CN101176105A - Check accepting and cash dispensing automated banking machine system and method - Google Patents
Check accepting and cash dispensing automated banking machine system and method Download PDFInfo
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- CN101176105A CN101176105A CNA200680007631XA CN200680007631A CN101176105A CN 101176105 A CN101176105 A CN 101176105A CN A200680007631X A CNA200680007631X A CN A200680007631XA CN 200680007631 A CN200680007631 A CN 200680007631A CN 101176105 A CN101176105 A CN 101176105A
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Abstract
The present invention relates to an automated banking machine system and method including ATMs (11) which accept checks (26) and dispense cash (24) to users. The ATMs are operated to acquire image and magnetic data from deposited checks to determine the genuineness of checks and the authority of a user to receive cash for such checks. Cash may be dispensed to the user from the ATM in exchange for the deposited check. The ATMs dispense cash responsive to communications with a transaction host.
Description
Technical field
The present invention relates to automated banking machine.More specifically, the present invention relates to receive the deposit receipt (deposit of sheet) such as check and/or other bill and it is saved in device and system in the automated banking machine.
Background technology
Automated banking machine is known in the art.Automated banking machine generally is used to conclude the business, such as distributing cash, check account balance, cashing bill and/or reception user's deposit.The automated banking machine of other type can be used for booking, sells rebate coupon, provides check, prints scrip and/or carries out other function for client or service provider.For this purpose of description, be used to carry out any device that relates to the numerical value transfer transactions and all should be called as automated banking machine.
The disclosure integral body of the 6th, 474, No. 548 United States Patent (USP)s that on November 5th, 2002 published is hereby expressly incorporated by reference.
Therefore, for depositing receiving trap and system in, there is so a kind of demand, promptly, its can be more reliably with have the ability to handle and reflection (image) more the automated banking machine of polymorphic type article (item) be used in combination, and this receiving trap that deposits in can be used in combination with more eurypalynous transaction and system.
Summary of the invention
The purpose of exemplary embodiment of the present is to provide a kind of automated banking machine.
The further purpose of exemplary embodiment of the present is to provide a kind of automated banking machine that receives deposit and put up cash to the user.
The further purpose of exemplary embodiment of the present is to provide a kind of receiving trap that deposits in.
The further purpose of exemplary embodiment of the present be to provide a kind of be used in combination with automated banking machine deposit receiving trap in.
The further purpose of exemplary embodiment of the present be to provide a kind of can be used to receive, video and the checking article authenticity deposit receiving trap in.
From following enforcement preferred forms of the present invention and claims, other purpose of exemplary embodiment of the present will become obviously.
In the exemplary embodiment, the receiving trap that deposits in of cash distribution ATM is used for receiving file.These files can comprise the file of check, currency bill and/or other type.The single receiving trap that deposits in can receive polytype file.In the present embodiment, receive file such as check by the opening in the ATM housing, and by first conveying member along first direction mobile this document in the transport path of housing.Whether sensor action has moved to appropriate position in the device with sensing this document.Then, the file and first conveying member are disengaged, and engage with a pair of second conveying member that is provided with that is separated from each other along first direction.Second conveying member engages file and action, with along with respect to first direction be on the horizontal direction in transport path move.First conveying member and file are disengaged, thus the removable file of second conveying member, and the edge along first direction extends of this document is alignd with a plurality of non-contact sensors.At least one processor moves according to the program that it is used to control second conveying member, and control documents is along the moving of second direction, thereby the edge of file aligns with non-contact sensor as " virtual wall ", with the purpose of realization locating file.
In case document alignment makes the edge extend along the first direction in the required orientation, first conveying member just engages file while second conveying member once more and is disengaged.Then, file moves along first direction once more, through one or more suitable sensing apparatus.In the exemplary embodiment, because file aligns along first direction, may have such as the magnetic mark of magnetic ink character identification line (micr line) or have the other parts that are read by operation such as one or more Magnetic Sensors of magnetic reading head as the file of check.Replacedly or additionally, when file when first direction moves, by can effectively reading file magnetic characteristic one or more Magnetic Sensors of (comprising mark and/or further feature on it), can read in a plurality of positions or the magnetic characteristic of sensing file otherwise such as magnetic ink character identification line.
In this exemplary embodiment, check moves along first direction, through a pair of scanning sensor.This moves to scanning sensor, to read the optical markings on each side of check and to generate corresponding with it view data.Can handle the data corresponding with optical markings, thus produce with check before and after the image of side or the corresponding data of some part of check, and the operation by processor with these data storage in one or more data-carrier stores (datastore) of ATM.In order to determine the information relevant, can analyze the mark on the check, thereby make it can be used for concluding the business with check.
In the present embodiment, in case check has moved through after the sensor that is used for obtaining with the corresponding data of optical markings, check just moves along first direction basically, and enters in the zone that can be used as check working area (escrow area).In certain embodiments, the working area can have enough length, thereby multiple check or other file can temporarily be stored in this working area.In the exemplary embodiment, when check was maintained in the working area, this machine action was to determine that check is to be received or to be returned to client.For example, in certain embodiments, when check was stored in the working area, the one or more processors among the ATM can move, to determine whether check can enough be read exactly, and whether this check is exchanged into cash, or carries out other processing.Can't be received if determined this check, the action of then one or more conveying members so that check is shifted out ATM, thereby returns to client with check.
Replacedly, if find that check is suitable for being received, then check is shifted out from the working area and the one or more pressing mold printers of process.Pressing mold printer action is on the one or more surfaces that ink indicia are applied to check, so that indicate this check to cancel or carried out other processing.In the exemplary embodiment, check is moved the conveying member that enters vertical extension subsequently.When check enters vertical conveying member, print by operating on the check of suitable ink-jet or other printer.When check moves through ink-jet printer, on check, carry out suitable printing, to indicate this check to cancel or to have carried out other processing.Certainly, when handling the file of other type, can carry out the printing of various marks.
In the exemplary embodiment, ink-jet printer makes ink collection mechanism align with conveying member on the opposite side of conveying member.The ink collection mechanism of this exemplary embodiment comprises removable head.This removable head comprises opening therein, makes this opening to align with the printing ink nozzle on the ink-jet printer head, so that receive the printing ink that is not deposited on check or other file therein.The exemplary embodiment of removable head also comprises polishing piece (wiper).Operation by motor or other mobile device makes head move in the suitable moment, thereby polishing piece engages the head of ink-jet printer, so that make printing ink accumulation (buildup) and minimize contamination on it.This helps accurate printing, and help with too much printing ink in machine accumulation and the potential damage risk minimization that causes to check.
In this exemplary embodiment, the check or other file that move through printer in vertical conveying member move down and enter the storage area.In case file has moved near the lower surface of storage area, horizontal removable plunger (plunger) mechanism just action shifts out vertical conveying member with the joint check and with it.In the exemplary embodiment, plunger mechanism is moved with removable, makes the removable storage location that is arranged on the arbitrary cross side of vertical conveying member that enters of check.In case check shifts out conveying member by plunger mechanism, check or other file just can remain between a pair of wall surface and the fexible bias pressure backing plate with mediated relation.Therefore, can pass through the optionally mobile check of plunger mechanism or other file, so that be stored in the selected position in the storage area.
In the operation of automated banking machine, can adopt the whole bag of tricks to store the file that is received by the file receiving mechanism.For example, in certain embodiments, this mechanism can only receive check.In such embodiments, this machine can move according to its program, separates with the check that extracts in other mechanism going up the check that extracts (draw) at the particular organization (institution) that the ATM that receives check has.Replacedly, ATM can be programmed to effective check is stored in the compartment (compartment), and suspicious check is stored in another compartment.Replacedly, in some other embodiment, the file receiving mechanism can store polytype file.For example, receiving among the ATM of currency bill and check by this mechanism, currency bill can be stored in the compartment, and check is stored in another compartment.Can adopt various method according to the program of concrete automated banking machine.
The disclosure has been lectured the system and method for polytype novelty.
Description of drawings
Fig. 1 is the exemplary axonometric drawing that waits that deposits receiving trap in that illustrates under for the open mode that service is provided.
Fig. 2 is the axonometric drawing that waits of the opposite side that deposits receiving trap in shown in Figure 1.
Fig. 3 is the synoptic diagram of each parts (device) of depositing in the receiving trap to be comprised.
Fig. 4 is the axonometric drawings such as top of the part of top board, this top board comprises first conveying member and second conveying member, along the first longitudinal direction move, this second conveying member edge is horizontal direction move with respect to first direction to this first conveying member in depositing receiving trap in.
Fig. 5 is the pressing plate shown in Figure 4 and the side view of first and second drivers.
Fig. 6 is the bottom view corresponding with Fig. 4 and Fig. 5, shows pressing plate, and this pressing plate has the roller that extends through first and second conveying members wherein.
Fig. 7 is the top board of the exemplary conveying mechanism that deposits receiving trap in and the vertical view of lower platen.
Fig. 8 shows first and second conveying members and the front elevation corresponding position of Fig. 7.
Fig. 9 is the view similar to Fig. 7, and wherein conveying member action is with along the first direction move.
Figure 10 be first and second conveying members with the corresponding front elevation of Fig. 9.
Figure 11 is the view similar to Fig. 9, and wherein file is further moved to and deposits in the receiving trap.
Figure 12 shows the front elevation of the position of first and second conveying members.
Figure 13 is the view similar to Figure 11, and showing the edge is the file that horizontal second direction moves with respect to first direction.
Figure 14 is a front elevation, shows the relative position of file first and second conveying members when horizontal direction moves.
Figure 15 is the diagrammatic sketch similar to Figure 13, the edge that aligns with non-contact sensor that shows file.
Figure 16 is corresponding to Figure 15 and show the position of first and second conveying members.
Figure 17 is the view similar to Figure 15, but Figure 17 shows the replaceable file that comprises folded edge.
Figure 18 be first and second conveying members with the corresponding front elevation of Figure 17.
Figure 19 show this embodiment the exemplary magnetic read head movable mount (mounting) wait axonometric drawing.
Figure 20 is and the corresponding partial sectional view of Figure 19 further to show the movable mount of magnetic reading head.
Figure 21 is the cross-sectional side view of the fabricated section of magnetic reading head shown in Figure 19.
Figure 22 shows the axonometric drawing such as grade of the ink collection mechanism of exemplary embodiment.
Figure 23 shows the exploded view of the removable head that spins off from ink collection part body.
Figure 24 shows the exploded isometric view of the ink collection part body of Figure 22.
Figure 25 is the exploded view of the exemplary form of the pressing mold printer that uses in the exemplary embodiment.
Figure 26 is another decomposition view of exemplary pressing mold printer.
Figure 27 shows the side view of eccentric profile of the marking roll exemplary embodiment of pressing mold printer.
Figure 28 is the replaceable axonometric drawing such as grade that deposits the holding compartment of receiving mechanism in that is shown having holding compartment, and wherein holding compartment has access door at open position.
Figure 29 be the vertical extension conveying member that in the storage area, extends guide wait axonometric drawing.
Figure 30 is the side view that deposits the vertical extension conveying member that extends in the storage area of receiving trap in exemplary.
Figure 31 be shown as receive file and make its enter device in the vertical extension conveying member etc. axonometric drawing.
Figure 32 to Figure 35 shows the sequential movements of exemplary plunger member, and wherein the action of this plunger member will be will remain on file movement in the vertical extension conveying member to (as shown) storage location that is arranged on the stocking mechanism left side.
Figure 36 is the wait axonometric drawing similar to Figure 31, shows the vertical conveying member that file is received in wherein.
Figure 37 to Figure 40 shows the sequential movements of exemplary plunger member, with in (as shown) storage location to the vertical conveying member right side of the file movement in the vertical conveying member.
Figure 41 is the skeleton view of automated banking machine embodiment.
Figure 42 is the synoptic diagram of automated banking machine embodiment.
Embodiment
With reference to accompanying drawing, particularly with reference to Figure 41, the skeleton view of the exemplary embodiment of automated banking machine 10 shown in this figure.Here, automated banking machine 10 can comprise user interface 50, and this user interface comprises at least one output unit 34, such as display device 12.This display device 12 can be moved so that user interface output 18 to be provided to client, and this user interface output can comprise a plurality of screens (screen) or comprise other output of the option that is used to operate this machine.This exemplary embodiment can further comprise the output unit of other type, but such as receipt printer 20, loudspeaker or can output video, the device of any other type of audio frequency or other sense organ perception information.
The user interface of automated banking machine also can comprise a plurality of input medias 32, such as Encryption Keyboard with keypad 16 and function key 14 (encrypting pin pad) and card reader 22.This exemplary embodiment can further comprise or use the input media of other type, such as touch-screen, earphone, maybe can move any other device with input that representative of consumer instruction and information are provided to machine.This machine also can comprise one or more biologicall test input medias, such as fingerprint scanner, iris scan device, face recognition device, hand scanner or can be used for reading any other biologicall test reading device of the biologicall test input that can be used for discerning the user.
This exemplary embodiment of automated banking machine 10 can further comprise a plurality of transaction function devices, and they can comprise, cash distributor 24 and deposit receiving trap 26 in for example, or can effectively carry out the device of any other type that relates to the trading function that numerical value shifts.
Figure 42 shows the synoptic diagram of some parts that may comprise in the housing 11 of automated banking machine 10.Machine 10 can comprise at least one terminal handler or computing machine 30.Computing machine 30 can operationally be connected with input media 32, output unit 34 and transaction function devices 36.This exemplary embodiment can further comprise can be by at least one terminal control software parts 40 of computing machine 30 operations.These terminal control software parts can be by client and authorized user (such as the maintenance technician) operation, with the operation of control machine.For example, this terminal control software parts can comprise following application, that is, make client can utilize this machine distribution cash, deposit check in or carry out other trading function.In addition, the terminal control software parts can comprise such application, that is, make the maintenance technician can utilize this machine to carry out configuration, safeguard and diagnostic function.
The action of the exemplary embodiment of automated banking machine 10, to communicate with remote computer such as transaction processing server, here this transaction processing server is called as ATM main frame banking system 42.Such ATM main frame banking system 42 actions, to authorize automated banking machine 10 is that the user carries out trading function, such as extracting cash by the operation of cash distributor 24 from account, utilizing and deposit receiving trap 26 in and deposit check or other article in, carry out for the inquiry of finance account remaining sum and shift numerical value between account.For example, computing machine 30 can move, make that cash distributor response is received by this bank machine, operate from least one communication information of ATM main frame banking system.
The exemplary embodiment of automated banking machine 10 can also be moved, to communicate with remote computer such as document image server 41.The document image server can be corresponding with the cheque image server, and the action of cheque image server is to receive by the check that deposits receiving trap scanning in of ATM or the image of other article.For example, deposit receiving trap in and can comprise at least one optical scanning sensor, this optical scanning sensor action is with the one or both sides of scanning check, and one or more colors, image gray and/or the black white image on generation check surface.Then, this computing machine can make bank machine be sent to the cheque image server corresponding to the data of institute's scan image.
In the exemplary embodiment, ATM main frame banking system 42 is with cheque image server 41 can independently server be corresponding with two.But in alternative embodiment, main frame banking system 42 can be corresponding with a public remote computer with cheque image server 41.
