CN101221673A - Media processing device - Google Patents
Media processing device Download PDFInfo
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- CN101221673A CN101221673A CNA2007101994758A CN200710199475A CN101221673A CN 101221673 A CN101221673 A CN 101221673A CN A2007101994758 A CNA2007101994758 A CN A2007101994758A CN 200710199475 A CN200710199475 A CN 200710199475A CN 101221673 A CN101221673 A CN 101221673A
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Abstract
Swinging open the upstream-side cover part ( 31 ) and downstream-side cover part ( 32 ) of the check scanning apparatus ( 1 ) on a common support pivot ( 33 ) opens a U-shaped check transportation path ( 5 ). The check transportation path ( 5 ) can be opened with a simple single-action operation to remove checks ( 4 ) jammed in the check transportation path ( 5 ) and for maintenance of the magnetic head ( 84 ) and contact image sensors ( 82 and 83 ). When the task is completed, the open check transportation path ( 5 ) can also be returned to the original closed position by a simple single-action operation. If only those parts that require maintenance are exposed when the check transportation path is open, tasks that require opening the transportation path can be done without damaging other parts and without soiling the operator's fingers.
Description
Technical field
The present invention relates to a kind of media processing device, be used for such as check, cashier's cheque and invoice book, reading magnetic ink character from using the magnetic ink character image sheet medium of type information thereon such as check reader.
Background technology
Bank and other financial institution use check fetch equipment (" check reader " or " check scanner ") usually, with from such as the file map of check, cashier's cheque and invoice book with read magnetic ink character, and based on result's classification of reading file with handle file (with the following check that is referred to as).This check reader is used on desktop or sales counter usually, and therefore, in order to reduce size and compact check reader to be provided, from the check supply side to the check outlet side, through the transportation path of check reader transportation check or other file U type normally.
In order to take out the check that is stuck in U type transportation path inside, and cleaning is along the magnetic head or the scanner (image-scanning device) of transportation channel setting or such check reader is carried out the maintenance of other routine, shell is removed opening the transportation path, and exposes magnetic head and other parts.
U.S. Patent application 2004/0257626 has been described a kind of scanner device that is used to scan cashier's check with this kinds of structures.In this check scanner device, the housing parts that covers U type transportation path is covered with the part that scanner is positioned at, and this housing parts can be removed.The Sensor section of this scanner can rotate on Z-axis, to open and close the fixation side of scanner unit.If cheque card is in the transportation path, the top section of shell is removed, and the Sensor section of scanner is opened, and check can take out from the transportation path.
Yet, when the top of shell is removed with exposure transportation path and takes out the check that blocks, also be exposed by the shell for example circuit board that covers and other parts that transport path in inside and usually, and user's finger, instrument or other object can easily contact these other parts.Contacting these exposed component can make the circuit board short circuit, damage the parts and the finger of making dirty.In cleaning or during safeguarding scanner or magnetic head, also can damage those parts with maintenance tool contact exposed component.The top casing of taking off is reinstalled to original position also needs accurate localization and assembling shell, and utilizes simple single action installation cover top portion very difficult.
Summary of the invention
Can when for example taking out the sheet medium that is stuck in the medium transportation path, utilize simple single action operation according to media processing device of the present invention, change the medium transportation and be routed to open position, can not damage internal part and the finger of can not making dirty; And can utilize simple single action operation, medium be transported path turn back to original position, can after task is finished, not damage internal part.
Media processing device according to a first aspect of the invention has: the medium transportation path that is used to transport sheet medium; Form the device housings of medium transportation path; Can open and can invest with closing the operation lid of device housings; With the supporting pin of the open and close axle of determining the operation lid, wherein: the transportation passage portion as at least a portion medium transportation path is formed between device housings and the lid of the operation in off-position; And when operation lid when off-position is opened, the transportation passage portion changes to open position.
When the operation lid of this media processing device pivotally opened around supporting pin, the transportation passage portion was also opened.Therefore, utilize shirtsleeve operation can open the transportation passage portion, and can easily carry out the sheet medium of blocking such as taking-up and safeguard scanner and the task of other internal part.After finishing the work, by simply on supporting pin swinging operation cover off-position, the transportation passage portion of opening can easily turn back to initial off-position.Because only operating of contacts lid just can opening operation cover, can be to inner parts damages, or the operator's that makes dirty finger.
Preferably, medium transportation path is the medium transportation path that adopts the Rack of U type structural bending extension; This operation lid comprises: the upstream side operation lid of determining the upstream side transportation passage portion of medium transportation path; Transport the downstream operation lid of passage portion with the downstream of definite medium transportation path; And the open and close axle of upstream side operation lid and downstream operation lid is a supporting pin.
When the upstream side operation lid of determining U type medium transportation path and downstream operation lid during around common support pin Unscrew, the upstream side transportation passage portion of medium transportation path and downstream are transported passage portion and are all changed into open position.Therefore, upstream side and downstream transportation passage portion can utilize simple single action operation to open, and is stuck in inner sheet medium and can easily be removed.When finishing the work, by the simple single action operation of the operation of rotary closing upstream side on common support pin lid and downstream operation lid, upstream side and downstream transportation passage portion also can turn back to initial off-position.In addition, because upstream side operation lid and downstream operation lid just can be carried out the change upstream side and downstream transportation passage portion turns back to the operation of off-position to the operation of open position with them by only contacting, so can be to the inner parts damages or the operating personnel's that make dirty finger.
More preferably, media processing device has: one or more upstream side transport rollers; Press pressure roller with upstream side, be used for sheet medium is pressed into the upstream side transport roller, to transport sheet medium along upstream side transportation passage portion.This media processing device also has: one or more downstreams transport roller; Press pressure roller with the downstream, be used for sheet medium is pressed into the downstream transport roller, to transport sheet medium along downstream transportation passage portion.This upstream side transport roller and downstream transport roller are set to the device housings side of medium transportation path; Upstream side is set to upstream side operation lid by pressure roller; Be set to operation lid in downstream with the downstream by pressure roller.Opening upstream side and downstream operation lid separates and has opened wide transport roller and by pressure roller; And the sheet medium that remains between these rollers and be stuck in the medium transportation path can easily be taken out.
More preferably, the media processing device that uses in the check scanning device also has: be set to the magnetic head of medium transportation path, be used to read the magnetic ink character that is printed on the sheet medium; And the opening operation lid exposes magnetic head.This structure is opening operation lid simply, easily taking out check or other sheet medium that is stuck in the magnetic head zone, and cleaning or carry out other maintenance to magnetic head easily.
