CN106068529B

CN106068529B - Media processing device and the mordanting method for utilizing this

Info

Publication number: CN106068529B
Application number: CN201680000530.3A
Authority: CN
Inventors: 金祐景
Original assignee: Neoicp
Current assignee: Neo Icp; Neoicp
Priority date: 2015-01-26
Filing date: 2016-01-25
Publication date: 2018-12-07
Anticipated expiration: 2036-01-25
Also published as: WO2016122176A1; CN106068529A

Abstract

The present invention relates to a kind of media processing devices characterized by comprising storage case portion, for gathering medium；And stacker portion, the medium of the storage case portion will be transferred to for temporarily storing, wherein the stacker portion includes: pallet, is used to support the medium；Pressure plate is equipped with the pallet and supports the medium together with the pallet with opening predetermined angular；Belt is transported, the medium is transferred to the storage case portion；And pallet eccentric wheel, the opposite side of the pressure plate is provided in the pallet, rotate the pallet on the basis of one end, and when the pallet is rotated by the pallet eccentric wheel, the pressure plate is rotated to the direction of the tilt angle reduction between the pallet.

Description

Media processing device and the mordanting method for utilizing this

Technical field

The present invention relates to a kind of media processing device and utilize this mordanting method.

Background technique

In general, the medium of the value with predetermined dollar value of such as bank note, check, marketable securities etc needs to carry out safety And it accurately handles.In particular, needing accurately to confirm the amount of money or medium of medium in the place processing medium such as bank or shop Quantity it is whether correct.

If the quantity of medium is few, people can directly with hand, place goes over medium and calculates the amount of money one by one.However, Medium has relatively thin paper form, and therefore, when being counted by manually mode to medium, there is the matchmakers because of two or more It is situated between overlapped and the amount of money is inconsistent, it is possible to leading to that disagreement occurs.

Therefore, when generally counting small number of medium, people are generally counted more than twice to improve accuracy.However, logical It crosses manually mode and greater number of medium count and need to consume the more time, and this method is very inconvenient, Therefore the counter that can be counted automatically to medium can be used.

Counter is such a device: being a kind of in volume equipped with the funnel (hopper) for allowing to be put into medium When medium is disposably put into funnel, idler wheel makes medium put over one by one by frictional force, thus accurately counts matchmaker The quantity of Jie.

However, people need the medium from counter taking-up by counter and after being counted again, and it is carried out Processing, at this point, people are during taking out and mobile medium, there may be the danger for losing medium, and can seriously send out The raw risk for intentionally being stolen medium.

That is, existing manually or automatically medium method of counting lacks accuracy, and safety is also unable to get guarantee, from And discontented or disagreement situation is likely to occur in process of exchange, therefore, it is necessary to improve these problems in time.

Summary of the invention

Technical problem

The present invention is proposed to solve problem of the prior art as described above, and its purpose is to provide a kind of energy It enough realizes the media processing device of following effect and the mordanting method using this: gathering the medium after being counted automatically To storage case portion, so that the medium after having counted, transaction to ensure safety can not be stolen halfway.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: the operation of pallet and pressure plate in stacker portion is made to pass through a motor reality using pallet eccentric wheel It is existing, it is constituted to simplify, and become easy control.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: the opening and closing of the fixation and stacker gate that make the stacker gate in stacker portion reality by a motor It is existing, it is constituted to simplify, thrifty expense and driving operation is reduced accordingly, so as to thrifty power consumption.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: improving the structure of locking and opening and closing for realizing the safety box gate for being provided to secure chest portion, So as to steadily carry out the operation of safety box gate.

It is further an object that providing a kind of media processing device for realizing following effect and the medium using this Processing method: the storage box gate driving portion for being used in the storage box gate of opening and closing storage case portion is provided to outside, to make to deposit The structure of storage tank minimizes, and at the same time, the combining form between storage box gate driving portion and storage box gate is processed as Special form, to reinforce safety.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: if storage box gate is blocked after storage case portion is open once, locking is executed so that storage box The opening again of gate can not be realized only by storage box gate driving portion.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: if detecting that the safe door of secure chest portion is in off state, (lock) safe door is locked；If It detects the locking of safe door, then makes storage box guillotine door open, thus generation the problems such as prevent medium from losing in advance.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: the medium test section of remaining medium whether will is provided in the media paths for being used to detect storage case portion The outside of storage box, so that without supplying storage box other electric power, and can be by being provided to the rib of storage box Mirror portion and the test section that utilizes the medium accurately detects medium.

It is further an object that provide a kind of media processing device for realizing following effect and using this Mordanting method: the medium envelope equipped with medium is directly introduced to stacker can accumulate to storage case portion, to make Both modes can be stored in by medium deposit and medium envelope by, which obtaining, realizes deposit transaction.

Technical solution

The media processing device of an embodiment according to the present invention is characterised by comprising: storage case portion, for gathering matchmaker It is situated between；And stacker portion, the medium of the storage case portion will be transferred to for temporarily storing, wherein the stacker Portion includes: pallet, is used to support the medium；Pressure plate, with the pallet open predetermined angular be equipped with and with the pallet The medium is supported together；Belt is transported, the medium is transferred to the storage case portion；And pallet eccentric wheel, described Pallet is provided to the opposite side of the pressure plate, rotates the pallet on the basis of one end, and described When pallet is rotated by the pallet eccentric wheel, the pressure plate is to the direction of the tilt angle reduction between the pallet Rotation.

Specifically, the pressure plate at one end can equipped with bearing, and the pallet rotation when, the pressurization Plate according to the bearing keep with state that the pallet is close to and rotated.

Specifically, the pressure plate can be moved in a manner of having mobile rotation center.

Specifically, the pressure plate can form the other end from described on the basis of one end equipped with the bearing The separate tilt angle of pallet.

It is in close contact specifically, the pressure plate can make the other end be tightly attached to the pallet with formation and makes institute One end is stated to be rotated from the mode of the separate tilt angle of the pallet.

Specifically, one end of the pallet can be with the rolling axle of the conveying roller for rotating the conveying belt Connection, so that the pallet is rotated on the basis of the rolling axle.

Specifically, the conveying belt can be at least partially isolated with the medium in the tray support medium, And when the pallet is rotated by the rotation of the pallet eccentric wheel, the entirety of the conveying belt and the medium is tight It pastes and transfers medium.

Specifically, can also include: pallet driving motor, for rotating the pallet eccentric wheel；And conveying skin Band driving motor, for rotating the conveying belt.

Specifically, the pressure plate may include: at least one media support protrusion, in one with the Media Exposure Surface has predetermined length and protrusion along the transfer direction of the medium.

Specifically, the pressure plate can be in the other end equipped with the idle pulley for assisting the transfer of the medium.

The media processing device of an embodiment according to the present invention it is characterised in that it includes for gathering the storage of medium Case portion, wherein the storage case portion includes: storage box, is provided as at least one, and states medium in internal collecting post；Storage box Gate is provided to the storage box, for being opened and closed the transfer path of the medium；Storage box gate driving portion, releasably matches It is standby in the storage box, for driving the storage box gate；And storage box gate power transfering part, it is provided to the storage Case, for the power of the storage box gate driving portion to be passed to the storage box gate, the storage box gate power is passed The portion of passing includes: recessed mouth；And master gear has the combination protrusion with pentagonal section, institute from the female mouth protrusion It includes: main shaft that storage, which is stated, to gate driving portion, and inside is equipped with the protrusion intake with pentagonal section, described in surrounding In conjunction with protrusion, and outside is introduced in the female mouth, to make the combination protrusion rotate when rotated, so that the master Gear rotation.

Specifically, the master gear can be worm gear.

Specifically, the storage box gate power transfering part may include: helical gear, engages and revolve with the master gear Turn；And storage box gate drive belt, it is connect with the helical gear and keeps the storage box gate mobile.

Specifically, the storage box gate power transfering part can also include: the first drive shaft, connect with the helical gear It connects；And second drive shaft, it is connect with the storage box gate.

Specifically, one end of the storage box gate drive belt can be with the first driving axis connection, the other end Axis connection is driven with described second, so that the rotary force of first drive shaft is passed to second drive shaft.

Specifically, can also include: residual medium removal portion, it is mobile to be prominent towards the transfer path of the medium, with The medium that will likely remain on the transfer path of the medium is pushed open.

Specifically, the storage box gate power transfering part can also include: third drive shaft, with the residual medium The connection of removal portion；And residual medium removal belt, one end and the first driving axis connection, the other end and the third are driven Moving axis connection, so that the rotary force of first drive shaft is passed to the third drive shaft.

Specifically, residual medium removal portion can move in the opposite direction with the storage box gate linkage It is dynamic.

Beneficial effect

For media processing device according to the present invention and using this mordanting method, make to be put into pars infundibularis Medium be moved to stacker portion after being counted, and if it is confirmed that key etc. is pressed, then make medium from stacker Portion accumulates to storage case portion from stacker portion automatically, so as to improve safety, and releases a possibility that disagreement occurs in advance.

In addition, for media processing device according to the present invention and using this mordanting method, in transfer medium When, pallet and pressure plate are operated only by a motor by pallet eccentric wheel in stacker portion, so as to Simplify its composition.

It, can be to being used in addition, for media processing device according to the present invention and using this mordanting method The stacker portion for provisionally storing the medium transmitted from pars infundibularis is equipped with stacker gate, to block from outside to interim storage Medium it is close, and drive the locking of stacker gate and opening and closing by a motor, so as to thrifty system Cause this.

In addition, being accommodated for media processing device according to the present invention and using this mordanting method in inside In the safety box for having the media paths for storing case portion and being used to form between stacker portion and storage case portion, using simple knot Structure realizes movement and the lock operation of the safety box gate in the transfer path for being opened and closed medium.

