CN106164987A - Media storage device and medium transaction device - Google Patents

Media storage device and medium transaction device Download PDF

Info

Publication number
CN106164987A
CN106164987A CN201580019586.9A CN201580019586A CN106164987A CN 106164987 A CN106164987 A CN 106164987A CN 201580019586 A CN201580019586 A CN 201580019586A CN 106164987 A CN106164987 A CN 106164987A
Authority
CN
China
Prior art keywords
rotating cylinder
movable part
pressing force
time
normal condition
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201580019586.9A
Other languages
Chinese (zh)
Other versions
CN106164987B (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
Original Assignee
Oki Electric Industry Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Oki Electric Industry Co Ltd filed Critical Oki Electric Industry Co Ltd
Publication of CN106164987A publication Critical patent/CN106164987A/en
Application granted granted Critical
Publication of CN106164987B publication Critical patent/CN106164987B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

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

Landscapes

  • 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

Reserve part is provided with rotating cylinder for the time being, and it cylindrically and is configured to rotate, and will be wound in week side overlappingly from the outside through the bank note being provided by bank note access hole and band；Movable part, its using near bank note access hole as one end, the other end extends near rotating cylinder, guides conveying from bank note access hole to rotating cylinder for the bank note, and follow rotating cylinder external diameter and centered on rotary shaft rotate；Pressing roller, it is arranged at movable part, towards rotating cylinder pressing belt；Housing, rotating cylinder, band, movable part and pressing roller be arranged at this housing, and this housing shifts from the device normal condition of regulation to the device heeling condition tilting than this device normal condition；And pressing force variation counteracting portion, it offsets the variation of the pressing force of pressing roller when device normal condition transfers to device heeling condition.