More preferably, the media processing device that is used in the check scanning device also has: be set to the image scanning apparatus of medium transportation path, be used to the sheet medium of videoing; And the opening operation lid has exposed the image scanning surface of image scanning apparatus.This structure is opening operation lid simply, easily taking out check or other sheet medium that is stuck in the image scanning apparatus zone, and cleaning or carry out other maintenance to image scanning apparatus easily.
If media processing device is used in the check scanning device, preferably have a pair of image scanning apparatus, be used to video and handle the both sides of check.In this case, first image scanning apparatus is set on the device housings side of medium transportation path, and second image scanning apparatus is set to the operation lid.
If media processing device is used in the check scanning device, it also preferably has: be set to the printing mechanism of medium transportation path, be used on sheet medium, printing, so that: text or endorsement such as PROCESSED can be printed on the check; And the opening operation lid exposes printing mechanism.This structure is opening operation lid simply, easily taking out check or other sheet medium that is stuck in the printing mechanism zone, and easily changes consumables or carries out other maintenance to printing mechanism.
More preferably, upstream side operation lid and the downstream only blocking mechanism of operation cover sheets are locked in off-position, determine upstream side and downstream transportation passage portion.This independent blocking mechanism fixes on cover lock in the off-position with good accuracy, thereby and is set to magnetic head, image-scanning device and the printing mechanism of lid with good accuracy location.
Media processing device according to a further aspect in the invention has: the medium transportation path that is used to transport sheet medium; Form the device housings of medium transportation path; Can open and can invest with closing the operation lid of device housings; With the supporting pin of the open and close axle of determining the operation lid, and be arranged so that: be formed between device housings covers with the operation in off-position as the transportation passage portion of at least a portion medium transportation path; And when operation lid when off-position is opened, the transportation passage portion changes to open position.This operation lid has: the inner wall section of determining the transportation passage portion; The supporting pin side end face part of the end of continuous inner wall section on the supporting pin side; With the outer wall section that arrives supporting pin side end face part continuously.This supporting pin side end face part is determined by the protruding arc-shaped surface that with the Support Position is the center; And inner wall section extends to protruding arc-shaped surface from the end tangent line of protruding arc-shaped surface.
Open the operation lid of media processing device according to this aspect of the invention and open part transportation path at least.Because can open this part transportation path by the simple single action operation of opening operation lid, can carry out effectively such as taking-up and be stuck in the task of the check that transports path and the maintenance of image scanning apparatus.
If the equipment component shell is the operation lid, determine that the position of the supporting pin of the turning axle that operation is covered must be moved to the outside of device housings, so that: when the operation lid opened and closed, the rotation axle head of operation lid can not disturb with the other parts on the device housings side.In addition, if when operation lid is opened, the turning axle distal process of operation lid rises and enters the transportation path, is stuck in the end that check in this zone for example will be operated lid and pushes, thereby make and take out the check difficulty of blocking.Therefore, the position of supporting pin need be moved to the outside of device housings, so that: when lid was opened, the rotation axle head of lid can not given prominence to and enter the transportation path.Yet if anchor moves to the outside, the part of the part of the device housings of covering supporting pin or operation lid must be projected into the outside further than the other parts of case surface.The outward appearance of this meeting damage equipment.
As mentioned above, the shape of the end of operation lid is determined by the protruding arc-shaped surface that with the supporting pin is the center on the supporting pin side.This inner wall section extends to protruding arc-shaped surface from an end-grain cutting line of protruding arc-shaped surface; And determine to cover the part of the transportation path on the side in operation.When the operation lid is opened, thereby same side more was projected into inside when the supporting pin end of lid will can not closed than lid.In other words, the support end of operation lid will can not be given prominence to and enter the transportation path.Therefore, when operation lid is opened when being stuck in sheet medium in the transportation path with taking-up, this sheet medium will can not be pressed against the device housings side as the outstanding result who enters the transportation path in the end of operation lid.Because the part of the lid of covering supporting pin is concordant with the other parts of shell, the fitting operation lid also can not diminish the outward appearance of equipment.
Preferably, the end face part of the operation lid relative with supporting pin side end face part is determined by the depression arc-shaped surface that with the supporting pin is the center, and the radius of radius ratio projection arc-shaped surface is bigger.
This structure can provide very little gap between operation lid and device housings, when the operation lid was opened and closed, the operation lid can not disturb shell.In addition, the outside of operation lid and the outside of device housings can be positioned, so that: outer surface is concordant, and when the operation lid opened and closed, the operation lid can the jamming equipment shell.Therefore, the part that is set to of operation lid presents better outward appearance.
If the present invention is applied to media processing device, it is configured, so that: utilize Unscrew and upstream side operation lid of closing and downstream operation lid on public anchor, can open U type medium transportation path, next the structure of Miao Shuing is expected.
In media processing device according to this aspect of the invention, upstream side operation lid has: the inner wall section of determining upstream side transportation passage portion; Upstream side end face part with the end abutment of inner wall section on the supporting pin side; With with the outer wall section of upstream side end face part adjacency, this downstream operation lid has: the inner wall section of determining downstream transportation passage portion; Downstream end face part with the end abutment of inner wall section on the supporting pin side; With with the outer wall section of downstream end face part adjacency, the upstream side end face part has axially be set to anchor be the upstream side projection arc-shaped surface part at center with the anchor and be the upstream side depression arc-shaped surface part at center with the Support Position; The downstream end face part has axially be set to anchor be the downstream depression arc-shaped surface part at center with the supporting pin and be the downstream projection arc-shaped surface part at center with the Support Position; Downstream depression arc-shaped surface part is relative with upstream side projection arc-shaped surface part, and downstream projection arc-shaped surface part is relative with upstream side depression arc-shaped surface part; Upstream side projection arc-shaped surface is identical protruding arc-shaped surface with downstream depression arc-shaped surface; Described upstream side depression arc-shaped surface is identical depression arc-shaped surface with downstream depression arc-shaped surface; The depression arc-shaped surface is to have than the protruding arc-shaped surface arc-shaped surface of long radius more; The inner wall section of determining upstream side transportation passage portion extends to upstream side projection arc-shaped surface part from upstream side projection arc-shaped surface continuous edge ground tangent line partly; And the inner wall section of definite downstream transportation passage portion extends to downstream projection arc-shaped surface part from the continuous edge ground tangent line of downstream projection arc-shaped surface part.