In addition, for media processing device according to the present invention and using this mordanting method, for having one The storage case portion of the storage box of a above accumulation medium, holds the driving of storage box gate by storage box gate driving portion Row hereby it is possible to simplify the composition of storage box, and the integrated structure between storage box gate driving portion and storage box is limited For special form, so as to reinforce safety, wherein storage box gate is located at position corresponding with safety box gate；It deposits Storage tank gate driving portion is independently equipped with storage box, and is incorporated into storage box and is operated.

In addition, being designed to for media processing device according to the present invention and using this mordanting method It is provided to after the storage box guillotine door open of storage case portion when being blocked, if not releasing special locking, cannot re-start The opening of storage box gate, so as to prevent the unnecessary opening of storage box.

In addition, making for media processing device according to the present invention and using this mordanting method in order to protect The locking of safe door and the open of storage box gate that dangerous case portion is taken out storage case portion and is equipped with link, so that storage box gate It is only just opened when safe door is locked, so as to improve safety.

In addition, being deposited for media processing device according to the present invention and using this mordanting method in order to detect Whether storage tank portion has remaining medium and is equipped with medium test section, at this point, medium test section is provided to outside storage box, thus Without supplying electric power to storage box, and it is equipped with prism portion in storage case portion, so as to accurately carry out by medium test section Detection.

In addition, can make as follows for media processing device according to the present invention and using this mordanting method Two kinds of situations can be realized significantly to promote convenience: the deposit of medium, and medium is accumulated to storage by pars infundibularis Case portion；Medium envelope is transferred to, and the medium envelope equipped with more pieces of media is made to accumulate to storage case portion by stacker portion.

Detailed description of the invention

Fig. 1 is the perspective view of the media processing device of an embodiment according to the present invention.

Fig. 2 is the front elevation of the media processing device of an embodiment according to the present invention.

Fig. 3 is the module map of the media processing device of an embodiment according to the present invention.

Fig. 4 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention.

Fig. 5 and Fig. 6 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention.

Fig. 7 and Fig. 8 is the partial enlargement of the storage case portion in the media processing device of an embodiment according to the present invention Figure.

Fig. 9 and Figure 10 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 11 is the perspective view of the main shaft of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 12 is the front elevation of the master gear of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 13 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 14 to Figure 18 is the plan view of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 19 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention.

Figure 20 is the perspective view in the stacker portion in the media processing device of an embodiment according to the present invention.

Figure 21 to Figure 25 is the side view in the stacker portion in the media processing device of an embodiment according to the present invention.

Figure 26 is the perspective view in the stacker portion in the media processing device of an embodiment according to the present invention.

Figure 27 to Figure 28 is the side view in the stacker portion in the media processing device of an embodiment according to the present invention.

Figure 29 is the perspective view of the secure chest portion in the media processing device of an embodiment according to the present invention.

Figure 30 to Figure 33 is the side view of the secure chest portion in the media processing device of an embodiment according to the present invention.

Figure 34 is the precedence diagram of the mordanting method of an embodiment according to the present invention.

Figure 35 is the precedence diagram of the mordanting method of an embodiment according to the present invention.

Specific embodiment

If referring to the following detailed description of and preferred embodiment that link up with attached drawing, it is the purpose of the present invention, specific The advantages of and new feature can more define.What is needed to pay attention to is that, wanted in the present specification in the composition to each attached drawing When element adds reference numeral, for identical constituent element, even if being labeled in the other figures of the drawing, also make it as much as possible Label having the same.In addition, in explaining the present invention, if it is determined that specifically for relevant well-known technique It is bright that unnecessary confusion is brought to purport of the invention, then omit detail explanation.

Hereinafter, the preferred embodiment of the present invention is described in detail referring to attached drawing.

Fig. 1 is the perspective view of the media processing device of an embodiment according to the present invention；Fig. 2 is according to the present invention one real Apply the front elevation of the media processing device of example；Fig. 3 is the module map of the media processing device of an embodiment according to the present invention.

In addition, Fig. 4 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention；Fig. 5 And Fig. 6 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention；Fig. 7 and Fig. 8 are The partial enlarged view of storage case portion in the media processing device of an embodiment according to the present invention；Fig. 9 and Figure 10 is basis The perspective view of storage case portion in the media processing device of one embodiment of the invention；Figure 11 is an embodiment according to the present invention Media processing device in storage case portion main shaft perspective view；Figure 12 is the mordanting of an embodiment according to the present invention The front elevation of the master gear of storage case portion in device.

Figure 13 is the perspective view of the storage case portion in the media processing device of an embodiment according to the present invention；Figure 14 extremely schemes 18 be the plan view of the storage case portion in the media processing device of an embodiment according to the present invention；Figure 19 is according to the present invention The perspective view of storage case portion in the media processing device of one embodiment.

Figure 20 is the perspective view in the stacker portion in the media processing device of an embodiment according to the present invention；Figure 21 extremely schemes 25 be the side view in the stacker portion in the media processing device of an embodiment according to the present invention.

Figure 26 is the perspective view in the stacker portion in the media processing device of an embodiment according to the present invention；Figure 27 extremely schemes 28 be the side view in the stacker portion in the media processing device of an embodiment according to the present invention；Figure 29 is according to the present invention The perspective view of secure chest portion in the media processing device of one embodiment；Figure 30 to Figure 33 is an embodiment according to the present invention The side view of secure chest portion in media processing device.

As shown in Fig. 1 to Figure 33, the media processing device 1 of an embodiment according to the present invention includes: pars infundibularis 10, storage Case portion 20, stacker portion 30, discriminating section 40, conveying unit 50, secure chest portion 60, input and output portion 70, control unit 80.

Portion funnel (hopper) 10 is the composition part for being put into medium.The medium for being put into pars infundibularis 10 can be meaned All stationeries of the value with scheduled Flat Amount of such as bank note, check, marketable securities etc.

One piece or more of medium can be put into pars infundibularis 10, and in following portions stacker (stacker) 30 The medium envelope for containing multiple media can be put into.It below will be referring to Figure 35 and to the transaction by being put into the progress of medium band It is illustrated.Hereinafter, by medium envelope and medium be all completely contained in and illustrate for medium, and even if be recorded as matchmaker It is situated between, medium can also indicate medium envelope.

Pars infundibularis 10 can have the form that opening is flared, and to allow being put into for medium, and be put into pars infundibularis 10 medium can be transported to stacker portion 30 by the known various rollers such as intake roller (Feed Roller).

Storage case portion 20 is for gathering medium.Storage case portion 20 can make to be put into pars infundibularis 10 or stacker portion 30 Medium accumulation, and be put into pars infundibularis 10 medium can by discriminating section 40, stacker portion 30, conveying unit 50 and be passed To storage case portion 20.

Store case portion 20 can be located at aftermentioned secure chest portion 60 inside, and if secure chest portion 60 safe door 67 are opened, then storing case portion 20 can be removed from secure chest portion 60.This process can carry out storage case portion 20 Alternate situation under execute.

Storage case portion 20 includes: storage box (cassette) 21, storage box gate (cassette shutter) 22, storage Case gate driving portion 23, storage box gate power transfering part 24, and below will referring to Fig. 4 to Figure 12 and to these constitute into Row explanation.

Storage box 21 is provided as at least one, and accommodates medium inside it.The medium for accommodating storage box 21 can To be medium or medium envelope.Storage box 21 can gather the medium of predetermined quantity, and if storage box 21 has been gathered enough The medium of amount can then execute the exchange of storage box 21.

At this point, being respectively equipped with identifier (not shown) in storage box 21, and store in case portion 20 or secure chest portion 60 Equipped with the identifier (not shown) of the identifier of storage box 21 for identification, to improve the safety of storage box 21.At this point, Identifier can be bar code, fast reaction (QR:Quick Response) code, radio frequency identification (RFID:Radio Frequency Identification Devices) etc. multiplicity mark.

The identification of storage box 21 is carried out to execute following work: whether identification storage box 21 is legally to make Storage box 21 rather than the storage box 21 for having the leeway illegally used；Or storage is assigned in each storage case portion 20 Identify whether each storage case portion 20 belongs to suitable storage box 21 in the case where case 21；Or confirmation is transferred to storage box Whether 21 certificate kind is by accurately setting etc..

It can be equipped with storage box gate 22 in storage box 21.Storage box gate 22 can be opened and closed for being transferred to medium The transfer path of storage box 21, and storage box gate 22 can be provided to each storage box 21, or can be provided to two The entrance front end of above storage box 21, so that medium can be separated at the downstream of storage box gate 22.

Storage box gate 22 is provided to storage box 21 and is opened and closed the transfer path of medium.Storage box gate 22 can store Case 21 keeps open state in the case where being set to storage case portion 20, and if with scheduled period (as an example, 1 day) friendship Easily all terminate, then can be blocked.

Storage box gate 22 can have plate morphology or form the plate shape of indent and convex injustice, can be along predetermined Direction carry out translational motion, thus open or block transfer path.As described above, in order to keep storage box gate 22 mobile, then Need a kind of driving source, in the present invention, driving source can with storage box 21 it is relatively independent be equipped with, rather than be provided to storage Case 21.

Therefore, although storage box 21 has storage box gate 22, storage box 21 is not had for making storage box lock The mobile driving source of door 22, therefore storage box 21 can not receive electric power etc..Therefore, the present invention can make the structure of storage box 21 Simplify, and the manufacturing expense of thrifty storage box 21.

Storage box gate driving portion 23 is removably provided to storage box 21.Storage box gate driving portion 23 is provided to storage The outside of case 21 and drive storage box gate 22.That is, storage box 21 is not necessarily to receive from outside for driving storage box gate 22 Electric power, therefore can simplify the composition of storage box 21.