Description

Media storage device and medium transaction device
Technical field
The present invention relates to media storage device and medium transaction device, the medium such as be for example preferably applied to insert notes here is carried out Expect the cash automated trading device (ATM:Automatic Teller Machine) etc. of transaction.
Background technology
In the past, in the cash automated trading device using in financial institution or shop etc. etc., according to the transaction with client Content and for example make client be stored in the cashes such as currency or coin and to customer payment cash.Some cash automated trading devices are for example Have: banknotes in and out portion, between itself and client, carry out receiving and grant of bank note；Discriminating portion, its differentiate put into bank note currency type and The true and false；Reserve part for the time being, it retains the bank note of input for the time being；Delivery section, it carries bank note；And bill storage, its according to Currency type stores bank note.
As reserve part for the time being, for example, propose cylindric rotating cylinder and relative 1 group of longer band, the general with rotation One end overlap 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 Report (patent document 1)).
Such reserve part for the time being shown in Figure 26 and Figure 27.Reserve part 920 is configured at reserve part housing for the time being for the time being Each parts are installed on 30.For the time being reserve part housing 30 be configured to be arranged at this reserve part housing 30 for the time being rear under The housing fulcrum 30A of end is that axle rotates.Reserve part housing 30 carries out the transaction related to cash between client i.e., for the time being During transactional operation, become the device normal condition shown in Figure 26, the paper protecting inside to possess by isolating inside from outside Coin.On the other hand, when the upkeep operation person such as office worker of financial institution carries out bank note recovery to remove the bank note producing blocking Deng upkeep operation when, reserve part housing 30 rotates and as shown in figure 27 by interior open for the time being, thus it is skewed to become device State, can easily carry out the operation for internal each portion.
This is retained bank note for the time being in reserve part 920 for the time being by such a way: utilize by with rotary shaft 45 as fulcrum Upside conveying guiding piece 41 and the movable part 40 that constitutes of downside conveying guiding piece 42 conveying successively such as guide from discriminating portion Bank note, and utilize upside band 33U and downside band 33D (being also referred to as band 33 below) to clamp bank note from two sides, make rotating cylinder 31 revolve Then it is directly wound in week side.
Near the upper end of the rotating cylinder 31 in upside conveying guiding piece 41, so that downside carries guiding piece 41 on the upside of this The mode that lower surface exposes is provided with pressing roller 46.Upside conveying guiding piece 41, makes towards the power of rotating cylinder 31 by Action of Gravity Field Pressing roller 46 abuts with all sides of the upside band 33U being wound in rotating cylinder 31.Therefore, conveying guiding piece 41 in upside is normal at device Pass through from pressing roller 46 to the pressing force that the certain area effect at the center of upside band 33U is certain under state, thus on preventing While the band of side band 33U is twisted, guide and by bank note by all sides to rotating cylinder 31.Here, in reserve part 920 for the time being In, the zoarium deadweight as the weight of movable part 40 is on rear side of the i.e. front deadweight of the weight on front side of rotary shaft 45 and this rotary shaft 45 Weight be after deadweight sum.
Content of the invention
Invention problem to be solved
Here, under device heeling condition, as shown in figure 27, the part rearward of the ratio rotary shaft 45 in movable part 40 is than dress Putting normal condition many, rear deadweight increases, and therefore, the pressing force being applied to rotating cylinder 31 from pressing roller 46 also increases.Therefore, at device When manually carrying out under heeling condition with 33 batch, rollback, band 33 is possible to twisted and reduces reliability.
The present invention considers that above problem completes just, proposes to improve media storage device and the medium of reliability Transaction system.
For solving the means of problem
In order to solve corresponding problem, being provided with rotating cylinder in the media storage device of the present invention, it is cylindrically and quilt It is arranged to rotate, and the medium from the outside through the page shape being provided by access unit is wound in week side overlappingly with band Face；Movable part, its using near access unit as one end, the other end extends near rotating cylinder, to medium from access unit to rotating cylinder Conveying guides, and follows the external diameter of rotating cylinder and rotate centered on rotary shaft；Pressing roller, it is arranged at movable part, court To rotating cylinder pressing belt；Housing, rotating cylinder, band, movable part and pressing roller be arranged at this housing, and this housing is normal from the device of regulation State is to the device heeling condition transfer tilting than this device normal condition；And pressing force variation counteracting portion, it is offset from dress Put normal condition and transfer to the variation of the pressing force of pressing roller during device heeling condition.
This media storage device offsets the pressing force of pressing roller when device normal condition transfers to device heeling condition Variation, even if under device heeling condition, it is also possible to keep the pressing force substantially equal with device normal condition.
In order to solve corresponding problem, being provided with Reception Dept in the media storage device of the present invention, it accepts and page The related transaction of the medium of shape；Delivery section, it carries the medium being accepted by Reception Dept；Rotating cylinder, it cylindrically and is configured to Can rotate, and week side will be wound in overlappingly from the outside through the medium being provided by access unit and band；Movable part, it will go out Entering near portion as one end, the other end extends near rotating cylinder, guides conveying from access unit to rotating cylinder for the medium, and Follow the external diameter of rotating cylinder and rotate centered on rotary shaft；Pressing roller, it is arranged at movable part, towards rotating cylinder pressing belt；Housing, Rotating cylinder, band, movable part and pressing roller are arranged at this housing, and this housing is from the device normal condition of regulation to more normal than this device The device heeling condition transfer that state tilts；And pressing force variation counteracting portion, it is offset and transfers to dress from device normal condition The variation of the pressing force of pressing roller when putting heeling condition.
This medium transaction device offsets the pressing force of pressing roller when device normal condition transfers to device heeling condition Variation, even if under device heeling condition, it is also possible to keep the pressing force substantially equal with device normal condition.
Invention effect
According to the present invention, offset the change of the pressing force of pressing roller when device normal condition transfers to device heeling condition Dynamic, even if under device heeling condition, it is also possible to keep the pressing force substantially equal with device normal condition.So, this Bright media storage device and the medium transaction device realizing improving reliability.
Brief description
Fig. 1 is the stereogram of the structure illustrating cash automated trading device.
Fig. 2 is the left side view of the structure illustrating banknotes in and out machine.
Fig. 3 is the stereogram of the structure (1) of the reserve part for the time being illustrating the 1st embodiment.
Fig. 4 is the top view of the structure (2) of the reserve part for the time being illustrating the 1st embodiment.
Fig. 5 is the internal structure of the reserve part for the time being of the thinnest state under the device normal condition illustrating the 1st embodiment Left side view.
Fig. 6 is the left side view of the structure of the reserve part for the time being of the device heeling condition illustrating the 1st embodiment.
Fig. 7 is the left side of the deadweight of the movable part in the reserve part for the time being of the device normal condition illustrating the 1st embodiment View.
Fig. 8 is the left side of the deadweight of the movable part in the reserve part for the time being of the device heeling condition illustrating the 1st embodiment View.
Fig. 9 is the left side view of the pressing force in the reserve part for the time being of the device normal condition illustrating the 1st embodiment.
Figure 10 is the left side view of the pressing force in the reserve part for the time being of the device heeling condition illustrating the 1st embodiment.
Figure 11 is the internal structure of the reserve part for the time being of the state of shape thickness under the device normal condition illustrating the 1st embodiment Left side view.
Figure 12 is the left side view of the internal structure illustrating the reserve part for the time being for explanation position, post portion.
Figure 13 is the left side view of the internal structure of the reserve part for the time being of the device normal condition illustrating the 2nd embodiment.
Figure 14 is the left side view of the internal structure of the reserve part for the time being of the device heeling condition illustrating the 2nd embodiment.
Figure 15 is that the left side of the deadweight of the movable part of the reserve part for the time being of the device normal condition illustrating the 2nd embodiment regards Figure.
Figure 16 is that the left side of the deadweight of the movable part of the reserve part for the time being of the device heeling condition illustrating the 2nd embodiment regards Figure.
Figure 17 is the left side view of the pressing force in the reserve part for the time being of the device normal condition illustrating the 2nd embodiment.
Figure 18 is the left side view of the pressing force in the reserve part for the time being of the device heeling condition illustrating the 2nd embodiment.
Figure 19 is the top view of the structure of the reserve part for the time being illustrating the 3rd embodiment.
Figure 20 is the left side view of the internal structure of the reserve part for the time being illustrating the 4th embodiment.
Figure 21 is the left side view of the internal structure of the reserve part for the time being illustrating the 5th embodiment.
Figure 22 is the left side view of the internal structure of the reserve part for the time being of the device normal condition illustrating the 6th embodiment.
Figure 23 is the left side view of the internal structure of the reserve part for the time being of the device heeling condition illustrating the 6th embodiment.
Figure 24 is the top view of the structure (1) of the reserve part for the time being illustrating other embodiments.
Figure 25 is the left side view of the internal structure (2) of the reserve part for the time being illustrating other embodiments.
Figure 26 is the left side view of the internal structure of the reserve part for the time being illustrating conventional device normal condition.
Figure 27 is the left side view of the internal structure of the reserve part for the time being illustrating conventional device heeling condition.
Detailed description of the invention
Hereinafter, accompanying drawing is used to illustrate 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 outward appearance as shown in Figure 1, cash automated trading device 1 is constituted centered on the housing 2 of box like, and this cash is certainly Dynamic transaction system 1 is for example arranged at financial institution etc., and carries out income transaction between client or to go out money transaction etc. related with cash Transaction.Housing 2 easily carries out putting into or the operation etc. based on touch panel of bank note in the state of client is on front side of it Position be provided with Reception Dept 3.
Reception Dept 3 is provided with card gateway and the 4th, enters bank note dispensing port the 5th, operation display part the 6th, numerical key 7 and note issuing mouth 8, Directly exchange cash or bankbook etc. between this Reception Dept 3 and client, and carry out notice or the operation of the information related to transaction Accepting of instruction.Card gateway 4 is the part inserting or discharging the various cards such as cash card.Inboard setting in card gateway 4 There is the card processing unit (not shown) of the account etc. reading magnetic recording in various cards.Entering bank note dispensing port 5 is to be put into by client to want income Bank note and the part discharging the bank note going out money to client.Further, enter that bank note dispensing port 5 is spacious by driven opening/closing device to be opened or closed Close.Operation display part 6 is will to show LCD (Liquid Crystal Display: the liquid crystal display of operation screen when transaction Device) and touch panel integration, wherein, this touch panel is for inputting selection, password or the trade gold of type of transaction Volume etc..Numerical key 7 is the secondary or physical bond of the input accepting digital " 0 "～" 9 " etc., for the input operation of password or dealing money etc. When.Note issuing mouth 8 is the part of the bill that distribution is printed with transaction content etc. at the end of trading processing.In addition, at bill The inboard of distribution mouth 8 is provided with the bill processing unit (not shown) to bill printing transaction content etc..
Being provided with master control part the 9th, banknotes in and out machine 10 etc. in housing 2, wherein, this master control part 9 is automatic to cash Transaction system 1 is overall carries out centralized Control, and this banknotes in and out machine 10 carries out the various process related to bank note.Master control part 9 Constituted centered on not shown CPU (Central Processing Unit: CPU), from by ROM (Read Only Memory: read-only storage), RAM (Random Access Memory: random access memory), hard disk drive or The storage part (not shown) that flash memory etc. are constituted reads and performs regulated procedure, thus, controls each portion and carries out income transaction or go out The various process such as money transaction.
Hereinafter, using the side faced by client in cash automated trading device 1 as front side, using its opposition side as rear side, Observe left and right as left side and right side using from the client on front side of this, and then definition the upper side and lower side illustrates.
[internal structure of 1-2. banknotes in and out machine]
As in figure 2 it is shown, the control unit 12 centralized Control box-shaped of banknotes in and out machine 10 enter out in money casing body 11 each Portion (banknotes in and out portion the 16th, delivery section the 24th, discriminating portion the 18th, for the time being reserve part the 20th, bill storage 26 and reject storehouse 28).Control Portion 12 processed is constituted centered on not shown CPU, reads from the storage part being made up of ROM, RAM, hard disk drive or flash memory etc. And perform regulated procedure, thus, control each portion and carry out income transaction or go out the various process such as money transaction.