When the upstream side operation lid of determining U type medium transportation path and downstream operation lid pivotally opened around the common support pin, the upstream side transportation passage portion of medium transportation path and downstream were transported passage portion and are all changed into open position.Therefore, upstream side and downstream transportation passage portion can utilize simple single action operation to open, and is stuck in inner sheet medium and can easily be removed.When finishing the work, by the simple single action operation of the operation of rotary closing upstream side on common support pin lid and downstream operation lid, upstream side and downstream transportation passage portion also can turn back to initial off-position.In addition, because upstream side operation lid and downstream operation lid just can be carried out the change upstream side and downstream transportation passage portion turns back to the operation of off-position to the operation of open position with them by only contacting, so can be to the inner parts damages or the operating personnel's that make dirty finger.
In addition, because the shape of the supporting pin end of upstream side operation lid and downstream operation lid forms as mentioned above, when lid is opened, the end of the lid on the supporting pin side will can not be given prominence to and be entered the transportation path.Therefore, when in order to take out the sheet medium that is stuck in the transportation path, cover when being opened, these ends that this sheet medium will can not be operated lid are pressed into the device housings side.
This operation lid can also be provided with narrow gap betwixt, and when lid was opened and closed, the supporting pin side of lid can be not interfering with each other.In addition, can be concordant each other at the outer surface that the supporting pin end of operation lid is located, the other parts that do not have than case surface are projected into outside part more.This provides the more outward appearance of cleaning.
Can also be used in the check scanning device that is used for for example reading and handling check, promissory note and invoice book according to media processing device of the present invention.
In conjunction with the accompanying drawings, can more fully understand the present invention by following description and claims content, other purpose of the present invention and attainments also will become more apparent.
Description of drawings
Fig. 1 is the angled exterior view according to check treatment facility of the present invention.
Fig. 2 is the angled exterior view from the check treatment facility of the opposite side shown in Fig. 1.
Fig. 3 is the vertical view of check treatment facility.
Fig. 4 is the oblique view that the check treatment facility of opening is covered in opening and closing.
Fig. 5 is the angled exterior view from the check treatment facility of the opposite side shown in Fig. 4.
Fig. 6 is the vertical view that the check treatment facility of opening is covered in opening and closing.
Fig. 7 has described the shape of the end on the supporting pin side of opening and closing lid.
Fig. 8 has described the transport establishment of check treatment facility.
Fig. 9 is the block diagram that shows the control system of check treatment facility.
Figure 10 is a block diagram of describing the processing operation of check treatment facility.
Parts among the figure
1 check scanister
2 shells
3 can operate lid
4 checks
4A MICR line
The 4a front
The 4b back side
5 checks transportation path
5a upstream side transportation passage portion
5b downstream transportation passage portion
6 check feed-in paths
7 check feeding units
8 shunt access (diversion path)
9 shunt access
11 first check deliverying units
12 second check deliverying units
21 outside wall portions
22 central housing departments
23 side housing departments
24 side housing departments
25 dividers
31 upstream side covers
The 31a close end
The 31b distal portion
32 downstream side covers
The 32a close end
33 supporting pins
34 lid side ramps (strike)
35 locking keys (catch)
36 slip release-pushes
37 lid side impact devices (strike)
38 locking keys
39 slip release-pushes
41 feed-in rollers (infeed roller)
42 pressing components
43 separating pads
44 separate rollers
45 postpone roller
46 feed-in rollers
47 transportation motors
48 driven rollers
49 endless belt
51 to 57 transport rollers
61 press pressure roller to 67
71 to 74 guide reels
81 magnet
Contact image sensor before 82
83 back contact image sensors
84 magnetic heads
86 printing mechanisms
91 paper length detectors
Presenting detector 92 more
93 paperboard detectors
94 print detector
95 discharging detectors
96 baffle plates
100 control modules
102 telecommunication cables
103 computer systems
The 103a display unit
The 103b operating unit
105 control modules
311 internal table face portion
312 upstream side end face parts
313 outer surface parts
314 convex surfaces
315 convex surfaces
316 recessed surfaces
321 internal table face portion
322 downstream end face parts
323 outer surface parts
324 recessed surfaces
325 recessed surfaces
326 convex surfaces
Embodiment
With reference to accompanying drawing, the preferred embodiment according to media processing device of the present invention will be described below.
General structure
Fig. 1 is the outside oblique view of check scanning device 1 according to a preferred embodiment of the present invention.Fig. 2 is the outside oblique view from the check scanning device 1 of opposite side shown in Figure 1.Fig. 3 is the vertical view of check scanning device 1.
As shown in FIG., be described as having shell 2 and can operate according to the check treatment facility of current embodiment of the present invention and cover 3 check scanning device 1.The check transportation path 5 that is used to transport check 4 is formed on shell 2 and can operates and covers between 3.
This check transportation path 5 is with the narrow vertical slot of basic U type structural bending when watching from above.Through the check feed-in path 6 as narrow vertical slot, the end of the check transportation path 5 on the upstream side of check transporting direction is connected with the check feeding unit 7 as wide vertical slot.By a left side with part circulation flow path 8 and 9 on the right side, the downstream end of check transportation path 5 is connected to a left side and the right first and second check deliverying units 11 and 12.This shunt access 8 and 9 is narrow vertical slots, is branched off into a left side and the right side from check transportation path 5.This first and second checks deliverying unit 11 and 12 is relative wide vertical channel.
As shown in Figure 1, check 4 has the MICR line 4A that prints along long bottom margin on the positive 4a of check 4.Check number, payer and recipient, many numbers and payer signature also nestle up patterned background and are recorded in positive 4a.Endorsement is recorded on the back 4b of check 4.This check 4 is loaded in the check feeding unit 7, and the positive 4a of the top of check and bottom alignment and check is in the face of the outside of U type check transportation path 5.
When check 4 transmits from check feeding unit 7 through check feed-in path 6, and then when check transportation path 5 betransported, be printed on that MICR line 4A on the positive 4a is read and the positive 4a and the back side 4b of check 4 are videoed.If this information is correctly scanned, PROCESSED (handling) or other text are printed on the front or the back side, and check 4 is shunted and drain into the first check deliverying unit 11 then.If check 4 can't be read or mistake occur scanning, then do not print, and the second check deliverying unit 12 is shunted and drained into to check 4.
Fig. 4 is the outside oblique view from the check scanning device 1 of same side shown in Figure 1, and can operate cover 3 open be used near the transportation path.Fig. 5 is the oblique view of check scanning device 1 as shown in Figure 4, but from opposite side (or rather, with the same side shown in Fig. 2).Fig. 6 is the vertical view of check scanning device 1, can operate to cover 3 and open as shown in Figure 4.Fig. 7 has shown that part can operate and cover 3, wherein can operate cover 3 hinged with opening and closing.