In addition, not executing the supply of electric power in storage box 21, therefore the failure hair of storage box 21 can be greatly lowered Raw probability, expense or the time etc. for safeguarding and repairing storage box 21 can be saved based on this.

Storage box gate driving portion 23 can generate power by using own power source or from outside reception power supply.At this time Generated power can be transmitted to storage box gate 22 by storage box gate power transfering part 24.

However, as storage box gate driving portion 23 is provided to the outside of storage box 21, storage box 21 as described above It can not need from power from outside.That is, storage box gate 22 can be received only by storage box gate power transfering part 24 The power of storage box gate driving portion 23 and be opened and closed, rather than grasped by the driving source being provided in storage box 21 Make.

Storage box gate driving portion 23 includes main shaft 231.It, will be to storage box gate power transfering part about main shaft 231 24 be illustrated after 1 be described in detail referring to Fig.1.

Storage box gate power transfering part 24 is provided to storage box 21.Storage box gate power transfering part 24 can be only from depositing Storage tank gate driving portion 23 receives power and simultaneously passes to storage box gate 22, without from power from outside.That is, being deposited even if having Storage tank gate power transfering part 24, storage box 21 still do not need to receive the supply of electric power.

Storage box gate power transfering part 24 includes master gear 241.Master gear 241 can be combined in main shaft 231 and rotate.This When, master gear 241 has recessed mouth 2411 and combines protrusion 2412 with being shown in Fig.12.

Recessed mouth 2411 can be equipped with cylindrical conformation, allow the introducing of main shaft 231.That is, main shaft as shown in figure 11 231 be directed into 2411 inside of recessed mouth of master gear 241 and be fixed.Specifically, the outside of main shaft 231 can be by It is introduced into recessed mouth 2411, to be closely contacted the inner surface of recessed mouth 2411.

The inside of recessed mouth 2411 protrudes and has from recessed mouth 2411 equipped with protrusion 2412 is combined, in conjunction with protrusion 2412 There is pentagonal section.However, can be separated by conjunction with the outer surface of protrusion 2412 and the inner surface of recessed mouth 2411 and arrange, And main shaft 231 can be inserted into the inner surface of recessed mouth 2411 and combine the space between protrusion 2412.

As shown in figure 11, the main shaft 231 of storage box gate driving portion 23 can be equipped with protrusion intake 2311.At this point, Protrusion intake 2311 can have pentagonal section.Therefore, it can execute in the inside of protrusion intake 2311 in conjunction with prominent Play 2412 introducing.

It is respectively provided with pentagonal section with protrusion intake 2311 and in conjunction with protrusion 2412, when main shaft 231 rotates, It will be rotated in conjunction with protrusion 2412 with the state for being snapped at protrusion intake 2311.That is, the rotation of main shaft 231 can pass through tool There is the protrusion intake 2311 of pentagonal section and is transmitted to master gear 241 in conjunction with protrusion 2412.

At this point, the inside of recessed mouth 2411 can be located in conjunction with protrusion 2412, and have not to the outside of recessed mouth 2411 Height outstanding.That is, being needed using following main shaft 231, that is, the outside of the main shaft 231 to make that protrusion 2412 is combined to rotate It is introduced to the inner surface of recessed mouth 2411, and inside has the protrusion intake 2311 being engaged in conjunction with protrusion 2412.

The shape of this main shaft 231 can be with known nut etc. with protrusion intake 2311 is limited to pentagon Shape difference alienation.Therefore, the difficulty of reproduction for realizing the main shaft 231 of the movement of storage box gate 22 may be very high.

Accordingly, the present invention independently made using pentagonal shape for make master gear 241 rotate tool, and this Manufacturing process has very high difficulty, thus can prevent storage box gate 22 from illegally being opened.

Hereinafter, in the case where the rotation of the main shaft 231 of storage box gate driving portion 23, storage box gate power is passed How the rotation for passing the master gear 241 in portion 24, which is passed to the situation of storage box gate 22, is illustrated.To this will referring to Fig. 9 with And Figure 10.

Main shaft 231 can be connect with master gear 241, master gear 241 can be fixed on main shaft 231 and with main shaft 231 1 It is same to be rotated.At this point, main shaft 241 can be worm gear (worm gear), and master gear 241 can be with helical gear (helical gear) 242 is engaged.

Helical gear 242 is engaged with master gear 241 and is rotated.However, because master gear 241 is worm gear, helical gear 242 Plane of rotation can be perpendicular to the Plane of rotation of master gear 241.

Helical gear 242 is connect with the first drive shaft 244, and the second drive shaft 245 is provided to storage box gate 22, This, the first drive shaft 244 and the second drive shaft 245 are connected by storage box gate drive belt 243.If master gear 241 Rotation is passed to helical gear 242, then the first drive shaft 244 will will do it rotation, and the rotation of the first drive shaft 244 will The second drive shaft 245 is passed to along storage box gate drive belt 243.

At this point, storage box gate 22 can be opened and closed if the second drive shaft 245 rotates.By the second drive shaft 245 Rotation and be opened and closed storage box gate 22 principle can by rack rails (rack, not shown) and rack gear (rack gear does not scheme Show) etc. multiplicity connection structure and realize.

That is, storage box gate 22 along master gear 241, helical gear 242, the first drive shaft 244, storage box gate by driving Dynamic belt 243, the second drive shaft 245 and the power that transmits and be opened and closed, at this point, storage box gate drive belt 243 can be with Helical gear 242 connects and keeps storage box gate 22 mobile.

As described above, storage box gate power transfering part 24 will only be passed from the main shaft 231 of storage box gate driving portion 23 The rotary force passed is directly passed to storage box gate 22, therefore storage box 21 can be made not need individually to receive electric power etc..

Storing case portion 20 can also be comprising residual medium removal portion 246, and residual medium removal portion 246 can be in the shifting of medium It highlightedly moves in dynamic path.If remaining medium on the transfer path of medium, remaining medium removal portion 246 can be direct It is pressurizeed and is removed to remaining medium.

That is, residual medium removal portion 246 can push can remain in medium transfer path on medium, and can with deposit Storage tank gate 22 links and moves along identical direction or opposite direction.Specifically, storage box gate power transfering part 24 can also include the third drive shaft 247 connecting with residual medium removal portion 246 and transmit the rotation of the first drive shaft 244 To the residual medium removal belt 248 of third drive shaft 247, and remaining medium removal belt 248 can will be by master The rotation of first drive shaft 244 of gear 241 direct supplies to third drive shaft 247, to make to remain the shifting of medium removal portion 246 It is dynamic.

At this point, residual medium removal can connect with one end of belt 248 in the first drive shaft 244, the other end is connected to Third drive shaft 247, so as to which the rotary force of the first drive shaft 244 is passed to third drive shaft 247.Remain medium removal With belt 248 can not formed with storage box gate drive belt 243 intrusively, be separated by and arrange, and with storage box lock When door drive belt 243 is compared, the total length of the two can not be identical.Its reason is the second drive shaft 245 and third It the position of drive shaft 247 may be different.

As described above, by the present invention in that storage box gate driving portion 23 connect with storage box gate power transfering part 24 and Rotary force is transmitted, and transmits rotary force by a variety of constitute to storage box gate 22, thereby executing storage box gate 22 Open or block can make storage box 21 not need to receive the supply of electric power, to enough improve the durability of storage box 21 at this time.

In addition, residual medium removal portion 246 is when storage box gate 22 is blocked along the side in the transfer path for stopping medium To movement, so as to be effectively removed the medium that can remain on transfer path.

As shown in Figure 13 to Figure 18, storage case portion 20 can also lock (cassette shutter comprising storage box gate lock)25。

Storage box gate lock 25 can limit the movement of storage box gate 22, specifically, if by storage box gate 22 It opens primary and blocks, then it can be made not open again.For this purpose, storage box gate lock 25 can be by the storage box lock moved Door 22 pressurization and rotate.

In order to which by 25 locking storage box gate 22 of storage box gate lock, a surface of storage box gate 22 can be protruded Guide surface 221, the other end could be formed with card access surface 222.At this point, guide surface 221 can moving along storage box gate 22 Direction and extend, and vertically protruded with a surface of storage box gate 22；Card access surface 222 can along with storage box gate 22 The vertical direction of moving direction extend, and vertically protruded with a surface of storage box gate 22.

In addition, guide surface 221 and card access surface 222 can be connected to each other, and can be formedWord shape.That is, with attached On the basis of figure, guide surface 221 and card access surface 222 can be reversed left to right Word shape.

At this point, if storage box gate 22 moves, storage box to open the transfer path of medium along a direction One end of gate lock 25 can be rotated with the promotion of storage box gate 22.Storage box gate lock 25 is with fixed rotation It is rotated on the basis of center, therefore in one end rotation, the other end can also rotate therewith.At this point, storage box lock The other end of door lock 25 can keep moving with the state that guide surface 221 is close to along guide surface 221.

Later, in order to block transfer path, if storage box gate 22 is moved along other direction, storage box gate lock 25 other end can be placed in card access surface 222 by guide surface 221.However, guide surface 221 is along storage box gate 22 Moving direction and the form that extends, but card access surface 222 is prolonged along the vertical direction of the moving direction of storage box gate 22 The form stretched, therefore, the other end for being placed in the storage box gate 22 of card access surface 222 will be blocked by card access surface 222, so as to To limit the movement of the storage box gate 22 open again for transferring path.Hereinafter, referring to attached drawing to above-mentioned process It is described in detail.