Be incorporated into this 6th, 474, No. 548 U.S. Patent Publications a kind of cash distribution ATM deposit receiving trap in.For disclosed purpose here, deposit receiving trap in and should be configured to comprise any device that sensing is input to the mark on the file in the automated banking machine.
That Fig. 1 shows exemplary embodiment and have a feature hereinafter described deposit receiving trap 420 in.This deposits receiving trap in and is shown as the mechanism that opens, so that can describe its parts more easily.Only when this device is in off position, just may opens and deposit receiving mechanism in mode illustrated in figures 1 and 2.One might rather say, only for carrying out stopping up, clean, adjusting or change such as cleaning the maintenance job of parts, just this device placed open mode.This can be easy to realize by service routine described below (servicer) in this exemplary embodiment.
Deposit receiving trap in and comprise that file enters opening 422.In the exemplary embodiment, entering opening communicates with the automated banking machine outside during operation.Advance along the transport path in the device by entering the file that opening receives.Transport path in the device further comprises document alignment district 424, and in this aligned region, file is aligned and is beneficial to file is handled.The exemplary form of this unit further comprises file analysis district 426.The exemplary file analysis area comprises scanning sensor and the Magnetic Sensor that is used for reading from file the mark purpose.
The exemplary form of this device further comprises the working area 428 along transport path.In the working area, store received file, await determining that receiving file still is that file is returned to the user.The exemplary receiving trap that deposits in further comprises storage area 430, and this storage area is used for storing received file so that with document storage in depositing receiving trap in.It will of course be appreciated that this structure is operable a kind of exemplary configurations.
In the exemplary embodiment, receive file by opening, and the existence that comes the sensing file by at least one sensor 432.The ATM duration of work (such as, when the input media of wishing to put into the bank machine of file by him as the user sends indication), sense opening part and have file if carve in due course, will cause that at least one processor action is with control gate 434.Whether the processor basis senses the existence of file is carried out work, so that door moves to the open site from off-position.This is to finish by being used for the driver of mobile actuated piece 436 in the exemplary embodiment, as shown in Figure 1.Actuated piece 436 comprises cam path 438, and this cam path makes door 434 can correspondingly move to the desired location place.In certain embodiments, the file that indication is inserted into sensing of at least one sensor 432 in this device or other sensor action is the characteristic of dual (double) file or other multiple (multiple) file.At least one processor among the ATM can come work so that do not receive multidocument according to its program, and makes ATM provide at least one output to the user, and the guiding user inserts single file.
Response is for the sensing of file and other condition of being determined by at least one processor, 440 work of first conveying member with file movement in the document alignment district.In the exemplary embodiment, file moves between band bench (belt flight) 442 and roller 444 with engagement relationship.Shown in Fig. 1 and Fig. 4 the best, extend in the opening 446 of roller 444 in top board 448, with splicing tpae bench 442 or move to very position at least near the band bench.As shown in Figure 4, roller 444 is installed on the removable bearing part 450.Bearing part 450 rotatably moves around axle 452.Bearing part 450 mobile makes roller 444 can optionally be positioned at band bench 442 near surfaces or is placed in away from band bench place that its reason is discussed hereinafter.Sensing after file moved into device, processor work so that door close.Replacedly, if the user provides input to indicate him will deposit more file in bank machine by the input media on the bank machine, door can be held open before depositing last file always.
To shown in Figure 6, the pressing plate 448 that is in the operating position keeps proximity relations with guide portion (lead) in the guide 454 as Fig. 4.Guide part 454 and pressing plate 448 comprise corresponding curved edge 456,458.The curved edge of exemplary embodiment is zigzag warp architecture.Use this structure to reduce the risk that file will be blocked by pressing plate and guide joining edge in the exemplary embodiment.The serrate warp architecture of abutment surface helps file is being stuck when the abutment surface or is being folded or impaired risk drops to minimum.It will of course be appreciated that this method is exemplary, can use other method in other embodiments.
In the exemplary embodiment, the document alignment district comprises lateral transfer roller 460 and 462.The lateral transfer roller extends through the hole in the pressing plate 464 that band bench 442 is supported.The lateral transfer roller of exemplary embodiment is configured to have axial conical surface, and this conical surface extends from the radially outermost extension of roller along each longitudinal direction, so that the risk minimization that file is blocked by the roller surface.In alternative embodiment, the lateral transfer roller can have simple or compound curved surface, so that block the risk minimum of the file that is laterally moving, in order to realize purpose of the present disclosure, also this structure being called is taper.In the exemplary embodiment, the upper surface of lateral transfer roller is on the identical surface level with the upper surface of band bench 442 usually.In addition, each lateral transfer roller is operably connected with drive unit.The drive unit of exemplary embodiment makes the lateral transfer roller move independently, to realize the purpose with document alignment, as discussed below.
With pressing plate 448 support and connection be a pair of horizontal driven voller 466 and 468.Each horizontal driven voller all extends in the corresponding opening of pressing plate 448.Laterally driven voller 466 corresponds essentially to the position of lateral transfer roller 460.Similarly, horizontal driven voller 468 is corresponding to the position of lateral transfer roller 462.As shown in Figure 4, roller 466 and 468 is supported on the removable bearing part 470.Bearing part 470 rotatably moves around axle 452.Driver 472 responds the operation of the one or more processors in the automated banking machines and optionally works, and makes bearing part 470 and bearing part 450 move.Therefore, the driver 472 of exemplary embodiment is optionally worked roller 444 is arranged to adjacent strip bench 442 or roller is arranged to away from the band bench.Similarly, driver 472 is optionally worked and is had syntople so that horizontal driven voller 466 and 468 is placed to lateral transfer roller 460 and 462.As hereinafter discussing, these features are of great use for the purpose that realizes the alignment file.Certainly, be exemplary for this method of the lateral transfer part that is used for file, can use other method in other embodiments.
Come the operation of description document aligned region now with reference to Fig. 8 to Figure 18.In the exemplary embodiment, when sensing file when entering this device, the bearing part 450 by driver 472 controls is positioned, so that roller 444 is oriented to and be with bench 442 to have syntople.This position has been shown among Fig. 8.In this document receiving position, bearing part 470 moves, and makes horizontal driven voller 466 and 468 be arranged to away from lateral transfer roller 460 and 462.
Be in and enter in the opening 422 and other appropraite condition responds for sensing file 476, at least one processor work makes the conveying member 440 moving belt bench 442 of winning.If sense double or other multidocument, then first conveying member can not turn round or can turn round, and and then file returned to the user, as indicated above.Band bench 442 moved inward to cause first file movement and engage with the conveying member of being with position between the bench, as shown in Figure 9 with being clipped in roller 444.In this position, the lateral transfer part and laterally driven voller be arranged to separated from one another, thereby file 476 can with situation that first conveying member engages under move into the document alignment district.The conical surface of lateral transfer roller 460,462 helps file and move through roller under expedite situation.Be to be further noted that pressing plate 464 lip-deep projection actions are to help move by making file be blocked in risk minimization on the various modular constructions.In addition, being raised with on the pressing plate helps make capillary influence to minimize, and this surface tension may otherwise hinder file movement and/or cause damage to file.Certainly, these methods are exemplary, and can adopt other method among other embodiment.
Comprise the position transducer that is used for file in the document alignment district, these working sensors carry out sensing when having moved in the document alignment district fully at file, make file be alignd.Described sensor be emission types or other suitable type.When file 476 fully moved inward, first conveying member stopped.In the rest position of conveying member, driver 472 work are with mobile bearing part 470, as shown in figure 12.This make lateral transfer part and driven voller juxtaposition therebetween file 476 and move so that engage this document.
Afterwards, as Figure 13 and shown in Figure 14, driver 472 work are with mobile bearing part 450.This makes roller 444 be arranged to leave band bench 442, and the band bench is disengaged with respect to file and this conveying member.Afterwards, at least one processor of one or more actuator response that moves for mobile lateral transfer roller moves, so as by band bench 442 along being horizontal direction move 476 with respect to previous moving direction, and align (deskew) file.As shown in figure 15, file 476 moves on one side and aligns with alignment sensor 474 up to longitudinal edge 478.In the exemplary embodiment, alignment sensor 474 provides virtual wall, abuts against can the align longitudinal edge of file of this virtual wall.The file sensing that is undertaken by alignment sensor 474 makes file accurately to locate, and can be with document alignment at the desired locations place, and this helps the follow-up mark that reads from file.At file is in the exemplary embodiment of check, the accurate alignment of longitudinal edge make it possible to file with and on magnetic ink character identification line position, thereby with document alignment in the position that can read by read head, as mentioned below.Certainly can use other method in other embodiments.
In some exemplary embodiments, alignment sensor is operably connected with one or more processors, thereby response is controlled conveying member as lower sensor: as described in sensor at file with respect to sensor towards stopping (blocking) received reduction degree of sensing receiver when move the position from the radiation of the associated transmitter of sensor.Exemplary embodiment can be constructed such that the driver of operation lateral transfer roller can be when the alignment sensor of laterally aliging with conveying roller be sensed the radiant quantity that arrives sensor from transmitter and reduced to a certain extent, and stops further horizontal mobile paper (thin slice sheet).Afterwards, other driver of operating other lateral transfer roller can remain in operation, and senses the reduction of degree of approximation up to the alignment sensor corresponding with conveying roller.Like this, the processor that independent controlled lateral transfer roller is operated aligns the longitudinal edge of file and the virtual wall that produces by the use sensor.
In alternative embodiment, this device can be worked according to its program, so that corresponding lateral transfer roller move laterally, thereby sense reduction, and this radiation arrived the receiver of correspondence before not have to take place further to lower from the radiation of respective transmitter.This is corresponding to being the state that file covers corresponding receiver fully.Afterwards, the corresponding drivers that is used for the lateral transfer roller is reverse on the direction that arrives desired level, such as, total reduction of 50 percent, this shows that transverse edge is oriented to approximately cover 50 percent of receiver.Like this, this alternative embodiment document alignment that can will have a higher radiant transmittance by sensor or that its transmissivity changes with the area of sensed file.Replacedly, can use the lateral attitude of determining the concrete part of paper edge such as the horizontal linear sensor array of CCD.Can use a plurality of arrays that separate to come the position of sensing paper.Certainly, these methods are exemplary, and other embodiment can use other method.
In case file has alignd and moved to position shown in Figure 15, driver 472 just work makes roller 444 move to once more near the band bench 442 with mobile bearing part 450.Afterwards, driver moves bearing part 470, so that horizontal driven voller 466 and 468 is arranged to away from the lateral transfer roller.This position has been shown among Fig. 8.Afterwards, can be moved further the current file that has alignd along transport path, it is come out from the document alignment district and enter the file analysis district by moving of first conveying member.
Figure 17 and 18 discloses the operating characteristic of exemplary embodiment, and wherein file 480 has folded edge.Under this exemplary cases, folded edge is constructed such that not having under the excessively crooked situation with lateral transfer roller 462 corresponding alignment sensor 474 at file is can not sense the file longitudinal edge.But in this case, the justified sensor will move with the middle part of sensing longitudinal edge, and also incite somebody to action so before sensor 474 senses document edge with lateral transfer roller 460 corresponding alignment sensor.In the exemplary embodiment, control at least one processor action of the running of the driver that is used for the lateral transfer roller, so that when justified sensor sensing document edge horizontal control documents mobile (even under situation of neither one end sensor sensing document edge).Particularly like this for accordion paper or the file that turned.Two sensor in three sensors are in the expectation aligned position to document edge before, at least one processor is controlled with horizontal mobile this document each transverse roller.Like this, even so, irregular file also substantially accurately aligns with conveying member in a longitudinal direction.
Should be appreciated that exemplary embodiment is used the sensor of radial pattern, to be implemented in the purpose of alignment file in the aligned region.In other embodiments, can use the sensor of other type, such as sound transducer, self-induction sensor, baroceptor or other sensor or its combination that is fit to.
In case file aligns in the document alignment district of transport path, deposit receiving trap in and work with the program of one or more relational processors, so that file moves and enter the file analysis district by first conveying member along transport path with regard to response.In the exemplary embodiment, the file analysis district comprises at least one magnetic strength survey device, and this magnetic strength is surveyed device and comprised magnetic reading head 482.Magnetic reading head 482 and pressing plate 448 support and connection, and can move with respect to pressing plate in the exemplary embodiment.Carry out the alignment of the file in the document alignment district in the exemplary embodiment effectively, have corresponding relation so that the identification of the magnetic ink character on check line is placed to magnetic reading head.Therefore, when file moves in the file analysis district by first conveying member, can read magnetic ink character identification line data by magnetic reading head.Certainly, in some alternative embodiments, can pass through other magnetic induction part (as the type of hereinafter discussing) or read magnetic ink character identification marking or other magnetic mark in for example mode shown in the 6th, 474, No. 548 United States Patent (USP)s alternatively.
Figure 19 to Figure 21 shows the exemplary form of the movable mount that is used for magnetic reading head 482.In the exemplary embodiment, magnetic reading head is positioned in the stop motion mechanism (retainer) 484.Stop motion mechanism 484 comprises first projection 486, and this first projection is extended in hole 488 and can be moved in this hole.Stop motion mechanism 484 also comprises the projection 490 that can move in hole 492.Extension spring 494 extends through the saddle district 496 of housing 484.This saddle district is included in two projectioies holding spring 494 therebetween.This exemplary fabricated section that is used for magnetic reading head makes magnetic reading head can float (float), thereby this magnetic reading head can keep engaging with near the file that moves magnetic reading head.But, provide the removable characteristic of the fabricated section of angular motion and vertical motion to reduce the risk that hinders file when file movement is passed through magnetic reading head simultaneously for magnetic reading head.And the biasing spring fabricated section is easier to be disengaged, and can more easily change magnetic reading head under the situation of needs.Certainly, this method is exemplary, and can use other method in other embodiments.
Except magnetic reading head, the exemplary file analysis area also comprises magnetic induction part 498.In some exemplary embodiments, magnetic induction part can read the magnetic characteristic on the whole file when file moves in the file analysis district.In certain embodiments, magnetic reader can move to read a large amount of magnetic features or line, is beneficial to form the magnetic curve of file, as discussed herein.In certain embodiments, but magnetic induction part sensing file be in each zone in the discrete elements, and these discrete elements provide the complete relatively magnetic curve of file or file each several part.In certain embodiments, it is optional that magnetic inductive capacity may be enough to be used in the independent special-purpose read head of the magnetic ink character identification line that reads on the check.Certainly, these methods are exemplary, and can change according to the type by the file of systematic analysis.
The exemplary file analysis area further comprises first scanning sensor 500 and second scanning sensor 502.These scanning sensor actions are with the optical markings on the sensing file opposite side.The action that combines of scanning sensor and at least one processor is to produce the corresponding data of visual pattern with the every side of file.This feasible visual indicia that can come by the operation of at least one processor among the ATM on the Study document.At file is that scanning sensor can also obtain data under the situation of check and other bill, so that produce and the corresponding data of image that can use check, is used to handle conduct and substitutes the image of check, and/or realize other function.
In certain embodiments, can use by ATM with the corresponding data of document image, so that output is offered the user.For example, can export the image of check, thereby can make the user be sure of that ATM has obtained view data by the display screen of ATM.In some cases, but at least one processor Applied Digital watermark among the ATM or the further feature in the data drop to minimum with the risk that will alter.In certain embodiments, at least one processor can be worked according to its program, to come to show that to user's display image security feature is applied in the view data by vision output.This can comprise and shows the literal of having used security feature and/or the output of sign format.This help to make the user be sure of ATM in the process of handling the check that receives with secured fashion work.Certainly, this method is a kind of exemplary form in a lot of modes that can use in certain embodiments.