As shown in drawings, shell 2 has: intermediate case portion 22; The right side and left side housing department 23 and 24; And be arranged on separation vessel 25 between central housing department 22 and the side housing department 24.This intermediate case portion 22 has perpendicular outer wall portion 21, is formed shape to transport path 5 according to U type check.This check feeding unit 7 is arranged between intermediate case portion 22 and the side housing department 23.This separation vessel 25 is divided into a left side and right side with the space between intermediate case portion 22 and the side housing department 24, forms the first and second check deliverying units 11 and 12.
The outside wall portions 21 of facing the central housing department 22 of right and left side housing department 23 and 24 is covered by the lid operated on right and the left side 3.
This can be operated and cover 3 and comprise: the upstream side cover 31 on side housing department 23 sides; With the downstream side cover 32 on side housing department 24 sides.The upstream portion 5a of this check transportation path 5 is provided between intermediate case portion 22 and the upstream side cover 31; And the downstream sidepiece 5b of this check transportation path 5 is provided between intermediate case portion 22 and the downstream side cover 32.
The close end 31a of this upstream side cover 31 and the close end 32a of downstream side cover 32 can operate to cover 3 rotation axle head, and are attached to the vertical support pin 33 that is set to shell 2, so that: upstream side cover 31 and downstream side cover 32 can open and close to the right and left.This supporting pin 33 is set at along the position at the approximate midpoint place of the U type check transportation path 5 of transporting direction.To shown in Figure 6, when upstream side cover 31 and downstream side cover 32 were opened to the right and left, upstream side transportation passage portion 5a and downstream transportation passage portion 5b also were unlocked as Fig. 4.
Transport establishment
Fig. 8 has described the transport establishment of check scanning device 1.
Feed-in roller 41 and pressing component 42 are set to check feeding unit 7.41 ground of this feed-in roller are fed into check transportation path 5 with the check 4 of loading in heaps in the check feeding unit 7.This pressing component 42 with check 4 by leaning against on the feed-in roller 41.
Separating pad 43 is set to check feed-in path 6 with the pair of separated roller that comprises separate roller 44 and delay roller 45, is used for being fed into check transportation path 5 by the check 4 that feed-in roller 41 transmits.This separating pad 43, separate roller 44 and postpone roller 45 separating mechanism is provided are used for check 4 is separated and being fed into check transportation path 5 from piling up ground.This feed-in roller 41, separate roller 44 and pressing component 42 are driven by public feed-in roller 46.
This transport establishment is used for comprising: transportation motor 47 through the check 4 of check transportation path 5 transportations by 41 transmission of feed-in roller; Driven roller 48 is installed on the turning axle of transportation motor 47; One group of transport roller 51 to 57 is provided with along check transportation path 5; With one group press pressure roller 61 to 67, by by and with transport roller 51 to 57 rotation.Should be transferred to discharging roller 69 through transportation gear 68 by the rotation of pressure roller 67.Endless belt 49 will transport the rotation of motor 47 and transfer to transport roller 51 to 57.This endless belt 49 moves along endless loop from driven roller 48, through guide reel 71, transport roller 56, guide reel 72, transport roller 57, transport roller 51 and 52, guide reel 73 and 74, transport roller 53,54 and 55 and turn back to driven roller 48.
This transport roller 51 to 54 is positioned at upstream extremity, central authorities and the downstream part of upstream side transportation passage portion 5a.This transport roller 55 to 56 is positioned at upstream portion and the central authorities of downstream transportation passage portion 5b; And transport roller 57 is positioned at the place that check is exhausted into the second check deliverying unit 12.Discharging roller 69 is positioned at the place that check is exhausted into the first check deliverying unit 11.
In upstream side transportation passage portion 5a, the magnet 81 that is used for the magnetized magnetic ink characters is set between transport roller 51 and 52.Between transport roller 52 and 53, front contact image sensor 82 is set up as the direct picture scanner, and back side contact image sensor 83 is set up as the back side image scanner, between transport roller 52 and 53.Be used for the magnetic head 84 that magnetic ink character reads and be used for check 4 is pressed into being set between transport roller 53 and 54 by pressure roller 85 of magnetic head 84.
In downstream transportation passage portion 5b, printing mechanism 86 is set on the downstream of transport roller 56.Utilize the drive motor (not shown), this printing mechanism 86 can move at the print position that check 4 is exerted pressure and between the standby position of this print position withdrawal.This printing mechanism 86 also can provide as utilizing jumper bar to promote to print the impression mechanism of (impression) check 4.
The a plurality of sensors that are used for check transportation control also are set to check transportation path 5.
The paper length controller 91 that is used to survey the length of transportation check 4 is positioned near the magnet 81.
Whether be used to survey two or many checks 4 was presented together and presents detector 92 more and be positioned near reading the 84A of position of magnetic head 84.
The printing detector 94 that is used to survey the existence of the check of being printed by printing mechanism 86 4 is positioned at the upstream side before the transport roller 56.
Be used to survey the discharging detector 95 that discharges check and be set to shunt access 8 and 9, wherein check transportation path 5 is branched off into the first and second check deliverying units 11 and 12.
The baffle plate 96 that is driven to switch vent pathway by unshowned drive motor is set on the upstream side of shunt access 8 and 9.The downstream end that this baffle plate 96 selectively transports check path 5 switches to the first check deliverying unit 11 or the second check deliverying unit 12, and check 4 is directed to selected deliverying unit.
Control system
Fig. 9 is the block diagram that shows the control system of check scanning device 1.The control system of check scanning device 1 comprises the control module 100 of constructing and having RAM and ROM around CPU.This control module 100 is connected to mainframe computer system 103 through telecommunication cable 102.This computer system 103 has display unit 103a and such as the input-output apparatus of keyboard, mouse or other operating unit 103b.Check scan operation initiation command and other order are input to control module 100 from computer system 103.
When receiving the scan operation initiation command, control module 100 drives feed-in roller 46 and transportation motor 47 transports path 54 ground of check are fed into check, and transports the check 4 of path 5 transportation supplies through check.Direct picture data, back side image data and the magnetic ink character data of being caught from check 4 by front contact image sensor 82, back side contact image sensor 83 and magnetic head 84 are imported into control module 100.Then, these data are supplied to computer system 103, are used for Flame Image Process and character recognition and handle.Whether this computer system 103 also determines check 4 by normal scan, and the result is supplied to control module 100.Control module 100 is based on this result, controlling and driving printing mechanism 86 and baffle plate 96.Attention: substituting for computer system 103, these processes can be carried out by the control module 100 of check scanning device 1 alternatively.