As shown in figure 14, if storage box gate 22 is in blocked styate, storage box gate lock 25 will keep not revolving The state turned.Later, as shown in figure 15, if storage box gate 22 is moved upward on the basis of attached drawing, with storage One end of case gate lock 25 is pushed to top, and storage box gate lock 25 will rotate counterclockwise.At this point, storage box lock The other end of door lock 25 can be close to the guide surface 221 of storage box gate 22.

Later, as shown in figure 16, if storage box gate 22 constantly moves, the other end of storage box gate 25 will be protected Relative motion is carried out with storage box gate 22 while holding the state being close to storage box gate 221.At this point, storage box gate is locked 25 one end can be isolated on the basis of attached drawing to the left from guide surface 221, and storage box gate 22 may be at opening Transfer the state in path.

Later, as shown in figure 17, if storage box gate 22 is moved along the direction in block transfer path, with such as Figure 15 In the same manner, the other end of storage box gate 22 will keep the state being close to guide surface 221 to shown situation.

Later, as shown in figure 18, if completing the block in the transfer path by storage box gate 22, storage box gate 22 other end will be detached from guide surface 221.At this point, the other end of storage box gate lock 25 can be along close to card access surface 222 Direction have elastic force, accordingly, storage box gate lock 25 the other end can be detached from guide surface 221 and be placed in card access surface 222。

As described above, storage box gate 22 will not if the other end of storage box gate 25 is blocked by card access surface 222 It is moved along the direction in open transfer path.I.e., it is possible to which storage box gate 22 is not allowed to open again.

Therefore in the case, only user is manually by one end of storage box gate lock 25 along on the basis of attached drawing It is rotated clockwise, the other end of storage box gate lock 25 can be detached from from card access surface 222.

That is, storage box gate lock 25 can be clockwise if storage box gate 22 is moved along a direction Or a direction rotation in counter clockwise direction, and if storage box gate 22 is moved along other direction, storage box lock Door lock 25 can be rotated along other direction.

Therefore, storage box gate lock 25 allows storage box gate 22 to be opened once under unlocked state (original state), The movement that blocks storage box gate 22 is converted after storage box gate 22 is opened once to lock state at this time, so as to To block opening again for storage box gate 22.

Accordingly, the present invention can block the opening and closing without rule of storage box gate 22, and when using storage box 21, After storage box gate 22 first keeps open state, when waiting to draw storage box 21 and blocked storage box gate 22, it is difficult to Storage box gate 22 is reopened, so as to increase substantially safety.

However, storage box gate lock 25 can have: locking display unit 251 is connected to storage box gate lock 25, and deposits Whether the rotation of storage tank gate lock 25 moves in linkage and shows the mobile limitation of storage box gate 22.

Locking display unit 251 is intended to indicate that storage box gate locks 25 in the unlocked state or lock state components, It can be exposed to can be from the position of outside confirmation, or can be exposed to the position that can relatively easily confirm.

As shown in figure 19, storage case portion 20 can also include medium test section 26, prism portion 27.

Medium test section 26 is provided to storage box gate driving portion 23.As described below, medium test section 26 be for It issues electromagnetic wave and needs the composition using electric power, be provided to storage box gate driving portion 23, rather than storage box 21, from And storage box 21 can be made not need to receive the supply of electric power.

Whether medium test section 26 can issue and detect electromagnetic wave and detect the residual of medium.If the electromagnetism issued Wave returns, then illustrates no remaining medium；If the electromagnetic wave issued does not return, illustrate there is remaining medium.In order to examine This is surveyed, electromagnetic wave can be the visible rays etc. for not penetrating medium.

Medium test section 26 can be equipped with multiple.In the case, a medium test section 26 can detecte medium Whether transfer has remaining medium on path, and another medium test section 26 can remain in entering for storage box 21 according to medium Mouthful end and the medium for being detected as enough amounts is accumulated in storage box 21.That is, medium test section 26 can detecte the residual of medium Stay whether problem or detection storage box 21 have leeway.

Medium test section 26 can have: illumination region 261, for issuing electromagnetic wave；And acceptance part 262, for detecting The electromagnetic wave of return.Illumination region 261 can issue electricity in real time or at predetermined intervals or in the required time Magnetic wave, and acceptance part 262 can sense electromagnetic wave.If acceptance part 262 detects electromagnetic wave, mean not remaining Medium；If acceptance part 262 can't detect electromagnetic wave, mean there is remaining medium.

That is, medium test section 26 can not have by electromagnetic wave in the case where medium remains in the transfer path of medium The residual of medium is detected and judged by acceptance part 262.

However, in the present invention, illumination region 261 and acceptance part 262 can not be arranged opposite to each other, but side direction simultaneously Row it is arranged.That is, illumination region 261 and acceptance part 262 can be isolated with the vertical direction in sending direction of electromagnetic wave and Arrangement.It therefore, will not be by the case where no other measures from the point of view of the electromagnetic wave that illumination region 261 issues has rectilinear propagation It is transmitted to acceptance part 262.

However the present invention is returned to electromagnetic wave using aftermentioned prism portion 27, so as to by illumination region 261 and light Portion 262 is disposed adjacently, and effectively realizes the detection of the medium using electromagnetic wave.

Prism portion 27 is provided to storage box 21, and is separated by with medium test section 26 and sets.Prism portion 27 can make from medium The electromagnetic wave that test section 26 issues returns to medium test section 26.In particular, prism portion 27 can make electromagnetic wave by the shifting of medium It send path and returns to medium test section 26, to detect whether medium remains on the transfer path of medium.

Prism portion 27 make from illumination region 261 issue refraction of electromagnetic wave after, allow electromagnetic wave transmit with illumination region 261 with And acceptance part 262 is separated by and the comparable distance of distance arranged, then refraction of electromagnetic wave is passed to acceptance part 262 again.

For this purpose, prism portion 27 can be the prismatic shape of ladder type, and electromagnetic wave is made to encounter inclined-plane twice, thus by electric Magnetic wave passes to acceptance part 262.

Specifically, prism portion 27 can make electromagnetic wave that will reflect twice with 90 degree, and by refraction of electromagnetic wave at making from hair The electromagnetic wave that light portion 261 issues and the electromagnetic wave for being passed to acceptance part 262 are parallel.

Accordingly, the present invention can match the medium for being ready for use on and issuing electromagnetic wave and receiving electric power in storage box gate driving portion 23 Test section 26, and storage box 21 is made only to have prism portion 27, so that not receiving electric power even if storage box 21 can also effectively examine Survey the medium inside storage box 21.

Certainly, at this point, between medium test section 26 and prism portion 27, specifically, in illumination region 261 and prism portion 27 Between and prism portion 27 and acceptance part 262 between can equipped with the transmitting that can allow for electromagnetic wave structure (as an example, Empty space etc.).

Stacker portion 30, which provisionally stores, will be shifted into the medium of storage box 21.Stacker portion 30 can be put into leakage The medium of pan 10 is transmitted to before storage case portion 20 provisionally storaging medium by conveying unit 50.

The reason of being equipped with stacker portion 30 and provisionally storaging medium is that customer may Cancel Transaction, and can not It can or be difficult to take out the medium for being accumulated in storage case portion 20.That is, stacker portion 30 is for buffer time to confirm Whether medium can be moved to storage case portion 20 by conveying unit 50.

The medium that stacker portion 30 can not temporarily be stored to outer exposed.That is, for provisionally in stacker portion 30 The space of storaging medium can be isolated from the outside.However, stacker portion 30 includes stacker gate 31 etc., therefore, in necessity In the case where, the inner space in stacker portion 30 can be opened.

Alternatively, the inner space in stacker portion 30 can be made open and make matchmaker in the deposit transaction for carrying out medium envelope Jie's envelope is directly introduced to stacker portion 30 and replaces being put into pars infundibularis 10.However, even in the case, stacker The basic status in portion 30 is also possible to the state that inner space is blocked.

Stacker portion 30 may include: stacker gate 31, stacker rotation gear 33, stacks stacker gate lock 32 Device driving motor 34.

Stacker gate 31 is opened and closed the temporary memory space of medium by rotating.Be rejected in medium, be stored in be cancelled, It, can be by the temporary memory space as the medium of the inner space in stacker portion 30 or in the case where needing to be put into medium envelope It is open.

Stacker gate 31 can be rotated on the basis of fixed rotation center, at this point, rotation center can be The rotation center of aftermentioned stacker gate rotation gear 33.However, even if the rotation gear 33 of stacker gate rotates, heap Folded device gate 31 might not rotate together.

The two sides of stacker gate 31 can be equipped with stacker gate protrusion 311, and stacker gate protrusion 311 can be by Stacker gate rotates gear 33 and pressurizes, and only can be stacked device gate rotation gear 33 in stacker protrusion 311 and pressurize In the case where carry out stacker gate 31 rotation.

Although dashing forward that is, stacker gate 31 rotates gear 33 by stacker gate and rotates in stacker gate Rise 311 it is pressurized in a period of, even if stacker gate rotation gear 33 rotates, stacker gate 31 can also be without rotation Turn.

However, stacker gate 31 should not carry out unnecessary rotation.The reason is that being put into pars infundibularis 10 Medium by stacker portion 30 and by conveying unit 50 accumulate to storage case portion 20 when, if stacker gate 31 be easy beaten The inner space in stacker portion 30 is opened and provided easy access to, then the danger that medium is stolen or lost occurs during the transfer of medium It is dangerous larger.

Therefore, the rotation of stacker gate 31 can lock 32 by stacker gate and be limited, in the case, may It cannot achieve the opening of the stacker gate 31 by stacker gate rotation gear 33.

Stacker gate lock 32 can prevent the rotation of stacker gate 31 with one end of support stack device gate 31.It stacks Device gate 31 can rotate on the basis of attached drawing and counterclockwise, thus open temporary memory space, at this point, stacker Gate lock 32 can support stack device gate 31 as illustrated in fig. 21 left side lower end, to block the inverse time of stacker gate 31 Needle direction rotates.