In alternative embodiment, the program of the one or more processors relevant with ATM can be so that scanning sensor, Magnetic Sensor and other sensing element can be collected the data that are used to analyze other type file.The sensing element of other type can comprise, for example, and other sensor of UV, IR, RFID, fluorescence, RF and characteristic can sensing associated with the file.File can comprise, for example, and receipt, certificate, cash, voucher (voucher), traveller's check, bill or other file type.Can be to handling, to realize determining the authenticity of these article and/or the type and the feature of these article by the data collected in the analysis area.Certainly, the kind of included sensor can change according to the type of the file of being handled by device in the analysis area.And some embodiment can operate, thereby if the identification line of the magnetic ink character on the file or other magnetic characteristic are not alignd with magnetic reading head, then still can be used to analyze and handle this document from the data of other sensor.
Be to be further noted that file moves by engaging with a plurality of driven rollers 504 in the file analysis district.Driven roller 504 is worked in response to one or more drivers, the operation of one or more processors among wherein said one or more actuator response ATM and Be Controlled.Driver action with file movement near the sensor and, so that help reading mark on the file through sensor.File can move along one or more directions, is beneficial to read and Study document.
In case file moves and by the file analysis district, file just enters in the working area 428 along transport path so.Working area 428 comprises the 3rd conveying member 506.Conveying member 506 comprises top band bench 508.In operating position, a plurality of cooperation rollers 510 that supported by pressing plate 449 are positioned near the band bench 508.Enter in the working area file with the condition that engages of band bench 508 under move, and be in and be with between bench and the roller.
In the exemplary embodiment, the file through the file analysis district moves in the working area, and file may stay for some time in the working area, during this period of time, makes and whether receives the relevant decision of file.This may comprise, for example, makes and the relevant decision of check that whether receives input by the operation of ATM or other connected system.If decision should not receive this check, and is then that the conveying member direction is reverse, and check shifted out, make it to withdraw from turning back to the user through file analysis district, document alignment district and from ATM from the working area.Replacedly, enter ATM if decision receives this document, then file will shift out and arrive the file storage area of device in the mode of hereinafter discussing from the working area.
In some exemplary embodiments, the working area may must be enough to keep therein a plurality of checks or other file greatly.Like this, the user that execution relates to the transaction of a large amount of checks can deposit in all these checks in the bank machine, if but if the user selects check will to be returned or these files in one or more being confirmed as can't be received by bank machine, then the program of bank machine makes and can at an easy rate all these checks be returned.Replacedly or additionally, storage device such as band stocking mechanism, conveying member or other apparatus for temporary storage can be incorporated in the transport path that deposits receiving trap in, thereby more substantial file can be stored in wherein, and under the situation that does not have mandate to conclude the business these files is returned to the user.
Should be noted that exemplary working area comprises lower platen, this lower platen has a plurality of vertical projection of extending thereon.Vertically be raised with and be beneficial to moving and the reduction surface tension of file, so that reduce the impaired risk of file.
In the exemplary embodiment, the working area further comprises pressing mold printer 512.In the exemplary embodiment, the pressing mold printer is supported by pressing plate 449 and comprises that printing ink roll shape printer, Figure 25 to Figure 27 described this printing ink roll shape printer in more detail.The working area further comprises back bracket roller (backing roll) 514, and this back bracket roller work is moved near the pressing mold printer to guarantee file, thus can be on file stamped mark.
Figure 25 to Figure 27 illustrates in greater detail the exemplary form of pressing mold printer.This exemplary printer comprises eccentric printing ink backing roll 518 shown in Figure 27.The eccentric shape of printing ink backing roll on xsect comprises flat region 520, with angled setting and become the print zone 524 of relativeness to compare with the flat region, this flat region is configured to the radially more close rectangular aperture that extends 522 in roller.When file movement by the working area and when on file, not printing by the pressing mold printer, this flat region is positioned near the file usually.In the exemplary embodiment, ink roller 518 is limited by plastic coating or coating by plastic package and around it.Cut with the required design on will Printing to File with penetrating and to portal or opening.Be appreciated that these holes that in the plastics of encapsulation printing ink backing roll outside surface, cut out make printing ink can the printing ink below being arranged in plastic coating keep roll material with the shape transferred thereon in hole to file.For example, in an illustrated embodiment, on file, print a pair of angled line by the pressing mold printer.Certainly, this method is exemplary, and can use the inkjet mechanism and/or the design of other type in other embodiments.
In the exemplary embodiment, ink roller 518 is supported on the first axle part 526 and the second axle part 528.These axial regions comprise that profile is the rectangular preiection 523 of rectangle substantially, and these rectangular preiections extend in the opening 522 of ink roller.Axial region comprises the flange part of arranging from the radial edges of roller 530 and 532. Axial region 526 and 528 comprises (interengaging) projection 525 and passage 527 and joint that is bonded with each other and protruding tongue (tab) 529 and the groove that is used as stop device (catch), and their actions are to engage and to keep together so that pair roller supports.
The second axle part 528 comprises annular protrusion 540.Projection 540 comprises the angled projection that extends radially outwardly 542 on its periphery.Projection 542 has angled contoured, makes protruding transverse width along with increasing near flange part 542 gradually.This being configured with helps provide a kind of safety method that is used for the moving ink roller, and helps changing when needed ink roller and pressing mold printer.
In the exemplary embodiment, ink roller 518 is contained in the housing 544.Housing 544 makes print zone 524 to extend to engage the file from the working area from the housing downside in its open lower side.Housing 544 also comprises two pairs of outward extending ears (ear) 546.Ear 546 comprises porose therein, be used for holding the housing positioning convex 545 on the relevant installation surface that is positioned at device, and action is with positioning housing more accurately and be positioned at the ink roller that supports on the pressing plate, and helps correct positioning when the new ink roll assembly is installed.Housing 544 also comprises hole 543, and axial region extends by this hole.Flange part is positioned to contiguous each hole.
In the exemplary embodiment, drive axial region 528 by arrestment mechanism 548.The arrestment mechanism 548 of exemplary embodiment is a wind spring braking type mechanism, and this mechanism can optionally start by electric signal.Driver drives this arrestment mechanism by gear 550.Arrestment mechanism 548 is exported by shaft coupling (coupling) 552 and is rotatablely moved.Shaft coupling 552 comprise the annular groove corresponding with protruding 540 and in shape with protruding 542 corresponding radial grooves.Therefore, in the exemplary embodiment, the power of the protruding tongue of bias voltage makes shaft coupling 552 engage axial region 528 securely.
During operation, the gear 550 that is operably connected to driver provides the machinery input to arrestment mechanism 548.But ink roller does not rotate usually.Conveying member 506 action with the signal of response from processor with the file movement in the conveying member in the working area.One or more positions of processor indication file are thought in the action such as the sensor of radiation sensor that is arranged in the working area.In the time will utilizing pressing mold printer's marks file, document alignment is become in abutting connection with ink roller by the operation of controlling the processor of conveying member in the working area.Answer processor and signal is sent to arrestment mechanism 548.This signal operationally engages shaft coupling 552, and this makes axial region 528 and 526 rotate ink roller 518.When ink roller rotated, print zone 524 engaged the surface of file, made ink indicia is placed on the file.Ink roller and file movement are correspondingly rotated.The arrestment mechanism action make shaft coupling rotate a circle, thereby after file was labeled, print zone was arranged in the housing once more up.The flat 520 of ink roller is arranged in it once more in the face of in the initial position of file.Therefore, file can pass through pressing mold printer 512, can not have any mark of not expecting thereon again simultaneously, perhaps can not be printed the machine surface and block.
Should be appreciated that, when having exhausted because of the printing ink on the ink roller or also can need to change pressing mold printer ink roller because of the dissimilar mark of needs, can be easy to carry out this replacing.The maintenance personal by make 536 distortion of the protruding tongue of bias voltage or the protruding tongue of otherwise mobile bias voltage and the axial region 526 that moves up so that annular protrusion 534 no longer extends along the slit in the protruding tongue of bias voltage, and realize this replacing.Can also make the projection 534 move up and the attachment slot from support 538 554 in shift out.When annular protrusion 534 is mobile by this way, annular protrusion 540 and radial protrusion 542 can be removed in the corresponding recesses from shaft coupling 552.This makes housing 544 to move, thereby the ear on the housing 546 can separate with positioning convex, and this helps to guarantee the correct location of ink roller when housing is in the operating position.Afterwards, new housing shaft and ink roller assembly can be installed.By projection 540 and 542 being engaged with shaft coupling 552 once more and be bonded in the slit of the protruding tongue 536 of bias voltage protruding 534, and realize described installation.During described location, positioning convex also extends in the ear 546 of housing, also locatees ink roller reliably with positioning housing.
Though will be further understood that only to show an ink roller in the exemplary embodiment, alternative embodiment can comprise a plurality of ink rollers or be used for a plurality of pressing mold printers of on check stamped mark.Such layout is used in the purpose of printing various types of information on the various files.For example, in some cases, may need the file of handling by the device operation is returned to the user.In this case, the pressing mold printer can be printed suitable mark on file, such as, " calcellation " marking or other suitable mark.Certainly, the type that prints can change over the purpose of the particular type that is fit to processed file.In other embodiments, can use replaceable method.
In the exemplary embodiment, by with file movement in storage area 430, the file for the treatment of to shift out from the working area can be stored in the bank machine more muchly., so that engaging the deflector (deflector) 554 of bending, file and file is moved towards the storage area from the working area by move under file and band bench 580 situation about engaging.Deflector 554 makes file be bonded on the vertical conveying member 556 that extends in the storage area 430.Shown in Figure 30 the best, vertically conveying member 556 comprises two continuous bands that driven by driver 558.Conveying member 556 comprises a pair of band that arranges that all has band bench 560.Each band bench 560 is to become relativeness ground to extend substantially with the respective rail 562 of vertical guide 564.As shown in figure 29, the guide 564 of exemplary embodiment is constructed such that track 562 is by resilient material and towards being with bench biased.This helps to guarantee that file moves betwixt with the relation that is sandwiched between band bench and the track.This file 568 that moves between track and band bench has been shown among Figure 30.
Be to be further noted that in the exemplary embodiment driver 558 comprises spring bias mechanism 568.Bias mechanism acts on the lower roll 570, to guarantee with maintaining suitable tension force in the bench 560.
Further, in the exemplary embodiment, conveying belt is contained in the housing that includes a pair of rear wall that separates 572.As mentioned below, rear wall 572 is as the stayed surface of the stacked file of the first of the storage area that may leave device in or position.Similarly, guide 564 comprises the wall surface 574 of a pair of lateral arrangement.574 pairs of wall surfaces are arranged in the second portion of storage area or the stacked file of position provides support.Also show in Figure 30, vertically conveying member 556 arrives file movement near the lower surface 576 that limits inside, storage area.Path along vertical conveying member is provided with the file sensing apparatus, thereby in case file has arrived this lower surface, just can stop driver 558 by the operation of at least one processor.This helps to guarantee that file can not be subjected to the damage of moving in driver.Certain these methods make exemplary, and can use other method in other embodiments.
In the exemplary embodiment, when at least some files moved into the vertical conveying member from the working area, this device work was with stamped mark on file.This can be the various types of marks that just are suitable in processed file type discussed herein.In the exemplary embodiment, carry out printing on file by the operation of ink-jet printer 578.Ink-jet printer comprises the printhead of removable installation, when in the vertical delivery section of file at paper path when mobile, and the contiguous paper of this printhead.Ink-jet printer comprises nozzle, the action of this nozzle with from nozzle towards paper path ink jet optionally, and printing ink is mapped on the neighbouring surface of file.The nozzle of ink-jet printer moves according to the program of processor, and this processor work is to drive ink-jet printer from ink-jet printer ink jet optionally, so that produce the various forms of literal that may need on file.For example, in the exemplary embodiment, printer can move with stamped mark on check, so that indication Transaction Information and/or to the cancellation of this check.In the exemplary embodiment, printhead removably is installed, is made to install and remove easily and carry out by displaceable member.
Exemplary embodiment further comprises ink collection mechanism 580, ink collection mechanism replacedly can be called the ink collection device here.In the exemplary embodiment, the ink collection mechanism action is to collect the printing ink that those may emit from printhead when file not occurring.This may appear at, for example, if file does not align in conveying member, if perhaps machine failure makes under the situation that attempt prints when file not occurring.Replacedly, can when file not occurring, respond at least one processor and operate ink-jet printer, with other the suitable purpose of work that realizes printing a cleaning or be used to guarantee the ink-jet printer reliability.Further, the action of the exemplary embodiment of ink collection mechanism is to safeguard printhead by the wiping nozzle, so that help reliable operation further.Certainly, should be appreciated that the exemplary ink collection device that illustrates and describe only is a kind of in the operable a lot of ink collection device structure.
Figure 22 to Figure 24 shows the exemplary form of ink collection mechanism.This ink collection mechanism comprises that printing ink keeps body 582, and this printing ink keeps having in the body printing ink and keeps the district.Body 582 has annular relief 584 thereon.Lug boss 584 has opening 586 therein.The opening 586 of lug boss keeps interior zone fluid ground to be communicated with the printing ink of body major part.Certain this body construction only is exemplary.
As shown in figure 24, the exemplary embodiment of body 582 is clam shell (clamshell) structure substantially, and comprises bottom 596 and top 598.The upper and lower is combined together as shown and constitutes body, and it comprises annular relief.Absorption of inks part 600 also is contained in the inside of body exemplary embodiment.The action of absorption of inks part is to absorb the printing ink that enters into body interior by opening 586.By installation portion 601, body is removably mounted in the machine, and wherein this installation portion 601 holds suitable securing member or other holding device.
Under mode of operation, head 588 is to extend around the relation of this lug boss on lug boss 584 and substantially.Operation by the driver 602 that can be operatively connected with head makes head optionally rotate.Diskware 604 and sensor 606 actions are with at least one turned position of sensing head 588.
In the operating process of device exemplary form, head 588 is located substantially as illustrated in fig. 22, wherein, and 586 one-tenth aligned relationship of opening of the opening 592 of head and body lug boss.Lug boss extends in the interior zone of rotatable head.In this position, those printing ink that can not arrive file that eject from ink jet-print head enter into body interior by the opening of aiming at.Therefore; for example; if the program of bank machine requires bank machine periodically to carry out makes the head clean operation of inkjet print head nozzles injected (fire), then printing ink can transmit through can having the paper path of file usually in the delivery area, and enters in the body of ink collection mechanism.Afterwards or according to the bank machine program and periodically, with the processor action that driver can be operatively connected, make driver 602 rotation heads 588.The rotational action of head makes flexible polishing piece 594 engage the opening of printhead and wiping inkjet nozzle.This has been avoided hindering the printing ink of ink-jet printer valid function to pile up.In case polishing piece has moved through nozzle, then printhead returns its position, thereby too much printing ink is received in the body.This finishes by making head rotate a complete week along first rotation direction in the exemplary embodiment.Like this, the aperture position of head in from the head rotates, and lug boss and printhead align.Head rotates, thus opening no longer aim at, and flexible polishing piece engages the nozzle of printhead and wiping head.Head part is rotated further up to opening and aims at once more.