It in the inside entering out money casing body 11, is provided with banknotes in and out portion in upside and the 16th, judges the currency type of bank note and true Pseudo-discriminating portion 18 and reserve part 20 for the time being retaining income bank note etc. for the time being.
Banknotes in and out portion 16 separates the bank note of client's input one by one and sends to delivery section 24.Delivery section 24 utilizes not to be schemed The roller showing or band etc. carry rectangular bank note with the transport path shown in thick line at short side direction along figure.Delivery section 24 so that The mode that insertion is run through at fore-and-aft direction in discriminating portion 18 carries bank note, this delivery section 24 respectively by the rear side in this discriminating portion 18 with temporarily And reserve part 20 and banknotes in and out portion 16 couple together.In addition, delivery section 24 is by the front side in discriminating portion 18 and banknotes in and out Portion's the 16th, bill storage 26 and rejection storehouse 28 couple together.
Discriminating portion 18 carries bank note therein and uses optical element or magnetic detecting element etc. to differentiate the coin of this bank note The degree of kind, the true and false and damage etc. (complete damage degree), and notify its identification result to control unit 12.Correspondingly, control Portion 12 determines the conveying destination of this bank note based on the identification result obtaining.Client when reserve part 20 retains income for the time being for the time being Put into the bank note in banknotes in and out portion 16, remain into determination for the time being and discriminating portion 18 is differentiated the normal bank note quilt for being capable of income Till income, on the other hand, in the way of entering after what is called and first going out, discharge to banknotes in and out portion 16 that be identified as can not income Reject bank note.
In addition, in the inside entering out money casing body 11, be provided with bill storage 26 and the rejection of each currency type in downside Storehouse 28, this rejection storehouse 28 is stored in discriminating portion 18 and differentiates the bank note for damaged bank note (so-called damaged certificate) and 5,000 yen The bank note of the currency type that banknote or 2,000 Japanese yen in notes etc. can not reflux.Bill storage 26 utilizes storage output mechanism to be taken into from defeated Send portion 24 bank note that conveying comes to receive, and discharge the bank note received and be supplied to delivery section 24.
In corresponding structure, in cash automated trading device 1, master control part 9 and control unit 12 are based on discriminating portion 18 Each portion is controlled by the identification result etc. of bank note, carries out income process, the storage process of bank note and go out money process.That is, In cash automated trading device 1, when income is concluded the business, when user selects income to conclude the business via operation display part 6, and then will When bank note is put into into bank note dispensing port 5, the bank note of input is flowed to discriminating portion 18 from banknotes in and out portion 16 one by one.Here, it is existing Identification result based on discriminating portion 18 is judged to that the bank note being capable of income flows to reserve part 20 for the time being by gold automatic trading apparatus 1 Receive for the time being.On the other hand, cash automated trading device 1 will be judged to that the bank note being unsuitable for income returns to banknotes in and out portion 16, return to user by opening shutter.Then, after user determines the income amount of money, cash automated trading device 1 The bank note being accommodated in reserve part 20 for the time being is flowed to discriminating portion 18 and obtains identification result.Here, cash automated trading device 1 Identification result based on discriminating portion 18 is judged to, and the bank note that can receive flows to each bill storage 26 according to its currency type and enters Row keeping.On the other hand, cash automated trading device 1 will be judged to that the bank note being unsuitable for storage flows to rejection storehouse 28.
On the other hand, when going out money transaction, conclude the business when user selects money via operation display part 6 and input out money gold During volume, cash automated trading device 1 is according to the bank note number of each currency type going out required for money amount of money identification, according to this each coin The bank note number planted is sent bank note from each bill storage 26 and is flowed to discriminating portion 18, thus obtains the identification knot of identification result Really.Here, the identification result based on discriminating portion 18 is judged to go out the bank note conveying paper feeding of money by cash automated trading device 1 Coin deposit/withdrawal unit 16.On the other hand, the bank note being judged to be unsuitable for money is flowed to and retains for the time being by cash automated trading device 1 Portion 20 receives for the time being.Further, when with go out the corresponding bank note of the money amount of money be accumulated to banknotes in and out portion 16 when, automatic cash transaction fill Put 1 and open shutter.Thus, becoming the state that can accept to build up the bank note in banknotes in and out portion 16, user accepts This bank note.Then, cash automated trading device 1 bank note being accommodated in reserve part 20 for the time being is flowed to rejection storehouse 28 protect Pipe.
[structure of 1-3. reserve part for the time being]
As Fig. 3 and Fig. 4 illustrates shown in outward appearance, reserve part 20 is configured to be provided with on reserve part housing 30 for the time being for the time being Each parts.Reserve part housing 30 is by setting front side and rear side, the major part of the such periphery in left side and right side and downside for the time being For next door, form the inner space 30B being surrounded by this next door.On the other hand, for the time being reserve part housing 30 via omitting in periphery Upside next door opened portion 30C and can be from outside access inner space 30B.In addition, at reserve part housing for the time being It is provided through the bank note access hole 30D as the gateway in bank note internally space 30B below the leading flank of 30.In addition, Be built-in with in the left side of reserve part housing 30 for the time being and the next door on right side for from not shown motor to rotating cylinder described later or The gear etc. of the transmission driving force such as roller.In addition, the left surface at reserve part housing 30 for the time being is provided with for during at upkeep operation Manually make the operation knob (not shown) that rotating cylinder or roller etc. rotate.
In addition, reserve part housing 30 is configured to be arranged at the rear lower end of this reserve part housing 30 for the time being for the time being Housing fulcrum 30A is that axle rotates relative to entering out money casing body 11.I.e., for the time being reserve part housing 30 carry out between client with During the transaction movement of the related transaction of cash, become the device normal condition shown in Fig. 5, by isolating inside from outside, protect Protect the bank note that inside is possessed.On the other hand, the upkeep operation person such as office worker of financial institution in order to remove the bank note that blocking occurs And when carrying out the upkeep operation of bank note recovery etc., reserve part housing 30 rotates and as shown in Figure 6 by interior open for the time being, from forming For device heeling condition, can easily carry out the operation for internal each portion.Under this device heeling condition, reserve part for the time being Housing 30 tilts predetermined angular relative to device normal condition, utilizes not shown support rod mechanism to keep its position.
[1-3-1. rotating cylinder and the structure with advance system]
It as it is shown in figure 5, rotating cylinder 31 is configured to cylindric, in the inner space 30B of reserve part housing 30 for the time being, is mounted to Can rotate to take-up direction R1 or transport direction R2 centered on rotary shaft 31X in left-right direction.
Fig. 5 illustrates that the upper minimal number of bank note of design is wound in rotating cylinder 31, the apparent external diameter minimum of this rotating cylinder 31 The thinnest state, Figure 11 illustrates that the bank note of the upper most quantity of design is wound in rotating cylinder 31, the apparent largest outside diameter of this rotating cylinder 31 The state of shape thickness.
In addition, in reserve part 20 for the time being, make upside band 33U and downside band 33D these 2 band advance.Below also by upside Band 33U and downside band 33D is referred to as band 33.Upside spool 32 constitutes around wire, leaning on of the i.e. opened portion 30C side in the upside of rotating cylinder 31 The position of the substantial middle of rear and left and right, rotates centered on rotary shaft 32X of rotary shaft 31X being parallel to rotating cylinder 31.? It is wound with upside band 33U on the spool 32 of upside.Upside is made up of relatively thin resins in film form with 33U, the bandwidth in direction around Compared with the long limit of bank note enough short, and at length direction, there is sufficient length.
Observe the i.e. bank note access hole 30D in the forward side side than rotating cylinder 31 from upside spool 32, be provided with formation smaller Cylindric upper side roller 34.The bandwidth that the axial length of upper side roller 34 forms than upside band 33U is long, to be parallel to rotating cylinder 31 Rotary shaft 31X rotary shaft 34X centered on rotate freely.Unlimited to cross from the upside band 33U of upside spool 32 pull-out After the mode forward direction of portion 30C sets up, retract via upper side roller 34 thus turn back to the back lower place.And, upside band 33U utilizes Be arranged at upside described later conveying guiding piece 41 pressing roller 46 and by by rotating cylinder 31, this rotating cylinder 31 is fixed in its leading section. In addition, upside spool 32 utilizes not shown stretching spring to exert a force to batching i.e. take-up direction V1 in direction with 33U for the upside.By This, reserve part 20 makes upside have the tension force of regulation all the time with 33U for the time being.
Downside spool 35 be configured to as upside spool 32 around wire, lower section of spool 32 i.e. rotating cylinder 31 on the upside of this The position rearward of downside, be arranged to revolve centered on rotary shaft 35X of rotary shaft 31X being parallel to rotating cylinder 31 Turn.On the downside of this, spool 35 is wound with the downside band 33D equally constituting with upside band 33U.In addition, downside spool 35 utilizes and does not schemes The stretching spring showing exerts a force to batching i.e. take-up direction V3 in direction with 33D for the downside.Thus, reserve part 20 makes downside band for the time being 33D has the tension force of regulation all the time.In addition, take-up direction V3 of downside band 33D in downside spool 35 with in upside spool 32 Take-up direction V1 of upside band 33U contrary.
It is provided with in the front of downside spool 35 and revolve centered on rotary shaft 37X of rotary shaft 31X being parallel to rotating cylinder 31 The lower side roller 37 turning.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 arranged at the position of the substantial middle of left and right.Move from the downside band 33D forward direction of downside spool 35 pull-out After, retract via lower side roller 37 thus upward to.And, downside band 33D guides via being arranged at downside described later conveying The roller of the regulation of part 42 is towards rear backward by by rotating cylinder 31, and this rotating cylinder 31 is fixed in its leading section.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 to overlap with the outer circumferential side with 33D on the downside of this Mode is fixed on the outer peripheral face of rotating cylinder 31.
According to corresponding structure, reserve part 20 is when making rotating cylinder 31 rotate to take-up direction R1 for the time being, its week side with Overlapping mode winds downside band 33D and upside band 33U.Now, for the time being reserve part 20 downside band 33D and upside band 33U it Between clip the middle body of left and right directions (width) of the conveying direction being perpendicular to bank note, with this on the downside of band 33D and upside Together this bank note is wound in all sides of rotating cylinder 31 with 33U.
[structure of 1-3-2. movable part]
Movable part 40 become utilize connecting portion 43 connect on the upside of the downside of upside conveying guiding piece 41 and downside carry and draw The structure of guiding element 42.In addition, be formed by the thickness with bank note between upside conveying guiding piece 41 and downside conveying guiding piece 42 Degree compares the transport path 44 that sufficiently wide gap is constituted.
Downside conveying guiding piece 42 is observed from left and right side and is formed as droplet-like or wedge-like, and lower section on front side of it rotates Axle 45 is through at left and right directions.On the other hand, the medial surface in the left and right of reserve part housing 30 (Fig. 3) for the time being, is arranged in front side There is corresponding rotation hole (not shown) with rotary shaft 45.When the rotation making rotary shaft 45 run through to be inserted in reserve part housing 30 for the time being When hole is installed, carrying guiding piece 42 on the downside of this can be centered on this rotary shaft 45, relative to reserve part housing 30 for the time being Rotate to opening direction WO or closedown direction WC (Fig. 5).
On the other hand, conveying guiding piece 41 in upside is integrally formed as being formed at for the time being on the upside of reserve part housing 30 Opened portion 30C covers the bending tabular of rotating cylinder 31 from upside.That is, as it is shown in figure 5, covering substantially from the front part of rotating cylinder 31 Carry the middle body of the scope of the rear section of guiding piece 42 to downside, the lower surface of upside conveying guiding piece 41 is formed as big Cause plane.In addition, upside conveying guiding piece 41 the rear section of rear side covering rotating cylinder 31 become with its following table towards Shape sagging before rear and then downwards so that describe the radius of curvature circular arc bigger than the outer peripheral face of this rotating cylinder 31.And, on Side conveying guiding piece 41 in the relative front part of front part with downside conveying guiding piece 42, become with its following table towards Shape sagging before front and then downwards so that consistent with the upper surface shape of conveying guiding piece 42 on the downside of this, i.e. forms defeated Send path 44.
But, near the upper end of the rotating cylinder 31 in upside conveying guiding piece 41, in rotary shaft 31X of through rotating cylinder 31 The position substantially just gone up, be configured to combinatorial cylinders shape and truncated cone shape and by axle in left-right direction through and The pressing roller 46 rotating freely, the lower surface being configured to make downside carry guiding piece 41 on the upside of this exposes.Pressing roller 46 On the upside of being connected to, the roller with 33U is wide is configured to 1/3～1/4 of the bandwidth with 33U on the upside of this.