Based on from the yardage controller 91 that is provided with along check transportation path 5, present controller 92, paperboard detector 93 more, print the detectable signal of detector 94 and discharging detector 95, these control module 100 control transportation checks 4.The operating unit 105 that comprises power switch and other switch also is set to shell 2 and is connected to control module 100.
Check is handled operation
Figure 10 is the process flow diagram of operation of describing the control module 100 of check scanning device 1.Next, with reference to this flow chart description scan operation.
As operator during from the operating unit 103b of mainframe computer system 103 input beginning scan command, feed-in roller 46 cause 41 rotations of feed-in roller and cause press member 42 motions and with check 4 by leaning against on the feed-in roller 41.Thereby feed-in roller 41 advances one or more check 4.4 one on the check that the separating mechanism (separating pad 43, separate roller 44 and postpone roller 45) that is set to check feed-in path 6 will be transported to check feed-in path 6 connects one Di to separate and be fed into check and transports path 5 (step ST1 and ST2).
When yardage detector 91 detected the front end of transportation check 4, transportation motor 47 was actuated to drive rotatably transport roller 51 to 57.The check 4 of supply is arrived transport roller 51 to 56 by sequence delivery, and through 5 transportations (step ST3) of check transportation path.Along with the transmission of check 4, the front and back of check 4 is videoed and magnetic ink character is read (step ST4) by front contact image sensor 82, back side contact image sensor 83 and magnetic head 84 respectively.
The data of catching then, are sent to mainframe computer system 103 (step ST5) through telecommunication cable 102.This computer system 103 is handled direct picture, back side image and the magnetic ink character data of scanning, and judges whether check is correctly read.If check 4 tops and bottom are sent reversedly, magnetic ink character can't be identified, and causes read error.If the front and back of check 4 is anti-, magnetic ink character can't be acquired, and causes read error.If when presenting, check 4 is wrinkled, is torn or tilted, thereby a part of magnetic ink character can't be read, and causes read error.If because when presenting, check 4 is wrinkled, tears or tilts, check number and other provisioning information can't also cause read error from the identification of front and back view data.
Referring again to check scanning device 1 side, when the front end of the check 4 that transports arrived the print position 86A of printing mechanism 86, transport establishment suspended transportation check 4 (step ST6).By calculating the number of transportation motor 47 driven stepping when detector 91 detects the front end of check 4, the position of the front end of the check 4 of regulating the traffic.When transportation check 4 stops, the scanning judged result (step ST7) that check scanning device 1 is waited for from computer system 103.
If the scanning judged result that receives indication check 4 is correctly scanned, transportation check 4 continues, and printing mechanism 86 is moved to print position (step ST8 and ST9) simultaneously.Printing mechanism 86 is for example printed PROCESSED (handling) on check 4, and check 4 is directed into the first check deliverying unit 11 (step ST10) by baffle plate 96.After discharging detector 95 detects the tail end of check 4, drive transport establishment and stop (step ST11 and ST12).Then, present and handle next check 4 beginning.
If the scanning judged result that receives indication check 4 is not by scanning (step ST8) correctly, transportation check 4 continues (step ST13) and baffle plate 96 changes the position.Printing mechanism 86 remains on standby position and does not print on check 4.Therefore, the second check deliverying unit 12 (step ST14) is shunted and drained into to check 4 by baffle plate 96.Behind the tail end of discharging detector 95 detection checks 4 (step ST11 and ST12), drive transport establishment and stop; And begin to scan the operation of next check 4 then.
Detect the many feed statuss of check if present detector 92 more, carry out interrupt procedure, to stop the check transportation immediately, send check transportation rub-out signal by the alarm indicator that drives on operating unit 105 to operating personnel, to computer system 103 report transportation mistakes, and wait for then, take out from check transportation path 5 up to check, and check is reset to the starting position.If paperboard detector 93 detects cheque card at check transportation path 5, carry out similar interrupt procedure.
Can operate lid
, describe to form to operate and cover 3 upstream side cover 31 and downstream side cover 32 to Fig. 7 below with reference to Fig. 1.
When the contrary spring forces of slip release-push 36 slided, this locking key 35 separated from lid side ramp 34, and upstream side cover 31 can rotate on supporting pin 33, swung and reached the side.When the upstream side cover of opening then 31 is closed,, locking key 35 is pushed from the angle of the lid side ramp 34 of far-end 31b projection along with lid side ramp 34 moves to off-position.When upstream side cover 31 arrived off-position, locking key 35 engages covered side ramp 34 and upstream side cover 31 locked closing.Identical locking key mechanism (comprise and cover side ramp 37, locking key 38 and slip release-push 39) is set to downstream side cover 32.
With reference to Fig. 4, Fig. 5 and Fig. 6, be set to the front contact image sensor 82 of upstream side transportation passage portion 5a and be mounted to upstream side cover 31 by pressure roller 61 to 64.What be set to downstream transportation passage portion 5b is mounted to downstream side cover 32 by pressure roller 65 and 66.
When upstream side cover 31 was opened, upstream side transportation passage portion 5a opened, and the scanning of a surface of front contact image sensor 82 and back side contact image sensor 83 is exposed.The magnetic head 84 that is arranged on shell 2 sides also is exposed.
Open downstream side cover 32 and open downstream transportation passage portion 5b similarly, and expose the printing mechanism 86 that is arranged on shell 2 sides.
In this embodiment of the present invention, magnetic head 84 and push (pressure) roller 85 and all be set at shell 2 sides, and magnetic head 84 is positioned so that it can read MICR line 4A on the check 4.Alternatively, can be set on upstream side cover 31 sides, and magnetic head 84 can be set on shell 2 sides, in the position relative with pressing pressure roller 85 by pressure roller 85.When upstream side cover 31 is opened, utilize this layout, this magnetic head 84 is exposed more, and makes that therefore maintenance is easier.In this case, front contact image sensor 82, back side contact image sensor 83 and printing mechanism 86 are positioned on the opposite side of check transportation path 5.
If being stuck in, check 4 has this operation in the check transportation path 5 that covers 3 check scanning device 1, right and left slip release- push 36 and 39 is operated, and around supporting pin 33 rotations, right and upper left trip side cover 31 and downstream side cover 32 are opened to right side and left side.When blocking mechanism is released, upstream side and downstream side cover 31 and 32 are pushed open by the pressure of pressure roller on transport roller.Torsion spring and other push mechanism also can be installed on the supporting pin 33, so that upstream side and downstream side cover 31 and 32 are pushed open.Yet, utilizing any structure, the simple one action operation that slip release- push 36 and 39 is slided can be opened lid.