Stacker gate lock 32 can rotate gear 33 by stacker and be unlocked.Specifically, stacker gate is locked 32 can by being used to support the support portion 321 of one end of stacker gate 31, the interconnecting piece 322 connecting with support portion 321 is constituted, Wherein, one end of interconnecting piece 322 can be connect with support portion 321, and the other end can be nibbled with the rotation gear 33 of stacker gate It closes.At this point, support portion 321 will be with the rotation of interconnecting piece 322 and move if stacker gate rotation gear 33 is mobile, Accordingly, as shown in figure 22, it will be released from by the support of the stacker gate 31 of support portion 321, thus stacker gate 31 The available permission of anticlockwise rotation.

Stacker rotation gear 33 can make 32 rotation of stacker gate lock by the rotation of itself, to release stacking The spin locking of device gate 31, being then followed by rotates stacker gate 31, so as to open temporary memory space.

Stacker rotation gear 33 may include stacker gate lock pressurization part 331, stacker gate pressurization part 332.Heap Folded device gate lock pressurization part 331 can be tightly attached to stacker gate lock 32 and be added by rotation to stacker gate lock 32 Pressure, specifically, the rotation of interconnecting piece 322 of stacker gate lock 32 can be made and release the support of support portion 321.

Stacker gate pressurization part 332 can be by the stacker gate lock pressurization stacker gate of pressurization part 331 lock 32 Be followed by tightly attached to stacker gate 31 and rotate stacker gate 31 by the rotation of itself.Stacker gate adds Splenium 332 can lock the position on the basis of the rotation center of stacker rotation gear 33 together of pressurization part 331 with stacker gate In in mutually different angle.

Therefore, it if stacker gate rotation gear 33 rotates, can carry out locking by stacker gate according to priority After the pressurization of pressurization part 331, the pressurization by stacker gate lock pressurization part 332 is carried out.

However, stacker gate rotation gear 33 rotate predetermined angular in a period of, be only sufficiently carried out by The pressurization of stacker gate lock pressurization part 331 could release the locking of stacker gate lock 32.Therefore, by stacker gate In a period of lock pressurization part 331 is pressurizeed, need to inhibit the pressurization by stacker gate pressurization part 332.

For this purpose, stacker rotation gear 33 can have concave portion 333.Concave portion 333 is to make to be provided to stacker gate 31 stacker gate protrusion 311 is received the composition to inside, and the two sides of concave portion 333 can be stacked equipped with a pair Device gate pressurization part 332.

It is stacked specifically, the two sides of concave portion 333 are respectively equipped with the first stacker gate pressurization part 3321 and second Device gate pressurization part 3322, and the first stacker gate pressurization part 3321 can be the upside to stacker gate protrusion 311 Apply pressure downwards and rotate stacker gate 31 along a direction, so that interim storage open as illustrated in fig. 23 is empty Between composition.

The downside of stacker gate protrusion 311 is applied upwards on the contrary, the second stacker gate pressurization part 3322 can be Side pressure and rotate stacker gate 31 along other direction, to block the composition of temporary memory space.That is, if heap Folded device gate protrusion 311 is added by the first stacker gate pressurization part 3321 or the second stacker gate pressurization part 3322 Pressure, then stacker gate 31 can be rotated, and in contrast to this, may mean that stacker gate protrusion 311 in Change position in concave portion 333 between first stacker gate pressurization part 3321 and the second stacker gate pressurization part 3322 During, stacker gate 31 will not rotate.During stacker gate 31 is non-rotary, stacker gate lock 32 can be with It is unlocked.

That is, concave portion 333 can be in stacker gate protrusion 311 when stacker rotation gear 33 rotates predetermined angular It is housed in the state of inside, applies the position of stacker gate protrusion 311 by stacker gate pressurization part 332 Pressure and inside change.

At this point, rotating gear 33 to the rotation in a direction with stacker and the position of stacker gate raised 311 exists In a period of the inside of concave portion 333 changes, stacker gate pressurization part 332 will not to stacker gate protrusion 311 into Row pressurization.

However, rotating gear 33 to the rotation in a direction with stacker and the position of stacker gate raised 311 exists In a period of the inside of concave portion 333 changes, stacker gate locks pressurization part 331 can lock 32 progress to stacker gate Pressurize and release the spin locking of stacker gate 31.

Therefore, can be after releasing the locking of stacker gate lock 32 by stacker gate lock pressurization part 331, root The opening of stacker gate 31 is realized according to stacker gate 31 is rotated by stacker gate pressurization part 332.That is, of the invention Stacker gate 31 is realized while gear 33 being rotated merely with stacker gate and release the locking of stacker gate 31 Movement.

On the contrary, stacker gate 31 will be along if stacker gate rotation gear 33 is rotated along other direction The direction for closing temporary memory space is mobile, and after stacker gate 31 is moved to finally, and stacker gate lock 32 will Relock the rotation of stacker gate 31.

For this purpose, stacker gate 31 can have the turnable elastic in the direction of block temporary memory space.That is, if not having Additional external force, then stacker gate 31 can keep the state of block temporary memory space.

Therefore, as shown in figure 24, stacker gate 31 is keeping the stacker that pressurizes by stacker gate lock pressurization part 331 In the state of gate lock 32, stacker gate protrusion 311 can be made to push the first stacker gate open and added by turnable elastic power Splenium 3321, so as to realize stacker rotation gear 33 along the rotation of other direction.

In addition, stacker gate lock 32 can have the elasticity in the direction of the spin locking along setting stacker gate 31 Power, here, stacker gate lock 32 can be by bullet if the pressurization by stacker gate lock pressurization part 331 is released from Property power and move, thus as illustrated in fig. 25 set stacker gate 31 spin locking.

At this point, the elastic force of turnable elastic power or stacker the gate lock 32 of stacker gate 31 can be by bullets such as springs Property component (not shown) and had.

Stacker driving motor 34 rotates stacker rotation gear 33.Stacker driving motor 34 can be in order to make Stacker rotation gear 33 rotates and has the stacker engaged with stacker rotation gear 33 and drive gear 341.

Stacker driving gear 341 is rotated in stacker driving motor 34, thus when stacker rotation gear 33 rotates, In total rotation angle of stacker rotation gear 33, from 0 into the rotary course of critical value, the locking of stacker gate lock 32 It is released from, and stacker gate 31 can be without rotation, later, in rotating through until from critical value to always rotation angle Cheng Zhong, stacker gate lock 32 keeps the state being released from, while stacker gate 31 is able to carry out rotation.

That is, stacker driving motor 34 can drive stacker gate lock 32 and stacker gate 31 simultaneously, so as to Locking and opening and closing are realized simultaneously using a motor.Therefore, the simplification of structure may be implemented in the present invention.

As shown in Figure 26 to Figure 28, stacker portion 30 can also include pallet 35, pressure plate 36, conveying belt 37, pallet Eccentric wheel 38, pallet driving motor 351, conveying belt driving motor 373.

Pallet 35 supports medium.Pallet 35 can support a surface of medium, can be located at by the medium that pallet 35 supports Between pallet 35 and pressure plate 36.For this purpose, pallet 35 can have the form for being relatively higher than the height of medium.The height of pallet 35 It can be set to: introduce or be fully supported medium even if medium with being inclined by.

Pallet 35 can have plate morphology, and being equipped to can be with the rolling axle 372 of aftermentioned conveying roller 371 Benchmark and rotate.Pallet 35 can support medium, but if pallet 35 rotates, medium can be supported by conveying belt 37, and It is not supported by pallet 35, at this point, medium can be transported to aftermentioned conveying unit 50 by conveying belt 37.Therefore, it holds in the palm Disk 35, which can be, to be used to support by the composition of the medium in the state of before transporting.

Pallet 35 can have the form for when rotated exposing conveying belt 37 to medium direction, it means that pallet 35 Form is constituted in the form of " U ", " W " or " | | | " etc..When pallet 35 rotates, conveying belt 37 can pass through in pallet 35 The part opened and expose, and if conveying belt 37 and Media Exposure, pallet 35 and the contact area of medium can be subtracted It is few.Therefore, medium can be after being supported a period of time by pallet 35 by 37 foldback of conveying belt.

Pallet 35 can be rotated by aftermentioned pallet eccentric wheel 38.One end of pallet 35 with for make transport skin The rolling axle 372 of conveying roller 371 with 37 rotations connects, and the other side or medial side are glued with pallet eccentric wheel 38, this When, push the degree of pallet 35 to become different with the rotation of pallet eccentric wheel 38, therefore pallet 35 will be with rolling axle 372 On the basis of and rotated.

Pressure plate 36 is equipped to pallet 35 with scheduled tilt angle opening.Therefore, pallet 35 and pressure plate 36 can In the form of composition " < ", at this point it is possible to which medium is allowed to invest the space opened.

Pressure plate 36 can support the lower end of medium.That is, medium can be in a manner of perpendicular to the upper surface of pressure plate 36 It is stacked, or can be solidified with to form the published method of scheduled tilt angle and be stacked, and medium can not be with Pressure plate 36 is arranged in parallel in.

Pressure plate 36 is equipped in a manner of it can rotate, here, the rotation of pallet 35 on the basis of rolling axle 372 and It carries out, on the contrary, the rotation of pressure plate 36 can be moved in a manner of having mobile rotation center.At this point, if pressurization Plate 36 is mobile, and the angle of the opening between pressure plate 36 and pallet 35 will be reduced.

That is, pressure plate 36 can be rotated along the direction of the tilt angle reduction between pallet 35, at this point, by adding The tilt angle that the medium that pressing plate 36 supports is formed with pressure plate 36 will be gradually reduced.