Here, movable part 40 actually acts on due to gravity towards the power closing direction WC, make upside conveying guiding piece The pressing roller 46 of the downside of 41 abuts in all sides of abutted position P1 and the upside band 33U being wound in rotating cylinder 31.Therefore, upside Carry guiding piece 41 by making the certain of the center of the width with 33U on the upside of pressing roller 46 acts on for certain pressing force Region, thus while preventing the band with 33U for the upside twisted, guide and by bank note by all sides to rotating cylinder 31.
Here, with winding a large amount of bank note successively, rotating cylinder 31 external diameter in appearance is gradually increased.Correspondingly, movably Portion 40 utilizes rotating cylinder 31 upward direction little by little to lift upside conveying guiding piece 41, to set by bank note access hole 30D than rotating cylinder 31 Rotate to opening direction WO centered on the rotary shaft 45 put.As a result, movable part 40 can make in upside conveying guiding piece 41 Pressing roller 46 abut with rotating cylinder 31 all the time, the conveying direction of bank note and conveying destination can be made to follow the periphery of this rotating cylinder 31 Face.
By front end be fixed on reserve part housing 30 for the time being on front side of medial surface on the movable part stretching that constitutes of stretching spring The rear end of mechanism 48, to stretch the state that spring stretches from nature, be installed in upside conveying guiding piece 41 is forward Upside.The recuperability that movable part drawing mechanism 48 is restored to nature by effect, to the side of opening centered on rotary shaft 45 To WO, movable part 40 is exerted a force.Thus, movable part drawing mechanism 48 makes to be applied to from pressing roller 46 under device normal condition The pressing force of rotating cylinder 31 is not too high, makes this pressing force be contracted in suitable scope.
According to corresponding structure, movable part 40 is in the case that bank note inserts transport path 44 from front side, at rotating cylinder 31 Near the upper end of all sides, make this bank note to be clipped in all sides with the state between 33U and downside band 33D and rotating cylinder 31 for the upside Abut.In this condition, reserve part 20 is rotated to take-up direction R1 by making rotating cylinder 31 for the time being, can make to be clipped in upside band 33U And the bank note between the band 33D of downside is wound in all sides of rotating cylinder 31.
[structure in 1-3-3. pressing force variation counteracting portion]
Pressing force variation counteracting portion 50 is made up of auxiliary body 52 and drawing mechanism 54.From at upside conveying guiding piece 41 The substantial middle part of rotary shaft 45 and pressing roller 46 on direction before and after left plate, projecting towards left side have drum Post portion 56.
Auxiliary body 52 is configured to extended in front-rear direction in the left side of movable part 40, at the center than fore-and-aft direction Slightly by rear, can turn centered on the auxiliary body's rotary shaft 58 being fixed on the medial surface on the left of reserve part housing 30 for the time being Dynamic.Auxiliary body 52 makes to limit abutting part 60 in being disposed through for the time being on front side of reserve part housing 30 as its leading section Hole portion (not shown) on side exposes to the front side of reserve part housing 30 for the time being.Reservation for the time being in entering out money casing body 11 The front side of portion's housing 30, at the height roughly the same with auxiliary body rotary shaft 58, is formed and extends in a generally horizontal direction The face arranging is i.e. as the rotation restrictor 64 of movement restricting member.In addition, the rearward end in auxiliary body 52 is formed by edge The tabular of general horizontal direction is constituted, with post portion 56 above-below direction relative lift abutting part 62.
The stretching spring being fixed on the medial surface on the downside of reserve part housing 30 for the time being by lower end make as elastic portion The upper end of the drawing mechanism 54 of part, to stretch the state that spring stretches from nature, is installed on the restriction in auxiliary body 52 Between abutting part 60 and auxiliary body's rotary shaft 58.The recuperability that drawing mechanism 54 is restored to nature by effect, with auxiliary With (being also referred to as pressing force variation counteracting direction below) clockwise in left side view to auxiliary centered on helping mechanism's rotary shaft 58 Mechanism 52 exerts a force.
Thus, under device normal condition, limit abutting part 60 abut with rotation restrictor 64, restriction auxiliary body 52 to The rotation in direction is offset in pressing force variation.Under this device normal condition, lift abutting part 62 and do not abut with post portion 56, become and keep away The state allowing.
Under device normal condition, as it is shown in fig. 7, before being rotary shaft 45 as the fit deadweight W1 of the weight of movable part 40 The weight of side is WR1 sum of conducting oneself with dignity after the weight on rear side of front deadweight WF1 and this rotary shaft 45 is.
Now, the straight line by abutted position P1 with as the axle center P2 at the center of rotary shaft 31X is being set to effect Line L1, after being set to towards the power of axle center P2 effect along position L1 from pressing roller 46 by rear deadweight WR1 as shown in Figure 9 certainly Gravity FR1, will utilize movable part drawing mechanism 48 along position L1 from axle center P2 towards peripheral action in the power of pressing roller 46 When being set to tension force FT1, along position L1 from pressing roller 46 towards the power of axle center P2 practical function i.e. carry pressing force FP1 be rear from Gravity FR1 deducts value obtained from tension force FT1.Under device normal condition, band pressing force FP1 be in upside band 33U and under In the range of side band 33D does not produce with twisted pressing force.
On the other hand, under the device heeling condition shown in Fig. 6, limit abutting part 60 and depart from from rotation restrictor 64, auxiliary Help mechanism 52 to offset direction to pressing force variation to rotate.Therefore, the abutting part 62 that lifts of auxiliary body 52 abuts with post portion 56, to Upside conveying guiding piece 41 is exerted a force by opening direction WO.
Under device heeling condition, as shown in Figure 8, fit deadweight W2 is front deadweight WF2 and rear deadweight WR2 sum, front oneself WF2 is less than the front deadweight WF1 under device normal condition for weight, and on the other hand, rear deadweight WR2 is than the rear deadweight under device normal condition Deadweight variation WRV1 after WR1 increase.
Now, position L2 will be set to by the straight line of abutted position P1 and axle center P2, will as shown in Figure 10 by Rear deadweight WR2 be set to along position L2 from pressing roller 46 towards the power of axle center P2 effect after from gravity FR2 (than rear from gravity Deadweight variation WRV1 after FR1 increase), movable part drawing mechanism 48 will be utilized to make towards periphery along position L2 from axle center P2 Power for pressing roller 46 is set to tension force FT2 (becoming the size equal with tension force FT1), will utilize pressing force variation counteracting portion 50 Along position L2 from axle center P2 towards peripheral action when the power of pressing roller 46 is set to pressing force calibrated force FO1, along position L2 from pressing roller 46 towards the power of axle center P2 practical function i.e. carry pressing force FP2 be rear from gravity FR2 deduct tension force FT2 and by It is worth obtained from pressure correction power FO1.This pressing force calibrated force FO1 is configured to and the edge effect in rear deadweight variation WRV1 The substantially same size of the component of line L2.
Therefore, pressing force variation counteracting portion 50 fills from pressing roller 46 towards axle center P2 effect ratio under device heeling condition Put normal condition rear from gravity FR1 increase after deadweight variation WRV1 after rear from gravity FR2, even if pressing roller 46 is to upside Band 33U and downside band 33D is further to pressing direction force, it is also possible to deadweight variation after utilizing pressing force calibrated force FO1 to offset Amount WRV1.Thus, even if pressing force variation counteracting portion 50 is under device heeling condition, also as device normal condition, will band Pressing force FP2 is contracted in the range of not producing with twisted pressing force on upside band 33U and downside band 33D.
So, movable part 40 is exerted a force by reserve part 20 to opening direction WO for the time being, to offset from device normal condition to dress Lean on the variation of the center of gravity of pressing roller 46 side than the rotary shaft 45 of movable part 40 when putting heeling condition transfer.
But, when shifting from the thinnest state to shape thickness state, as shown in figure 12, post portion 56 changes post variation D1.Cause This, when shifting from the thinnest state to shape thickness state, under device normal condition, post portion 56 is away from lifting abutting part 62.Thus, Under device heeling condition, compared with the situation of the thinnest state, the pressing force calibrated force FO1 during shape thickness state reduces.So, with The bank note increase being wound in rotating cylinder 31, pressing force calibrated force FO1 reduces.Additionally, in fig. 12, thin state is represented by dashed line Movable part 40.
On the other hand, as shown in figure 12, it is assumed that than post portion 56, the position of rotary shaft 45 is being provided with post portion 1056 In the case of, under shape thickness state and the thinnest state, post variation D2 in post portion 1056 is less than post variation D1.Therefore, at device Under the state of shape thickness of normal condition, post portion 1056 lifts abutting part than post portion 56 close to relative with this post portion 1056.Therefore, exist Under device heeling condition, being provided with post portion in the position in post portion 1056 compared with the situation in post portion 56, reserve part can press down for the time being Make the minimizing relative to the pressing force calibrated force FO1 of the thinnest state for the shape thickness state.
But, post portion closer to rotary shaft 45, lift the position that abutting part abuts with post portion more with as movable part 40 The rotary shaft 45 of rotating fulcrum is close, therefore, only somewhat lifts post portion by lifting abutting part, just will make pressing roller 46 significantly Displacement, pressing force calibrated force FO1 displacement significantly.That is, the warp tension ratio of pressing force calibrated force FO1 uprises, it is desirable to pressing force corrects The precision of power FO1 is degree of precision.
In view of these situations, in reserve part 20 for the time being, set the position in post portion 56 so that allow relative to rotating cylinder 31 External diameter change, the change of pressing force calibrated force FO1 in appearance, and it is able to ensure that the precision of pressing force calibrated force FO1.
[1-4. effect]
In above structure, reserve part 20 is supported to pressing force variation in device heeling condition Xia Shi auxiliary body 52 for the time being The direction that disappears rotates and makes to lift abutting part 62 and abuts with post portion 56, make upside conveying guiding piece 41 to opening direction WO rotate with from The variation that the pressing force of device normal condition pressing roller 46 when device heeling condition shifts increases is measured accordingly, thus apply from Axle center P2 towards peripheral action in the pressing force calibrated force FO1 of pressing roller 46.
Therefore, band pressing force FP2, as device normal condition, can be contracted in upside band 33U by reserve part 20 for the time being In the range of downside band 33D does not produce with twisted pressing force.Thus, reserve part 20 can utilize pressing force variation to support for the time being The portion 50 that disappears offsets the variation of the pressing force of pressing roller 46 when shifting from device normal condition to device heeling condition, can be at device Manually carry under heeling condition batch, rollback when suppression band 33 twisted, make the variation of band stably.
According to above structure, reserve part 20 is provided with rotating cylinder 31 for the time being, and it cylindrically and is configured to rotation Turn, and using from the outside through by the bank note of the medium being provided as page shape as the bank note access hole 30D of access unit and band 33 are wound in week side overlappingly；Movable part 40, its using near bank note access hole 30D as one end, 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 external diameter and with rotate Rotate centered on axle 45；Pressing roller 46, it is arranged at movable part 40, towards rotating cylinder 31 pressing belt 33；Housing, the 33rd, the 31st, rotating cylinder carry Movable part 40 and pressing roller 46 are arranged at this housing, and this housing is from the device normal condition of regulation to than this device normal condition The device heeling condition transfer tilting；And pressing force variation counteracting portion 50, its counteracting transfers to device from device normal condition The variation of the pressing force of pressing roller 46 during heeling condition.Thus, reserve part 20 is offset and is transferred to dress from device normal condition for the time being The variation of the pressing force of pressing roller 46 when putting heeling condition, even if under device heeling condition, it is also possible to keep normal with device The substantially equal 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, and reserve part 120 is with reserve part 20 for the time being or not Same, in addition all similarly constitute.
[structure of 2-2. reserve part 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 housing 130 is provided with opened portion 130C in downside for the time being.
Downside conveying guiding piece 141 is formed as covering from downside the bending tabular of rotating cylinder 131 in opened portion 130C.In downside The lower end of rotating cylinder 131 in conveying guiding piece 141, through rotating cylinder 131 rotary shaft 131X substantially just under position, Pressing roller 146 that is through by axle in left-right direction and that rotate freely is configured to make upside carry guiding piece on the downside of this The upper surface of 141 exposes.
What the stretching spring being fixed on the left side of reserve part housing 130 and the medial surface on right side for the time being by front end was constituted can The front end of dynamic portion drawing mechanism 148, to stretch the state that spring stretches from nature, is installed on downside conveying guiding piece 141 In forward downside.The recuperability that movable part drawing mechanism 148 is restored to nature by effect, with rotary shaft 145 be Movable part 140 is exerted a force by center to closing direction WC.Thus, movable part 140 makes the pressing roller on the upside of downside conveying guiding piece 141 146 abut in all sides of abutted position P11 and the upside band 133U being wound in rotating cylinder 131.
Here, rotating cylinder 131 is with winding a large amount of bank note successively, apparent external diameter is gradually increased.Correspondingly, movable part 140 utilize rotating cylinder 131 in downward direction little by little drop-down downside conveying guiding piece 141, to opening direction centered on rotary shaft 145 WO rotates.As a result, movable part 140 can make the pressing roller 146 in downside conveying guiding piece 141 support with rotating cylinder 131 all the time Connect, the conveying direction of bank note and conveying destination can be made to follow the outer peripheral face of this rotating cylinder 131.