To shown in Figure 6, the check of having opened of upstream side and downstream side cover 31 and 32 transports path 5 (upstream side transportation passage portion 5a and downstream transportation passage portion 5b) as Fig. 4.Therefore, the check 4 that blocks can easily be taken out.Behind the check that taking-up is blocked, upstream side and downstream side cover 31 and 32 also can utilize simple single action operation to close.
Upstream side and downstream side cover 31 and 32 can also be opened in an identical manner, are used to safeguard magnetic head 84, front contact image sensor 82, back side contact image sensor 83 and printing mechanism 86, comprise cleaning and change consumables.Expose magnetic head 84, front contact image sensor 82, back side contact image sensor 83 and printing mechanism 86 because opening lid, then can easily carry out maintenance task.By locating them, cover 3 places that they will expose when being opened, the parts damages beyond these parts that also can avoid needs are safeguarded but not be positioned to operate in shell 2 inside.
By the simple operations of Unscrew upstream side cover 31 and downstream side cover 32 on common support pin 33, thereby can open check transportation path 5; And by the simple operations of these lids of rotary closing on common support pin 33, check transportation path 5 can turn back to the position of normally closing.Therefore, the operation of opening check transportation path 5 is fairly simple, during safeguarding, can prevent the damage to the parts of not accepting the General Maintenance in the check scanning device 1, and finger will can not made during safeguarding dirty.
Because they are locked in the off-position by independent blocking mechanism, upstream side and downstream side cover 31 and 32 also can very accurately remain on it separately in the off-position.
Can operate the structure of the supporting pin end piece of lid
Then the close end 31a of upstream side cover 31 and downstream side cover 32 and the shape of 32a are described, just in the shape of the end at supporting pin 33 places with reference to Fig. 7.Attention: in Fig. 7, do not show supporting pin 33, to realize showing better the shape of close end 31a and 32a.
This upstream side cover 31 has: the inner surface portion 311 of determining the part of upstream side transportation passage portion 5a; From the continuous upstream side end face part 312 of supporting pin 33 sides of inner surface portion 311 (supporting pin side end face part); With from upstream side end face part 312 continuous exterior surface parts 313.
This downstream side cover 32 has: the internal table face portion 321 of determining the part of downstream transportation passage portion 5b; The continuous downstream end face part 322 (supporting pin side end face part) of supporting pin 33 sides of surface elements 321 internally; With from downstream end face part 322 continuous exterior surface parts 323.
As inciting somebody to action obviously from Fig. 2, Fig. 5 and Fig. 7, the upstream side end face part 312 of upstream side cover 31 has: upstream side convex surfaces 314 and 315, and it is center and the top and bottom axial end portion place that is formed on supporting pin 33 with supporting pin 33; With the recessed surface 316 of upstream side, it is set between upstream side convex surfaces 314 and 315, and is the center with supporting pin 33.
The shape of downstream end face part 322 has remedied the shape of upstream side end face part 312.More specifically, the downstream end face part 322 of downstream side cover 32 comprises downstream sunk surface 324 and 325 and downstream convex surfaces 326.This sunk surface 324 and 325 is the center with supporting pin 33, and is formed on the top and bottom axial end of supporting pin 33.This convex surfaces 326 is formed between sunk surface 324 and 325, and is the center with supporting pin 33.
This top and bottom upstream side convex surfaces 314 and 315 are arc of circle surfaces, have the central angle of approximate 180 degree.Downstream sunk surface 324 is relative with bottom upstream side convex surfaces 314 and 315 with the top with 325, has predetermined gap therebetween, and convex surfaces 326 relatively is provided with sunk surface 316 similarly, has specified gap in the middle of it.Upstream side convex surfaces 314 determined by identical protruding arc-shaped surface with convex surfaces 326 with 315, and downstream convex surfaces 326 also is arc-shaped surface, has the central angles of approximate 180 degree.
This upstream side sunk surface 316 is determined by identical depression arc-shaped surface with 325 with downstream sunk surface 324.Radius ratios of these depression arc-shaped surface determine upstream side convex surfaces 314 and 315 and the radius of the protruding arc-shaped surface of downstream convex surfaces 326 bigger.These depression arc-shaped surface have the arc of central angle less than 180 degree, and in current embodiment of the present invention, are the curved surfaces with central angle of about 90 degree.
At the close end 31a place of upstream side cover 31, continue as the inner surface portion 311 of the part of upstream side transportation passage portion 5a end tangent line from upstream side convex surfaces 314 and 315.Therefore, when upstream side convex surfaces 314 and 315 rotates to inside on supporting pin 33, the not outstanding upstream side transportation passage portion 5a that enters in these surfaces.
At the close end 32a place of downstream side cover 32, determine that the inner surface portion 321 of part of downstream transportation passage portion 5b is continuous from the end tangent line of downstream convex surfaces 326 similarly.Therefore, when it rotated to inside on supporting pin 33, downstream convex surfaces 326 not projection entered downstream transportation passage portion 5b.
As understanding from Fig. 3 and Fig. 6, when the shape of close end 31a and 32a is as above described setting, and when upstream side cover 31 and downstream side cover 32 are opened, and compare in off-position the time with 32a as close end 31a, close end 31a and 32a do not project into inside further.More particularly, be the upstream side convex surfaces 314 and 315 and the convex surfaces 326 of close end 32a that the arc-shaped surface at center has been described close end 31a with supporting pin 33.
In addition, at the close end 31a place of upstream side cover 31, the inner surface portion 311 tangent ground of describing the part of upstream side transportation passage portion 5a arrive the end of upstream side convex surfaces 314 and 315 continuously.As a result, when upstream side convex surfaces 314 and 315 is center when rotating to inside with supporting pin 33, that is, when upstream side cover 31 was opened, these convex surfaces 314 and 315 not projection entered upstream side transportation passage portion 5a.
At the close end 32a place of downstream side cover 32, the inner surface portion 321 of describing the part of downstream transportation passage portion 5b extends to the end of convex surfaces 326 tangently similarly.As a result, when downstream convex surfaces 326 rotates to the inboard with supporting pin 33 for middle heart, that is, when downstream side cover 32 was opened, downstream convex surfaces 326 not projection entered downstream transportation passage portion 5b.