If pressure plate 36 fully rotates, pressure plate 36 can be placed in the position parallel with pallet 35, and medium It can be compressed between pressure plate 36 and pallet 35.Later, if pallet 35 further rotates, pressure plate 36 and pallet 35 It will be flared with the direction opposite with the angle opened before pallet 35 is rotated, so that medium will be placed in conveying skin Between band 37 and pressure plate 36, and medium can be transported by conveying belt 37.

When pallet 35 is rotated by pallet eccentric wheel 38, pressure plate 36 can be with the rotation of pallet 35 in linkage It is moved.For this purpose, pressure plate 36 in one end equipped with bearing 361, when pallet 35 rotates, bearing 361 can keep with Pallet 35 be close to state and rotated.

That is, as shown in figure 27, pressure plate 36 is arranged with "/" state, and is provided to the bearing 361 and pallet of lower end 35 are close to.At this point, bearing 361 is only tightly attached to pallet 35, can be not fixed in pallet 35.

Later, as shown in figure 28, it if pallet 35 is rotated with the rotation of pallet eccentric wheel 38, is provided to and adds The bearing 361 of the lower end of pressing plate 36 will decline in the state of being close to pallet 35 along the face of pallet 35, therefore pressurize Plate 36 will be rotated into " " state.

At this point, pressure plate 36 is not pivoted about with fixed rotation center, but by the bullet being specially equipped with Property component (not shown) etc., left side is pushed on the basis of attached drawing and is rotated, pressure plate 36 can be counterclockwise It is moved to the left while rotation.

Therefore, the tilt angle between pressure plate 36 and pallet 35 will reduce, and the composition with Media Exposure can be by holding in the palm Disk 35 becomes transporting belt 37, and when medium is returned conveying by conveying belt 37, pressure plate 36 can prevent medium from being taken off From.

That is, pressure plate 36 can be formed the other end and be inclined from pallet 35 is separate on the basis of the one end for being equipped with bearing 361 Rake angle is rotated into the tilt angle for becoming that the other end is tightly attached to pallet 35 and one end is separate from pallet 35 later.

At this point, pressure plate 36 can make a reservation for having with a surface of Media Exposure equipped with the transfer direction along medium Length and media support protrusion 363 outstanding.Media support protrusion 363 is provided as at least one, can be by reducing matchmaker Be situated between and storage box pressure plate 36 between contact area and make minimum friction forces.

In addition, pressure plate 36 can match to be ready for use in the opposite side (that is, other end) for being equipped with one end of bearing 361 assists matchmaker The idle pulley (Idle roller) 362 of the transfer of Jie.Idle pulley 362 is a kind of structure not rotated naturally by additional rotary force At the movement of medium can be guided when transporting medium.

Medium is transferred to storage case portion 20 by conveying belt 37.Conveying belt 37 can be a kind of width and be greater than idle pulley 362 Width, the belt with wider width.The medium transferred by conveying belt 37 can be one piece or more pieces.

Conveying belt 37 can be provided as a pair, and a pair of of conveying belt 37 can be arranged and realize and prevent that with being separated by Interference between this.Idle pulley 362 can also be provided as a pair, and a conveying belt 37 medium can be clamped in it is intermediate and It is close to an idle pulley 362.

Conveying belt 37 can be at least partially isolated when pallet 35 supports medium in medium.Therefore, in the case, remove The foldback for sending belt 37 to cannot achieve medium even if rotation.

On the contrary, conveying belt 37 can be with medium when pallet 35 is rotated by the rotation of pallet eccentric wheel 38 Entirety is close to and transfers medium.That is, in the present invention, pallet 35 can be tightly attached to medium and wait the foldback of medium, and remove It send belt 37 that can be tightly attached to medium and executes the foldback of medium.

The reason of conveying belt 37 is exposed with the rotation of pallet 35 is, as described above, pallet 35 is equipped to The form in the space opened as " W " form or " | | | " etc., certainly, pallet 35 can have other than above-mentioned form Other multiplicity forms.

Conveying belt 37 can be rotated by conveying roller 371, and transporting roller 371 can be by aftermentioned It transports belt driving motor 373 and is rotated.Transporting roller 371 can be directly to receive from conveying belt driving motor 373 Rotary force and actively rotated so that transport belt 37 rotation, or transport belt driving motor 373 can directly make to transport Belt 37 rotates, and transports roller 371 and be in idle state.

As described above, the rolling axle 372 of conveying roller 371 can be the rotation center of pallet 35, and transport roller 37 Driving and the driving of pallet 35 can link.Therefore, if pallet 35 is rotated, transport belt 37 can with medium Foldback medium while contact.

Pallet eccentric wheel 38 is provided in pallet 35 opposite side of pressure plate 36 and is rotated.Pallet eccentric wheel 38 exists When rotation, rotate pallet 35 on the basis of one end.Specifically, pallet eccentric wheel 38 is for Figure 27 the case where The state that pallet 35 is pushed open to the right as much as possible；For to Figure 28 the case where, pallet eccentric wheel 38 is to make to hold in the palm as much as possible The state that disk 35 rotates to the left.

In this way, pallet 35 is pressurizeed and rotated to a direction by pallet eccentric wheel 38 when pallet eccentric wheel 38 rotates, or It is released from by the pressurization of pallet eccentric wheel 38 and is rotated to other direction, therefore, pallet 35 can be rotated into according to demand Conveying belt 37 is set to be tightly attached to medium, to realize the foldback of medium.

Pallet eccentric wheel 38 can be driven by pallet driving motor 351.At this point, pallet driving motor 351 and support Disk eccentric wheel 38 can be connected to each other by belt, of course, it is possible to and the composition of other multiplicity other than belt Power is set to be transmitted to pallet eccentric wheel 38.

If pallet eccentric wheel 38 rotates pallet 35, transporting belt 37 will transport to the exposure of the outside of pallet 35 Medium.For this purpose, between the rotation of pallet eccentric wheel 38 and the driving for transporting belt 37, there may be connections, can pass through support Disk-drive motor 351 is realized with the linkage for transporting belt driving motor 373.

Pallet driving motor 351 rotates pallet eccentric wheel 38.Pallet driving motor 351 can be such that pallet eccentric wheel 38 revolves Then rotate pallet 35 by pallet eccentric wheel 38.Pallet driving motor 351 is a kind of for making to transport belt 37 The composition being close to instead of pallet 35 with medium.

Pallet driving motor 351 can be such that pallet eccentric wheel 38 rotates by the connection of belt etc., and pallet drives Motor 351 and aftermentioned conveying belt driving motor 373 can carry out operating or being operated across the time difference simultaneously.It is right This, it will it is described below.

Conveying belt driving motor 373 makes to transport the rotation of belt 37.Conveying belt driving motor 373 can make to transport belt 37 directly rotate, and pulley (pulley) being extraly equipped with etc. perhaps can be used and make to transport the rotation of belt 37 or can be with Forcibly make to transport the rotation of roller 371 and operate conveying belt 37.

Pallet driving motor 351 and conveying belt driving motor 373 can be operated simultaneously, in the case, removed Send belt 37 by the operation of pallet driving motor 351 to while the exposure of the outside of pallet 35, medium can be along conveying Belt 37 and transferred.

However, in the case, if medium is returned while being detached from pallet 35, there is medium corrugation or A possibility that blocking (jam), therefore pallet driving motor 351 and conveying belt driving motor 373 can be across the time differences And it is operated according to priority.In the case, after conveying belt 37 touches medium with the rotation of pallet 35, conveying Belt 37 transports medium, so as to improve the stability of medium transfer.

Discriminating section 40 identifies medium.Discriminating section 40 can pass through the method for the known multiplicity such as image taking, magnetic field identification And identify medium, thus whether judging the true and false of medium.

Discriminating section 40 can be transmitted to stacker portion 30 after confirmation is put into the medium of pars infundibularis 10.

However, discriminating section 40 can be omitted discrimination process in the case where medium envelope is put into stacker portion 30. In the case, user can trust the amount of money for being input to aftermentioned picture portion 74, so as to without identifying Medium is accumulated to storage case portion 20.

Certainly, discriminating section 40 can match in identification in a period of medium envelope is transmitted to storage case portion 20 from stacker portion 30 It is standby in the recognition factor of medium envelope, to confirm the true and false of medium envelope.I.e., it is possible to confirm medium envelope by discriminating section 40 It whether is the medium envelope that can legally use.Further, it is also possible to confirm medium envelope whether by suitable by discriminating section 40 User be put into.

However, discriminating section 40 possibly can not count the total amount for the medium being located inside medium envelope.It is former Because being, each medium that medium envelope can not be had an X-rayed in reality and is gathered to stacking confirms.

Conveying unit 50 transports medium.Medium can be returned to storage case portion 20 from stacker portion 30 by conveying unit 50, at this time It can use the roller arrangement transfer medium of the known multiplicity such as intake roller (not shown).

However, the present invention can transport medium envelope, and medium envelope can be and contain 1~200 piece of medium Thickness, therefore conveying unit 50 can extend or reduce the transfer path of medium.It means that be provided to conveying unit 50 belt or The available adjustment in interval between roller.

Secure chest portion 60 connects the conveying unit 50 for being used to transport medium and storage case portion 20.The inside shape of secure chest portion 60 The space for storing case portion 20 can be accommodated at having, and can be connected by the way that the outlet of the entrance and conveying unit 50 of case portion 20 will be stored It connects, so that medium be enable to be accumulated to storage case portion 20 by conveying unit 50.

At this point, secure chest portion 60 may include as shown in Figure 29 to Figure 33: safety box gate 61, safety box gate lock Opening/closing portion 62, safety box gate lock adjustment section 63, safety box shutter opening and closing adjustment section 64, clamping portion 65, safety box gate drive Dynamic portion 66, safe door 67.