According to corresponding structure, movable part 140 is in the case that bank note is inserted into transport path 144 from front side, at rotating cylinder The lower end of all sides of 131, makes this bank note to be clipped in upside with the state between 133U and downside band 133D and rotating cylinder 131 All sides abut.In this condition, reserve part 120 is rotated to take-up direction by making rotating cylinder 131 for the time being, can make to be clipped in Bank note between side band 133U and downside band 133D is wound in all sides of rotating cylinder 131.
[structure in 2-3. pressing force variation counteracting portion]
Pressing force variation counteracting portion 150 is made up of auxiliary body 152 and drawing mechanism 154.From at downside conveying guiding piece The substantial middle part of rotary shaft 145 and pressing roller 146 on direction before and after 141, projecting towards left side have drum Post portion 156.
Auxiliary body 152 is configured to extended in front-rear direction, at the center than fore-and-aft direction slightly rearward, and can Rotate centered on the auxiliary body's rotary shaft 158 being fixed on the medial surface on the left of reserve part housing 130 for the time being.Auxiliary body 152 make to limit abutting part 160 from being disposed through the medial surface on front side of reserve part housing 130 for the time being as its leading section Hole portion (not shown) exposes to the front side of reserve part housing 130 for the time being.Reserve part housing for the time being in entering out money casing body 111 The front side of 130, in the position higher than auxiliary body rotary shaft 158, is formed with face extended in a generally horizontal direction and i.e. turns Dynamic limiting unit 164.It is made up of tabular in a generally horizontal direction, with post portion in addition, be formed in the rearward end of auxiliary body 152 156 in the vertical direction relative to lift abutting part 162.
The drawing mechanism that the stretching spring being fixed on the medial surface on front side of reserve part housing 130 for the time being by front end is made The rear end of 154, stretching the state that spring stretches from nature, be installed in auxiliary body 152 lift abutting part 162 with Between auxiliary body's rotary shaft 158.The recuperability that drawing mechanism 154 is restored to nature by effect, turns with auxiliary body With (being also referred to as pressing force variation counteracting direction below in left side view) clockwise centered on moving axis 158 to auxiliary body 152 Force.
Thus, under device normal condition, limit abutting part 160 and abut with rotation restrictor 164, limit auxiliary body 152 offset the rotation in direction to pressing force variation.Under this device normal condition, lift abutting part 162 and do not support with post portion 156 Connect, become the state of avoidance.
Under device normal condition, as shown in figure 15, the fit deadweight W11 as the weight of movable part 140 is rotary shaft Weight on front side of in the of 145 is WR11 sum of conducting oneself with dignity after the weight on rear side of front deadweight WF11 and this rotary shaft 145 is.
Now, by being set to position L11 by the straight line of abutted position P11 and axle center P12, will borrow as shown in figure 17 From gravity FR11 after after helping, deadweight WR11 is set to towards the power of peripheral action pressing roller 146 along position L11 from axle center P2, will Movable part drawing mechanism 148 is utilized to be set to tension force FT11 along position L11 from pressing roller 146 towards the power of axle center P2 effect When, i.e. carrying pressing force FP11 along position L1 from pressing roller 146 towards the power of axle center P2 practical function is that tension force FT11 deducts Afterwards from value obtained from gravity FR11.Under device normal condition, band pressing force FP11 is in upside band 133U and downside band In the range of 133D does not produce with twisted pressing force.
On the other hand, under the device heeling condition shown in Figure 14, limit abutting part 160 and depart from from rotation restrictor 164, Auxiliary body 152 offsets direction to pressing force variation and rotates.Therefore, auxiliary body 152 lift abutting part 162 and post portion 156 Abut, to closing direction WC, downside conveying guiding piece 141 is exerted a force.
Under device heeling condition, as shown in figure 16, fit deadweight W12 is front deadweight WF12 and rear deadweight WR12 sum, Front deadweight WF12 is less than the front deadweight WF11 under device normal condition, and on the other hand, rear deadweight WR12 is than under device normal condition Rear deadweight WR11 increase after deadweight variation WRV2.
Now, as shown in figure 18, will by rear deadweight WR12 along position L12 from axle center P2 towards peripheral action in The power of pressing roller 146 be set to after from gravity FR12 (than rear deadweight variation WRV2 after gravity FR11 increases), will utilize movable Portion's drawing mechanism 148 is set to tension force FT12 (with tension force FT11 along position L2 from pressing roller 146 towards the power of axle center P2 effect For equal size), pressing force variation counteracting portion 150 will be utilized from pressing roller 146 towards the P2 effect of axle center along position L2 Power when being set to pressing force calibrated force FO11, i.e. carry along position L12 from pressing roller 146 towards the power of axle center P2 practical function Pressing force FP12, from obtained from gravity FR12 after deducting plus value obtained from pressing force calibrated force FO11 for tension force FT12 Value.This pressing force calibrated force FO11 is configured to substantially same with the component along position L12 in rear deadweight variation WRV2 Size.
Therefore, pressing force variation counteracting portion 150 is under device heeling condition, and from axle center, P2 acts on towards pressing roller 146 Ratio rear the rear from gravity FR12 of variation WRV2 of conducting oneself with dignity after gravity FR11 increases of device normal condition, though pressing roller 146 Will to upside band 133U and downside band 133D phase from direction move, it is also possible to after utilizing pressing force calibrated force FO11 to offset from Weight variation WRV2.Thus, even if pressing force variation counteracting portion 150 is under device heeling condition, also same with device normal condition Sample, by with pressing force FP12 be contracted in not on upside band 133U and downside band 133D produce with twisted pressing force in the range of. In addition, as the reserve part for the time being 120 of the 2nd embodiment realizes the reserve part for the time being 20 with the 1st embodiment substantially Action 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, and reserve part 220 is with reserve part 20 for the time being or not Same, in addition all similarly constitute.As shown in figure 19, reserve part for the time being the 220 and the 1st embodiment of the 3rd embodiment Reserve part 20 is compared for the time being, and pressing force variation counteracting portion 250 is different from pressing force variation counteracting portion 50, in addition all similarly Constitute.
[structure in 3-2. pressing force variation counteracting portion]
Pressing force variation counteracting portion 250 is made up of auxiliary body 252 and drawing mechanism 254.Carry guiding piece 41 in upside Left plate and right plate before and after rotary shaft 45 (not shown) and the substantial middle part of pressing roller 46 on direction, be respectively facing Left side and projecting post portion 56L, the 56R having drum in right side.
Auxiliary body 252 by the right side auxiliary body 252R being arranged on the right side of movable part 40, be arranged on the left of movable part 40 Left side auxiliary body 252L and auxiliary body connecting portion 252C constitute, wherein, this auxiliary body connecting portion 252C is along left and right Direction is extended, and connecting auxiliary body 252R and left side auxiliary body 252L on the right side of this makes its synchronization action.Left side auxiliary machine Structure 252L is constituted substantially samely with auxiliary body 52 (Fig. 4), between auxiliary body's rotary shaft 58L and restriction abutting part 60L It is connected with the left end of auxiliary body connecting portion 252C.Right side auxiliary body 252R is auxiliary body 52 structure reversed left to right, and And be formed without limiting abutting part 60, it is connected with the right-hand member of auxiliary body connecting portion 252C in leading section.
The drawing mechanism 254 that the stretching spring being fixed on the medial surface on the downside of reserve part housing 30 for the time being by lower end is made Upper end, stretching the state that spring stretches from nature, be installed on the restriction abutting part 60L of left side auxiliary body 252L with Between auxiliary body's rotary shaft 58L.The recuperability that drawing mechanism 254 is restored to nature by effect, turns with auxiliary body Offset direction to pressing force variation centered on moving axis 58L to exert a force left side auxiliary body 252L.Owing to this force is via auxiliary Mechanism connecting portion 252C transmits from left side auxiliary body 252L auxiliary body 252R to the right, therefore, and drawing mechanism 254 and left side Auxiliary body 252L offsets direction to pressing force variation together and exerts a force right side auxiliary body 252R.
Thus, under device normal condition, limit abutting part 60L and abut with rotation restrictor 64, auxiliary machine on the left of restriction Structure 252L and right side auxiliary body 252R offsets the rotation in direction to pressing force variation.Under this device normal condition, lift to Meet portion 62L, 62R not abut with post portion 56L, 56R, become the state of avoidance.
On the other hand, under device heeling condition, limit abutting part 60L and depart from from rotation restrictor 64, left side auxiliary machine Structure 252L and right side auxiliary body 252R offsets direction to pressing force variation and rotates.Therefore, left side auxiliary body 252L and right side Lift abutting part 62L, 62R of auxiliary body 252R abut with post portion 56L, 56R respectively, to opening direction WO (not shown) to upper Side conveying guiding piece 41 exerts a force.
So, the left end of movable part 40 and the both sides of right-hand member are exerted a force by reserve part 220 to opening direction WO for the time being.Therefore, Compare with situation about only the one side i.e. left end of movable part 40 being exerted a force to opening direction WO as reserve part 20 for the time being, protect for the time being Stay portion 220 all stably can exert a force movable part 40 from left end to right-hand member.In addition, the reservation for the time being of the 3rd embodiment Portion 220 realize with the reserve part for the time being 20 of the 1st embodiment substantially as action effect.
[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, and reserve part 320 is with reserve part 20 for the time being or not Same, in addition all similarly constitute.As shown in figure 20, reserve part for the time being the 320 and the 1st embodiment of the 4th embodiment Reserve part 20 is compared for the time being, and pressing force variation counteracting portion 350 is different from pressing force variation counteracting portion 50, in addition all similarly Constitute.
[structure in 4-2. pressing force variation counteracting portion]
Pressing force variation counteracting portion 350 is made up of auxiliary body 352 and drawing mechanism 354.Auxiliary body 352 is at movable part The left side of 40 is vertically extended, runs through auxiliary body's sliding tray 72 of setting along the vertical direction, can be embedding slidably Enter the auxiliary body's slide post 70 to the drum being fixed on the medial surface on the left of reserve part housing 30 for the time being.Therefore, auxiliary Mechanism 352 is helped to be configured to move in parallel along the vertical direction.
Auxiliary body 352 is in the rear end being provided with restriction abutting part 360 on the lower of front side, wherein, and this restriction abutting part 360 It is to be configured to rotate and parts extended in front-rear direction centered on limiting abutting part axle 360A.Auxiliary body 352 make the front end of restriction abutting part 360 (not scheme from the hole portion being disposed through the medial surface on front side of reserve part housing 30 for the time being Show) expose to the front side of reserve part housing 30 for the time being.The front side of the housing of reserve part for the time being 30 in entering out money casing body 311, It at the height roughly the same with limiting abutting part axle 360A, is formed with face extended in a generally horizontal direction and i.e. rotates limit Portion 364 processed.It is made up of tabular in a generally horizontal direction in addition, be formed in the upper end of auxiliary body 352, exist with post portion 56 On above-below direction relative to lift abutting part 362.
By upper end be fixed on reserve part housing 30 for the time being on the left of medial surface on the drawing mechanism 354 that constitutes of stretching spring Lower end, to stretch the state that spring stretches from nature, be installed on the lower end of auxiliary body 352.Drawing mechanism 354 passes through The recuperability that effect is restored to nature, upward direction (direction is offset in the variation of following also referred to as pressing force) is to auxiliary body 352 forces.
Thus, under device normal condition, the front end limiting abutting part 360 abuts with rotation restrictor 364, limits auxiliary Mechanism 352 offsets the movement in direction to pressing force variation.Under this device normal condition, lift abutting part 362 not with post portion 56 Abut, become the state of avoidance.
On the other hand, under device heeling condition, the front end limiting abutting part 360 departs from from rotation restrictor 364, auxiliary Mechanism 352 offsets direction to pressing force variation and moves.Therefore, the abutting part 362 that lifts of auxiliary body 352 abuts with post portion 56, To opening direction WO, upside conveying guiding piece 41 is exerted a force.
So, reserve part 320 is not to make auxiliary body 52 rotate as reserve part 20 for the time being for the time being, but makes auxiliary machine Structure 352 slides, thus exerts a force movable part 40 to opening direction WO.
[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, and reserve part 420 is with reserve part 20 for the time being or not Same, in addition all similarly constitute.As shown in figure 21, reserve part for the time being the 420 and the 1st embodiment of the 5th embodiment Reserve part 20 is compared for the time being, and pressing force variation counteracting portion 450 is different from pressing force variation counteracting portion 50, in addition all similarly Constitute.
[structure in 5-2. pressing force variation counteracting portion]
Pressing force variation counteracting portion 450 is made up of auxiliary body 452 and drawing mechanism 454.Carry guiding piece 41 from upside Left plate on ratio rotary shaft 45 have cylindrical shape away from side (front side) the i.e. leading section of rotating cylinder 31 is projecting towards left side The post portion 456 of shape.
