portion, counteracting pressing when being transferred to described device heeling condition from described device normal condition The variation of the pressing force of roller.
CN201580019586.9A 2014-05-20 2015-05-01 Media storage device and medium transaction device Active CN106164987B (en)

Applications Claiming Priority (3)

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JP2014104391A JP6264191B2 (en) 2014-05-20 2014-05-20 Medium storage apparatus and medium transaction apparatus
JP2014-104391 2014-05-20
PCT/JP2015/063137 WO2015178198A1 (en) 2014-05-20 2015-05-01 Media storage device and media transaction device

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JP6264191B2 (en) 2018-01-24

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