In the exemplary embodiment, at least one processor of actuator response and working is to stop then along about 360 degree of the first rotation direction rotation head.In other embodiments, driver can oppositely and/or be operated head, makes it rotate multi-turn.In other embodiments, displaceable member can comprise a plurality of openings and polishing piece, and can suitably move according to its structure.In other embodiments, displaceable member can comprise a plurality of openings and polishing piece, and can suitably move according to its structure.
In certain embodiments, at least one processor can periodically be operated printhead with cleaning or inspection printhead, and can operate the printing ink gatherer only to clean or to check wiping nozzle afterwards.In some alternative embodiments, can be after each print head operation or print the file of setting quantity after carry out wiping work.Can adopt the whole bag of tricks in various embodiments.
In the exemplary embodiment, use the detecting device that is fit to determine when needs replacing printhead.The indication that at least one processor that can be operatively connected with printhead can be worked and when should be changed printer ink cartridge to provide.In certain embodiments, can the machine of a piece of news remotely provides such indication by send at least to remote computer.In the exemplary embodiment, move one or more securing members, protruding tongue, clip (clip) or other member such as passing through, the maintenance personal can easily remove existing printer ink cartridge.Then the replacement print cartridge can be installed, and will replace print cartridge with suitable member engages and be fixed in the machine by replacing print cartridge.In the exemplary embodiment, the electric contact that is used for printhead is oriented to, and when print cartridge is in the operable position, realizes being used to operate necessity electrical connection of printhead.New print cartridge with ink collection device head in opening become alignment relation and the printhead of locating is installed together, thereby, if from printhead, do not have file in the paper path between printhead and ink collection device during ink jet, then will enter the ink collection device and be maintained at wherein from the printing ink of printhead.
In the exemplary embodiment, after new print cartridge had been installed, the maintenance personal can check the operation of printer.This finishes by suitable input is provided to machine.The maintenance personal moves to paper in the paper path.Can manually finish described moving in some cases, and in other cases can be by utilizing one or more conveying members that paper is provided and paper being moved in paper path.Make processor come printer operation by the maintenance personal to one or more inputs that the input media of machine provides, so that printing ink is sprayed towards paper path from printhead.If there is paper, then printing ink impacts paper to print thereon.In some cases, the processor operations printhead is to print suitable pattern, such as the pattern of checking the equal operate as normal of all nozzles.In other embodiments, printable other mark.Certainly, if in paper path, there is not paper, then can enter into the body of ink collection device via the opening in the head from the printing ink of printhead.Certainly, this method is exemplary, and can use other method and step in other embodiments.
In certain embodiments, after carrying out printing, machine can be worked with the nozzle of wiping printhead.This response program relevant with processor and/or respond from maintenance personal's input is finished.In this case, drive operation is rotation head 588 to center on lug boss 584, thereby flexible polishing piece engages printhead.In the exemplary embodiment, when the head of ink collection device when its initial position rotates about week, polishing piece just in time wiping is crossed whole printhead.Header response driver and rotating aligns with printhead up to the opening that senses once more in the head.This is to come sensing by being used for the sensor 606 of sensing diskware 604 turned positions.Be in the situation that is used for collecting in the position of the printing ink of printhead in response to sensing a head, the processor action makes the driver shut-down operation.Certainly these methods are exemplary, can use other method among other embodiment.
In the exemplary embodiment,, can be disengaged and a new body is installed in the operating position, change body by making the one or more securing members that are used for body is fixed in the appropriate location when ink collection mechanism has become when being full of printing ink.Replacedly, in certain embodiments, can open body, thereby remove absorption of inks part 600 and be replaced with new structural member.
In the exemplary embodiment, be disengaged by making the one or more securing members or other device that are used for installation portion 601 remains in the adjacent housings structure of file receiving trap, and body is broken away from from machine.In case finished this disengaging, body 580 just moves, thereby lug boss 584 no longer extends in the interior zone of removable head 588.After having finished these, can abandon body.Replacedly, can open body, remove absorption of inks part 600, new absorption of inks part is installed, and close body once more.
By making its lug boss 584 in the interior zone of head 588, extend the body of new body being installed or being had the new ink absorbing component.Then, by installation portion body is fixed in the appropriate location.The suitable input that the response maintenance personal sends to the machine input media, processor work is so that driver 602 rotary head parts 588.Processor can be according to its program work, with rotation head 588 where necessary only, opening 592 is alignd with printhead.Replacedly, processor can function driver, makes it carry out the rotations in a week or many weeks before the rotation that stops head.In certain embodiments, processor can printer operation checking the operation (as mentioned before) of printer, and can so rotation head with the nozzle of wiping printhead.Certainly these methods are exemplary, and can use other method among other embodiment.
Therefore, as will be appreciated, the exemplary embodiment of ink collection mechanism provides the effective ways that are used to printer to be operated, to avoid too much ink deposition in ATM inside, and make printing nozzle can remain in the proper handling position, thereby can carry out printing reliably.
In the exemplary embodiment, will enter in the storage area 430 such as the file movement of check by vertical conveying member 556.Described file is maintained at the track 562 of guide 564 and vertically between the band bench 560 of conveying member at first.In the exemplary embodiment, described file optionally can be stored among among two available parts (replacedly being called as the position here) of storage area one.They comprise second storage location 610 on first storage location 608 that is positioned on vertical conveying member first side and the relative cross side that is positioned at vertical conveying member.Enter selectivity location in the storage location by using removable plunger member 612 to finish file, wherein removable plunger member responds one or more processors and works, file and vertical conveying member are broken away from and file movement is entered in first storage location or second storage location of storage area.
Figure 31 to Figure 35 shows the operation of exemplary plunger member, so that file 614 is moved in the storage location 608.Shown in figure 32, when file 614 has moved down when entering in the storage area, plunger 612 has navigated to the right side of file, shown in storage location 610.In the exemplary embodiment, plunger member mobile is by using suitable driver and travel mechanism to finish, such as, rack drives device, worm drive, tape drive or other suitable drive unit.Schematically show such driver by driver 616 among Fig. 3.
In case when file had moved to the appropriate location and vertically conveying member stops, then plunger 612 moved to the left side from position shown in Figure 32, so that engage file.Make the file profile be out of shape as shown with this joint of file, and beginning laterally spur file itself and band bench and guide rail is disengaged.May have with the spring bias voltage backing plate 618 of the appended document of its support and connection and move by Figure 33 and plunger action shown in Figure 34.Backing plate 618 is by spring or other proper device bias voltage, and files feasible and the backing plate support and connection are controlled between the wall surface 574 of backing plate and guide substantially.
As Figure 34 and shown in Figure 35, when plunger 612 further when storage location 608 moves, file and track and band are disengaged, thus file is finally kept by plunger to have supporting relation ground with backing plate 618.In case file 614 has arrived inferior position shown in Figure 35, plunger can move to as directed right side once more, thereby file 614 is attached in the document stack that is supported on the backing plate 618.Further, when plunger 612 when its initial position returns, the file that is supported on the backing plate is held with the relation that is clipped between guide wall surface 574 and the backing plate.Therefore, the file that has moved in the storage area optionally moves in the storage location 608 by the operation of plunger.
Figure 36 to Figure 40 shows the operation of plunger member, so that file is stored in the storage location 610.As shown in figure 37, file 620 moves into vertical conveying member, and because this document will be stored in the storage location 610, thus the operation of plunger member 612 answer processors and be positioned to the left side of file, as shown in the figure.As Figure 38 and shown in Figure 39, plunger member 612 is disengaged towards the mobile file and the conveying member of making on right side as shown in the figure, and makes file and spring-loaded backing plate 622 have support and connection.Backing plate 622 by spring or other suitable bias mechanism towards Figure 39 and left side bias voltage shown in Figure 40.
As will be appreciated, in the exemplary embodiment, so that file is stored in the storage location that needs, file optionally can be stored in the storage location of device by location and mobile plunger.This makes file can be separated into various file types.For example, in certain embodiments, can operation A TM, make the check that under the particular case of operating machines, extracts (draw) be stored in the storage location of storage area 430, other check that does not extract under the sort of situation simultaneously is stored in other storage location.Replacedly, using mechanism to receive among some embodiment of check and currency bill, the currency bill that has passed through checking can be stored in the storage location, and currency bill that be defined as forging or suspicious can be stored in another storage compartment.In the again alternative embodiment of operating means with reception check and currency bill, currency bill can be stored in the storage location, and check can be stored in another storage location.
In alternative embodiment, can add setting.For example, in certain embodiments, the vertical conveying member of one or more alignment can carry file to make it pass the storage area of several vertical alignment.In this case, file is movable on the vertical surface level relevant with the storage area that is suitable for store files.In case be on this surface level, plunger just can laterally move, so that file is placed in the suitable storage location on any side of vertical conveying member.Like this, can receive polytype file and in the ATM to document classification (segregate).
In an alternative embodiment again, stocking mechanism can form one with the file mechanism for picking shown in the 6th, 331, No. 000 United States Patent (USP) that is hereby expressly incorporated by reference.Therefore, by the operation of mechanism for picking, the file that has stored (such as currency bill) can after removed automatically, and be distributed to the user of ATM.Utilize the principle of the embodiment that describes can take the whole bag of tricks.
As shown in Figure 2, exemplary storage area 440 remains on detent position usually, thereby also can't obtain the article that are stored in the storage area even have the right to enter the maintenance personal of ATM inside.This realizes that by using sliding gate 624 sliding gate is made of folding part in the exemplary embodiment.This door can move, thereby can be as shown in figure 28 near the file that is stored in the storage area.In the exemplary embodiment, control the ability of opening door 624 by locking 626.In the exemplary embodiment, lock 626 comprises key lock, thereby if the authorized person has suitable key, then can allow near inside, storage area.
In some exemplary embodiments, deposit the structure that receiving trap can be mounted to the bank machine enclosure interior in and have removable support and connection relation.This can realize by the mode shown in the 6th, 010, No. 065 United States Patent (USP) that is hereby expressly incorporated by reference.In some exemplary embodiments, the maintenance personal can be by opening the next inside near the bank machine housing of one or more external doors.Door like this may be opened one or more locks earlier before near enclosure interior.When door is opened, the maintenance personal removable by housings support deposit receiving trap 420 in, thereby the storage area of device extends to outside.In certain embodiments, this more helps file is removed from the storage area.
In the exemplary embodiment, the personnel that have the right to remove file from the storage area can open lock and door 624 is moved to the open site, so that can be near inside, storage area.Be used for coming mobile backing plate 622 and 618 by overcoming, can remove the file that has been arranged in storage location with the respective springs of the stored document stack of clamping relation maintenance or the spring bias of other bias mechanism 617,619.But the protruding tongue 628 of manual engagement and 630 is provided with in the exemplary embodiment, overcomes corresponding biasing force and comes mobile backing plate so that auxiliary maintenance personal is easier.When corresponding backing plate flatly moves away from vertical conveying member, can remove the document stack between backing plate and the vertical conveying member.Removable each backing plate is with the document stack on each horizontal side that removes vertical conveying member.In case removed stored file, backing plate is owing to biasing force automatically returns to the appropriate location to receive more multifile.Similarly, door 624 can be closed, and described lock is reset to latched position.If install movably and deposit receiving trap in, then deposit the inside that receiving trap can move back to housing in so that the storage area is positioned at machine exterior.Then can by close door with and on lock guarantee the safety of housing.This structure of exemplary embodiment not only helps removing of check, cash or other file, also helps to remove any obstruction that may occur in the vertical conveying member.
The exemplary embodiment also aspects such as obstruction in removing document alignment district, analysis area and/or working area provides advantage.For example, as depicted in figs. 1 and 2, can device for opening, thus can easily enter whole transport path so that with document stack to the vertical summit of conveying member.Therefore, under file is blocked in wherein situation, the maintenance personal can make the lock pin (latch) (lock pin 632 shown in 1) that pressing plate is remained in the appropriate location open, and moving press plate 448 and support parts on it and make its position shown in arriving rotationally, so that can expose document alignment district and file analysis district.As will be appreciated, by hinge pressing plate 448 is installed, this makes pressing plate to rotate around the axis by hinge, is beneficial to the unlatching of pressing plate.Similarly, pressing plate 449 the part of mechanism supports on the working area can be opened as shown exposing the zone of file transport path, thereby helps access file wherein.As depicted in figs. 1 and 2, pressing plate 449 centers on the vertical substantially axis of axis that is centered on pressing plate 448 rotations and extends.Further, in the exemplary embodiment, pressing plate 448 and 449 is constructed such that and must before can opening pressing plate 449 pressing plate 448 be moved to the open site.Similarly, must before cutting out, pressing plate 449 close pressing plate 449.This representative configuration makes can use single lock pin, so that pressing plate is fixed on operable position, and can remove the fixing of single lock pin, thereby two pressing plates are all removable, with document alignment district, file analysis district and the working area of exposing file transport path in the device.Certain this method is exemplary, and other embodiment can use other method.
When the exemplary embodiment that deposits receiving trap 420 in is keeped in repair (wherein, for the purpose that this maintenance is discussed, depositing this in receiving trap is described as relevant with check), the maintenance personal is usually from opening door or other access mechanism (such as can be near the wallboard (fascia) or the panel of the interior zone of ATM housing).In the exemplary embodiment, check receiving trap 420 is supported on the slide plate (slide), and to after being commonly used to device to be remained on mechanism's release of operating position, can when device is by housings support, move this device, make it extend to the outside of ATM.Certainly, in some cases, according to the maintenance type that will carry out, can not will device extend to the outside of ATM housing.Replacedly, in some cases, the maintenance personal can extend to device the outside of housing, and then removes the support and connection that device makes its disengaging and ATM housing fully.This can finish when for example whole device being replaced with different device.
The maintenance personal can make lock pin 632 throw off and rotate pressing plate 448 around the axis of hinge.The zone that this has exposed transport path by the device in document alignment district 424 and the file analysis district 426.Should be noted that, when pressing plate 448 moves to the open site, Figure 4 shows that the edge 456,458 of sawtooth profile is moved apart.
When pressing plate 448 moves when exposing document alignment district and file analysis district the removable any check that is stuck therein or blocks of maintenance personal.The maintenance personal also can carry out other operation such as cleaning scanning sensor or magnetic reading head.Can use suitable solvent, wiping brush (swab) or other material to carry out this cleaning.The maintenance personal can also clean, aligns, repairs or change other article in the zone of exposing of transport path.
When pressing plate 448 was in the open site, the maintenance personal can move to the open site from off-position with pressing plate 449, as shown in Figures 2 and 3.Axis around the pressing plate support member turns to the open site with pressing plate 449, and the working area 428 of transport path is exposed.Then, the maintenance personal can remove the file of any obstruction from the working area.The maintenance personal can also clean, aligns, repairs or change other parts that expose or otherwise obtainable in the working area.
In case finish maintenance job, pressing plate 449 is turned to off-position.Afterwards, pressing plate 448 is turned to off-position.This makes contour edge 456,458 revert to adjacent alignment.When pressing plate 448 was in the closed position, fixedly lock pin 632, so that two pressing plates are maintained in its closed position, then can moved back to the check receiving trap in the operating position and were fixed in this operating position.After finishing the work, the maintenance personal will and then close door or other device, with the inside of sealing ATM housing.Certainly these methods are exemplary.