Auxiliary body 452 is configured to substantially L font, vertically extended in the left side of movable part 40, and lower end Portion forwards bends, in the central authorities of above-below direction, and can be auxiliary be fixed on the medial surface on the left of reserve part housing 30 for the time being Rotate centered on helping mechanism's rotary shaft 458.Auxiliary body 452 makes the restriction abutting part 460 of the leading section as its lower end from passing through The hole portion (not shown) on the medial surface being placed on front side of reserve part housing 30 for the time being that wears is to the front side of reserve part housing 30 for the time being Expose.The front side of the housing of reserve part for the time being 30 in entering out money casing body 411, with limit abutting part 460 roughly the same Highly place, is formed with face extended in a generally horizontal direction i.e. rotation restrictor 464.In addition, upper in auxiliary body 452 The rear side of end is formed with tabular in an approximate vertical direction and constitutes, with post portion 456 in the longitudinal direction relative to lift abutting Portion 462.
By rear end be fixed on reserve part housing 30 for the time being on the left of medial surface on the drawing mechanism 454 that constitutes of stretching spring Front end, to stretch the state that spring stretches from nature, the rear side of the lower end being installed in auxiliary body 452.Stretching-machine The recuperability that structure 454 is restored to nature by effect, centered on auxiliary body's rotary shaft 458 in left side view up time Auxiliary body 452 is exerted a force pin (direction is offset in the variation of following also referred to as pressing force).
Thus, under device normal condition, limit abutting part 460 and abut with rotation restrictor 464, limit auxiliary body 452 offset the rotation in direction to pressing force variation.Under this device normal condition, lift abutting part 462 and do not support with post portion 456 Connect, become the state of avoidance.
On the other hand, under device heeling condition, limit abutting part 460 and depart from from rotation restrictor 464, auxiliary body 452 offset direction to pressing force variation rotates.Therefore, the abutting part 462 that lifts of auxiliary body 452 abuts with post portion 56, to beating Upside conveying guiding piece 41 is exerted a force by evolution to WO.
So, for the time being reserve part 420 be not make as reserve part 20 for the time being auxiliary body 52 with than rotary shaft 45 by turning The post portion 56 that arranges, side (rear side) of cylinder 31 abuts, but make auxiliary body 452 with than rotary shaft 45 away from the one of rotating cylinder 31 The post portion 456 that side (front side) is arranged abuts, thus exerts a force movable part 40 to opening direction WO.
In this case, due to post portion 456 than post portion 56 close to rotary shaft 45, accordingly, with respect to lifting abutting part 462 The rotation of the auxiliary body 452 in the state of being connected to post portion 456, pressing roller 46 significantly shifts than reserve part 20 for the time being, presses The significantly displacement of pressure correction power FO1, manually can be carried out with suppression band 33 when 33 batch, rollback under device heeling condition Twisted, the variation making band 33 is stable.
[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, and reserve part 520 is with reserve part 20 for the time being or not Same, in addition all similarly constitute.
As shown in figure 22, pressing force variation counteracting portion 550 is made up of auxiliary body's the 552nd, axle 74 and axle maintaining part 76.? The downside of the restriction abutting part 560 of auxiliary body 552, is provided with vertically extended as drum metal bar Axle 74, under device normal condition, limit abutting part 560 abut with the upper end of axle 74.Through being fixed on of axle 74 retains for the time being 2 ring-type axle maintaining parts 76 on medial surface on front side of portion's housing 30 keep.Axle maintaining part 76 at axle 74 not from this axle In the range of the degree that maintaining part 76 in downward direction comes off, can in downward direction holding shaft 74 movably.
Axle 74 makes its bottom (not scheme from the hole portion being disposed through the medial surface on the downside of reserve part housing 30 for the time being Show) expose to the downside of reserve part housing 30 for the time being.The downside of the housing of reserve part for the time being 30 in entering out money casing body 511, It is formed face extended in a generally horizontal direction i.e. rotation restrictor 564.Under device normal condition, the lower end of axle 74 with Rotation restrictor 564 abuts.
Thus, under device normal condition, limit abutting part 560 and abut with the upper end of axle 74, the lower end of axle 74 and rotation Limiting unit 564 abuts, and limits auxiliary body 552 and offsets the rotation in direction to pressing force variation.Under this device normal condition, lift Play abutting part 562 not abut with post portion 56, become the state of avoidance.
On the other hand, under device heeling condition, as shown in figure 23, by the bottom of axle 74 from rotation restrictor 564 Depart from, limit abutting part 560 cardan shaft 74 in downward direction, thus auxiliary body 552 offsets direction rotation to pressing force variation.Cause This, the abutting part 562 that lifts of auxiliary body 552 abuts with post portion 56, exerts a force upside conveying guiding piece 41 to opening direction WO.
So, reserve part 520 utilizes the axle as application point elongate member being arranged at reserve part housing 30 for the time being for the time being 74, to rotation restrictor 564 transmit towards be positioned at from rotation restrictor 564 upward direction from position restriction abutting part The power in the lower direction of 560.Thus, though for the time being reserve part 520 not as reserve part 20 for the time being at reserve part housing for the time being It in the case of forming rotation restrictor 64 at the height roughly the same with auxiliary body rotary shaft 58 of the front side of 30, is also at device To opening direction WO, movable part 40 is not exerted a force under normal condition, can be to opening direction WO to movably under device heeling condition Portion 40 exerts a force.In addition, the reserve part for the time being 520 of the 6th embodiment realizes reserve part for the time being 20 base with the 1st embodiment Action effect same in basis.
[7. other embodiments]
Additionally, in the above-described embodiment, 33U and downside band 33D is carried on the upside of in the of one group to only arranging in reserve part 20 for the time being Situation be illustrated.The invention is not restricted to this, it is also possible to reserve part 620 like that, arranges two groups for the time being as of fig. 24 Above upside band 33U and downside band 33D (not shown).
In addition, in the above-described embodiment, to utilize for the time being reserve part 20 between upside band 33U and downside band 33D The situation of outer peripheral face in the state of hold bank note, this bank note being wound in rotating cylinder 31 is illustrated.The invention is not restricted to This, it is also possible to reserve part for the time being as shown in figure 25 720 like that, for example omit from reserve part 20 for the time being on the downside of band 33D and with this The mechanism that downside is related to 33D, makes the mask abutting with bank note with 33U for the upside have cementability, and is utilizing this cementability to incite somebody to action Bank note is pasted on upside band 33U in the state of fix for the time being, upside band 33U is overlapped in the outer circumferential side of bank note and is wound in The outer peripheral face of rotating cylinder 31.
And, in above-mentioned 1st embodiment, said to using the situation as drawing mechanism 54 for the stretching spring Bright.The invention is not restricted to this, it is also possible to the stretching-machine pressing the various modes such as pressing spring, torsion spring or leaf spring is set with various configurations Structure.In a word, as long as movable part 40 can be exerted a force to opening direction WO.For the 2nd embodiment to the 5th embodiment also It is same.
And, in above-mentioned 1st embodiment, do not support with post portion 56 under device normal condition to lifting abutting part 62 Connecing, situation about abutting under device heeling condition is illustrated.The invention is not restricted to this, lifting abutting part 62 also can be at dress Put and abut with post portion 56 under normal condition, in a word, as long as under device heeling condition, than device normal condition more strongly to opening Upside conveying guiding piece 41 is exerted a force by direction WO.It is also same for the 2nd embodiment to the 6th embodiment.
And, in above-mentioned 1st embodiment, following situation is illustrated: auxiliary is set separately to movable part 40 Mechanism 52, utilizes drawing mechanism 54 to exert a force this auxiliary body 52.The invention is not restricted to this, for example also can be from movable part 40 Leading section is extended under device normal condition the arm abutting with rotation restrictor 64, and utilizes drawing mechanism to pressing force Variation is offset direction and is exerted a force this arm, and under device heeling condition, this arm departs from from rotation restrictor 64, thus, and movable part 40 offset direction to pressing force variation rotates.
And, in above-mentioned 1st embodiment, to the position setting post portion 56 so that allow relative to rotating cylinder 31 outside The change of change, the pressing force calibrated force FO1 of the external diameter in sight and the situation of precision being able to ensure that pressing force calibrated force FO1 It is illustrated.The invention is not restricted to this, it is also possible to arrange and the more big then pressing force of rotating cylinder 31 external diameter in appearance is corrected The bigger such mechanism of power FO1.
And, in the above-described embodiment, to the application present invention in the reserve part for the time being 20 at cash automated trading device 1 Situation be illustrated.The invention is not restricted to this, it is also possible to be applied to for example only carry out the device differentiating or counting of bank note It is wound in the various devices that rotating cylinder 31 retains for the time being with between 33U and downside band 33D Deng bank note is clipped in upside.
And, in the above-described embodiment, to financial institution etc. to carry out the transaction related with cash between client The situation of the bank note being retained as 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, for example, can be used for being assembled in the teller system carrying out the various process related to cash office workers such as financial institutions In reserve part for the time being, or also can apply to retain medium various of exchange ticket or the page shape such as coupons, admission ticket In device.In this case, as long as suitably specifying the band with 33U and downside band 33D for the upside according to size or the shape of medium Width or quantity etc..
And, in the above-described embodiment, to utilize as rotating cylinder rotating cylinder the 31st, as carry band the 33rd, as movable part Movable part the 40th, as housing the housing of reserve part for the time being the 30th, as pressing force variation counteracting portion pressing force variation counteracting portion 50th, the 150th, 250 or 550, constitute the reserve part for the time being the 20th, the 120th, the 220th, the 320th, the 420th, the 520th, 620 as media storage device Or the situation of 720 is illustrated.The invention is not restricted to this, it is also possible to utilize the rotating cylinder of other various structures, band, movable Portion, housing, pressing force variation counteracting portion constitute media storage device.
And, in the above-described embodiment, to utilize as Reception Dept Reception Dept the 3rd, as delivery section delivery section the 24th, As rotating cylinder rotating cylinder the 31st, as band band the 33rd, as the movable part of movable part the 40th, as the reserve part housing for the time being of housing 30th, the pressing force variation counteracting portion the 50th, the 150th, 250 or 550 as pressing force variation counteracting portion, is constituted as medium transaction dress The cash automated trading device put the 1st, the 101st, the 201st, the 301st, the situation of 401 or 501 be illustrated.The invention is not restricted to this, Also the Reception Dept of other various structures, delivery section, rotating cylinder, band, movable part, housing, pressing force variation counteracting portion structure can be utilized Become medium transaction device.
The content of Japanese publication Patent 2014-104391 is incorporated in this specification entirely through reference.
In this manual by referring to quoting whole documents, patent application and the technical bid being recorded in this specification Standard, the degree quoted with concrete and describe individually by referring to the feelings quoting each document, patent application and technical standard Condition is identical.
Industrial applicability
The present invention can be used in the medium by paper-like such as bank note and is wound in rotating cylinder together with band and the various dresses that retain for the time being In putting.
Label declaration
1st, the 101st, the 201st, the 301st, the 401st, 501: cash automated trading device；2: housing；3: Reception Dept；4: card gateway；5: Enter bank note dispensing port；6: operation display part；7: numerical key；8: note issuing mouth；9: master control part；10、110、210、310、410、 510: banknotes in and out machine；11st, the 311st, the 411st, 511: enter out money casing body；12: control unit；16: banknotes in and out portion；18: mirror Other portion；20th, the 120th, the 220th, the 320th, the 420th, the 520th, the 620th, 720: reserve part for the time being；24: delivery section；26: bill storage；28: refuse Receive storehouse；30th, 130: reserve part housing for the time being；30A, 130A: housing fulcrum；30B, 130B: inner space；30C, 130C: open wide Portion；30D, 130D: bank note access hole；31st, 131: rotating cylinder；32nd, 135: upside spool；33U, 133U: upside band；33D, 133D: Downside band；34th, 137: upper side roller；35th, 132: downside spool；37th, 134: lower side roller；40th, 140: movable part；41st, 142: upside Conveying guiding piece；42nd, 141: downside carries guiding piece；43rd, 143: connecting portion；44th, 144: delivery section；45th, 145: rotary shaft； 46th, 146: pressing roller；48th, 148: movable part drawing mechanism；50th, the 150th, the 250th, 550: pressing force changes counteracting portion；52、152、 252nd, the 352nd, the 452nd, 552: auxiliary body；54th, the 154th, the 254th, the 354th, the 454th, 554: drawing mechanism；56th, the 156th, the 256th, the 456th, 1056: Post portion；58th, the 158th, 458: auxiliary body's rotary shaft；60th, the 160th, the 360th, the 460th, 560: limit abutting part；62、162、362、462、 562: lift abutting part；64th, the 164th, the 364th, the 464th, 564: rotation restrictor；252C: auxiliary body's connecting portion；70: auxiliary body Slide post；72: auxiliary body's sliding tray；360A: limit abutting part axle；74: axle；76: axle maintaining part；P1, P11: abutted position； P2, P12: axle center；L1, L2, L11, L12: position；W1, W2, W11, W12: fit deadweight；WF1, WF2, WF11, WF12: Front deadweight；WR1, WR2, WR11, WR12: conduct oneself with dignity afterwards；WRV1, WRV2: variation of conducting oneself with dignity afterwards；FP1, FP2, FP11, FP12: band is pressed Pressure；FR1, FR2, FR11, FR12: after from gravity；FT1, FT2, FT11, FT12: tension force；FO1, FO11: pressing force calibrated force； D1, D2: post variation.