Safety box gate 61 is used to be opened and closed the transfer path of medium.Safety box gate 61 is similar with storage box gate 22 It constitutes, it can identically as storage box gate 22 open by translational motion or block transfer path.

Safety box gate 61 and storage box gate 22 can be provided to corresponding position.That is, by safety box gate 61 and Open transfer path can be connected to the transfer path being opened by storage box gate 22.It indicates to move conversely speaking, Send path can be by storage box gate 22 and safety box gate 61 and by double cutting off inflow.

Safety box gate 61 opening and closing can transfer path in deposit medium every time.As long as storage box 21 is not separated, deposit Storage tank gate 22 can keep open state, on the contrary, safety box gate 61 every time traded when can open and Block transfer path.

The opening of safety box gate 61 can be controlled according to whether the progress of the operation of conveying unit 50.That is, if Medium is transported by conveying unit 50, then safety box gate 61 will be opened automatically, and medium can pass through quilt Open safety box gate 61 and the storage box gate 22 opened and be passed to storage box 21.

Safety box gate lock opening/closing portion 62 can lock the movement of safety box gate 61, or can make safety box gate 61 is mobile.That is, safety box gate lock opening/closing portion 62 can also realize safety box gate while locking safety box gate 61 61 movement.

If safety box gate lock opening/closing portion 62 can have " people " type matrix sample in unilateral observation.That is, lower end is opened to two sides It opens, the form of upper end convergence.At this point, lower end can change to the angle that two sides are opened, and accordingly, safety box gate lock opening/closing portion 62 height can change.

Safety box gate lock opening/closing portion 62 can be set according to the opening angle of lower end or arming case gate 61 Mobile locking.Although can be described below, if the opening angle of downside becomes smaller, thus safety box gate lock opening/closing portion 62 height becomes predetermined value or more, then one end (upper end) of safety box gate lock opening/closing portion 62 can block as shown in figure 30 It is connected to clamping portion 65.This locks the movement of opening/closing portion by safety box gate 61 is limited, as a result, the mobile of safety box gate 61 can quilt Locking.

On the contrary, the height of safety box gate lock opening/closing portion 62 will be less than pre- if the opening angle of two sides becomes larger Definite value, moreover, as shown in figure 31, one end (upper end) of safety box gate lock opening/closing portion 62 can be detached from from clamping portion 65.This It will allow the movement of safety box gate lock opening/closing portion 62, therefore, the mobile locking of safety box gate 61 can be released from.

The height of safety box gate lock opening/closing portion 62 can be changed by safety box gate lock adjustment section 63. In addition, in the state that the movement of safety box gate lock opening/closing portion 62 is allowed to, the shifting of safety box gate lock opening/closing portion 62 It is dynamic to be realized by safety box shutter opening and closing adjustment section 64.

Safety box gate lock adjustment section 63 can be in the both ends of safety box gate lock opening/closing portion 62 being flared Make the other side mobile on the basis of side, to change the height of safety box gate lock opening/closing portion 62.Safety box gate lock Side (left side on the basis of attached drawing) in the both ends of opening/closing portion 62 being flared is fixed on the adjustment of safety box shutter opening and closing Portion 64, however safety box gate lock adjustment section 63 can be moved on the basis of safety box shutter opening and closing adjustment section 64, because This, if safe locking adjustment section 63 is the other side in the both ends of safety box gate lock opening/closing portion 62 being flared It is moved in the state that (right side on the basis of attached drawing) is fixed along the direction far from side, then as shown in figure 31, safety box lock The opening angle at the both ends of door locking opening/closing portion 62 will become larger.

In the case, the height of safety box gate lock opening/closing portion 62 will gradually decrease, therefore safety box gate is locked The one end for determining opening/closing portion 62 can be detached from from clamping portion 65 and be allowed to be moved.

At this point, safety box gate lock adjustment section 63 can be along the path for being formed in safety box shutter opening and closing adjustment section 64 Portion 641 and move.Path portion 641 be it is a kind of be recessed into or run through and extend with safety box gate lock adjustment section 63 The composition of the form of the comparable distance of moving distance is used for movably and avoids combining safety box gate to lock with occurring to be detached from Set the tone whole 63 two sides.

Safety box gate lock adjustment section 63 can be along path portion 641 and to a direction (right side on the basis of attached drawing) It is mobile, safety box opening and closing adjustment section 64 is pushed later and keeps safety box gate lock opening/closing portion 62 mobile, thus open insurance Case gate 61.On the contrary, safety box gate lock adjustment section 63 can be insured in the case where attempting to block safety box gate 61 One end (right side on the basis of attached drawing) of the path portion 641 of case shutter opening and closing adjustment section 64 is pressurizeed and is moved, rather than along Path portion 641 and it is mobile to other direction (left side on the basis of attached drawing).

That is, such as scheming in the case where making the safety box gate 61 positioned at release position be moved to block position as a purpose Shown in 33, safety box gate lock adjustment section 63 can keep the shape for not increasing the height of safety box gate lock opening/closing portion 62 State.

Safety box gate lock adjustment section 63 can be moved by safety box gate driving portion 66, will hereinafter to this It is described.

Safety box opening and closing adjustment section 64 can guide the movement of safe locking adjustment section 63, or can be with safety box lock Door lock, which is seted the tone, whole 63 to be moved together.Safety box shutter opening and closing adjustment section 64 can make the quilt of safety box gate lock opening/closing portion 62 At least side in the both ends of opening is mobile, so that locking opening/closing portion 62 is mobile, to be opened and closed safety box gate 61.

If the height of safety box gate lock opening/closing portion 62 is reduced by safety box gate lock adjustment section 63, protect Dangerous case gate 61 will prepare to move.Later, safety box shutter opening and closing adjustment section 64 can will be in removable as shown in figure 32 The safe locking opening/closing portion 62 of dynamic state is moved along scheduled direction, and connect with safe locking opening/closing portion 62 Safety box gate 61 will open transfer path.

Safety box shutter opening and closing adjustment section 64 can be moved by safety box gate lock adjustment section 63.Work as insurance When case gate lock adjustment section 63 is moved along path portion 641, if the end of path portion 641 is adjusted by safety box gate lock Portion 63 pressurizes, then safety box shutter opening and closing adjustment section 64 can be moved by safety box gate lock adjustment section 63, to make Safety box gate lock opening/closing portion 62 is mobile.

However, the case where this is for opening safety box gate 61, on the contrary, in the feelings for blocking safety box gate 61 Under condition, for safety box shutter opening and closing adjustment section 64, compared to the mobile feelings by safety box gate lock adjustment section 63 Condition more preferably, is moved to keep safe locking adjustment section 63 mobile.The reason is that if safety box lock Door lock is seted the tone whole 63 mobile, then the height of safety box gate lock opening/closing portion 62 will increase again, to lock opening/closing portion 62 Movement may be limited by clamping portion 65.

Clamping portion 65 can make one end of safety box gate lock opening/closing portion 62 be stuck and limit safety box gate lock The movement of opening/closing portion 62.If safety box gate lock adjustment section 63 reduces the height of safety box gate lock opening/closing portion 62, As one end of safe locking opening/closing portion 62 is detached from clamping portion 65, the movement in safety box shutter opening and closing portion 62 can permit.

At this point, clamping portion 65 can be distinguished when safety box gate 61 is located at open position and/or block position Limit the movement of safe locking opening/closing portion 62.That is, in the case that even purpose is that blocking safety box gate 61 blocks, such as The height of fruit safety box gate lock opening/closing portion 62 is scheduled value or more, then the movement of safety box gate lock opening/closing portion 62 is still It can be limited because of clamping portion 65.

The movement of the realization safety box gate lock adjustment section 63 of safety box gate driving portion 66.In order to realize safety box gate The movement of adjustment section 63 is locked, safety box gate driving portion 66 may include: safety box floodgate driving motor 661；Safety box lock Door driving gear 662, connect with safety box floodgate driving motor 661；Safety box gate driving pulley 663, is provided to and insures The position that case gate driving gear 662 is separated by；Safety box gate drive belt 664 drives gear 662 wound on safety box gate With safety box gate driving pulley 663 and rotated so that safety box gate lock adjustment section 63 is mobile.

In addition, safety box gate driving portion 66 may include for transmitting the power of safety box gate driving gear 662 To the composition of the multiplicity of locking adjustment section 63, and the composition of safety box gate driving portion 66 is not limited to above-mentioned composition.

The side of the opening and closing secure chest portion 60 of safe door 67.At this point, " side " indicates to allow to introduce or take out storage case portion 20 side.Safe door 67 may be implemented to lock, and if safe door 67 is closed and locks, in secure chest portion 60 The storage box gate 22 of the storage case portion 20 of placement can be automatically opened.

That is, storage box driving portion 23 can be passed to whether the locking of safe door 67, and storage box driving portion 23 The opening of storage box gate 22 may be implemented, so that storage box 21 be made to be in the state for allowing the introducing of medium.It is this series of Process can be realized with following control units 80.

Input and output portion 70 receives information or output information.Input and output portion 70 may include card reader 71, bar code Reader 72, keyboard 73, picture portion 74, printing machine 75, in addition to this can also be comprising for inputting or the multiplicity of output information Composition.

Card reader 71 can identify the information of user by card.The card for being used to confirm me can be inserted into card by user Reader 71 and persistently trade, and determine that my process can be by every predetermined time by card reader 71 Or it is executed repeatedly in each process of exchange.

Bar code reader 72 is identical as card reader 71, can be used for identifying the information of user.The only letter of user Breath can be equipped in the form of bar code, and user can make bar code realize the knowledge of bar code close to bar code reader 72 Not.

Or bar code reader 72 can be with identifying medium envelope.Medium envelope can have bar code, and bar code Reader 72 can identify and store the bar code that medium envelope has, and be which type of matchmaker so as to monitor be placed into Jie's envelope.

Keyboard 73 receives information by key-press input.User can directly using keyboard 73 input transaction related information or User information.In order to ensure safety, keyboard 73 can have peripheral part shape outstanding, and therefore, it is difficult to the confirmations in outside to use Family is input to the information of keyboard 73.

Picture portion 74 shows various Transaction Informations or user information etc..Picture portion 74 can be located at the upper end of pars infundibularis 10, and It can be equipped in a manner of it can rotate.Therefore, user can suitably adjust the angle in picture portion 74, thus with comfortable shape State executes transaction.

Picture portion 74 can be touch screen, and in the case, keyboard 73 can be removed.However, picture portion 74 is upward Portion is prominent, and can the information input etc. easily accessible from the outside by picture portion 74.Therefore, in order to ensure safety, Even if configuring touch screen for picture portion 74, Password Input etc. can be executed by keyboard 73.

Printing machine 75 is for printing detail list etc..Detail list comprising Transaction Information can be printed and be provided by printing machine 75 To user.At this point, user can be confirmed whether medium is correctly gathered.

Alternatively, printing machine 75 can be with printed medium envelope.Medium envelope printed by printing machine 75 can have bar code, The recognition factors such as fast reaction (QR) code.If user utilizes picture portion 74 or keyboard 73 and inputs for generating medium envelope Information (medium type, medium amount of money etc.), then printing machine 75 with printed medium envelope and can provide it to user.

Certainly, user can simply just input medium envelope printing signal, without inputting for generating medium envelope Information, in the case, the medium envelope for being labeled recognition factor identified by card etc., corresponding with user information can To be printed automatically.Therefore, can will be about which by the medium envelope that stacker portion 30 is put into memory portion 20 The information that a user has been put into the medium envelope retains as record.

Control unit 80 controls various compositions, and control unit 80 can control the operation of various motors as described above, driving is removed It send portion 50 or input and output portion 70 is operated.That is, control unit 80 can synthetically manage all compositions.

In addition, each step in following mordanting methods may be implemented in control unit 80.That is, control unit 80 can be controlled Make all compositions so that medium can according to the present invention and more effectively, it is easily processed.

Figure 34 is the precedence diagram of the mordanting method of an embodiment according to the present invention；Figure 35 is according to the present invention one The precedence diagram of the mordanting method of embodiment.Figure 34 is the figure of the deposit about medium；Figure 35 is depositing about medium envelope The figure entered.

Referring to Figure 34, the mordanting method of an embodiment according to the present invention may include following step: by transaction Type and the deposit (S110) for selecting medium；Medium is put into pars infundibularis 10 (S120)；Discriminating section 40 identifies medium (S130)；Temporarily receiving medium (S140) of stacker portion 30；Whether confirmation transaction carries out (S150)；Medium is accumulated to storage box Portion 20 (S160)；Stacker portion 30 is opened (S170)；After medium is detached from stacker portion 30, stacker portion 30 is blocked (S180)。

That is, medium can arrive stacker portion by interim receiving by discriminating section 40 after being put into funnel organ portion 10 30, at this point, if whether inputting the progress for confirming from user transaction by picture portion 74 or keyboard 73 etc., medium can be with Storage case portion 20 is accumulated to, to terminate the deposit transaction of medium.

However, if whether not confirming the progress of transaction from user or customer, or it is true from user or customer's confirmation Recognize the interruption or termination of transaction, then stacker portion 30 is opened, and medium can be exited by stacker portion 30, to complete It is stored in the cancellation of transaction.

Referring to Figure 35, the mordanting method of an embodiment according to the present invention includes following step: pressing type of transaction And select the deposit (S210) of medium；Stacker portion 30 is opened (S220)；Medium envelope is put into stacker portion 30 (S230)；Stacker portion 30 is blocked (S240)；Medium envelope is accumulated in storage case portion 20 (S250).

Certainly, the step of mordanting method can also include 75 printed medium envelope of printing machine in advance, and can be with It include the step of discriminating section 40 identifies medium envelope.

Medium can be received storage case portion 21 to be installed in the state (rather than individually) of medium envelope, in this feelings Under condition, it can be placed into and be transported by stacker portion 30 (rather than pars infundibularis 10).Medium is encased in medium letter The case where the case where sealing and being placed into is expressed as follows: due to medium breakage it is more serious and be difficult to carry out by discriminating section 40 to identify or Person's medium is the reasons such as foreign currency, although medium can be recognized by the user, passes through the equal identification or difficult of discriminating section 40 it can be difficult to realizing To be transported by conveying unit 50, even if user also requires deposit medium in this way.

As described above, the present invention can effectively and stably be stored in medium or medium envelope, thus being significantly increased It can also simplify constituting while safety, so as to make the Maximum Satisfaction of user.

More than, referring to specific embodiment, invention is explained in detail, however this is used only for specifically The bright present invention, the present invention is not limited thereto, it will be apparent that, in the technological thought of the present invention with the people of the field basic knowledge The present invention can be deformed and be improved.

It is of the invention that simply being deformed into change belongs to the field of the invention, therefore specific protection scope of the invention The range recorded by the appended claims is needed clearly to determine.

Claims

1. a kind of media processing device, which is characterized in that

It include: storage case portion, for gathering medium；And

Stacker portion will be transferred to the medium of the storage case portion for temporarily storing,

Wherein, the stacker portion includes: pallet, is used to support the medium；

Pressure plate is equipped with the pallet and supports the medium together with the pallet with opening predetermined angular；

Belt is transported, the medium is transferred to the storage case portion；And

Pallet eccentric wheel is provided to the opposite side of the pressure plate in the pallet, makes the pallet with one end when rotated Benchmark and rotate,

Moreover, when the pallet is rotated by the pallet eccentric wheel, the pressure plate is to inclining between the pallet The direction of rake angle reduction rotates.

2. media processing device as described in claim 1, which is characterized in that

The pressure plate at one end equipped with bearing, and in pallet rotation, protect according to the bearing by the pressure plate It holds the state for being tightly attached to the pallet and is rotated,

Also, the pressure plate is moved in a manner of having mobile rotation center.

3. media processing device as claimed in claim 2, which is characterized in that

The pressure plate forms the other end inclination angle separate from the pallet on the basis of one end equipped with the bearing Degree.

4. media processing device as claimed in claim 3, which is characterized in that

The pressure plate makes the other end be tightly attached to the pallet and described one end is made to incline from the pallet is separate to be formed The mode of rake angle is rotated.

5. media processing device as described in claim 1, which is characterized in that

The roller axis connection of one end of the pallet and the conveying roller for rotating the conveying belt, thus the pallet It is rotated on the basis of the rolling axle.

6. media processing device as described in claim 1, which is characterized in that

In the tray support medium, the conveying belt is at least partially isolated with the medium,

And when the pallet is rotated by the rotation of the pallet eccentric wheel, the conveying belt and the medium are whole It is close to and transfers medium.

7. media processing device as described in claim 1, which is characterized in that

Further include: pallet driving motor, for rotating the pallet eccentric wheel；And

Belt driving motor is transported, for rotating the conveying belt.

8. media processing device as described in claim 1, which is characterized in that

The pressure plate includes: at least one media support protrusion, with a surface of the Media Exposure along the medium Transfer direction have predetermined length and protrusion.

9. media processing device as described in claim 1, which is characterized in that

The pressure plate is in the other end equipped with the idle pulley for assisting the transfer of the medium.

10. media processing device as described in claim 1, which is characterized in that

The storage case portion includes: storage box, is provided as at least one, and states medium in internal collecting post；

Storage box gate is provided to the storage box, for being opened and closed the transfer path of the medium；

Storage box gate driving portion, is releasably provided to the storage box, for driving the storage box gate；And

Storage box gate power transfering part, is provided to the storage box, for passing the power of the storage box gate driving portion The storage box gate is passed,

The storage box gate power transfering part includes: recessed mouth；And master gear, from the female mouth protrusion, having has The combination protrusion in pentagonal section,

Described store to gate driving portion includes: main shaft, and inside is equipped with the protrusion intake with pentagonal section, with packet The combination protrusion is enclosed, and outside is introduced in the female mouth, thus when rotated rotate the combination protrusion, so that The master gear rotation.

11. media processing device as claimed in claim 10, which is characterized in that

The master gear is worm gear,

The storage box gate power transfering part includes:

Helical gear is engaged with the master gear and is rotated；

Storage box gate drive belt connect with the helical gear and keeps the storage box gate mobile；

First drive shaft is connect with the helical gear；And

Second drive shaft is connect with the storage box gate.

12. media processing device as claimed in claim 11, which is characterized in that

One end of the storage box gate drive belt and the first driving axis connection, the other end and second drive shaft connect It connects, so that the rotary force of first drive shaft is passed to second drive shaft.

13. media processing device as claimed in claim 12, which is characterized in that

Further include: residual medium removal portion, it is mobile to be prominent towards the transfer path of the medium, the matchmaker will likely be remained in The medium on the transfer path of Jie is pushed open.

14. media processing device as claimed in claim 13, which is characterized in that

The storage box gate power transfering part further include:

Third drive shaft is connect with residual medium removal portion；And

Medium removal belt is remained, one end and the first driving axis connection, the other end and the third drive axis connection, from And the rotary force of first drive shaft is passed into the third drive shaft.

15. media processing device as claimed in claim 14, which is characterized in that

It is moved in the opposite direction with the storage box gate linkage in the residual medium removal portion.