As mentioned above, when upstream side cover 31 and downstream side cover 32 were opened, close end 31a and 32a not projection entered transportation passage portion 5a and 5b.Therefore, when to be bonded at the check 4 among transportation passage portion 5a or the 5b and to open and can operate when cover 31 and 32 in order to take out, enter the result who transports passage portion 5a or 5b as close end 31a and 32a projection, check 4 will can be by on the outside wall portions 21 that leans against on shell 2 sides.Therefore, this close end 31a and 32a will can not disturb and take out the check 4 that blocks.
In addition, cover 31 and 32 when all closing when operating, gap minimum therebetween, foreign matter will can not enter, and outward appearance can not damaged.In addition, cover 31 concordantly substantially with 323, when being different from surperficial misalignment, kept good surface appearance with 32 outer surface part 313 because can operate.
The close end 31a of all right one way or the other operation lid 31 and 32 and 32a are assembled with coupling, and its part respect to one another is by concentric upstream side convex surfaces 314 and 315 and downstream sunk surface 324 and 325 and determined by upstream side sunk surface 316 and downstream convex surfaces 326.Therefore,, can operate and cover 31 and 32 and can open and close even the gap between the end is very little, can be not interfering with each other.
As mentioned above, if check 4 is stuck in according in the check of the check scanning device 1 of the current embodiment of the present invention transportation path 5, right and left slip release- push 36 and 39 can be operated with discharge and open the right side and upper left trip side cover 31 and downstream side cover 32 with on supporting pin 33 pivotally to right side and left side.When blocking mechanism is released, upstream side and downstream side cover 31 and 32 are pushed open by the pressure that leans against on the transport roller 51 to 56 by pressure roller 61 to 66.Torsion spring or other push mechanism also can be installed on the supporting pin 33, so that upstream side and downstream side cover 31 and 32 are pushed open.Yet, utilizing any structure, the simple one action operation that slip release- push 36 and 39 is slided can be opened lid.
, open upstream side and downstream side cover 31 and 32 and opened check transportation path 5 (upstream side transportation passage portion 5a and downstream transportation passage portion 5b) to shown in Figure 6 as Fig. 4.Therefore, the check 4 that blocks can easily be taken out.Behind the check that taking-up is blocked, upstream side and downstream side cover 31 and 32 also can utilize simple single action operation to close.
Upstream side and downstream side cover 31 and 32 can also be opened in an identical manner, are used to safeguard magnetic head 84, front contact image sensor 82, back side contact image sensor 83 and printing mechanism 86, comprise cleaning and change consumables.Expose magnetic head 84, front contact image sensor 82, back side contact image sensor 83 and printing mechanism 86 because open lid, so can easily carry out maintenance task.Cover 3 when being opened when operating,, replace situation that their are exposed, the damage of the parts beyond these parts that also can avoid needs are safeguarded by locating them in shell 2 inside.
Utilization is the protruding arc-shaped surface at center and the shape that the depression arc-shaped surface has been described the close end 31a and the 32a (end on the supporting pin side) of upstream side cover 31 and downstream side cover 32 with supporting pin 33.Determine that the inner surface portion 311 of the part of the upstream side transportation passage portion 5a on upstream side cover 31 extends from the end tangent line of upstream side convex surfaces 314 and 315.Similarly, the inner surface portion 321 of determining the part of downstream transportation passage portion 5b is extended from the end tangent line of convex surfaces 326.
Therefore, cover 31 and 32 when being opened when operating, close end 31a and 32a will can not be projected into inside than time in the off-position further.More particularly, close end 31a and the 32a at supporting pin 33 places will can projection not enter transportation passage portion 5a and 5b.Therefore, when to be stuck in the check 4 among transportation passage portion 5a or the 5b and to open and can operate when covering 31 and 32 in order to take out, check 4 will be not can be able to not operated covers 31 and 32 close end 31a and 32a by on the outside wall portions 21 that leans against on shell 2 sides.
In addition, can operate the outer surface part 313 and 323 of covering 31 and 32 close end 31a and 32a and form smooth, flush face, thereby and provide better outward appearance when projecting into the outside further than the part that covers supporting pin 33.
In addition, because close end 31a and 32a are mounted, relative with one heart depression arc-shaped surface is mated protruding arc-shaped surface simultaneously, and gap therebetween can be less, and when opening and closing, the apparent surface can be not interfering with each other.In this embodiment of the present invention, the lid operated 31 and 32 that is provided for opening check transportation path 5 can not damage the outward appearance of check scanning device 1.
The present invention can be used in the check scanning device media processing device in addition that is used for handling check, promissory note and invoice book.For example, the present invention can be used in the scanner device of the admission ticket of processing such as pass-check.
Though the present invention is described by foregoing description, clearly: the present invention has the variation of multiple mode.This variation can not be regarded as deviating from spirit of the present invention and scope, and all thisly should be included in the scope of following claim for the modification clearly of professional person in this area.
Claims (12)
1. media processing device comprises:
Be used to transport the medium transportation path of sheet medium;
Form the device housings of medium transportation path;
Can open and can invest with closing the operation lid of device housings; With
Determine the supporting pin with closing axle opened of operation lid,
Wherein: be formed between operation in device housings and the off-position covers as the transportation passage portion of at least a portion medium transportation path.
2. media processing device according to claim 1, wherein:
Described medium transportation path is the medium transportation path that adopts the Rack of U type structural bending extension;
Described operation lid comprises: the upstream side operation lid of determining the upstream side transportation passage portion of medium transportation path; Transport the downstream operation lid of passage portion with the downstream of definite medium transportation path; With
Upstream side operation lid and downstream operation are covered on the supporting pin as the opening/closing axle and are opened and closed.
3. media processing device according to claim 2 also comprises:
The upstream side transport roller is used for transporting sheet medium along upstream side transportation passage portion;
Upstream side is pressed pressure roller, is used for sheet medium by arriving the upstream side transport roller;
The downstream transport roller is used for transporting sheet medium along downstream transportation passage portion; With
Pressure roller is pressed in the downstream, is used for sheet medium by to the downstream transport roller;
Wherein: described upstream side transport roller and downstream transport roller are set to device housings;
Upstream side is set to upstream side operation lid by pressure roller; With
The downstream is set to downstream operation lid by pressure roller.
4. media processing device according to claim 1 further comprises:
Be set to the magnetic head of medium transportation path, be used to read the magnetic ink character that is printed on the sheet medium;
Wherein: the opening operation lid exposes magnetic head.
5. media processing device according to claim 1 also comprises:
Be set to the image scanning apparatus of medium transportation path, be used to the sheet medium of videoing;
Wherein: the opening operation lid exposes image scanning apparatus.
6. media processing device according to claim 5, wherein:
Image scanning apparatus comprises: first image scanning apparatus that is set to a position on the device housings side of medium transportation path; With second image scanning apparatus that is set to the operation lid.
7. media processing device according to claim 1 further comprises:
Be set to the printing mechanism of medium transportation path, be used on sheet medium, printing;
Wherein: the opening operation lid exposes printing mechanism.
8. media processing device according to claim 2 further comprises:
The upstream side blocking mechanism is used for that upstream side is operated cover lock and fixes on off-position;
The upstream side functional unit, it is operated to remove the locking of upstream side blocking mechanism;
The downstream blocking mechanism is used for that cover lock is operated in the downstream and fixes on off-position; With
The downstream functional unit, it is operated to remove the locking of downstream blocking mechanism.
9. media processing device according to claim 1, wherein:
Described operation lid comprises: the inner wall section of determining the transportation passage portion; Supporting pin side end face part with end on definite supporting pin side;
Described supporting pin side end face part is determined by the protruding arc-shaped surface that with the supporting pin is the center; With
Described inner wall section tangentially extends to protruding arc-shaped surface from the end of protruding arc-shaped surface.
10. media processing device according to claim 9, wherein:
The end face part of the operation lid relative with supporting pin side end face part is determined by the depression arc-shaped surface that with the supporting pin is the center, and described depression arc-shaped surface has the radius bigger than the radius of protruding arc-shaped surface.
11. media processing device according to claim 2, wherein:
Described upstream side operation lid has: the inner wall section of determining upstream side transportation passage portion; The upstream side end face part of the end of continuous inner wall section on the supporting pin side; With the outer wall section that arrives the upstream side end face part continuously;
Described downstream operation lid has: the inner wall section of determining downstream transportation passage portion; The downstream end face part of the end of continuous inner wall section on the supporting pin side; With the outer wall section that arrives the downstream end face part continuously;
Described upstream side end face part has axially be set to anchor be the upstream side projection arc-shaped surface part at center with the supporting pin and be the upstream side depression arc-shaped surface part at center with the supporting pin;
Described downstream end face part has axially be set to supporting pin be the downstream depression arc-shaped surface part at center with the anchor and be the downstream projection arc-shaped surface part at center with the Support Position;
Downstream depression arc-shaped surface part is relative with upstream side projection arc-shaped surface part, and downstream projection arc-shaped surface part is relative with upstream side depression arc-shaped surface part;
Described upstream side projection arc-shaped surface is identical substantially protruding arc-shaped surface with downstream projection arc-shaped surface;
Described upstream side depression arc-shaped surface is identical substantially depression arc-shaped surface with downstream depression arc-shaped surface;
Described depression arc-shaped surface is to have than the protruding arc-shaped surface arc-shaped surface of long radius more;
The inner wall section of determining upstream side transportation passage portion extends to upstream side projection arc-shaped surface part from upstream side projection arc-shaped surface continuous edge ground tangent line partly; With
The inner wall section of determining downstream transportation passage portion extends to downstream projection arc-shaped surface part from downstream projection arc-shaped surface continuous edge ground tangent line partly.
12. media processing device according to claim 1 further comprises:
The check feeding unit is used for the check as sheet medium is fed to medium transportation path; With
The check deliverying unit is used to receive the check from the discharging of medium transportation path.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006353821 | 2006-12-28 | ||
| JP2006353821A JP4816450B2 (en) | 2006-12-28 | 2006-12-28 | Media processing device |
| JP2006-353821 | 2006-12-28 | ||
| JP2007028848 | 2007-02-08 | ||
| JP2007-028848 | 2007-02-08 | ||
| JP2007028848 | 2007-02-08 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101221673A true CN101221673A (en) | 2008-07-16 |
| CN101221673B CN101221673B (en) | 2012-05-16 |
Family
ID=39631487
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101994758A Active CN101221673B (en) | 2006-12-28 | 2007-12-13 | Media processing device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4816450B2 (en) |
| CN (1) | CN101221673B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103136883A (en) * | 2011-11-25 | 2013-06-05 | 山东新北洋信息技术股份有限公司 | Slice type medium processing device with multiple processing mechanisms |
| CN103632432A (en) * | 2012-08-24 | 2014-03-12 | 山东新北洋信息技术股份有限公司 | Check processing equipment |
| CN103818126A (en) * | 2009-11-30 | 2014-05-28 | 精工爱普生株式会社 | Recording medium processing apparatus |
| CN111315672A (en) * | 2017-11-08 | 2020-06-19 | 斑马技术公司 | Output bin for media processing device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5428975B2 (en) * | 2010-03-18 | 2014-02-26 | セイコーエプソン株式会社 | Media processing device |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4560293A (en) * | 1983-10-14 | 1985-12-24 | Check Technology Corporation | Document printing method and apparatus |
| US6109521A (en) * | 1997-10-06 | 2000-08-29 | Axiohm Transaction Solutions, Inc. | Check processing method and apparatus |
| JP4720087B2 (en) * | 2003-01-24 | 2011-07-13 | セイコーエプソン株式会社 | Printing apparatus and printing method |
| JP4289197B2 (en) * | 2004-04-01 | 2009-07-01 | セイコーエプソン株式会社 | Image reading device |
-
2006
- 2006-12-28 JP JP2006353821A patent/JP4816450B2/en not_active Expired - Fee Related
-
2007
- 2007-12-13 CN CN2007101994758A patent/CN101221673B/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103818126A (en) * | 2009-11-30 | 2014-05-28 | 精工爱普生株式会社 | Recording medium processing apparatus |
| CN103136883A (en) * | 2011-11-25 | 2013-06-05 | 山东新北洋信息技术股份有限公司 | Slice type medium processing device with multiple processing mechanisms |
| CN103136883B (en) * | 2011-11-25 | 2015-09-02 | 山东新北洋信息技术股份有限公司 | There is the laminated medium processing unit of multiple processing mechanism |
| CN103632432A (en) * | 2012-08-24 | 2014-03-12 | 山东新北洋信息技术股份有限公司 | Check processing equipment |
| CN103632432B (en) * | 2012-08-24 | 2016-04-20 | 山东新北洋信息技术股份有限公司 | Check treatment facility |
| CN111315672A (en) * | 2017-11-08 | 2020-06-19 | 斑马技术公司 | Output bin for media processing device |
| CN111315672B (en) * | 2017-11-08 | 2022-04-15 | 斑马技术公司 | Output bin for media processing device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4816450B2 (en) | 2011-11-16 |
| JP2008162750A (en) | 2008-07-17 |
| CN101221673B (en) | 2012-05-16 |
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