Claims (13)

1. a media storage device, this media storage device has:
Rotating cylinder, it cylindrically and is configured to rotate, and by Jie from the outside through the page shape being provided by access unit Matter and band are wound in week side overlappingly；
Movable part, its using near described access unit as one end, the other end extends near described rotating cylinder, to described medium from institute The conveying stating access unit to described rotating cylinder guides, and follows the external diameter of described rotating cylinder and rotate centered on rotary shaft；
Pressing roller, it is arranged at described movable part, towards the described band of described rotating cylinder pressing；
Housing, described rotating cylinder, described band, described movable part and described pressing roller be arranged at this housing, and this housing is from regulation Device normal condition is to the device heeling condition transfer tilting than this device normal condition；And
Pressing force changes counteracting portion, and it offsets described pressing when described device normal condition transfers to described device heeling condition The variation of the pressing force of roller.
2. media storage device according to claim 1, wherein,
Described pressing force variation counteracting portion offsets movable on direction in pressing force variation and exerts a force described movable part, wherein, and should It is to offset described pressing roller when described device normal condition transfers to described device heeling condition that direction is offset in pressing force variation The direction of variation of pressing force.
3. media storage device according to claim 2, wherein,
Described rotary shaft is arranged at the side leaning on described access unit than described rotating cylinder,
Described movable part is exerted a force by described pressing force variation counteracting portion, transfers to described dress to offset from described device normal condition Put the variation of the center of gravity by the side of described pressing roller for the rotary shaft described in the ratio of described movable part during heeling condition.
4. media storage device according to claim 3, wherein,
Described pressing force variation counteracting portion under described device heeling condition, than described device normal condition by force to described movably Portion exerts a force.
5. media storage device according to claim 4, wherein,
The stretching by the auxiliary body that described movable part is exerted a force with to this auxiliary body force for the described pressing force variation counteracting portion Mechanism is constituted.
6. media storage device according to claim 5, wherein,
Described auxiliary body abuts with the movement restricting member of regulation under described device normal condition and is limited mobile, thus Not to described movable part exert a force, under described device heeling condition from described movement restricting member depart from, thus, move and Abut with described movable part and described movable part is exerted a force.
7. media storage device according to claim 6, wherein,
Described auxiliary body can rotate centered on the axle of regulation, supports with described movable part under described device heeling condition Connect.
8. media storage device according to claim 6, wherein,
Described auxiliary body can move in parallel, and abuts with described movable part under described device heeling condition.
9. media storage device according to claim 6, wherein,
This media storage device also has the application point elongate member being arranged at described housing,
Described application point elongate member is pressed from both sides with described auxiliary body by described movement restricting member under described device normal condition Live and abut, under described device heeling condition with described movement restricting member from and make described auxiliary body move.
10. media storage device according to claim 4, wherein,
Described pressing force variation counteracting portion to rotary shaft described in the ratio of described movable part by the side force of described pressing roller.
11. media storage device according to claim 4, wherein,
Inside is isolated under described device normal condition by described housing from outside, opens inside under described device heeling condition Open.
12. media storage device according to claim 5, wherein,
Both sides outside the width of the described medium that described auxiliary body is arranged in described movable part.
13. 1 kinds of medium transaction device, this medium transaction device has:
Reception Dept, it accepts the transaction related to the medium of page shape；
Delivery section, it carries the described medium being accepted by described Reception Dept；
Rotating cylinder, its cylindrically and be configured to rotate, and by from the outside through the described medium being provided by access unit with Band is wound in week side overlappingly；
Movable part, its using near described access unit as one end, the other end extends near described rotating cylinder, to described medium from institute The conveying stating access unit to described rotating cylinder guides, and follows the external diameter of described rotating cylinder and rotate centered on rotary shaft；
Pressing roller, it is arranged at described movable part, towards the described band of described rotating cylinder pressing；
Housing, described rotating cylinder, described band, described movable part and described pressing roller be arranged at this housing, and this housing is from regulation Device normal condition is to the device heeling condition transfer tilting than this device normal condition；And
Pressing force changes counteracting portion, and it offsets described pressing when described device normal condition transfers to described device heeling 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)