In case closed housing, ATM can return to the state that service is provided.This may comprise that transmitting checking file by transport path makes its process deposit receiving trap 420 in, and/or reads polytype mark from one or more checking files.Certainly, should be appreciated that these methods are exemplary, and can use other method in other embodiments.
Therefore, exemplary embodiment deposit receiving trap in and system has realized at least some above-mentioned purposes, eliminated some problems that existing apparatus and system run in using and has obtained beneficial effect as described herein.
In the description in front,, some term is described as exemplary embodiment for purpose concise and to the point, clear and that understand.But, because these terms are to be used for purpose of description, can not provide any unnecessary restriction, and should under wide significance, explain these terms so hint these terms.And description here and explanation are way of example, shown in the invention is not restricted to or described feature.
Further, in claims, any feature of describing as the method for carrying out certain function should be interpreted as comprising the method that can carry out described function by known to a person of ordinary skill in the art, and should not be considered to only limit to carry out described function and in the above description or described ad hoc approach or its equivalent only.
Any advantage and the beneficial effect that described feature of the present invention, discovery and principle, structure and operation method of the present invention, are obtained, novel favourable structure, device, element, layout, parts, combination, system, equipment, operation, method, process and pass tie up in the claims sets forth.
Claims (229)
1. method may further comprise the steps:
(a) paper is received among the cash distribution ATM;
(b) move described paper by described paper with engaging of first conveying member along first direction;
(c) edge with described paper aligns with described first direction, this step comprises described paper is engaged with at least two second conveying members, described second conveying member be used for along with described first direction be that horizontal second direction moves described paper, and utilize along described first direction and extend the described edge that a plurality of non-contact sensors that are provided with come the described paper of sensing;
(d) afterwards, will be moved in abutting connection with at least one sensing apparatus along the described paper of described first direction alignment, described sensing apparatus is suitable for reading at least a in magnetic mark on the described paper and the optical markings at (c).
2. method according to claim 1 wherein, (c) comprises described paper is engaged with two second conveying members that are provided with that are separated from each other along described first direction at least.
3. method according to claim 2, and further comprising: at (c) before, described first conveying member is broken away from and the engaging of described paper, wherein, described paper can move along described second direction.
4. method according to claim 3, and further comprising: at (c) afterwards and before, described paper is engaged once more with described first conveying member at (d), wherein, in (d), described paper with situation that described first conveying member engages under move.
5. method according to claim 4, wherein, described paper comprises check, and wherein, in (d), described sensing apparatus comprises that action is to read the magnetic strength survey device of the magnetic ink character identification line on the described check.
6. method according to claim 5 wherein, in (d), reads mark in the described magnetic ink character identification line by magnetic reading head, and described magnetic reading head is to become the mode of supporting relation to be movably mounted with described ATM.
7. method according to claim 5 wherein, in (d), reads optical markings by scanister from least one side of described check.
8. method according to claim 7 wherein, in (d), reads optical markings from the both sides of described check.
9. method according to claim 8, wherein, in (c), described check laterally moves, up to first longitudinal edge that is sensed described check by at least two non-contact sensors.
10. method according to claim 9, wherein, in (c), described check moves along first horizontal direction, stops sensing with the further reduction of further laterally moving the radiation that sensed of described check along described first horizontal direction up at least one non-contact sensor that comprises the radiation sensitive device.
11. method according to claim 10, wherein, in (c), stopping sensing along with after the radiation variation that is moved further of described first horizontal direction, described check moves along second horizontal direction opposite with described first direction subsequently, senses to a certain degree radiation up to described at least one radiation sensitive device.
12. method according to claim 8, and further comprise:
(e) afterwards, check is moved to the working area of described ATM at (d).
13. method according to claim 12, and further comprise:
(f) determine by the operation of described ATM whether described check will be received among the described ATM;
(g) response does not receive described check decision among the described ATM in (f), along in the opposite direction described check being moved to the outside of described ATM with described first party.
14. method according to claim 12, and further comprise:
(f) determine by the operation of described ATM whether described check will be received among the described ATM;
(g) the described ATM of response in (f) will receive the decision of described check, and described check is moved to the storage area from the described working area of described ATM.
15. method according to claim 14, and further comprise:
(h) described check is moved to before the described storage area in (g) carried out mark by the operation of at least one printer among the described ATM to described check.
16. method according to claim 15 wherein, in (h), is come the described check of mark by the operation of rotating inking wheel.
17. method according to claim 16, wherein, in (h), the operation by ink-jet printer comes the described check of mark.
18. method according to claim 15, wherein, in (g), described check with situation that the conveying member that comprises a pair of guide rail that is arranged engages under be moved into described storage area.
19. method according to claim 15, and further comprise:
(i) afterwards, by described check is engaged with the plunger member that laterally moves between described guide rail, described check is optionally moved in the part of described storage area at (g).
20. method according to claim 19, and further comprise: the described check in the response (f) will be received the decision among the described ATM, distribute cash by the operation of cash distributor from described ATM.
21. a method may further comprise the steps:
(a) first file is received among the cash distribution ATM;
(b) utilize at least one sensing apparatus of described ATM to come mark on described first file of sensing;
(c) analyze and the corresponding data of described mark that on described first file, sense by the operation of described ATM;
(d) afterwards, in the conveying member of comprising of described ATM of a pair of file supporting track that is arranged, move described first file at (b);
(e) with in first storage location of described first file movement in the described ATM, this step comprises described first file is engaged with the plunger member that moves along first horizontal direction between described track.
22. method according to claim 21, and further comprise:
(f) second file is received among the described ATM;
(g) utilize at least one sensing apparatus of described ATM to come mark on described second file of sensing;
(h) analyze and the corresponding data of described mark that on described second file, sense by the operation of described ATM;
(i) afterwards, in described conveying member, move described second file at (g);
(j) with in second storage location of described first file movement in the described ATM, this step comprises described second file is engaged with the plunger member that moves along second horizontal direction between described track, wherein, described second horizontal direction is opposite with described first horizontal direction.
23. method according to claim 21, wherein, (e) comprise and overcome the reverse biased power that applies by first backing plate, in described first storage location, move described first file, exceed outside a pair of first support wall surface that is arranged along described first horizontal direction;
And described method further comprises:
(f) relation with the centre that is in described first backing plate and described first support wall surface keeps described first file.
24. method according to claim 23, and at (e) afterwards and before, move described plunger member along second horizontal direction opposite with described first direction at (f).
25. method according to claim 21, and further comprise:
(f) before, move described plunger member, make described plunger member be arranged on the side relative of described conveying member with described first storage location along second horizontal direction opposite with described first horizontal direction at (e).
26. method according to claim 25 wherein, (c) comprise that definite described first file should be stored in described first storage location, and wherein, described plunger member is moved in the decision in the response (c) in (f).
27. method according to claim 22, wherein, (j) comprise and overcome the reverse biased power that applies by second backing plate, in described second storage location, move described second file, exceed outside a pair of second support wall surface that is arranged along described second horizontal direction;
And described method further comprises:
(k) relation with the centre that is in described second backing plate and described second support wall surface keeps described second file.
28. method according to claim 27, wherein, in (f), described first file is maintained in first heap with the relation of the centre that is in described first backing plate and described first support wall surface;
And wherein, in (k), described second file is maintained in second heap with the relation of the centre that is in described second backing plate and described second support wall surface.
29. method according to claim 28, wherein, in (a), described first file comprises first check, and wherein, in (f), described second file comprises second check.
30. method according to claim 28, wherein, in (a), described first file comprises check, and wherein, in (f), described second file comprises currency bill.
31. method according to claim 28, wherein, in (a), described first file comprises check, and described method further comprises:
(l) before, move described check in the mode that engages with first conveying member along first longitudinal direction at (b);
(m) before and afterwards, in the mode that engages with at least two mobile conveying members of independence, along being that horizontal direction moves described check with respect to the direction that in (l), moves described check in (1) at (b).
32. method according to claim 31 wherein, (m) further comprises mobile described check, aligns with described first direction with the edge with described check.
33. method according to claim 32 wherein, (m) comprises that further a plurality of non-contact sensors that utilization is arranged along described first direction come the described check of sensing.
34. method according to claim 33 wherein, (b) comprises magnetic mark on the described check of sensing.
35. method according to claim 34 wherein, (b) comprises optical markings at least one side of the described check of sensing.
36. according to claim 35 described methods, and at (e) before, by stamped mark on the described check of operating in of at least one printer among the described ATM.
37. method according to claim 36, and further comprise:
(n) open lock, described lock is used to control at least one move that covers described first storage location;
(o) afterwards, move described at least one door at (n);
(p) afterwards, remove the described check that exists with the described first heap form between described first backing plate and described first support wall surface at (o).
38. according to the described method of claim 37, and further comprise: at (n) before, the described analysis in the response (c) is distributed cash from described ATM.
39. method according to claim 28, and further comprise:
(l) open lock, described lock is used to control at least one move that covers described first storage location;
(m) afterwards, move to the open site with described first at (l);
(n) afterwards, between described first backing plate and described first support wall surface, remove described first heap at (m).
40. method according to claim 21, and further comprise: the operation by described cash distributor is distributed cash from described ATM.
41. a device comprises:
The printing ink backing roll, stamped mark on its check that is suitable in automated banking machine, moving;
The first axle part, it is operably connected with described roller, and extends from described roller along first axial direction, wherein, described the first axle part has: with the first end of described the first axle part described the first axle part support and connection and contiguous, described first end from described roller along described first direction setting; First extends axially projection, and it is suitable for being accommodated in first groove of the protruding tongue of bias voltage, wherein, and protruding tongue of described bias voltage and described bank machine support and connection;
The second axle part, it is operably connected with described roller, and extend from described roller along second axial direction opposite with described first direction, wherein, described the second axle part has: with the second end of described the second axle part described the second axle part support and connection and contiguous, described the second end from described roller along described second direction setting; Second extends axially projection, and it is suitable for being accommodated in second groove of shaft coupling, with to described roller transferring rotational motion.
42. according to the described device of claim 41, wherein, described roller is eccentric on xsect.
43. according to the described device of claim 42, wherein, described roller comprises the flat region on xsect, thereby when described flat region is positioned to the vicinity check, does not have printing ink to be transferred on the described check from described roller.
44. according to the described device of claim 43, wherein, described roller comprises print zone on xsect, described print zone is arranged on the surface of described roller angledly with respect to described flat region, and wherein, compare with described flat region, the outside surface that is in the described print zone of described roller further extends radially outwardly with respect to described roller.
45. according to the described device of claim 44, wherein, the described outside surface of described roller comprises plastic coating, and wherein, described plastic coating comprises at least one opening that is in the described print zone, and wherein, described at least one opening is suitable for making the printing ink from described roller arrival check therefrom to pass through.
46. according to the described device of claim 45, and further comprise housing, wherein,
Described housing comprises open side, and wherein, described roller can rotate in described housing.
47. according to the described device of claim 46, wherein, described housing comprises a plurality of ears with its support and connection, and wherein, at least one ear extends to described outside and contiguous described open side.
48. according to the described device of claim 47, wherein, described housing comprises: first ear, described first ear edge is that the first horizontal outward direction extends from described housing with respect to described first and second axial directions substantially; And second ear, described second ear is along being horizontal substantially with respect to described first and second axial directions and opposite with described first outward direction second outward direction extends from described housing.
49. according to the described device of claim 48, wherein, described the second axle part comprises the radially extension projection that extends axially protruding support and connection with described second, wherein, the described projection of radially extending is suitable for extending in the radially extending flute of described shaft coupling.
50. according to the described device of claim 49, wherein, described radially extension projection is taper, makes the described transverse width that radially extends projection become more and more wideer along with moving closer to described roller.
51. according to the described device of claim 50, wherein, described housing comprises first hole, and wherein, described the first axle part extends in described first hole and be rotatable.
52. according to the described device of claim 51, wherein, described housing comprises second hole, and wherein, described the second axle part extends in described second hole and be rotatable.
53. according to the described hole of claim 52, wherein, described the first axle part comprises first flange part with its support and connection, wherein, described first flange part is arranged on outside and contiguous described first hole of described housing.
54. according to the described device of claim 53, wherein, described the second axle part comprises second flange part with its support and connection, wherein, described second flange part is arranged on outside and contiguous described second hole of described housing.
55. according to the described device of claim 54, wherein, in described first and second axial regions one comprises extending axially and keeps projection, and in described first and second axial regions another comprises and extends axially retaining groove, and wherein, described extending axially keeps projection and extends axially retaining groove extending in described roller with engaging.
56. according to the described device of claim 55, wherein, described roller comprises rectangle roller opening therein, and wherein, in described first and second axial regions at least one has at least one rectangular preiection with its support and connection, wherein, described at least one rectangular preiection extends in described rectangle roller opening.
57. according to the described device of claim 56, wherein, described first and second axial regions comprise stop device, and wherein, keep described first and second axial regions to engage by described stop device.
58. according to the described device of claim 41, wherein, described roller comprises the outside surface with plastic coating, and wherein, described plastic coating comprises at least one opening, and wherein, described at least one opening is suitable for making the printing ink from described roller arrival check therefrom to pass through.
59. according to the described device of claim 41, wherein, described roller is eccentric on xsect, and comprises flat region and print zone, and wherein, compares with described flat region, described print zone further extends radially outwardly with respect to described roller.
60. according to the described device of claim 41, wherein, described the second axle part comprises the radially extension projection that extends axially protruding support and connection with described second, wherein, the described projection of radially extending is suitable for extending in the radially extending flute of described shaft coupling.
61. according to the described device of claim 60, wherein, described radially extension projection is taper, makes the described transverse width that radially extends projection become more and more wideer along with moving closer to described roller.
62. according to the described device of claim 41, and further comprise housing, wherein, described housing comprises open side, and wherein, described roller can rotate in described housing and engage check by described open side.
63. according to the described device of claim 62, wherein, described housing and the support and connection of a plurality of ears, described ear extends to described outside and contiguous described open side.
64. according to the described device of claim 41, wherein, at least one in described first and second axial regions comprises at least one rectangular preiection, and wherein, described roller comprises rectangle roller opening, and wherein, described at least one rectangular preiection extends in described rectangle roller opening.
65. according to the described device of claim 52, wherein, described first and second axial regions comprise stop device, and wherein, described stop device extends in described roller and keeps described first and second axial regions to have engagement relationship.
66., and further comprise according to the described device of claim 57:
Automated banking machine comprises the cash distributor;
The check imaging device is arranged in described automated banking machine;
The check conveying member is arranged in described automated banking machine;
Clutch coupling is arranged in described automated banking machine and is operably connected with described shaft coupling;
Wherein, described roller responds described clutch coupling and rotates, and action is with stamped mark on the check that is moved in described conveying member.
67., and further comprise according to the described device of claim 41:
Automated banking machine comprises the cash distributor;
The check imaging device is arranged in described automated banking machine;
The check conveying member is arranged in described automated banking machine;
Driver is arranged in described automated banking machine, and is operably connected with described shaft coupling;
Wherein, described roller responds described driver and rotates, and action is with stamped mark on the check that is moved in described conveying member.
68. a method may further comprise the steps:
(a) in cash dispensing automated banking machine, move and be used for axial bias and support the protruding tongue of bias voltage that marking roll has the first axle part of supporting relation with first printing ink, make the second axle part axially arrange from described the first axle part, to keep and the engaging of rotatable shaft coupling, thereby described the second axle part is no longer by the protruding tongue bias voltage of described bias voltage, to keep and the engaging of described shaft coupling;
(b) afterwards, at (a) make with described the first axle part have first of supporting relation extend axially the projection with the protruding tongue of described bias voltage in first groove be disengaged;
(c) afterwards, described the second axle part and described shaft coupling are broken away from (b).
69. according to the described method of claim 68, wherein, protruding tongue of described bias voltage and described bank machine have supporting relation, and wherein, (a) comprise making described protruding tongue distortion, to move described protruding tongue axially away from described first roller.
70., wherein, (b) comprise the described projection that extends axially upwards shifted out described first groove according to the described method of claim 69.
71., wherein, (c) comprise making to have second of supporting relation with described the second axle part and extend axially second groove disengaging in projection and the described shaft coupling according to the described method of claim 70.
72. according to the described method of claim 71, wherein (c) comprise make with described second extend axially that projection has a supporting relation radially extend radially extending flute disengaging in projection and the described shaft coupling.
73., and further comprise according to the described method of claim 72:
(d) afterwards at (a), make at least one ear and housing positioning convex be separated, described at least one ear with have supporting relation with the housing that substantially extends around the relation of described first roller, described housing positioning convex and described bank machine have supporting relation.
74., and further comprise according to the described method of claim 73:
(e) afterwards, will engage with another the second axle part and the described shaft coupling that second printing ink supporting marking roll has a supporting relation at (c);
(f) will join to another first portion of extending axially that described second roller has another the first axle part of supporting relation in described first groove in the protruding tongue of described bias voltage;
(g) the protruding tongue of described bias voltage is moved, make to engage described another the first axle part of the protruding tongue bias voltage of described bias voltage with described shaft coupling to keep described another the second axle part.
75., and further comprise according to the described method of claim 74:
(h) afterwards, will engage with described housing positioning convex with another ear of another housing of substantially extending around the relation of described second roller at (d).
76. according to the described method of claim 75, wherein, described second roller comprises the printing ink backing roll with plastics external coating, and wherein, described plastic coating comprises at least one opening, wherein, described printing ink can pass described at least one opening, and described method further comprises:
(i) respond the rotation of described shaft coupling and rotate described second roller.
77., wherein, (e) comprise another that has a supporting relation with described another the second axle part second extended axially projection and described second groove of described shaft coupling engages according to the described method of claim 75.
78. according to the described method of claim 77, wherein, (e) further comprise make with described another second extend axially that projection has a supporting relation another radially extend projection and in the described radially extending flute of described shaft coupling, extend.
79., and further comprise according to the described method of claim 78:
(h) will engage with described housing positioning convex with another ear of basic another housing that extends around the relation of described second roller.
80., and further comprise according to the described method of claim 79:
(i) move in described automated banking machine;
(j) rotate described second roller at described file during contiguously through described second roller, make described roller apply printing ink to described file.
81. 0 described method according to Claim 8, wherein, described second roller comprises plastic coatings, and described plastic coatings has at least one opening that therefrom passes, and wherein, in (j), printing ink passes described at least one opening and arrives on the described file.
82. 1 described method according to Claim 8, wherein, in (j), the described printing ink that passes described at least one opening produces the calcellation mark on described file.
83. 2 described methods according to Claim 8, and further comprise:
(k) check is received in the described bank machine;
(l) move described check at least one conveying member in described bank machine;
(m) during at least a portion of (l), rotate described second roller, wherein, on described check, print the calcellation mark.
84. 3 described methods according to Claim 8, and further comprise:
(n) from described bank machine, distribute cash by the operation of cash distributor.
85. a method may further comprise the steps:
(a) move the protruding tongue of bias voltage that comprises first groove, wherein, protruding tongue of described bias voltage and cash dispensing automated banking machine have supporting relation;
(b) will be supported on first on the first axle part and extend axially bump bonds in described first groove of the protruding tongue of described bias voltage, described the first axle part and described printing ink supporting marking roll have supporting relation;
(c) will have second the extending axially projection and engage of the second axle part of supporting relation with described marking roll with second groove in the rotatable shaft coupling of described bank machine.
86. 5 described methods according to Claim 8, wherein, described marking roll comprises plastic coatings, described plastic coatings has at least one opening, wherein, described printing ink can pass through described at least one opening, and wherein, (c) comprises that further extension and described second extends axially projection and has the radially extension projection of supporting relation and the radially extending flute in the described shaft coupling.
87. 6 described methods according to Claim 8, wherein, described housing extends with basic relation around described roller, and wherein, described housing comprises open side, and wherein, described housing comprises at least one ear that has supporting relation and contiguous described open side with described housing, described method and further comprising:
(d) at least one ear and at least one corresponding housing positioning convex are engaged, wherein, described housing positioning convex is connected with the housings support of described bank machine.
88. 7 described methods according to Claim 8, and further comprise:
(e) move at least one conveying member in described machine;
(f) during at least a portion of (e), rotate described roller, thereby utilize the printing ink that passes described at least one opening to come the described file of mark.
89. 8 described methods according to Claim 8, wherein, described roller comprises flat region and print zone on xsect, wherein, and with respect to described flat region, described print zone further extends radially outwardly on described roller, and wherein, described at least one opening is in the described print zone, and wherein, in (f), the described print zone of described roller engages described file by the described open side of described housing.
90. 9 described methods according to Claim 8, and further comprise:
(g) from described bank machine, distribute cash by the operation of cash distributor.
91. an automated banking machine comprises:
Paper path extends in described machine, and wherein, paper moves along described paper path;
Ink jet-print head is positioned at first side of contiguous described paper path and is on first side of described paper path, and wherein, described printhead is suitable for stamped mark on the paper in described paper path;
The ink collection device is positioned on second side relative with described printhead of described paper path, and wherein, described ink collection device comprises:
Rotatable first body of installing, it comprises that first printing ink that leads to the described first body inside receives opening; And
Flexible polishing piece, itself and the described first body support and connection;
Driver, be operably connected with described first body, wherein, described driver is suitable for making described first body to rotate between the primary importance and the second place with respect to the angled setting of described primary importance, wherein, in described primary importance, described first printing ink receive opening by centering to receive printing ink from described printhead, in the described second place, described polishing piece engages described printhead.
92. according to the described device of claim 91, wherein, described ink collection device further comprises:
Body, wherein, described body has printing ink and keeps the district, and wherein, described body extends in the interior zone of first body of described rotatable installation.
93. according to the described device of claim 92, wherein, described body further comprises lug boss, wherein, described lug boss comprises that second printing ink receives opening, wherein, described second printing ink receives opening and extends in the described interior zone of described first body, and keeps district's fluid to be communicated with described printing ink.
94. according to the described device of claim 93, wherein, in the described primary importance of described first body, described second printing ink receives opening and aligns substantially with described first printing ink reception opening and described printhead.
95. according to the described device of claim 94, wherein, described lug boss is cylindrical substantially, and extends in the described interior zone of described first body.
96. according to the described device of claim 94, wherein, described first body is cylindrical substantially, and comprises the flat region on its outer surface, wherein, described first printing ink reception opening extends through described first body in the described flat region.
97. according to the described device of claim 96, wherein, described flexible polishing piece and the described first body support and connection, and arrange with respect to described flat region angledly.
98., and comprise that further the described printing ink that is arranged in described body keeps the absorption of inks part in district according to the described device of claim 97.
99. according to the described device of claim 98, and further comprise installation portion with described body support and connection, wherein, described installation portion is bonded into the housing section support and connection with described machine reliably.
100. according to the described device of claim 99, and further comprise: the scanning sensor of contiguous described paper path, wherein said scanning sensor be suitable for producing with described paper path in the corresponding data of at least one image of at least a portion of at least one paper.
101., and further comprise according to the described device of claim 100:
First conveying member, wherein, described first conveying member moves paper along first direction in described paper path, and wherein, paper moves with respect to described scanning sensor along described first direction;
A plurality of non-contact type alignment sensor, in the described alignment sensor at least two along the setting that separates each other of described first direction;
Second conveying member, wherein, described second conveying member edge is that horizontal second direction moves paper with respect to described first direction substantially, and wherein, the response of described second conveying member be subjected to a plurality of described alignment sensor sensings such paper and along the operationally mobile paper of described horizontal direction.
102., and further comprise according to the described device of claim 101: at least one magnetic reading head of contiguous described paper path location, wherein, described at least one magnetic reading head be suitable for producing with described paper path in paper on the corresponding data of magnetic mark.
103., and further comprise according to the described device of claim 102:
At least one user input apparatus, it is suitable for receiving the input from the user of described machine, and wherein, described input can be used for discerning at least a in user and the user's related account;
At least one output unit, it is suitable for producing output from described machine;
At least one cash distributor, it is suitable for distributing cash to the user of described machine.
104., and further comprise according to the described device of claim 103:
At least one terminal handler, it is operably connected with described printhead and described driver, wherein, described at least one terminal handler action, make described printhead stamped mark at least one paper, and first body of described rotatable installation is rotated, so that described flexible polishing piece engages described printhead not operating when described printhead comes stamped mark.
105., and further comprise according to the described device of claim 91:
At least one terminal handler, it is operably connected with described printhead and described driver, wherein, described at least one terminal handler action, make described printhead stamped mark at least one paper, and first body of described rotatable installation is rotated, so that described flexible polishing piece engages described printhead.
106. according to the described device of claim 104, wherein, described at least one terminal handler is operably connected with described scanning sensor, and wherein, described at least one processor action, with response differentiate with the corresponding data of at least one image with described at least one paper on the corresponding numerical data of mark.
107. according to the described device of claim 106, wherein, described at least one terminal handler action makes described machine send and the corresponding data of at least one image to remote computer.
108. according to the described device of claim 107, wherein, described at least one terminal handler action makes at least one communication information that described cash distributor response is received from remote computer by described machine and works.
109., and further comprise according to the described device of claim 108:
The storage area, it is operably connected with described paper path, and wherein, markd at least one paper of printing moves to described storage area by the operation of described printhead on it.
110., and further comprise according to the described device of claim 109:
Displaceable member, it can move in described storage area;
Another driver, it is operably connected with described displaceable member, and wherein, described displaceable member can respond the operation of described another driver and move;
And wherein, described storage area comprises a plurality of storage compartments, and wherein, described another driver is operably connected with described at least one terminal handler, and wherein, described at least one displaceable member is suitable for responding described at least one terminal handler and moves, so that the paper that receives the described storage area from described paper path is optionally navigated in described a plurality of storage compartment.
111., and further comprise according to the described device of claim 91:
At least one terminal handler;
At least one cash distributor;
Wherein, described at least one terminal handler is operably connected with described driver, printhead and cash distributor, and wherein, described at least one terminal handler action, make stamped mark at least one the paper of described printhead in described paper path, make described driver rotate described first body so that described flexible polishing piece engages described printhead, and make the work of described cash distributor, send out so that cash divides from described machine.
112., and further comprise according to the described device of claim 111:
The scanning sensor of contiguous described paper path, wherein, described scanning sensor action is with the image corresponding data of generation with at least a portion of at least one paper.
113. according to the described device of claim 112, wherein, described scanning sensor is operably connected with at least one terminal handler, and wherein said at least one terminal handler action, makes described machine send and the corresponding data of described image at least one remote computer.
114. according to the described device of claim 113, wherein, described at least one paper comprises check.
115. according to the described device of claim 114, wherein, described at least one terminal handler action, make and discharge printing ink when described printhead does not have the described printhead of paper vicinity in described paper path, and then make described drive operation to be rotated in a first direction described first body, and make described flexible polishing piece engage described printhead, and then make described driver further rotate described first body, receive opening up to described first printing ink and align substantially with described printhead along described first direction.
116. according to the described device of claim 115, wherein, described ink collection device further comprises body, described body comprises that printing ink keeps district and lug boss, and wherein, described printing ink keeps the district to be communicated with described lug boss fluid, and wherein, described first body rotates around described lug boss.
117. an automated banking machine comprises:
Paper path, wherein, the check that is input in the described machine moves along described paper path in described machine;
The scanning sensor of contiguous described paper path, described scanning sensor are suitable for producing the corresponding data of image with at least a portion of at least one check;
Ink jet-print head, first side of its contiguous described paper path also is positioned on first side of described paper path, is suitable for stamped mark at least one check;
Printing ink receives body, and it is positioned on second side relative with described printhead of described paper path, and comprises and be suitable for the printing ink from described printhead is received at least one printing ink opening in it;
At least one rotatable part, it is positioned at contiguous described at least one printing ink and receives opening, described at least one rotatable part comprise at least one rotatable part opening and with at least one flexible polishing pieces of its support and connection;
At least one driver that is operably connected with described at least one rotatable part, wherein, described at least one driver action is to rotate described at least one rotatable part between the angle position, wherein, in first angle position, described at least one rotatable part opening receives opening with described at least one printing ink and aligns substantially, and in second angle position, described flexible polishing piece engages described printhead.
118. a method may further comprise the steps:
(a) ink jet-print head is mounted to first side of the paper path in the contiguous automated banking machine and being positioned on first side of described paper path, wherein, paper moves along described paper path, and wherein, described printhead is oriented to the ink collection utensil relativeness is arranged, wherein, described ink collection device is positioned on second side relative with described first side of described paper path, wherein, described ink collection device comprises rotatable first body of installing, wherein, described first body comprises that first printing ink that leads to its interior zone receives opening and receives the flexible polishing piece that opening is spaced apart with its support and connection and with described printing ink;
(b) operate described ink jet-print head, with therefrom towards described paper path ink jet.
119., and further comprise according to the described method of claim 118:
(c) moving at least a piece of paper along described paper path opens;
Wherein, in (b), printing ink is deposited on the described paper.
120., and further comprise according to the described method of claim 119:
(d) afterwards at (b), the driver that operation and described first body can be operatively connected, so that described first body rotates, wherein, the rotation of described first body engages described flexible polishing piece with described printhead.
121., and further comprise according to the described method of claim 118:
(c) afterwards at (b), the driver that operation and described first body can be operatively connected, so that described first body rotates, wherein, the rotation of described first body engages described flexible polishing piece with described printhead.
122. according to the described method of claim 120, wherein, described ink collection device comprises body, described body comprises that inner printing ink keeps the district; And wherein, described body comprises the lug boss that keeps district's fluid to be communicated with described printing ink, and wherein, in (d), described first body rotates with basic relation around described lug boss.
123. according to the described method of claim 122, wherein, described lug boss comprises that second printing ink receives opening, and wherein, in (d), described first body rotates between primary importance and at least one second place, in described primary importance, described second printing ink reception opening that described first printing ink in described first body receives in opening and the described lug boss aligns substantially with described printhead, and in described at least one second place, described flexible polishing piece engages described printhead and described first printing ink reception opening is arranged with respect to described second printing ink reception opening angledly.
124. according to the described method of claim 123, wherein, in (d), described first body rotates about one whole circle, and stops in the described primary importance.
125. according to the described method of claim 121, wherein, in (c), described first body rotates about 360 degree along first rotation direction.
126., and further comprise according to the described method of claim 124:
(e) the corresponding data of image of described at least one the paper that obtains by the operation of scanning sensor and in described paper path, move.
127., and further comprise according to the described method of claim 126:
(f) from described machine, distribute cash by the operation of cash distributor.
128., and further comprise according to the described method of claim 127:
(g) from described machine, remove the described body of described ink collection device.
129., wherein, (g) comprise and from the interior zone of described first body, remove described lug boss according to the described method of claim 128.
130., and further comprise according to the described method of claim 129:
(h) afterwards, another ink collection device body is installed in the described machine, wherein, described another body comprises that another printing ink keeps the district at (g).
131., wherein, (h) comprise that another lug boss that makes described another body extends in the inside of described first body according to the described method of claim 130.
132., and further comprise according to the described method of claim 118:
(c) body with described ink collection device is installed in the described machine, wherein, described body comprises the lug boss that inner printing ink keeps the district and keeps district's fluid to be communicated with described printing ink, wherein, in the process that described body is installed, described lug boss extends in the described interior zone of described first body.
133. according to the described method of claim 132, wherein, described lug boss comprises that second printing ink receives opening, and described method further comprises:
(d) before at (b), response driver and described first body is turned to first turned position, wherein, in described first turned position, described printhead, first printing ink receive opening and second printing ink and receive opening and align substantially;
Wherein, when described first body is in the described primary importance, carry out (b).
134. according to the described method of claim 133, wherein, during at least a portion of (b), printing ink passes described first printing ink and receives opening.
135. a method may further comprise the steps:
(a) will comprise that the inner body of the ink collection device in district that keeps is installed in the automated banking machine, wherein, described body comprises the lug boss that keeps district's fluid to be communicated with described printing ink, and wherein, in the process that described body is installed, described lug boss extends in the interior zone of annular first body of the rotatable installation of described ink collection device, wherein, described first body comprises that first printing ink receives opening and with the described first body support and connection and receive opening with described first printing ink and be arranged on flexible polishing piece on described first body separatedly, wherein, described first body is arranged on first side of the paper path in the described machine;
(b) on second side relative that is positioned at described paper path with described first side and operate with the ink jet-print head that described first printing ink receives register, with therefrom towards described paper path ink jet.
136., and further comprise according to the described method of claim 135:
(c) afterwards, under the situation that described lug boss extends, rotate described first body in the interior zone of described first body, so that described flexible polishing piece engages described printhead at (a).
137. according to the described method of claim 135, and further comprise: before at (b), described ink jet-print head is installed in the described machine, and described first printing ink that makes the printing ink that sprays from described printhead point in described first body receives opening.
138. a method may further comprise the steps:
(a) enter the inside of the housing of the automated banking machine that comprises the cash distributor;
(b) in described interior zone, open the door that is connected and is used for hiding the storage area with described housings support, wherein, described storage area comprises first heap that comprises a plurality of files, wherein, the basic file conveying member that vertically extends extends in described storage area, and wherein, described first heap is positioned with the relation that is between the described vertical conveying member and first backing plate;
(c) make described first backing plate move away described vertical conveying member along horizontal direction;
(d) afterwards, from described storage area, remove described first heap at (c).
139. according to the described method of claim 138, wherein, described storage area comprises second heap that comprises a plurality of files, and wherein, described second heap is between the described vertical conveying member and second backing plate, and wherein, described second heap is positioned on the horizontal side relative with described first heap of described vertical conveying member, and described method further comprises:
(e) direction along basic horizontal moves away described vertical conveying member with described second backing plate;
(f) afterwards, from described storage area, remove described second heap at (e).
140., and further comprise according to the described method of claim 139:
(g) afterwards, close door to hide described storage area at (d).
141. according to the described method of claim 140, wherein, in (d), described first heap comprises many checks.
142. according to the described method of claim 140, wherein, in (d), described first heap comprises many currency bills.
143. according to the described method of claim 141, wherein, in (f), described second heap comprises many currency bills.
144. according to the described method of claim 140, wherein, described storage area comprises movably plunger, wherein, by described vertical conveying member, described plunger can essentially horizontally move, and wherein, in (d), between described plunger and described first backing plate, remove described first heap.
145. according to the described method of claim 140, wherein, described first backing plate comprise the first protruding tongue and by first bias mechanism towards described vertical conveying member bias voltage essentially horizontally, and wherein (c) comprises the manual engagement described first protruding tongue and overcomes the power of described first bias mechanism and essentially horizontally move the described first protruding tongue away from described vertical conveying member.
146. according to the described method of claim 145, wherein, described second backing plate comprise the second protruding tongue and by second bias mechanism towards described vertical conveying member bias voltage essentially horizontally, and wherein, (e) comprise the manual engagement described second protruding tongue and overcome the power of described second bias mechanism and essentially horizontally move the described second protruding tongue away from described vertical conveying member.
147. according to the described method of claim 146, wherein, described door comprises lock, and described method further comprises:
(h) at (a) afterwards and before, open described lock at (b).
148., and at (g) afterwards, close described lock according to the described method of claim 147.
149. according to the described method of claim 146, wherein, described storage area is in and deposits in the receiving trap, the described receiving trap that deposits in comprises at least one file conveying member, and at least one pressing plate is being movably mounted with the described mode that deposits the receiving trap support and connection in, and described method further comprises:
Move described pressing plate away from described at least one file conveying member.
150. according to the described method of claim 146, wherein, described storage area is in described depositing in the receiving trap, the described receiving trap that deposits in is being movably mounted with described housings support ways of connecting, and described method further comprises:
At (a) afterwards and before, move the described receiving trap that deposits in, make described storage area extend to described outside at (b);
Wherein, during at least a portion of (b), described storage area extends to described outside.
151., and further comprise according to the described method of claim 150:
(h) afterwards, move the described receiving trap that deposits in, make described storage area in described housing, extend at (g).
152., and further comprise according to the described method of claim 151:
(i) afterwards, check is received in the described machine at (h), and by the described operation generation of receiving trap and the corresponding view data of image of described check of depositing in.
153., and further comprise according to the described method of claim 152:
(j) afterwards, from described automated banking machine, distribute cash at (h).
154., and further comprise according to the described method of claim 138:
(e) from described automated banking machine, distribute cash.
155. an automated banking machine comprises:
At least one input media, it is suitable for receiving at least one input from the user of described machine;
At least one output unit, it is suitable for providing at least one output to the user of described machine;
At least one cash distributor, it is suitable for distributing cash from described machine to the user of described machine;
Article receive opening, and it is suitable for the paper article from the user of described machine are received in the described machine;
At least one paper article delivery part in the described machine, wherein, described at least one conveying member receives opening with described article and is operably connected, and wherein,
Described at least one conveying member comprises a pair of sheet support orbit portion that is arranged;
The storage area, wherein, the described orbit portion of described at least one conveying member extends in described storage area, and is between the first paper storage location and the second paper storage location in the described storage area;
The plunger member of the removable installation in the described storage area, wherein, described plunger member can laterally move between described orbit portion;
With at least one driver that described plunger member can be operatively connected, wherein, described at least one driver action is optionally laterally to move described plunger member between described orbit portion;
Wherein, when paper is in described at least one conveying member, described plunger member between described orbit portion along the shift action of first horizontal direction, make paper move to described first storage location, and described plunger member makes paper move to described second storage location along the shift action of second horizontal direction opposite with described first horizontal direction.
156., and further comprise according to the described machine of claim 155:
First backing plate, it is installed in the described storage area movably, and limits described first storage location;
First bias mechanism, it is operably connected with described first backing plate and described first backing plate of bias voltage makes it move towards described orbit portion;
Wherein, described plunger member moves along described first horizontal direction, makes described first backing plate overcome described first bias mechanism and moves along the power of described first horizontal direction, and make described paper and the described first backing plate support and connection.
157., and further comprise according to the described machine of claim 156:
Second backing plate, it is installed in the described storage area movably, and limits described second storage location;
Second bias mechanism, it is operably connected with described second backing plate and described second backing plate of bias voltage makes it move towards described orbit portion;
Wherein, described plunger member moves along described second horizontal direction, makes described second backing plate overcome described second bias mechanism and moves along the power of described second horizontal direction, and make described paper and the described second backing plate support and connection.
158., and further comprise according to the described machine of claim 157:
At least one processor, it is operably connected with described at least one driver;
At least one sensing apparatus, it is operably connected with described at least one processor, and wherein, described at least one sensing apparatus action is with the mark on the described paper of sensing;
Wherein, described at least one processor responds the mark that senses and moves on described paper, to operate described driver described paper is moved to one of described first storage location and second storage location.
159. according to the described machine of claim 158, and further comprise the paper path that is in the described machine, wherein, described paper path receives between opening and the described storage area at described article and extends, and wherein, described at least one sensing apparatus is suitable for the mark on the described paper in the described paper path of sensing, and wherein, at described paper with before described orbit portion is in situation about engaging, described at least one processor action is with on second cross side relative with described first storage location that described plunger member is positioned at described orbit portion, thereby when described paper was between the described orbit portion, described plunger member moved to described first storage location along moving of described first horizontal direction with described paper.
160. according to the described machine of claim 159, wherein, at described paper with before described orbit portion engages, described at least one processor action is with on first cross side relative with described second storage location that described plunger member is positioned at described orbit portion, thereby when described paper was between the described orbit portion, described plunger member moved to described second storage location along moving of described second horizontal direction with described paper.
161., and further comprise according to the described machine of claim 160:
The a pair of first wall surface that is arranged, it limits described first storage location, and is on the direction of opposing face of described first backing plate;
Wherein, when described plunger member moves to described paper described first storage location from the position that engages with described orbit portion, described plunger member moves along described first horizontal direction between described first wall surface, and moves described paper along described first horizontal direction and make it exceed described first wall surface;
And wherein, after described paper is in described first storage location, when described plunger member along described second horizontal direction when described first storage location moves, described paper is positioned between described first wall surface and described first backing plate.
162., and further comprise according to the described machine of claim 161:
The a pair of second relative wall surface, it limits described second storage location, and is on the direction of opposing face of described second backing plate;
Wherein, when described plunger member moves to described paper described second storage location from the position that engages with described orbit portion, described plunger member moves along described second horizontal direction between described second wall surface, and moves described paper along described second horizontal direction and make it exceed described second wall surface;
And wherein, described paper is in described second storage location, when described plunger member along described first horizontal direction when described second storage location moves, described paper is positioned between described second wall surface and described second backing plate.
163. according to the described machine of claim 162, wherein, described orbit portion extends in described storage area substantially vertically, and wherein, horizontal when mobile between described orbit portion when described plunger member, described plunger member essentially horizontally moves.
164. according to the described machine of claim 163, wherein, described at least one sensing apparatus comprises scanning sensor, and wherein, described at least one processor responds described scanning sensor and moves, with the image corresponding data of generation with at least a portion of described paper.
165. according to the described machine of claim 164, wherein, described at least one sensing apparatus further comprises magnetic strength survey device.
166., and further comprise according to the described machine of claim 165:
At least one printer of contiguous described paper path, wherein, described at least one printer is operably connected with described at least one processor, and wherein, and described at least one printer is suitable for stamped mark on the described paper in described paper path.
167. according to the described machine of claim 166, and comprise that further first paper moves conveying member and second paper moves conveying member, wherein, described first paper moves conveying member and moves described paper along the first paper moving direction, and described second paper moves conveying member along moving described paper with the vertical substantially second paper moving direction of the described first paper moving direction.
168., and further comprise according to the described machine of claim 167:
Along a plurality of non-contact sensors that described first direction is provided with, wherein, each in described a plurality of non-contact sensors is operably connected with described at least one processor;
At least one second conveying member driver, it is operably connected with described second conveying member and described at least one processor;
Wherein, described at least one processor action makes by moving described paper and utilize the described paper of a plurality of non-contact sensor sensings along the described second paper moving direction, and described paper is aligned on the described first paper moving direction.
169. according to the described machine of claim 168, and further comprise at least one the removable door that is positioned at above the described storage area, wherein, can be by moving described door near described first and second storage locations.
170. according to the described machine of claim 168, and further comprise the first heap paper that is arranged in described first storage location, wherein, moving described plunger member along described first horizontal direction between described orbit portion operationally is included in described paper in described first heap.
171. according to the described machine of claim 170, and further comprise the second heap paper that is arranged in described second storage location, wherein, between described orbit portion, move described plunger member action so that described paper is included in described second heap along described second horizontal direction.
172. according to the described machine of claim 168, wherein, described magnetic strength survey device is suitable for reading the magnetic ink identification character on the described paper.
173. according to the described machine of claim 168, wherein, described paper path comprises the working area between described at least one sensing apparatus and described storage area.
174. according to the described machine of claim 168, wherein, described paper comprises check, and wherein, described at least one processor action makes to send out corresponding data of image with at least a portion of described check from described machine.
175. according to the described machine of claim 168, wherein, described storage area is movably mounted in the mode with described machine support and connection, and wherein, described storage area extends to the outside of described machine movably.
176., and further comprise according to the described machine of claim 155:
At least one processor, it is operably connected with described at least one driver;
At least one sensing apparatus, it is operably connected with described at least one processor, and wherein, described at least one sensing apparatus action is with the mark on the described paper of sensing;
Wherein, described at least one processor responds the mark that senses and moves on described paper, so that described at least one driver moves to one of described first storage location and described second storage location with described paper.
177. according to the described machine of claim 155, and further comprise at least one processor that can be operatively connected with described at least one driver, wherein, before described paper is in the described storage area, described at least one processor is moving, on the relative side of the described storage location that will be moved to described paper that makes that described plunger member is positioned in described orbit portion.
178., and further comprise according to the described machine of claim 155:
At least one processor;
At least one scanning sensor, it moves with the mark on the described paper of sensing, and wherein, described at least one scanning sensor is operably connected with described at least one processor;
Wherein, described at least one processor action makes to send out corresponding data of image with at least a portion of described paper from described machine.
179. according to the described machine of claim 178, wherein, described paper comprises check.
180. according to the described machine of claim 179, and further comprise at least one magnetic strength survey device that can be operatively connected with described at least one processor, wherein, described at least one magnetic strength is surveyed device action to read the magnetic ink character recognition data on the described check, and wherein, described at least one processor action makes to send out from described machine and the corresponding data of described magnetic ink character recognition data that read from described check.
181. according to the described machine of claim 155, wherein, described paper comprises at least a in check and the currency bill.
182. a method may further comprise the steps:
(a) near the interior zone that comprises the automated banking machine of cash distributor;
(b) move first pressing plate, with the working area of the transport path that exposes the check receiving trap;
(c) move second pressing plate, with the document alignment district of the described transport path that exposes described check receiving trap.
183., and further comprise according to the described method of claim 182:
(d) remove at least one check at least one from described working area and document alignment district.
184. according to the described method of claim 183,
Wherein, (b) be included in described first pressing plate and described check receiving trap and rotate described first pressing plate around first axle when having supporting relation, and
Wherein, move described second pressing plate around second axis when (c) being included in described second pressing plate and described check receiving trap support and connection, wherein, described second is axially vertical substantially with described first axle.
185. according to the described method of claim 184, wherein, described transport path is limited by guide part, wherein, described guide part is limited by the first sawtooth contour edge, and wherein, described second pressing plate comprises the second sawtooth contour edge, the described second sawtooth contour edge and the described first sawtooth contour edge are basic corresponding and be movable near the described first sawtooth contour edge, and wherein, (c) comprise that the mobile rotationally described second sawtooth contour edge is away from the described first sawtooth contour edge.
186., wherein, (c) comprise at least one scanning sensor that exposes in the described transport path according to the described method of claim 185.
187., wherein, (c) comprise at least one Magnetic Sensor that exposes in the described transport path according to the described method of claim 186.
188., and further comprise according to the described method of claim 187:
(e) afterwards, clean in described at least one scanning sensor and the Magnetic Sensor at least one at (c).
189. according to the described method of claim 188, wherein, described automated banking machine comprises housing, and wherein, described check receiving trap is movably mounted with described housing has supporting relation, and described method further comprises:
(f) afterwards, move the described check receiving trap that has supporting relation with described housing, make described check receiving trap extend to described outside at (a).
190., and further comprise according to the described method of claim 189:
(g) afterwards, from the storage area of described check receiving trap, remove a pile check at least at (a).
191., and further comprise according to the described method of claim 190:
(h) afterwards and before, open at least one door of the described storage area that hides described check receiving trap at (g) at (a).
192. according to the described method of claim 191, wherein, (g) comprise the power that overcomes bias mechanism and mobile backing plate, and in described storage area from removing a pile check at least between described backing plate and the conveying member.
193., and further comprise: near described conveying member path, remove at least one printhead according to the described method of claim 192.
194., and further comprise according to the described method of claim 193:
(i) afterwards, move described second pressing plate,, and close the described document alignment district of described transport path so that the described first and second sawtooth contour edges have syntople by rotation around described second axis at (h).
195., and further comprise according to the described method of claim 194:
(j) afterwards, move described first pressing plate by rotation, to close the described working area of described transport path around described first axle at (h).
196., and further comprise according to the described method of claim 195:
(k) afterwards, engage the lock pin on the described check receiving trap, wherein, the joint of described lock pin is suitable for described second pressing plate is remained in the position in the described document alignment of sealing district at (i).
197. according to the described method of claim 196, and further comprise, at (c) before, discharge described lock pin.
198., and further comprise according to the described method of claim 182:
(d) before, discharge the lock pin on the described check receiving trap, wherein, discharge described lock pin described second pressing plate is moved rotationally around axis at (c).
199. according to the described method of claim 182, wherein, (c) expose scanning sensor and magnetic strength and survey in the device at least one, and further comprise, clean at least one at least one scanner and at least one Magnetic Sensor.
200., and further comprise according to the described method of claim 182:
Move described first pressing plate rotatably around first axle, to seal described working area;
Center on second axis rotatably mobile described second pressing plate vertical substantially, to seal described document alignment district with described first axle.
201., and further comprise according to the described method of claim 200:
(d) along described transport path move;
(e) operate described machine, with the corresponding data of image of generation with at least a portion of described file.
202. according to the described method of claim 201, and further comprise: from described machine, distribute cash.
203. a device comprises:
Automated banking machine comprises housing;
User interface is connected with described housings support, and described user interface comprises at least one user input apparatus and at least one user's output unit;
Opening is arranged in described housing, is suitable for the file from the user is received in the described machine;
At least one first conveying member is suitable in the file movement that will receive by described opening along the first direction document alignment district in the described machine;
A plurality of non-contact sensors, it is arranged in described document alignment district, is suitable at least one edge of the file in the described document alignment of the sensing district;
A plurality of second conveying members, be arranged in described document alignment district, wherein, it is that horizontal second direction moves the file in the described document alignment district with respect to described first direction substantially that each second conveying member is suitable for the edge, and wherein, at least one second conveying member separates along described first direction and another second conveying member at least;
At least one file sensor is arranged in described machine, is suitable for the mark on the sensing file;
At least one driver, wherein, described at least one driver is suitable for driving independently each in described at least one conveying member and described a plurality of second conveying member;
At least one processor, its with described a plurality of non-contact sensors in each, at least one file sensor and at least one driver be operably connected;
Wherein, described at least one processor action, the file of winning is moved in described aligned region at its situation lower edge first direction that engages with described first conveying member, and response utilize described a plurality of non-contact sensor to the sensing at least one edge of described first file and will described first file its with situation that described a plurality of second conveying members engage under in described aligned region, move to aligned position along described second direction, and make described first file move to be close to described at least one file sensor from described aligned position along described first direction.
204. according to the described device of claim 203, wherein, described first conveying member comprises at least one first moving member that is supported on movably at least one removable first bearing part;
And described device further comprises:
At least one bearing part driver is suitable for moving described first bearing part, and wherein, described at least one bearing part driver is operably connected with described at least one processor;
Wherein, described at least one processor action, make described at least one bearing part driver move described at least one first bearing part, so that described first file in described document alignment district when described first direction moves described at least one first moving member engage described first file, and described first file in described document alignment district when described second direction moves described at least one first moving member and described first file break away from.
205. according to the described device of claim 204, wherein, described a plurality of second conveying member comprises at least two second moving members, each second moving member and another second moving member are spaced apart along described first method, wherein, described at least two second moving members are supported at least one removable second bearing part movably, and wherein, described at least one second bearing part is operably connected with described at least one bearing part driver;
Wherein, described at least one processor action, make described at least one bearing part driver move described at least one second bearing part, so that described first file described at least two second moving members when described second direction moves engage described first file, and described first file described at least two second moving members and described first file when described first direction moves break away from.
206. according to the described device of claim 205, and further comprise axle, and wherein, respond described at least one bearing part driver that described at least one first bearing part and described at least one second bearing part all move rotationally with respect to described axle.
207. according to the described device of claim 206, wherein, described at least one bearing part driver action, make described at least one first moving member and described at least two second moving members vertically move, thereby described first and second moving members engage and break away from described first file with respect to described first file.
208. according to the described device of claim 207, wherein, described a plurality of non-contact sensors comprise along a plurality of radiation sensors of described first direction alignment.
209. according to the described device of claim 208, wherein, when described first file was in the described aligned position, the edge of described first file was parallel to described first direction and extends.
210. according to the described device of claim 209, wherein, with described first file movement to the process of described aligned position, described at least one processor action makes described first file be moved different distance by in described a plurality of second conveying members each along described second direction.
211. according to the described device of claim 210, wherein, at least two radiation sensors separately with described at least two second moving members in a corresponding lateral alignment, and wherein, response utilizes the sensing of the radiation sensor of described corresponding alignment to described first file, and each described second moving member action is to move described first file along described second direction.
212. according to the described device of claim 211, wherein, described a plurality of radiation sensor comprises along at least three radiation sensors of described first direction alignment, and wherein, response utilizes at least two sensings to described first file in described three radiation sensors, described at least one processor action makes described first file stop moving along described second direction.
213. according to the described device of claim 212, wherein, described at least one first moving member comprises first roller with described at least one first bearing part support and connection, and wherein, described at least one first roller can rotate along described first direction, and wherein, described at least one second displaceable member comprises at least one second roller with described at least one second bearing part support and connection, and wherein, described at least one second roller can rotate along described second direction, and described device further comprises the pressing plate with at least one first hole and at least one second hole, wherein, described at least one first roller can rotate in described at least one first hole and vertically move, and described at least one second roller can rotate in described at least one second hole and vertical moving.
214. according to the described device of claim 210, wherein, described at least one processor action, when moving, described second direction arrives the reduction of the radiation of at least one radiation sensor with sensing when described first file, and when the radiation that senses the described sensor of arrival does not further reduce, described at least one processor action, to utilize described at least one second conveying member, arrive certain level up to sensing the radiation that arrives described at least one radiation sensor along moving described first file in the opposite direction with described second party.
215. according to the described device of claim 213, wherein, described at least one file sensor comprises scanning sensor, and wherein, described at least one processor action is with the image corresponding data of generation with at least a portion of described first file.
216. according to the described device of claim 215, wherein, described at least one file sensor comprises Magnetic Sensor, and wherein, described at least one processor action is with the corresponding data of magnetic mark on generation and described first file.
217. according to the described device of claim 216, wherein, each in described a plurality of second conveying members includes conveying roller, and described conveying roller comprises at least one tapered sidewalls, wherein, described conveying roller locate with described at least one second roller in one have basic vertically relative relation.
218. according to the described device of claim 217, and further comprise the 3rd conveying member, described the 3rd conveying member is suitable for engaging with the file that moves through described at least one file sensor, wherein, described the 3rd conveying member is operably connected with described at least one driver, and wherein, described the 3rd conveying member extends in the file working area.
219. according to the described device of claim 218, and further comprise at least one printer that can be operatively connected with described at least one processor, wherein, described at least one printer is suitable for stamped mark on the file in being received machine.
220. according to the described device of claim 219, and further comprise the storage area, described storage area comprises movably plunger member, wherein, described plunger member is removable, optionally moves in a plurality of storage locations in the described storage area will be received file in the described machine.
221. according to the described device of claim 220, wherein, described first file comprises a kind of in currency bill and the check.
222. according to the described device of claim 221, and further comprise the cash distributor that has supporting relation with described housing, wherein, described cash distributor is operably connected with described at least one processor, and wherein, described at least one processor action makes described cash distributor distribute cash from described machine.
223. a device comprises:
Automated banking machine comprises the check receiving trap that is arranged in its interior zone;
Wherein, described check receiving trap comprises: the first check travel mechanism, and it is suitable for moving check along first direction; And at least two second check travel mechanisms, be suitable for being independent of the described first check travel mechanism and along being that horizontal second direction moves check with respect to described first direction;
A plurality of non-contact sensors, it is suitable at least one position at least one edge of the check in the described check receiving trap of sensing;
At least one Magnetic Sensor, it is arranged in described check receiving trap;
At least one processor, it is operably connected with each and a plurality of described non-contact sensor in described at least one Magnetic Sensor, the described first and second check travel mechanisms;
Wherein, response utilizes the sensing of described a plurality of non-contact sensor to check, described at least one processor action, make described check in described check receiving trap, move to aligned position, and make and to read magnetic mark on the described check by the operation of described at least one Magnetic Sensor by the described first and second check travel mechanisms.
224. according to the described device of claim 223, wherein, described a plurality of non-contact sensors comprise along a plurality of sensors of described first direction alignment, and wherein, in described aligned position, the edge of described check is parallel to described first direction and extends.
225. according to the described device of claim 223, wherein, the described first check travel mechanism comprises vertically first roller movably of a plurality of selectivity.
226. according to the described device of claim 225, wherein, each described second check travel mechanism comprises vertically second roller movably of at least one selectivity.
227. according to the described device of claim 223, wherein, each second check travel mechanism comprises rotatable conveying roller, described rotatable conveying roller has at least one tapered sidewalls, and wherein, described tapered sidewalls is tapered along described first direction.
228. according to the described device of claim 223, and further comprise at least one scanning sensor that can be operatively connected with described at least one processor, wherein, response utilizes the sensing of described at least one scanning sensor to described check, and described at least one processor action is with at least one image corresponding data of generation with at least a portion of described check.
229. according to the described device of claim 223, and further comprise the cash distributor that can be operatively connected with described at least one processor, wherein, described at least one processor action makes the cash distributor distribute cash from described machine.
Applications Claiming Priority (19)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US65999405P | 2005-03-09 | 2005-03-09 | |
| US60/659,994 | 2005-03-09 | ||
| US67780405P | 2005-05-03 | 2005-05-03 | |
| US67784605P | 2005-05-03 | 2005-05-03 | |
| US67780505P | 2005-05-03 | 2005-05-03 | |
| US67776705P | 2005-05-03 | 2005-05-03 | |
| US60/677,846 | 2005-05-03 | ||
| US60/677,805 | 2005-05-03 | ||
| US60/677,804 | 2005-05-03 | ||
| US60/677,767 | 2005-05-03 | ||
| US67810205P | 2005-05-04 | 2005-05-04 | |
| US67789105P | 2005-05-04 | 2005-05-04 | |
| US67809105P | 2005-05-04 | 2005-05-04 | |
| US67809405P | 2005-05-04 | 2005-05-04 | |
| US60/678,102 | 2005-05-04 | ||
| US60/678,091 | 2005-05-04 | ||
| US60/677,891 | 2005-05-04 | ||
| US60/678,094 | 2005-05-04 | ||
| PCT/US2006/008332 WO2006099004A2 (en) | 2005-03-09 | 2006-03-08 | Check accepting and cash dispensing automated banking machine system and method |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210008965.6A Division CN102622819B (en) | 2005-03-09 | 2006-03-08 | Check accepting and cash dispensing automated banking machine system and method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101176105A true CN101176105A (en) | 2008-05-07 |
| CN101176105B CN101176105B (en) | 2012-08-22 |
Family
ID=39423662
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200680007631XA Active CN101176105B (en) | 2005-03-09 | 2006-03-08 | Automated banking machine device |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN101176105B (en) |
| CA (1) | CA2793823C (en) |
| ZA (1) | ZA200707559B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105160772A (en) * | 2014-05-30 | 2015-12-16 | Ncr公司 | Automated check deposit decisions |
| CN111798611A (en) * | 2020-07-17 | 2020-10-20 | 山东新北洋信息技术股份有限公司 | Sheet medium collecting and separating device and cash recycling device |
| WO2020232889A1 (en) * | 2019-05-23 | 2020-11-26 | 平安科技（深圳）有限公司 | Check encashment method, apparatus and device, and computer-readable storage medium |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003103788A (en) * | 2001-09-28 | 2003-04-09 | Pentel Corp | Plotter |
| US6565274B1 (en) * | 2001-12-31 | 2003-05-20 | Ncr Corporation | Sheet printing and discharging apparatus |
| JP2004001464A (en) * | 2002-04-12 | 2004-01-08 | Sharp Corp | Printer |
| JP2003312023A (en) * | 2002-04-19 | 2003-11-06 | Brother Ind Ltd | Cleaning unit for ink jet printing head |
| KR100532844B1 (en) * | 2003-03-07 | 2005-12-05 | 삼성전자주식회사 | Service station for inkjet print |
| CA2765079A1 (en) * | 2003-03-10 | 2004-09-23 | Diebold, Incorporated | Cash dispensing automated banking machine deposit accepting system and method |
-
2006
- 2006-03-08 CA CA2793823A patent/CA2793823C/en active Active
- 2006-03-08 CN CN200680007631XA patent/CN101176105B/en active Active
-
2007
- 2007-09-03 ZA ZA200707559A patent/ZA200707559B/en unknown
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105160772A (en) * | 2014-05-30 | 2015-12-16 | Ncr公司 | Automated check deposit decisions |
| CN105160772B (en) * | 2014-05-30 | 2019-03-29 | Ncr公司 | Automatic checking account decision |
| US10692137B2 (en) | 2014-05-30 | 2020-06-23 | Ncr Corporation | Automated check deposit decisions |
| WO2020232889A1 (en) * | 2019-05-23 | 2020-11-26 | 平安科技（深圳）有限公司 | Check encashment method, apparatus and device, and computer-readable storage medium |
| CN111798611A (en) * | 2020-07-17 | 2020-10-20 | 山东新北洋信息技术股份有限公司 | Sheet medium collecting and separating device and cash recycling device |
Also Published As
| Publication number | Publication date |
|---|---|
| ZA200707559B (en) | 2008-10-29 |
| CA2793823A1 (en) | 2006-09-21 |
| CN101176105B (en) | 2012-08-22 |
| CA2793823C (en) | 2014-01-28 |
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