Application Number Priority Date Filing Date Title
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

Publications (2)

Publication Number Publication Date
CN106164987A true CN106164987A (en) 2016-11-23
CN106164987B CN106164987B (en) 2019-07-16

Family

ID=54553871

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201580019586.9A Active CN106164987B (en) 2014-05-20 2015-05-01 Media storage device and medium transaction device

Country Status (3)

Country Link
JP (1) JP6264191B2 (en)
CN (1) CN106164987B (en)
WO (1) WO2015178198A1 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109064624A (en) * 2018-09-20 2018-12-21 深圳市合众金融设备服务有限公司 Medium apparatus for temporary storage, media processes machine and assemble method
CN110895850A (en) * 2018-09-13 2020-03-20 光荣株式会社 Paper sheet storage device and paper sheet processing device

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006069708A (en) * 2004-08-31 2006-03-16 Glory Ltd Bill storage delivery device
CN101256692A (en) * 2007-02-28 2008-09-03 日立欧姆龙金融***有限公司 Paper sheet output device
CN101678981A (en) * 2007-05-14 2010-03-24 温科尼克斯多夫国际有限公司 The roller storage that is used for board
CN103299348A (en) * 2011-07-25 2013-09-11 冲电气工业株式会社 Medium collection device
WO2013140686A1 (en) * 2012-03-23 2013-09-26 沖電気工業株式会社 Medium storage and feeding device, and medium transaction device
CN103426236A (en) * 2012-05-22 2013-12-04 冲电气工业株式会社 Paper sheet storage and paper sheet output device disposal means
CN103620651A (en) * 2011-09-13 2014-03-05 冲电气工业株式会社 Medium handling apparatus

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP2224403B1 (en) * 2007-10-17 2016-08-17 Glory Ltd. Paper money containing/feeding device
JP5783005B2 (en) * 2011-11-18 2015-09-24 沖電気工業株式会社 Media processing device

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006069708A (en) * 2004-08-31 2006-03-16 Glory Ltd Bill storage delivery device
CN101256692A (en) * 2007-02-28 2008-09-03 日立欧姆龙金融***有限公司 Paper sheet output device
CN101678981A (en) * 2007-05-14 2010-03-24 温科尼克斯多夫国际有限公司 The roller storage that is used for board
CN103299348A (en) * 2011-07-25 2013-09-11 冲电气工业株式会社 Medium collection device
CN103620651A (en) * 2011-09-13 2014-03-05 冲电气工业株式会社 Medium handling apparatus
WO2013140686A1 (en) * 2012-03-23 2013-09-26 沖電気工業株式会社 Medium storage and feeding device, and medium transaction device
CN103426236A (en) * 2012-05-22 2013-12-04 冲电气工业株式会社 Paper sheet storage and paper sheet output device disposal means

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110895850A (en) * 2018-09-13 2020-03-20 光荣株式会社 Paper sheet storage device and paper sheet processing device
CN110895850B (en) * 2018-09-13 2022-01-11 光荣株式会社 Paper sheet storage device and paper sheet processing device
US11370630B2 (en) 2018-09-13 2022-06-28 Glory Ltd. Sheet storage device and sheet processing apparatus
CN109064624A (en) * 2018-09-20 2018-12-21 深圳市合众金融设备服务有限公司 Medium apparatus for temporary storage, media processes machine and assemble method
CN109064624B (en) * 2018-09-20 2023-11-14 深圳怡化电脑科技有限公司 Medium temporary storage device, medium processor and assembling method

Also Published As

Publication number Publication date
JP2015219819A (en) 2015-12-07
WO2015178198A1 (en) 2015-11-26
JP6264191B2 (en) 2018-01-24
CN106164987B (en) 2019-07-16

Similar Documents

Publication Publication Date Title
CA2382169C (en) Automated transaction machine with transport path verification
CN104919501B (en) Medium storing apparatus and media processing apparatus
EP2043059A2 (en) Paper sheet storing apparatus, paper sheet handling system, and automatic teller machine
CN103778709B (en) Media storing carrying device and media processing apparatus
JPS5960594A (en) Paper money handler
CN107004320B (en) Media processing device and medium transaction device
CN103456078B (en) Media processing apparatus and medium transaction device
CN105873842A (en) Medium processing device and medium transacting device
CN106164987A (en) Media storage device and medium transaction device
CN104813373B (en) Medium processing device
KR101351653B1 (en) Financial apparatus and method for processing a deposit transaction
CN106251471A (en) Medium guiding part and bill handling device
CN105122321B (en) Media storage device and medium transaction device
EP2772888B1 (en) Paper sheet processing device
CN106233344A (en) Media storing storehouse and medium transaction device
CN106660732B (en) Medium accumulation device and medium transaction device
JPS5938891A (en) Paper money handler
CN106204954B (en) Power transfer mechanism
CN106056754A (en) Paper transaction device and power transmission mechanism
KR101335124B1 (en) Financial apparatus and method of controlling the same
JP6679940B2 (en) Media processing device and automatic transaction device
CN106663349A (en) Medium storage device and medium transaction device
JP5790464B2 (en) Medium transport device
KR101385878B1 (en) Financial device having apparatus for billing storage and control method thereof
JP6866806B2 (en) Media processing equipment and automated teller machines

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant